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- • • > 
1*4.0- 





.DECLASSIFIED 
By authority Secretary of 

OCT ly I960 


Defense memo 2 August 1960 
LIBRARY OF CONGRESS 


«w< 

DOC.’ ,, OP 




h p 


SUMMARY TECHNICAL REPORT 
OF THE 

NATIONAL DEFENSE RESEARCH COMMITTEE 


I . 

-RECLASSIFIED 

By authority Secretary 0 f 

OCT 1 B i960 


Defense m emo 2 A ugust I960 
LIBRARY OF CONGRESS 





Manuscript for this volume was prepared for publication by the 
Summary Reports Group of the Columbia University Division 
of War Research under contract OEMsr-1131 with the Office of 
Scientific Research and Development. This volume was printed 
and bound by the Columbia University Press. 

Distribution of the Summary Technical Report of NDRC has 
been made by the War and Navy Departments. Inquiries con¬ 
cerning the availability and distribution of the Summary Tech¬ 
nical Report volumes and microfilmed and other reference 
material should* be addressed to the War Department Library, 
Room 1A-522, The Pentagon, Washington 25, D. C., or to the 
Office of Naval Research, Navy Department, Attention: Reports 
!rrLASST1^f^fP QCuments Sectiop, Washington 25, D. C. 

By authority Secretary oi 


OCT 1 y I960 

Defense memo 2 August 1960 


Copy No. 

109 


JJBR&RX QE like the seventy others of the Summary Technical 

Report of NDRC, has been compiled, edited, and printed under 
pressure. There| may be errors of fact not known at time of 
printing. t- 

Please report errors to: 


JOINT RESEARCH AND DEVELOPMENT BOARD 
PROGRAMS DIVISION (STR ERRATA) 
WASHINGTON 25, D. C. 


A master errata sheet will be compiled from these reports and 
sent to recipients of the volume. Your help will make this book 
more useful to other readers and will be of great value in prepar¬ 
ing any revisions. '... ; 



;ST v v> 



LC REG ULATION : BEFORE SERVICING 
bR REPRODUCING any part of this 

DOCUMENT, ALL CLASSIFICATION 
markings must be CANCELLED. 







SUMMARY TECHNICAL REPORT OF NDRC 


\ 


MICROFILM INDEX 

'I .... .. I- 

DECLASSIFIED 

By authority Secretary of 

OCT I b i960 

Defense memo 2 August 1960 
LIBRARY OF CONGRESS 

OFFICE OF SCIENTIFIC RESEARCH AND DEVELOPMENT 
VANNEVAR BUSH, DIRECTOR 

NATIONAL DEFENSE RESEARCH COMMITTEE 
JAMES B. CONANT, CHAIRMAN 


WASHINGTON, D. C., 1946 

LC REGULATION: BEFORE SERVICING 

OR REPRODUCli:?:- ANY PART OF THIS 
DOCUMENT, Air ' .OSSIF ICATION 
MARKINGS MUST" BE"C AN CELLED. / 







NATIONAL DEFENSE RESEARCH COMMITTEE 


James B. Conant, Chairman 
Riqlprd C. Tolman, Vice Chairman 
Roger Adam$ Army Representative 1 

Frank B. Jewett Navy Representative 2 

PECLASSIFIE IKarl T. Compton Commissioner of Patents 3 

By authority Secretary of Irvin Stewart, Executive Secretary 



ipiesdnlStii^s in order of service: 
Maj. Gen. G. V. Strong Col. L. A. Denson 

Augqgfo 

Faymonville 
i. E. A. Regnier 



£. Wood, Jr. Cc 1. M. M. Irvine 
Col. E. A. Routheau 4 


2 Navy representatives in order of service: 

Rear Adm. H. G. Bowen Rear Adm. J. A. Furer 
Capt. Lybrand P. Smith Rear Adm. A. H. Van Keuren 
Commodore H. A. Schade 
3 Commissioners of Patents in order of service: 
Conway P. Coe Casper W. Ooms 


NOTES ON THE ORGANIZATION OF NDRC 


The duties of the National Defense Research Committee 
were (1) to recommend to the Director of OSRD suitable 
projects and research programs on the instrumentalities 
of warfare, together with contract facilities for carrying 
out these projects and programs, and (2) to administer 
the technical and scientific work of the contracts. More 
specifically, NDRC functioned by initiating research pro¬ 
jects on request from the Army or the Navy, or on re¬ 
quests from an allied government transmitted through 
the Liaison Office of OSRD, or on its own considered in¬ 
itiative as a result of the experience of its members. Pro¬ 
posals prepared by the Division, Panel, or Committee for 
research contracts for performance of the work involved 
in such projects were first reviewed by NDRC, and if ap¬ 
proved, recommended to the Director of OSRD. Upon 
approval of a proposal by the Director, a contract per¬ 
mitting maximum flexibility of scientific effort was ar¬ 
ranged. The business aspects of the contract, including 
such matter as materials, clearances, vouchers, patents, 
priorities, legal matters, and administration of patent 
matters were handled by the Executive Secretary of OSRD. 

Originally NDRC administered its work through five 
divisions, each headed by one of the NDRC members. 
These were: 

Division A — Armor and Ordnance 
Division B — Bombs, Fuels, Gases, & Chemical Problems 
Division C — Communication and Transportation 
Division D — Detection, Controls, and Instruments 
Division E — Patents and Inventions 


PECULATION: BEFORE SERVICING 

'XSS&um- BEm guja, 



In a reorganization in the fall of 1942, twenty-three ad¬ 
ministrative divisions, panels, or committees were created, 
each with a chief selected on the basis of his outstanding 
work in the particular field. The NDRC members then 
became a reviewing and advisory group to the Director 
of OSRD. The final organization was as follows: 

Division 1 — Ballistic Research 

Division 2 — Effects of Impact and Explosion 

Division 3 — Rocket Ordnance 

Division 4 — Ordnance Accessories 

Division 5 — New Missiles 

Division 6 — Sub-Surface Warfare 

Division 7 — Fire Control 

Division 8 — Explosives 

Division 9 — Chemistry 

Division 10 — Absorbents and Aerosols 

Division 11 — Chemical Engineering 

Division 12 — Transportation 

Division 13 — Electrical Communication 

Division 14 — Radar 

Division 15 — Radio Coordination 

Division 16 — Optics and Camouflage 

Division 17 — Physics 

Division 18 — War Metallurgy 

Division 19 — Miscellaneous 

Applied Mathematics Panel 

Applied Psychology Panel 

Committee on Propagation 

Tropi/al Deterioration Administrative Committee 








NDRC FOREWORD 


A s events of the years preceding 1940 revealed 
more and more clearly the seriousness of the 
world situation, many scientists in this country 
came to realize the need of organizing scientific re¬ 
search for service in a national emergency. Recom¬ 
mendations which they made to the White House 
were given careful and sympathetic attention, and 
as a result the National Defense Research Com¬ 
mittee (NDRC) was formed by Executive Order of 
the President in the summer of 1940. The members 
of NDRC, appointed by the President, were in¬ 
structed to supplement the work of the Army and 
the Navy in the development of the instrumental¬ 
ities of war. A year later, upon the establishment of 
the Office of Scientific Research and Development 
(OSRD), NDRC became one of its units. 

The Summary Technical Report of NDRC is a 
conscientious effort on the part of NDRC to sum¬ 
marize and evaluate its work and to present it in a 
useful and permanent form. It comprises sixty-eight 
volumes broken into groups corresponding to the 
NDRC Divisions, Panels, and Committees. 

The Summary Technical Report of each Divi¬ 
sion, Panel, or Committee is an integral survey of 
the work of that group. The first volume of each 
group’s report contains a summary of the report, 
stating the problems presented and the philosophy 
of attacking them, and summarizing the results of 
the research, development, and training activities 
undertaken. Some volumes may be “state of the 
art” treatises covering subjects to which various re¬ 
search groups have contributed information. Others 
may contain descriptions of devices developed in 
the laboratories. 

Some of the NDRC-sponsored researches which 
had been declassified by the end of 1945 were of 
sufficient popular interest that it was found desir¬ 
able to report them in the form of monographs, 
such as the series on radar by Division 14 and the 
monograph on sampling inspection by the Applied 
Mathematics Panel. Since the material treked in 


them is not duplicated in the Summary Technical 
Report of NDRC, the monographs are an impor¬ 
tant part of the story of these aspects of NDRC 
research. 

In contrast to the information on radar, which is 
of widespread interest and much of which is re¬ 
leased to the public, the research on subsurface war¬ 
fare is largely classified and is of general interest to 
a more restricted group. As a consequence, the re¬ 
port of Division 6 is found almost entirely in its 
Summary Technical Report, which runs to 24 
volumes. The extent of the work of a division 
cannot therefore be judged solely by the number of 
volumes devoted to it in the Summary Technical 
Report of NDRC: account must be taken of the 
monographs and available reports published else¬ 
where. 

This volume is an index of the technical labora¬ 
tory and field reports and other reference material 
which appears in the bibliographies for the Sum¬ 
mary Technical Report of NDRC. At the request 
of the Services, this material has been microfilmed 
and copies made available to them. 

The microfilm index is therefore a record of the 
numerous research projects conducted by OSRD 
and its contractors. Progress reports covering the 
detailed work of these projects were issued from 
the laboratories, industrial plants, and training 
grounds, and in some cases from the theaters of war 
and the actual battlefronts, where scientists and 
technicians were cooperating with the Army, the 
Navy, and our allies in the struggle for victory. To 
the men whose efforts are recorded in these reports 
we express, on behalf of the Nation, our sincere 
appreciation. 

Vannevar Bush, Director 
Office of Scientific Research and Development 

J. B. Con ant, Chairman 
National Defense Research Committee 



H 


Tybc 

LlBKARr OF CONGRESS 


SECRET 


f! 


V 


Abbreviations 


The following abbreviations are employed in this volume to 
fer to the panels and committees of NDRC: 

Abbreviation Panel or Committee 


Div. CP 

Committee on Wave Propagation 

Div. TD 

Tropical Deterioration Committee 

Div. AMP 

Applied Mathematics Panel 

Div. APP 

Applied Psychology Panel 


declassified 

By authority Secretary of 


T he Microfilm Index volume for the Summary 
Technical Report of NDRC is divided into three 
separate sections: 

1. A microfilm index and bibliographical listing of 
reports for each division, panel and committee. 

2. A cross reference. 

3. A microfilm reel catalogue. 

In order that these three sections may be used to 
best advantage, this Introduction explains the or¬ 
ganization and the principles which govern the in¬ 
dexing of the OSRD reports. To locate material 
readily, it is important to understand that the meth¬ 
ods of indexing employed differ from accepted stand¬ 
ards because of the type and nature of the material 
involved. 

The reports for microfilming were supplied by the 
divisions, panels, and committees, and only those re¬ 
ports considered most significant in future research 
were selected for inclusion in the microfilm. In order 
that the researchist may be able to locate report mate¬ 
rial on the microfilm reel, a numerical index was pre¬ 
pared for each division (with the exception of Divi¬ 
sion 19, which did not submit reports) based on the 
subject matter of the reports. The total number of 
reports submitted for a division and the subject mat¬ 
ter contained therein largely determined the individ¬ 
ual characteristics of an index; in some instances the 
indices are lengthy and detailed, in others brevity 
and greater generalization are the keynote. Upon 
completion of an index, all reports for that division 
were classified and filed chronologically. Typed list¬ 
ings were then prepared, and the reports were micro¬ 
filmed in sequence, each being identified on the reel 
by a card showing both the bibliographical entry and 
the microfilm index number. 

Inasmuch as scientific studies were often conducted 
in the same field by more than one division, a cross 
reference was necessary to correlate all allied topics 
under one main entry. The cross reference entries are 
based on the subject headings in the indices, as well 
as items found in report titles in the bibliographical 


INTRODUCTION 

OCT ly I960 

NDRC division with identifying reel numbers, and 
the other a conse^^Vfc Arrangement'by reeji nprpb ers 
giving the index 


each reel. 

OF CONGRESS 


listings. 


The microfilm reel catalogue is to be used in con¬ 
junction with the reel library; it assists the researchist 
in locating microfilmed material, as indicated in the 
bibliographical listings, by means of the index num¬ 
ber given beside each report. The catalogue is ar¬ 
ranged in two different ways: one is a listing by 


Microfilm Index 


The microfilm indices, as already mentioned, are i 
numerical. They are based on the Dewey Decimal 
system of classification, being limited to nine main 
divisions, with subdivisions limited in like manner. 
Because of the diversified nature of the material it 
was not possible to formulate a general plan of index¬ 
ing which could be applicable to all divisions; this 
was discovered when the looser type of indexing by 
chapter, as in the case of Division 12, was applied to 
other divisions. Actually, no two indices are entirely 
similar in character. 

Although a division may be represented by one, 
two, or more separate Summary Technical Report 
volumes, the microfilm index prepared for that divi¬ 
sion disregards these individual unit barriers. The 
index considers the report material as a single unit, 
irrespective of its position within the various STR 
volumes. 

As a general rule, each main subject heading is 
designated by a numeral followed by two zeros, e.g., 
100, 200, 300, etc., to 900; major subheadings are 
shown by two numerals and one zero, e.g., 110, 120 
to 190; 210, 220 to 290; etc.; further subheadings are 
three numerals, e.g., Ill, 112 to 119; 211, 212 to 219; 
etc. This type of subdivision continues for three 
places past the decimal point, so that a subdivision 
extended to its limit might be denoted by a possible 
214.516. 

The reports, once classified, were arranged chrono¬ 
logically within group, and identified by an “M” 
sequence number. Thus, a hypothetical microfilm 
number might be given as: Div. 7-214.516-M7, with 
the Div. 7 representing the division from which the 
report emanated, the 214.516 the report’s actual 
placement in the Division 7 index, and the M7 indi¬ 
cating that it was the seventh report in that index 
grouping. The complete microfilm number appears 
in bulletin type at the bottom of the 3 in. by 5 in. 
microfilm card which precedes each report on the 
reel, and corresponds with the bibliographical entry 
on the Division list. When a microfilmed report is 
referred to in an STR bibliography, the report can 



SERVICING 


Jar 

DOCUMENT, ALL T OE THIS 








viii 


INTRODUCTION 


be located in the microfilm by means of this index 
number. 

A few special statements should be made regarding 
the index for Division 6. The bibliographical mate¬ 
rial consists of 2906 reports, and since it extends 
through twenty-four STR volumes, it naturally has 
many characteristics not common to the other divi¬ 
sions. Through the excellent cooperation of the tech¬ 
nical consultant for the Division 6 STR, the index 
was organized with the main emphasis placed upon 
the numerous underwater devices and instruments. 
It is mainly because of this emphasis that classifica¬ 
tion is sometimes likely to appear artificial, and unre¬ 
lated subject headings may seem to be unexpectedly 
introduced. 

The Division 6 index follows the sequence of the 
STR volumes in order, and an attempt was made to 
indicate, wherever possible, a new classification num¬ 
ber for each volume or important general topic. For 
example, Volume 1 has index number 100, and Vol¬ 
ume 2b is numbered 200. The absence of any micro¬ 
filmed reports for Volume 3 results in 300 as the in¬ 
dex number for Volume 4, and 400 for Volume 5. 
Volume 20 is indexed in 700, Volume 21 in 800, and 
Volume 22 in 900. However, the middle portion of 
the index (500-653) covers all microfilmed material 
from Volume 6 through Volume 19. Reports from 
Volume 6 through Volume 9 are merged on the basis 
of related subject matter and are indexed from 500 
through 540, and 560 through 580. Reports for Vol¬ 
umes 10 and 11 are also merged and are indexed in 
550 alone. 

Bibliographical Lists of Microfilmed Reports 

When the reports were classified and filed chrono¬ 
logically for microfilming, bibliographical listings 
were prepared. It was decided that the usual running 
form of entry, with commas separating each item, 
would be abandoned in favor of entries with pre¬ 
scribed spacing, thereby visually separating each 
item. As an example, where the research is mainly 
concerned with authors, the eye is able to concentrate 
quickly upon that portion of the entry and disregard 
the rest; where laboratory or institutional informa¬ 
tion is required, these items can be clearly scanned 
from the remainder of the entry. 

When differences existed between cover and title 
page, the most informative title was selected. In some 
instances, parts of titles were combined for complete¬ 
ness. If the title of a report was lacking, one was sup¬ 


plied by borrowing a phrase from the contents of the 
report. This added title was enclosed in brackets as 
notification to the reader that the title did not ac¬ 
tually appear on the report itself. 

Whenever possible, the author’s full name was en¬ 
tered, thereby replacing abbreviated names and ini¬ 
tials. When it was not possible to ascertain the 
author’s name, “(n.a.),” or “no author” was inserted. 

Where there was no information relative to the 
exact date of a report, “(n.d.)” was inserted. When a 
date was questionable, a (?) was placed next to that 
portion of the date which was in doubt. Dates which 
were supplied from outside sources, other than the 
report itself, were enclosed in brackets. 

Cross Reference 

This list is composed of microfilm index headings 
and items culled from information contained in the 
report titles—subordinate items which often are ob¬ 
scured in the process of indexing. No cross reference 
entries were made from material abstracted from the 
contents of the reports; the Master Index volume is 
source material for that type of reference. 

Entries are as succinct as possible without being 
cryptic; explanatory or qualifying phrases are intro¬ 
duced in parentheses to avoid ambiguity. Main en¬ 
tries (first letter in upper case) are printed flush with 
the left-hand border; first indentions qualify the 
main entry; second indentions qualify the first in¬ 
dentions. There are never more than two indentions; 
when it is necessary to avoid a third, the second in¬ 
dention is repeated as many times as required, and 
further qualifying information is enclosed in paren¬ 
theses to distinguish between them. For example: 

Detection 

magnetic airborne 

systems (Airborne Instruments Laboratory) 
systems (AN/ASQ-1) 
systems (AN /ASQ-2) 

In some few instances, a main entry will lack 
microfilm index numbers; infrequently, a first in¬ 
dention will also show no index references. These are 
not to be construed as omissions; in such instances 
the skeleton form of the cross reference is being main¬ 
tained, in spite of the fact that there are no corre¬ 
sponding references to be listed for these entries. 

See and See also italicized entries, which are inter¬ 
spersed throughout, refer the reader to the standard 



INTRODUCTION 


ix 


main entries, where index numbers are actually 
listed. The following rules apply to the function of 
See and See also entries: 

1. They refer to the main entry when they appear 
in the first indention position [see 2(a) below]; and 
they refer directly to the first indention when they 
appear in the second indention position [see 2(b) 
below]. 

2. Since there is never a third indention, See and 
See also entries perform either one of two functions— 
they may refer to the first indention according to 
rule 1, or they may, perforce, modify the second in¬ 
dention itself [see 2(c) below]. The reader must de¬ 
cide for himself the entry’s role by its applicability. 
Examples of these entries are listed here: 

(a) Decoys 

See: Noisemakers 

(b) Deformation 

plastic 

See: Cylinders 

(c) Detection 

submarines 
from aircraft 

See also: Search, antiaircraft, and 
submarine 

3. When more than two main entries are referred 
to in a See or See also entry, they are separated by a 
semicolon. 

4. When direct reference is made to a first or sec¬ 
ond indention of a main entry, the first letter of the 
main entry is in upper case, the first indention is 
separated from it by a comma, and the second inden¬ 
tion is separated from the first by a comma, e.g., See 
also: Aircraft, defense, and attack problems, vulner¬ 
ability; Search, antiaircraft and submarine. 


It will be noted that occasional compound entries 
in boldface, e.g.. Bombs and Bombing, occur in the 
list. This type of entry groups together those main 
entries which are closely related, although their 
placement may appear to be disarranged because of 
the strict alphabetical order. The entry “Bombing” 
would naturally precede “Bombs” in sequence, and 
without the aid of a boldface compound entry, the 
researchist concentrating on Bombing might not 
realize that other related material follows. 

Microfilm Reel Catalogue 

As already explained, this catalogue is arranged in 
two ways. The listing by NDRC division enables the 
librarian to locate for the researchist specific micro¬ 
film reports, as listed in the STR volumes or the bib¬ 
liographical listings in the Microfilm Index volume. 
The listing by reel numbers enables the librarian to 
maintain control of the film library in charging and 
discharging. 

In conclusion, regret should be expressed that be¬ 
cause of the rapid disbanding of NDRC after the war 
and the consequent scattering of personnel, not many 
division editors were available for consultation dur¬ 
ing the preparation of the various microfilm indices. 
In the few cases where such technical advice was 
available, it was of considerable value in the prepara¬ 
tion of the index and in the placement of actual 
reports within categories. It is hoped that this segre¬ 
gation and classification of the vast amount of scien¬ 
tific material resulting from World War II will be of 
assistance to the researchist in the future, in spite of 
its modest pretensions. 

J. Parker Sondheimer 
Chief Librarian 


six rcci 




























' 











CONTENTS 


MICROFILM INDICES 
AND LISTS OF MICROFILMED REPORTS 

DIVISION PAGE 

1 Hypervelocity Guns and Gun Erosion.1 

2 Impact and Explosion.9 

3 Rocket and Underwater Ordnance.21 

4 Proximity Fuzes and Toss Bombing.57 

5 Guided Missiles.99 

6 Subsurface Warfare.105 

7 Fire Control and Range Finders.197 

8 High Explosives.215 

9 War Chemistry.235 

10 Aerosols and Real Gases.287 

11 Oxygen Research, Chemical Engineering, and Fire Warfare . 319 

12 Transportation Development.347 

13 Direction Finders and Communications Research .... 357 

14 Radar.365 

15 Radio Countermeasures.433 

16 Optics and Camouflage.475 

17 Mine Clearance and Combat Instrumentation.493 

18 War Metallurgy.513 

Wave Propagation.551 

Tropical Deterioration Administrative Committee .573 

Applied Mathematics Panel.577 

Applied Psychology Panel.613 




















CONTENTS 


xii 

CROSS REFERENCE 

PAGE 

List of Cross References.635 

MICROFILM REELS 

Catalogue According to Division.751 

Catalogue According to Reel.756 


SECRET 






DIVISION 1 • HYPERVELOCITY GUNS AND GUN EROSION 

Microfilm Index 


100 SUMMARY REPORTS FOR DIVISION 1 
200 BALLISTICS 

210 Interior Ballistics 

210.1 Theory 

210.2 Thermochemical Properties of Propellants 

210.3 Experimental Firings 

210.31 Instruments and Measurements 
220 Exterior Ballistics 

220.1 Theory (Cone) 

220.2 Trajectory Determination 

300 GUN BARRELS 
310 Heating 

(See also: 410.2) 

320 Stresses 

(See also: 410.3) 

330 Tapered Bore 
340 Hypervelocity Gun 

400 GUN EROSION 

410 Causes of Gun Erosion 

410.1 Chemical Factors 

410.2 Thermal Factors 
(See also: 310) 

410.3 Mechanical Factors 
(See also: 320) 

420 Prevention of Gun Erosion 


420.1 Erosiveness of Propellants 

420.2 Tests of Erosion Resistance 

420.21 Vent Plugs 

420.22 Erosion-Testing Gun 

420.23 Other Methods 

420.3 Gun Liners 

420.31 Stellite 

420.32 Molybdenum 

420.33 Chromium-Base Alloys 

420.34 Hastelloy 

420.35 Refractaloy 

420.4 Chromium and Other Electroplates 

420.5 Fisa Protector 
430 Muzzle Erosion 

500 PROJECTILES 

510 Subcaliber Projectiles 

510.1 Sabot Projectiles 
520 Pre-Engraved Projectiles 
(See also: 610) 

530 Band Pressure and Heating 
540 Shell Defects 

600 MISCELLANEOUS RESEARCH 

610 Automatic Gun Mechanism 
(See also: 520) 

620 Instruments 

630 Pyrolytic Plating of Metals 

640 Centrifugal Inmelting of Alloy Tubes 

650 Chemical Techniques 



l 


4 


DIVISION 1 • MICROFILM LIST 


Armi, J. L. Johnson and others. OEMsr-536; Serv¬ 
ice Project Nos. OD-52 and NO-23; OSRD No. 
6471. Leeds and Northrup Company. September 
27, 1945. 

M6 Temperature distribution in gun barrels. (Report 
No. A-434.) G. Comenetz and V. Schwab. OEMsr- 
51; Service Project Nos. OD-52 and NO-23; OSRD 
No. 6505. Carnegie Institution of Washington. 
March, 1946. 

320 Stresses 

(See also: 410.3) 

Ml A theorem on radial deformation in thick tubes. 
(Memorandum No. A-83M.) Karl F. Herzfeld. 
OEMsr-516; Service Project Nos. OD-42 and NO-21; 
OSRD No. 3209. Catholic University of America. 
January, 1944. 

M2 On longitudinal stresses in guns. (Memorandum 
No. A-87M.) Karl F. Herzfeld. OEMsr-516; Serv¬ 
ice Project Nos. OD-42 and NO-21; OSRD No. 
3421. Catholic University of America. March, 

1944. 

M3 An improved approximation formula for stresses in 
cylinders. (Memorandum No. A-90M.) Karl F. 
Herzfeld. OEMsr-516; Service Project Nos. OD-42 
and NO-21; OSRD No. 3465. Catholic University 
of America. April, 1944. 

M4 Formulae for strains in a thick-walled tube near 
the projectile. (Report No. A-298.) Chester Snow. 
Service Project Nos. OD-52, OD-42 and NO-23; 
OSRD No. 4320. National Bureau of Standards. 
November, 1944. 

330 Tapered-Bore 

Ml A brief history of tapered-bore guns. (Preliminary 
Report No. A-43.) John S. Burlew. OEMsr-51; 
Service Project No. OD-52. Carnegie Institution 
of Washington. April 17, 1942. 

M2 57/40-mm tapered-bore gun tubes and deformable 
projectiles, including text, figures and diagrams. 
(Report No. A-456.) (n.a.) OEMsr-534 and OEMsr- 
467; Service Project Nos. OD-52 and NO-26; OSRD 
No. 6527. Bryant Chucking Grinder Company and 
Jones and Lamson Machine Company. October 24, 

1945. 

340 Hypervelocity Gun 

Ml The behavior of gun liners and coatings tested 
under conditions of hypervelocity. (Report No. A- 
404.) Nicol H. Smith. OEMsr-533; Service Project 
Nos. OD-52 and NO-23; OSRD No. 6475. Franklin 
Institute. October 2, 1945. 

M2 Metallographic examination of gun liners and coat¬ 
ings tested under conditions of hypervelocity. (Re¬ 
port No. A-405.) J. N. Hobstetter. OEMsr-537; 
Service Project Nos. OD-52 and NO-23; OSRD No. 
6476. Harvard University. October 30, 1945. 

M3 Design and construction of tubes for a hypervelocity 
90-mm gun. (Report No. A-446.) J. H. Billings. 
OEMsr-1499; Service Project Nos. OD-52 and NO- 


26; OSRD No. 6539. Drexel Institute of Tech¬ 
nology. February, 1946. 

400 GUN EROSION 

Ml Investigation of gun erosion at the Geophysical 
Laboratory. (Volumes I to V. Report Nos. A-263, 
A-264, A-300, A-437 and A-438 [Covering the period 
front] July, 1941 to September, 1945.) Paul R. 
Heyl. OEMsr-51; Service Project Nos. OD-52 and 
NO-202; OSRD Nos. 3448, 3449, 4345, 6508 and 
6509. Carnegie Institution of Washington. 

M2 The erosion of guns. Part I, Fundamentals of ord¬ 
nance relating to gun erosion. (Progress Report No. 
A-90.) John S. Burlew. OEMsr-51; Project Nos. 
PA-230, OD-52 and others; OSRD No. 882. Car¬ 
negie Institution of Washington. September 15, 
1942. 

M3 The erosion of guns. Part II, The characteristics of 
gun erosion. (Progress Report No. A-91.) John S. 
Burlew. OEMsr-51; Project Nos. PA-230, NO-23 
and others. Carnegie Institution of Washington. 
November 4, 1942. 

M4 Illustrations and descriptions of surface features of 
eroded gun bores. (Report No. A-440.) H. E. Mer- 
win and M. Sullivan. OEMsr-51; Service Project 
Nos. OD-52 and NO-23; OSRD No. 6511. Carnegie 
Institution of Washington. January, 1946. 

M5 Investigation of the control of erosion in guns and 
the improvement of gun performance. (Final Re¬ 
port No. A-467.) Paul R. Heyl. OEMsr-51; Service 
Project Nos. OD-32, NO-23 and others; OSRD No. 
6538. Carnegie Institution of Washington. Re¬ 
vised: July 31, 1946. 

410 Causes of Gun Erosion 

410.1 Chemical Factors 

Ml Interaction of carbon monoxide and iron. (Progress 
Report No. A-92.) J. C. W. Frazer and F. Hubbard 
Horn. OEMsr-463; Project Nos. PA-230, OD-52 
and NO-23. Johns Hopkins University. September 
12, 1942. 

M2 A physico-chemical study of gun erosion. (Report 
No. A-161.) E. Posnjak. OEMsr-51; Service Proj¬ 
ect Nos. OD-52, NO-23 and NO-26. Carnegie Insti¬ 
tution of Washington. March, 1943. 

M3 Chemical thermodynamics of gun erosion. (Report 
No. A-466.) J. J. Lander. OEMsr-430; Service 
Project Nos. OD-52 and NO-23; OSRD No. 6537. 
Bell Telephone Laboratories, Inc. April 14, 1943. 

M4 A study by means of electron and X-ray diffraction 
of the alteration of steel by hot powder gases. 
(Report No. A-199.) L. H. Germer, J. J. Lander 
and others. OEMsr-51 and OEMsr-430; Service 
Project Nos. OD-52, NO-23 and NO-26; OSRD No. 
1659. Carnegie Institution of Washington and Bell 
Telephone Laboratories, Inc. July, 1943. 

M5 Carbon and nitrogen in gun erosion. (Report No. 
A-230.) J. F. Schairer and E. G. Zies. OEMsr-51; 
Service Project Nos. OD-52 and NO-23; OSRD No. 




DIVISION 1 • MICROFILM LIST 


5 


2042. Carnegie Institution of Washington. No¬ 
vember, 1943. 

M6 The effect of sulfur and other components of black 
powder on the erosion of gun steel. Part I, Radio¬ 
sulfur study of the reaction of sulfur components of 
propellent gases with gun steel. Part II, Comparison 
of erosion of gun steel by smokeless powder with 
and without black powder or its components. (Re¬ 
port No. A-276.) William D. Urry and Earl Inger- 
son. OEMsr-51; Service Project Nos. OD-52 and 
NO-23; OSRD No. 3811. Carnegie Institution of 
Washington. June, 1944. 

M7 Iron carbonyl formation as a mechanism contribut¬ 
ing to gun erosion. (Volume II. Final Report No. 
A-311.) J. C. W. Frazer, F. Hubbard Horn and 
R. C. Evans. OEMsr-463; Service Project Nos. OD- 
52 and NO-23; OSRD No. 6328. Johns Hopkins 
University. October 31, 1944. 

M8 Chemical thermodynamics of gun erosion. (Report 
No. A-301.) C. F. Curtiss and Nancy L. Johnson. 
OEMsr-51; Service Project Nos. OD-52, OD-23 and 
NO-26; OSRD No. 4363. Carnegie Institution of 
Washington. November, 1944. 

M9 The penetration of carbon into gun-bore surfaces. 
(Progress Report No. A-427.) William D. Urry, 
Einar Jensen and P. J. Hannan. OEMsr-51; Serv¬ 
ice Project Nos. OD-52 and NO-23; OSRD No. 6498. 
Carnegie Institution of Washington. November 29, 
1945. 

M10 The penetration of nitrogen into steel rifle barrels 
as measured by a tracer method. (Report No. A- 
398.) Gordon L. Davis. OEMsr-51; Service Project 
Nos. OD-52 and NO-23; OSRD No. 6469. Carnegie 
Institution of Washington. November 30, 1945. 

Mil Electron and X-ray diffraction studies of gun ero¬ 
sion products. (Report No. A-465.) F. E. Haworth. 
OEMsr-430; Service Project Nos. OD-52 and NO-23; 
OSRD No. 6536. Bell Telephone Laboratories, Inc. 
December 6, 1945. 

M12 Study of erosion by adiabatically compressed gases. 
(Report No. A-429.) William Garten, Jr. and Gor¬ 
don L. Davis. OEMsr-51; Service Project Nos. OD- 
52 and NO-23; OSRD No. 6500. Carnegie Institu¬ 
tion of Washington. December 21, 1945. 

M13 Studies of erosion products of gun-bore surfaces. 
(Report No. A-426.) E. G. Zies and C. A. Marsh. 
OEMsr-51; Service Project Nos. OD-52 and NO-23; 
OSRD No. 6497. Carnegie Institution of Washing¬ 
ton. March 9, 1946. 

410.2 Thermal Factors 

(See also: 310) 

Ml Application of heat transfer theory to metallo- 
graphic evidences of gun erosion. (Report No. A- 
452.) J. N. Hobstetter. OEMsr-537; Service Project 
Nos. OD-52 and NO-23; OSRD No. 6523. Harvard 
University. December 20, 1945. 

M2 A method for the determination of the melting 
temperatures of gun erosion products. (Report No. 
A-433.) Einar Jensen. OEMsr-51; Service Project 


Nos. OD-52 and NO-23; OSRD No. 6504. Carnegie 
Institution of Washington. January 11, 1946. 

M3 Transient thermal action on gun steel induced by 
electron bombardment. (Report No. A-432.) Wil¬ 
liam Garten, Jr. and Gordon L. Davis. OEMsr-51; 
Service Project Nos. OD-52 and NO-23; OSRD No. 
6503. Carnegie Institution of Washington. Febru¬ 
ary 15, 1946. 

410.3 Mechanical Factors 

(See also: 320) 

Ml A method for testing resistance of metals to surface 
cracking under conditions similar to those obtain¬ 
ing in guns. (Report No. A-271.) Earl Ingerson. 
OEMsr-51; Service Project Nos. OD-52 and NO-23; 
OSRD No. 3628. Carnegie Institution of Washing¬ 
ton. May, 1944. 

M2 An experiment to determine the effects of stress on 
gun erosion. (Report No. A-431.) Roy W. Goran- 
son and William Garten, Jr. OEMsr-51; Service 
Project Nos. OD-52 and NO-23; OSRD No. 6502. 
Carnegie Institution of Washington. November 26, 
1945. 

420 Prevention of Gun Erosion 

420.1 Erosiveness of Propellants 

Ml Comparison of the erosiveness of propellent pow¬ 
ders. (Report No. A-451.) Nicol H. Smith. OEMsr- 
533; Service Project Nos. OD-52 and NO-23; OSRD 
No. 6522. Franklin Institute. October 12, 1945. 

420.2 Tests of Erosion Resistance 

Ml The testing of erosion-resistant materials and the 
development of improved machine gun barrels. 
(Progress Report No. A-409.) E. F. Osborn. 
OEMsr-51; Service Project Nos. OD-52 and NO-23; 
OSRD No. 6480. Carnegie Institution of Washing¬ 
ton. November 29, 1945. 

420.21 Vent Plugs 

Ml Metals tested as erosion vent plugs. (Report No. 
A-148.) O. H. Loeffler, G. Phair and H. S. Jerabek. 
OEMsr-51; Service Project Nos. OD-52 and NO-23. 
Carnegie Institution of Washington. February 19, 
1943. 

M2 Vent-plug erosion by the carbon monoxide-carbon 
dioxide gas system. (Volume I. Final Report No. 
A-310.) J. C. W. Frazer, F. Hubbard Horn and 
others. OEMsr-463; Service Project Nos. OD-52 and 
NO-23; OSRD No. 6327. Johns Hopkins Univer¬ 
sity. October 31, 1944. 

M3 The results of erosion vent-plug tests, particularly 
under conditions of decreased severity, and their 
application to the erosion of guns. (Report No. 
A-403.) H. S. Jerabek, G. Phair and others. 
OEMsr-51; Service Project Nos. OD-52 and NO-23; 
OSRD No. 6474. Carnegie Institution of Washing¬ 
ton. December 5, 1945. 




6 


DIVISION 1 • MICROFILM LIST 


420.22 Erosion-Testing Gun 

Ml The caliber .50 erosion-testing gun. (Report No. 
A-450.) Nicol H. Smith. OEMsr-533; Service Proj¬ 
ect Nos. OD-52 and NO-23; OSRD No. 6521. 
Franklin Institute. January 7, 1946. 

420.23 Other Methods 

Ml Metals tested for resistance to cavitation erosion. 
(Report No. A-223.) George E. Ziegler and Lloyd 
E. Line, Jr. OEMsr-613; Service Project Nos. OD- 
52 and NO-23; OSRD No. 1917. Armour Research 
Foundation. October, 1943. 

M2 Apparatus for collecting solid particles discharged 
from a rifle. A simple optical sighting device. 
(Memorandum Nos. A-93M and A-94M.) J. L. Eng¬ 
land. OEMsr-51; Service Project Nos. OD-52 and 
NO-23; OSRD No. 3753. Carnegie Institution of 
Washington. May, 1944. 

M3 Search for erosion-resistant materials for guns by 
firing particles of metal and alloys into vacuum to 
determine their structural and chemical behavior. 
(Report No. A-407.) E. Posnjak. OEMsr-51; Serv¬ 
ice Project Nos. OD-52 and NO-23; OSRD No. 6478. 
Carnegie Institution of Washington. December 4, 
1945. 

420.3 Gun Liners 

Ml Erosion tests of materials in the form of short liners 
in a caliber .30 machine gun barrel. (Report No. 
A-406.) John Wulff. OEMsr-465; Service Project 
Nos. OD-52 and NO-23; OSRD No. 6477. Johnson 
Automatics, Inc. April 12, 1944. 

M2 Gun barrel liners. Materials, insertion and testing. 
(Report No. A-408.) Frank D. Cotterman, N. A. 
Ziegler and John P. Magos. OEMsr-629; Service 
Project Nos. OD-52 and NO-23; OSRD No. 6479. 
Crane Company. January 16, 1946. 

M3 Contributions to the development of erosion- 
resistant materials for gun liners and linings. (Final 
Report No. A-457.) P. H. Brace. OEMsr-915; 
Service Project Nos. OD-52 and NO-23; OSRD No. 
6528. Westinghouse Electric and Manufacturing 
Company, Inc. June 24, 1946. 

420.31 Stellite 

Ml Investigation of certain methods for making gun 
linings of stellite and other erosion-resistant mate¬ 
rials. (Report No. A-418.) John Wulff. OEMsr- 
608; Service Project Nos. OD-52 and NO-23; OSRD 
No. 6489. Massachusetts Institute of Technology. 
September 28, 1945. 

M2 Production of modified caliber .30 machine gun 
barrels with stellite liners. (Final Report No. A- 
455.) Melvin M. Johnson, Jr. OEMsr-1433; Service 
Project Nos. OD-52 and NO-23; OSRD No. 6526. 
Johnson Automatics, Inc. September 28, 1945. 

M3 Caliber .30 machine gun barrel. Production of 
modified machine gun barrels with stellite liners, 
including studies of draw rifling. (Volume I. Report 
No. A-463.) (n.a.) OEMsr-1438; Service Project 


Nos. OD-52 and NO-23; OSRD No. 6534. Reming¬ 
ton Arms Company, Inc. October 3, 1945. 

M4 Pilot plant for production of modified caliber .50 
machine gun barrels with stellite liners. (Final Re¬ 
port No. A-447.) Ray A. Mueller, Frank D. Cotter- 
man and John P. Magos. OEMsr-1414; Service 
Project Nos. OD-52 and NO-23; OSRD No. 6518. 
Crane Company. October 17, 1945. 

M5 Studies of the application of stellite No. 21 to gun 
bores. (Report No. A-417.) T. H. Gray and Don 
R. Mosher. OEMsr-915; Service Project Nos. OD- 
52 and NO-23; OSRD No. 6488. Westinghouse 
Electric and Manufacturing Company, Inc. No¬ 
vember 12, 1945. 

M6 Production of stellite liners by centrifugal casting. 
(Report No. A-453.) William H. Shallenberger. 
OEMsr-1424; Service Project Nos. OD-52 and NO- 
23; OSRD No. 6524. Industrial Research Labora¬ 
tories, Inc. December, 1945. 

M7 Stellite No. 21 as a material for gun liners. Metal¬ 
lurgy and properties. (Report No. A-416.) W. A. 
Wissler. OEMsr-1330; Service Project Nos. OD-52 
and NO-23; OSRD No. 6487. Union Carbide and 
Carbon Research Laboratories, Inc. January 17, 
1946. 

M8 Preparation and testing of 37-mm stellite liners. 
(Report No. A-419.) John S. Burlew. Service 
Project Nos. OD-52 and NO-23; OSRD No. 6490. 
[Carnegie Institution of Washington(P)] (n.d.) 

420.32 Molybdenum 

Ml Molybdenum as a material for an erosion-resistant 
gun liner. P. H. Brace and J. W. Marden. Ap¬ 
pendices: Stresses in built-up cylinder under in¬ 
ternal pressure and temperature change. Stresses 
in split liners for guns. A. M. Wahl. Firing tests 
on molybdenum liners at the Franklin Institute, 
(n.a.) (Report No. A-273.) OEMsr-915 and OEMsr- 
1205; Service Project Nos. OD-52 and NO-23; OSRD 
No. 3700. Westinghouse Electric and Manufactur¬ 
ing Company, Inc. May, 1944. 

M2 The semi-commercial preparation of molybdenum 
carbonyl. (Final Report No. A-422.) Asa L. McCoy. 
OEMsr-1320; Service Project Nos. OD-52 and NO- 
23; OSRD No. 6493. Climax Molybdenum Com¬ 
pany. July 20, 1945. 

M3 Fabrication of molybdenum for use as a gun liner 
material. (Final Report No. A-423.) J. W. Marden. 
OEMsr-1205; Service Project Nos. OD-52 and NO- 
23; OSRD No. 6494. Westinghouse Electric and 
Manufacturing Company, Inc. October 31, 1945. 

M4 Development of molybdenum for gun liners. (Re¬ 
port No. A-424.) P. H. Brace. OEMsr-915; Service 
Project Nos. OD-52 and NO-23; OSRD No. 6495. 
Westinghouse Electric and Manufacturing Com¬ 
pany. Inc. February 1, 1946. 

M5 Experiments on the melting of molybdenum. (Re¬ 
port No. A-425.) F. Palmer. OEMsr-1273 and 
OEMsr-915; Service Project Nos. OD-52 and NO-23; 
OSRD No. 6496. Climax Molybdenum Company 



DIVISION 1 • MICROFILM LIST 


7 


and Westinghouse Electric and Manufacturing 
Company, Inc. (n.d.) 

420.33 Chromium-Base Alloys 

Ml The preparation of chromium by the thermal de¬ 
composition of chromium iodide. (Memorandum 
No. A-78M.) Don R. Mosher. OEMsr-915; Service 
Project Nos. OD-52 and NO-23; OSRD No. 2082. 
Westinghouse Electric and Manufacturing Com¬ 
pany, Inc. November, 1943. 

M2 Chromium and chromium-base alloys as materials 
for gun liners. (Report No. A-411.) P. H. Brace, 
J. F. Schairer and N. A. Ziegler. OEMsr-915; Serv¬ 
ice Project Nos. OD-52 and NO-23; OSRD No. 6482. 
January 5, 1946. 

M3 Development of chromium-base hot-hard alloys as 
gun liner materials. (Final Report No. A-415.) 
Robert M. Parke and F. P. Bens. OEMsr-1273; 
Service Project Nos. OD-52 and NO-23; OSRD No. 
6486. Climax Molybdenum Company. January 21, 
1946. 

420.34 Hastelloy 

Ml Hastelloy C as a liner material for machine gun 
barrels. (Final Report No. A-464.) W. A. Wissler 
and F. S. Badger. OEMsr-1330; Service Project 
Nos. OD-52 and NO-23; OSRD No. 6535. Union 
Carbide and Carbon Research Laboratories, Inc. 
May 16, 1946. 

420.35 Refractaloy 

Ml Refractaloy 70 as a liner material for caliber .50 
barrels. (Report No. A-420.) T. H. Gray. OEMsr- 
915; Service Project Nos. OD-52 and NO-23; OSRD 
No. 6491. Westinghouse Electric and Manufactur¬ 
ing Company, Inc. January 10, 1946. 

420.4 Chromium and Other Electroplates 

Ml Symposium on chromium plating [held at] Wash¬ 
ington, D. C., May 14, 1943. (Report No. A-414.) 
(n.a.) Service Project Nos. OD-52 and NO-23; 
OSRD No. 6485. t May, 1943(?)] 

M2 An illustrated study of the effects of firing on 
chromium-plated bores of caliber .50 machine guns. 
(Report No. A-413.) H. E. Merwin and M. Sulli¬ 
van. OEMsr-51; Service Project Nos. OD-52 and 
NO-23; OSRD No. 6484. Carnegie Institution of 
Washington. December, 1945. 

M3 Experimental electroplating of gun barrels. (Re¬ 
port No. A-412.) W. Blum, A. Brenner and V. A. 
Lamb. Service Project Nos. OD-52 and NO-23; 
OSRD No. 6483. National Bureau of Standards. 
December 21, 1945. 

420.5 Fisa Protector 

Ml Fisa protectors. Design, production and tests. (Final 
Report No. A-449.) Nicol H. Smith. OEMsr-533; 
Service Project Nos. OD-52 and NO-23; OSRD No. 
6520. Franklin Institute. November 20, 1945. 


430 Muzzle Erosion 

Ml Studies of muzzle erosion data at the Naval Proving 
Ground. Part I, Muzzle erosion and range disper¬ 
sion. George V. Cresson. Part II, A Compendium 
of muzzle erosion data. Elaine M. Frankel and 
Gerry Kovsky. (Report No. A-430.) OEMsr-51 and 
OEMsr-533; Service Project Nos. OD-52 and NO-23; 
OSRD No. 6501. Carnegie Institution of Washing¬ 
ton and Franklin Institute. June 21, 1945. 

M2 The erosion of guns at the muzzle. (Report No. 
A-357.) Lloyd E. Line, Jr. OEMsr-51, OEMsr-533 
and others; Service Project Nos. OD-52, NO-23 and 
NO-26; OSRD No. 6322. Carnegie Institution of 
Washington, Franklin Institute and others. August 
23, 1945. 

M3 Studies of worn muzzle sections of guns by labora¬ 
tory techniques. (Report No. A-458.) Lloyd E. Line, 
Jr. and J. N. Hobstetter. OEMsr-537 and OEMsr- 
51; Service Project Nos. OD-52 and NO-23; OSRD 
No. 6529. Carnegie Institution of Washington. 
January 28, 1946. 

500 PROJECTILES 

510 Subcaliber Projectiles 

Ml Stability of subcaliber projectiles. (Progress Report 
No. A-88.) Charles L. Critchfield. OEMsr-51; Proj¬ 
ect Nos. PA-260, OD-52 and NO-26. Carnegie In¬ 
stitution of Washington. September 8, 1942. 

M2 Development of subcaliber projectiles for the 
Hispano-Suiza gun. (Report No. A-233.) Charles 
L. Critchfield and John McG. Millar. OEMsr-51; 
Service Project Nos. OD-52 and NO-26; OSRD No. 
2067. Carnegie Institution of Washington. No¬ 
vember, 1943. 

510.1 Sabot Projectiles 

Ml Sabot projectiles for cannon. (Report No. A-234.) 
W. D. Crozier, H. F. Dunlap and others. OEMsr- 
668; Service Project Nos. OD-52 and NO-26; OSRD 
No. 3010. University of New Mexico. December, 
1943. 

M2 Molding sabots for projectiles. (Report No. A-278.) 
(n.a.) OEMsr-886; Service Project Nos. OD-52 and 
NO-26; OSRD No. 3832. Arthur D. Little, Inc. 
June, 1944. 

M3 Development of an all-metal type of sabot pro¬ 
jectile. (Report No. A-461.) (n.a.) OEMsr-1368; 

Service Project Nos. OD-52 and NO-26; OSRD No. 
6532. Remington Arms Company, Inc. October 
12, 1945. 

M4 A production process for the manufacture of an 
all-metal type of sabot projectile. (Report No. 
A-462.) (n.a.) OEMsr-1368; Service Project Nos. 

OD-52 and NO-26; OSRD No. 6533. Remington 
Arms Company, Inc. October 12, 1945. 

M5 Work on sabot projectiles by the University of 
New Mexico under Contract OEMsr-668 and sup¬ 
plements, 1942 to 1944. (Report No. A-428.) Com¬ 
piled by: J. W. Greig. OEMsr-668; Service Project 



8 


DIVISION 1 • MICROFILM LIST 


Nos. OD-52 and NO-26; OSRD No. 6499. Univer¬ 
sity of New Mexico. October, 1946. 

520 Pre-Engraved Projectiles 

(See also: 610) 

Ml Exact theory of the stress distribution in a shell 
due to engraving. (Report No. A-207.) Henri A. 
Jordan, Karl F. Herzfeld and Vincent O. McBrien. 
OEMsr-516; Service Project Nos. OD-42 and NO-21; 
OSRD No. 1714. Catholic University of America. 
July, 1943. 

M2 Pre-engraved projectiles. (Report No. A-448.) Nicol 
H. Smith. OEMsr-533; Service Project Nos. OD-52 
and NO-23; OSRD No. 6519. Franklin Institute. 
December 6, 1945. 

530 Band Pressure and Heating 

Ml On the heating of rotating bands. (Report No. 
A-256.) Charles L. Critchfield. OEMsr-51; Service 
Project Nos. OD-52, NO-23 and NO-26; OSRD No. 
3329. Carnegie Institution of Washington. Febru¬ 
ary, 1944. 

M2 Deduction of practical formulas for the stress in the 
mantle of a shell due to band pressure and powder 
gas pressure. (Report No. A-281.) Karl F. Herz¬ 
feld and Virginia Griffing. OEMsr-516; Service 
Project No. OD-42; OSRD No. 3868. Catholic Uni¬ 
versity of America. June, 1944. 

M3 Static band pressures in 37-mm projectiles. (Parts I 
to III. Report Nos. A-312, A-442 and A-443.) Frank 
A. Biberstein, Jr., Ralph Brown and others. 
OEMsr-516; Service Project No. OD-42; OSRD Nos. 
4550, 6513 and 6514. Catholic University of Amer¬ 
ica. December, 1944 and August 28, 1945. 

M4 Stresses in shells due to band pressure. (Final Re¬ 
port No. A-445.) Karl F. Herzfeld. OEMsr-516; 
Service Project No. OD-42; OSRD No. 6516. Cath¬ 
olic University of America. December 28, 1945. 

540 Shell Defects 

Ml Methods for detecting defects in the base of a shell 
forging. (Progress Report No. A-31.) Roy W. 
Goranson. Service Project No. OD-32. Carnegie 
Institution of Washington. February 6, 1942. 

M2 A method of investigating the deformation of de¬ 
formable projectiles. (Memorandum No. A-36M.) 
H. L. Whittemore and Leroy R. Sweetman. Project 
Nos. OD-52, NO-26 and PA-260; OSRD No. 631. 
National Bureau of Standards. July 16, 1942. 

600 MISCELLANEOUS RESEARCH 

610 Automatic Gun Mechanism 

(See also: 520) 


Ml The Johnson 20-mm automatic aircraft cannon. 
(Report No. A-454.) William H. Shallenberger. 
OEMsr-746 and OEMsr-1375; Service Project No. 
NO-124; OSRD No. 6525. Johnson Automatics, 
Inc. and University of California. December 18, 
1945. 

Instruments 

Ml A vertical step-sweep circuit for the cathode-ray 
oscillograph. (Memorandum No. A-77M.) Nicholas 
M. Smith, Jr. OEMsr-51; Service Project Nos. 
OD-52, NO-23 and NO-26; OSRD No. 2081. Car¬ 
negie Institution of Washington. November, 1943. 
M2 A new thread-collocating gage. (Memorandum No. 
A-85M.) Francis E. Blake and Donald F. Ringie. 
OEMsr-467; Service Project Nos. OD-52 and NO- 
26; OSRD No. 3287. Jones and Lamson Machine 
Company. February, 1944. 

Pyrolytic Plating of Metals 

Ml The synthesis of chromium hexacarbonyl. (Report 
No. A-401.) Pyrolytic plating of chromium from 
the vapor of chromium hexacarbonyl. (Report No. 
A-402.) Benton B. Owen. OEMsr-1318; Service 
Project Nos. OD-42 and NO-23; OSRD Nos. 6472 
and 6473. Yale University. September 17 and 
October 8, 1945. 

M2 Pyrolytic plating from the carbonyls of molybde¬ 
num, tungsten and chromium. (Report No. A-421.) 
L. H. Germer and J. J. Lander. OEMsr-1184; 
Service Project Nos. NO-23 and OD-52; OSRD No. 
6492. Bell Telephone Laboratories, Inc. Novem¬ 
ber 30, 1945. 

Centrifugal Inmelting of Alloy Tubes 

Ml Progressive centrifugal inmelting for the prepara¬ 
tion of alloy tubes. (Report No. A-410.) P. H. 
Brace. OEMsr-915; Service Project Nos. OD-52 and 
NO-23; OSRD No. 6481. Westinghouse Electric 
and Manufacturing Company, Inc. April 8, 1946. 

Chemical Techniques 

Ml Notes on the potentiometric titration of iron. 
(Memorandum No. A-95M.) Einar Jensen. OEMsr- 
51; Service Project Nos. OD-52 and NO-23; OSRD 
No. 3869. Carnegie Institution of Washington. 
July, 1944. 

M2 Anodic polishing for the removal of very thin layers 
from steel surfaces. (Memorandum No. A-96M.) 
William D. Urry and Einar Jensen. OEMsr-51; 
Service Project Nos. OD-52 and NO-23; OSRD No. 
3968. Carnegie Institution of Washington. July, 
1944. 


620 

630 

640 

650 






DIVISION 2 • IMPACT AND EXPLOSION 


Microfilm Index 


100 EXPLOSION 

110 Air Blast 

111 Blast Pressures 

111.1 Measuring Instruments 

111.11 Gauges 

111.12 Other Instruments 

112 Blast Waves 

113 Miscellaneous Air Explosion Problems 
120 Shock Waves 

130 Underwater Explosion 

131 Explosive Pressure and Shock Waves in Water 

131.1 Testing Instruments 

132 Plastic Deformation to Marine Structure 

133 Miscellaneous Underwater Explosion Problems 

200 TERMINAL BALLISTICS AND EXPLOSIVE EFFECTS 

210 Armor 
220 Concrete 
230 Plastics 
240 Soil and Earth 

300 ORDNANCE 

310 Penetration Studies 
(See also: 510) 

311 Velocity 
320 Projectiles 

321 Frangible 

322 Tungsten Carbide 


330 Muzzle Blast 

331 Brake Design 

400 PROPERTIES OF MATTER 

410 Super Speed Wind Tunnel 
420 Impact Loads 

430 Deformation of Materials Under Pressure 

431 Types and Forms of Materials 

431.1 Plates 
431.11 Steel 

431.2 Cylinders 

431.21 Copper and Crusher Cylinders and 
Spheres 

431.22 Cylinders and Diaphragms 

432 Tensile Properties 

432.1 Steel 

432.2 Magnesium and Aluminum Alloys 

433 Propagation of Plastic Waves and Zones 

434 Stress and Strain 

500 PROTECTION AND DEFENSE 

510 Defense Against Shaped Charges 
(See also: 310) 

520 Passive Protection Against Bombs and Projectiles 

521 House Structure 

522 Protective and Reinforcing Materials 
530 Fortification Defense 

540 Miscellaneous Research 


DIVISION 2 • IMPACT AND EXPLOSION 

List of Microfilmed Reports 


100 EXPLOSION 

Ml Air and earth shock. (Monthly Report Nos. AES-1 
to -14 [for the period from] July 15, 1944 to Sep¬ 
tember 25, 1945.) (n.a.) OEMsr-260, OEMsr-569 

and others; Service Project Nos. OD-03, NO-224 and 
others; OSRD Nos. 4076, 4147, 4257, 4356, 4514, 
4649, 4754, 4875, 5011, 5144, 5271, 5393, 5506 and 
6007. Princeton University, Woods Hole Oceano¬ 
graphic Institution and others. 

110 Air Blast 

Ml Small-charge air blast experiments. (Report No. 
A-191.) George T. Reynolds. OEMsr-260; Service 
Project Nos. OD-79, NO-11 and others; OSRD No. 
1518. Princeton University. June, 1943. 

M2 Small-charge air blast measurements. Order of ef¬ 
fectiveness of explosives. (Division 8.) Paul C. 
Cross, W. D. Kennedy and D. F. Hornig. OEMsr- 
569; Service Project Nos. OD-03 and NO-144; OSRD 
No. 3479. Woods Hole Oceanographic Institution. 
April 1, 1944. 

M3 The effect of air burst on the blast from bombs and 
small charges. Part I, Experimental results. (Divi¬ 
sion 8.) (n.a.) OEMsr-569 and OEMsr-596; Service 
Project No. OD-03; OSRD No. 4246. Woods Hole 
Oceanographic Institution and Stanolind Oil and 
Gas Company. October 16, 1944. 

M4 The blast wave in air produced by line charges. 
(Report No. A-343.) Stuart R. Brinkley, Jr. and 
John G. Kirkwood. OEMsr-121; Service Project 
Nos. OD-03 and NO-224; OSRD No. 5659. Cornell 
University. October, 1945. 

M5 Air burst for blast bombs. (Report No. A-322.) 
(n.a.) OEMsr-260; OEMsr-569 and others; Service 
Project Nos. OD-03, NO-224 and others; OSRD No. 
4943. Princeton University, Woods Hole Oceano¬ 
graphic Institution and others. April, 1945. 

M6 The effect of air burst on the blast from bombs and 
small charges. Part II, Analysis of experimental 
results. (Report No. A-320.) R. R. Halverson. 
OEMsr-569; Service Project No. OD-03; OSRD No. 
4899. Woods Hole Oceanographic Institution. 
April, 1945. 

111 Blast Pressures 

Ml Measurement of blast pressures from 4000-lb bombs. 
(Division 8.) E. Bright Wilson, Jr. OEMsr-334; 
Service Project Nos. OD-02 and OD-03; OSRD No. 
1153. Harvard University. January 23, 1943. 

M2 The measurement of blast pressures in Aberdeen 
tests. (Report No. A-186.) Curtis W. Lampson. 
OEMsr-260; Service Project Nos. OD-79, NO-11 and 
others; OSRD No. 1465. Princeton University. 
May, 1943. 

M3 Charge orientation tests. (Report No. A-193.) 
George T. Reynolds. OEMsr-260; Service Project 


Nos. OD-79, NO-11 and others; OSRD No. 1532. 
Princeton University. June, 1943. 

M4 Blast pressures and momenta from some large 
bombs. (Division 8.) E. Bright Wilson, Jr. and 
W. D. Kennedy. OEMsr-334; Service Project Nos. 
OD-02 and OD-03; OSRD No. 3046. Harvard Uni¬ 
versity. November 17, 1943. 

111.1 Measuring Instruments 

111.11 Gauges 

Ml Construction of resistance strain gauges. (Memoran¬ 
dum No. A-59M.) Robert J. Hansen. OEMsr-260; 
Service Project Nos. CE-5, NO-11 and others; OSRD 
No. 1003. Princeton University. November, 1942. 
M2 Cable compensation for piezoelectric gauges. (Memo¬ 
randum No. A-63M.) Curtis W. Lampson. OEMsr- 
260; Service Project Nos. CE-2, NO-11 and others; 
OSRD No. 1179. Princeton University. January, 

1943. 

M3 Development of explosion pressure gauges and re¬ 
cording equipment. (Division 8. Progress Report to 
July 23, 1943.) (n.a.) OEMsr-596; Service Project 

Nos. OD-03 and NO-144; OSRD No. 1739. Stano¬ 
lind Oil and Gas Company. August 24, 1943. 

M4 The use of electrical cables with piezoelectric 
gauges. (Report No. A-306.) R. H. Cole. OEMsr- 
569; Service Project No. NO-223; OSRD No. 4561. 
Woods Hole Oceanographic Institution. January, 

1944. 

M5 Piezoelectric measurements of blast pressures in 
M-4 tank from explosive charges detonated outside 
of vehicle. (Report No. A-297.) Daniel Silverman 
and H. M. Lang. OEMsr-596; Service Project No. 
OD-03; OSRD No. 4307. Stanolind Oil and Gas 
Company. November, 1944. 

M6 Development of blast pressure gauges and record¬ 
ing equipment. (Report No. A-313, to October 1, 
1944.) Daniel Silverman and H. M. Lang. OEMsr- 
596; Service Project No. OD-03; OSRD No. 4619. 
Stanolind Oil and Gas Company. January, 1945. 
M7 Development of blast pressure gauges and recording 
equipment. ([Part] II. Final Report No. A-352 [for 
the period] October 1, 1944 to October 1, 1945.) 
H. M. Lang and Daniel Silverman. OEMsr-596; 
Service Project Nos. OD-03, NO-283 and others; 
OSRD No. 6317. Stanolind Oil and Gas Company. 
November, 1945. 

M8 Construction of tourmaline gauges for piezoelectric 
measurement of explosion pressure waves. (Prog¬ 
ress Report No. A-378 [for the period] February, 
1945 through September, 1945.) Clifford Frondel. 
OEMsr-569; Service Project Nos. OD-03 and NO- 
223; OSRD No. 6256. Woods Hole Oceanographic 
Institution. January, 1946. 

M9 A condenser-type frequency-modulating gauge for 


10 


DIVISION 2 • MICROFILM LIST 


11 


blast pressure measurements. (Report No. A-355.) 
Lincoln G. Smith. OEMsr-260; Service Project 
Nos. OD-03 and NO-283; OSRD No. 6320. Prince¬ 
ton University. January, 1946. 

M10 Shock tube, piezoelectric gauges and recording ap¬ 
paratus. (Final Report No. A-356.) J. C. Fletcher, 
W. T. Read and others. OEMsr-260; Service Proj¬ 
ect Nos. OD-03 and NO-283; OSRD No. 6321. 
Princeton University. February, 1946. 

111.12 Other Instruments 

Ml The measurement of transient stress, displacement 
and pressure. (Progress Report No. A-73.) Curtis 
W. Lampson. OEMsr-260; Service Project Nos. 
CE-5, NO-11 and others; OSRD No. 756. Princeton 
University. July, 1942. 

M2 A method of low-frequency compensation of ampli¬ 
fiers to reproduce transients of long duration. 
(Report No. A-255.) Curtis W. Lampson. OEMsr- 
260; Service Project Nos. CE-5, NO-12 and others; 
OSRD No. 3293. Princeton University. March, 
1944. 

M3 Mobile oscillographic laboratory. (Final Report No. 
A-307.) Curtis W. Lampson and Walker Bleakney. 
OEMsr-675; Service Project No. OD-79; OSRD No. 
4570. Princeton University. January, 1945. 

M4 The detonation of TMi-43 indicator by blast. (Re¬ 
port No. A-331.) J. L. Brenner. OEMsr-260; Serv¬ 
ice Project No. OD-03; OSRD No. 5179. Princeton 
University. June, 1945. 

M5 Theory, calibration and use of diaphragm blast 
meters. (Report No. A-392 [for the period] Febru¬ 
ary, 1945 to December, 1945.) W. T. Read. OEMsr- 
260; Service Project No. OD-03; OSRD No. 6463. 
Princeton University. March, 1946. 

112 Blast Waves 

Ml Tables and graphs of the theoretical peak pressures, 
energies and positive impulses of blast waves in 
air. (Report No. A-327.) Stuart R. Brinkley, Jr. 
and John G. Kirkwood. OEMsr-121; Service Proj¬ 
ect Nos. OD-03 and NO-224; OSRD No. 5137. 
Cornell University. May, 1945. 

M2 Theoretical blast wave curves for cast TNT. (Re¬ 
port No. A-341.) John G. Kirkwood and Stuart R. 
Brinkley, Jr. OEMsr-121; Service Project Nos. OD- 
03 and NO-224; OSRD No. 5481. Cornell Univer¬ 
sity. August, 1945. 

113 Miscellaneous Air Explosion Problems 

Ml Effect of blast on indicator mines. (Divisions 2 and 
17.) (n.a.) OEMsr-266; Service Project No. OD-03; 
OSRD No. 4276. Princeton University, Stanolind 
Oil and Gas Company and Gulf Research and De¬ 
velopment Company. September 28, 1944. 

M2 Reduction of smoke and blast obscuration effect. 
(Final Report No. A-325.) (n.a.) OEMsr-1343; 

Service Project No. OD-154; OSRD No. 5068. Gen¬ 
eral Electric Company. May, 1945. 


120 Shock Waves 

Ml Plane shock waves. (Division 8. Progress Report No. 
7.) George B. Kistiakowsky and E. Bright Wilson, 
Jr. [NDCrc-35;] Service Project Nos. OD-02 and 
OD-03; OSRD No. 70. Harvard University. Janu¬ 
ary 17, 1941. 

M2 Theory of shock waves. (Division 8. Progress Report 
to August 31, 1942.) John von Neumann. OEMsr- 
218; Service Project Nos. OD-02 and OD-03; OSRD 
No. 1140. Institute for Advanced Study, Princeton, 
New Jersey. January 29, 1943. 

M3 A preliminary study of plane shock waves formed 
by bursting diaphragms in a tube. (Report No. 
A-192.) George T. Reynolds. OEMsr-260; Project 
Nos. NO-144 and P2-207; OSRD 6. 1519. Prince¬ 
ton University. June, 1943. 

M4 The interaction of shock waves. (Division 8.) R. W. 
Wood. OEMsr-773; Service Project Nos. AN-1 and 
OD-03; OSRD No. 1996. Johns Hopkins Univer¬ 
sity. November 4, 1943. 

M5 Tables of the properties of air along the Hugoniot 
curve and the adiabatics terminating in the Hu¬ 
goniot curve. (Division 8.) Stuart R. Brinkley, Jr., 
John G. Kirkwood and John M. Richardson. 
OEMsr-121; Service Project Nos. OD-03, NO-144 
and NO-224; OSRD No. 3550. Cornell University. 
April 27, 1944. 

M6 Theory of the propagation of shock waves from 
explosive sources in air and water. (Report No. 
A-318.) John G. Kirkwood and Stuart R. Brinkley, 
Jr. OEMsr-121; Service Project Nos. OD-03 and 
NO-224; OSRD No. 4814. Cornell University. 
March, 1945. 

M7 Study of shock waves by interferometry. (Report 
No. A-332.) J. B. Winckler, C. C. Van Voorhis 
and others. OEMsr-260; Service Project Nos. NO- 
208 and OD-03; OSRD No. 5204. Princeton Uni¬ 
versity. June, 1945. 

M8 Photographic investigation of the reflection of 
plane shocks in air. (Final Report No. A-350.) 
Lincoln G. Smith. OEMsr-260; Service Project Nos. 
NO-144 and OD-03; OSRD No. 6271. Princeton 
University. November, 1945. 

130 Underwater Explosion 

Ml Underwater explosives and explosions. (Divisions 2 
and 8. Interim Report Nos. UE-1 to -7, -9 to -23 
and -25 to -37 [for the period from] August 15, 
1942 to September 1, 1945.) Compiled by: George 
B. Kistiakowsky and Paul C. Cross. Service Proj¬ 
ect Nos. OD-02, NO-262 and others; OSRD No. 
4408. Cornell University, Woods Hole Oceano¬ 
graphic Institution and others. 

131 Explosive Pressure and Shock Waves in Water 

Ml The hydrodynamic theory of detonation and shock 
waves. (Division 8. Final Report No. 52, to June 
30, 1941.) George B. Kistiakowsky and E. Bright 
Wilson, Jr. NDCrc-30; Service Project Nos. OD-02 
and OD-03; OSRD No. 114. Harvard University. 
August 15, 1941. 



12 


DIVISION 2 • MICROFILM LIST 


M2 Measurement of underwater explosion pressures. 
(Division 8. [Part I.j Report No. 226, to April 1, 
1942.) E. Bright Wilson, Jr. and R. H. Cole. 
OEMsr-202; Service Project No. OD-02; OSRD No. 
523. Carnegie Institute of Technology. April 24, 
1942. 

M3 Measurement of underwater explosion pressures. 
(Division 8. [Part] II. Report No. 301, to July 1, 
1942.) E. Bright Wilson, Jr. OEMsr-202; Service 
Project No. OD-03; OSRD No. 753. Carnegie Insti¬ 
tute of Technology. July 21, 1942. 

M4 The pressure wave produced by an underwater 
explosion. (Division 8. [Part] III. Report No. 326, 
to August 15, 1942.) John G. Kirkwood and John 
M. Richardson. OEMsr-121; Service Project No. 
OD-03; OSRD No. 813. Cornell University. August 
24, 1942. 

M5 Tables and graphs of the theoretical peak pressures, 
energies and impulses of shock waves from explosive 
sources in sea water. (Report No. A-342.) Stuart 
R. Brinkley, Jr. and John G. Kirkwood. OEMsr- 
121; Service Project Nos. OD-03 and NO-224; OSRD 
No. 5649. Cornell University. October, 1945. 

M6 Measurements of pressure on the sea bed resulting 
from surface waves created by underwater explo¬ 
sions. (Report No. A-367.) Ralph W. Spitzer. 
OEMsr-569 and NOrd-9500; Service Project No. 
NO-262; OSRD No. 6245. Woods Hole Oceano¬ 
graphic Institution. March, 1946. 

M7 Hugoniot calculations for sea water at the shock 
front. (Report No. A-469.) A. B. Arons and R. R. 
Halverson. OEMsr-569 and NOrd-9500; Service 
Project No. NO-223; OSRD No. 6577. Woods Hole 
Oceanographic Institution. March, 1946. 

131.1 Testing Instruments 

Ml Underwater explosives research. (Division 8. First 
Progress Report, No. 429.) D. P. MacDougall. 
OEMsr-202; Service Project Nos. OD-03 and OD-04; 
OSRD No. 1035. Carnegie Institute of Technology. 
November 18, 1942. 

M2 Electrical instruments for study of underwater ex¬ 
plosions and other transient phenomena. (Report 
No. A-360.) R. H. Cole, David Stacey and R. M. 
Brown. OEMsr-569; Service Project Nos. NO-223 
and OD-03; OSRD No. 6238. Woods Hole Oceano¬ 
graphic Institution. November, 1945. 

132 Plastic Deformation to Marine Structure 

Ml The plastic deformation of marine structures by an 
underwater explosion. (Division 8. Report No. 308, 
to August 1, 1942.) John G. Kirkwood. OEMsr- 
121; Service Project No. OD-03; OSRD No. 788. 
Cornell University. August 11, 1942. 

M2 The plastic deformation of marine structures by an 
underwater explosion wave. (Division 8. [Part] II. 
Report No. 450, to November 15, 1942.) John G. 
Kirkwood. OEMsr-121; Service Project Nos. OD-02 
and OD-03; OSRD No. 1115. Cornell University. 
December 9, 1942. 


M3 Underwater craters formed by explosions on the 
sea floor. (Report No. A-366.) John E. Eldridge, 
Paul M. Fye and others. OEMsr-569; Service Proj¬ 
ect No. NO-263; OSRD No. 6244. Woods Hole 
Oceanographic Institution. January, 1946. 

133 Miscellaneous Underwater Explosion Problems 

Ml Trials of Mark VI and Mark IX depth charges 
loaded with TNT and with baronal. (Division 8.) 
(n.a.) OEMsr-569; Service Project Nos. OD-04 and 
NO-138; OSRD No. 1220. Woods Hole Oceano¬ 
graphic Institution. February 22, 1943. 

M2 Countermining of Japanese antiboat mines, J-13 
and J-18, by underwater explosions. (Report No. 
A-365.) Paul M. Fye, John E. Eldridge and others. 
OEMsr-569; Service Project No. NO-223; OSRD No. 
6243. Woods Hole Oceanographic Institution. No¬ 
vember, 1945. 

M3 Preparation of charges for the study of explosion 
phenomena at the Underwater Explosives Research 
Laboratory. (Report No. A-381.) Philip Newmark 
and Ernest L. Patterson. OEMsr-569 and NOrd- 
9500; OSRD No. 6259. Woods Hole Oceanographic 
Institution. March, 1946. 

200 TERMINAL BALLISTICS 

AND EXPLOSIVE EFFECTS 

Ml Terminal ballistics. H. P. Robertson. National 
Research Council. January, 1941. 

M2 Terminal ballistics and explosive effects. (Appendix 
to Final Report for the year ending June 30, 1943.) 
John E. Burchard. National Research Council. 
October 1, 1943. 

210 Armor 

Ml A double pendulum for use in studies of the bal¬ 
listic behaviour of armor. (Progress Report No. 
A-52.) George T. Reynolds and Ray L. Kramer. 
NDCrc-34 and OEMsr-260; Service Project Nos. 
CE-5, NO-11 and others; OSRD No. 686. Princeton 
University. June, 1942. 

M2 Theory of a two-dimensional ballistic pendulum. 
(Progress Report No. A-66.) V. Rojansky. NDCrc- 
34 and OEMsr-260; Service Project Nos. CE-5, 
NO-11 and others; OSRD No. 696. Princeton Uni¬ 
versity. July, 1942. 

M3 Ballistic tests of small armor plates for the Frank- 
ford Arsenal. (Progress Report No. A-67.) George 
T. Reynolds, Ray L. Kramer and Walker Bleakney. 
NDCrc-34 and OEMsr-260; Service Project Nos. 
CE-5, NO-11 and others; OSRD No. 689. Prince¬ 
ton University. July, 1942. 

M4 The ballistic properties of mild steel, including 
preliminary tests of armor steel and dural. (Progress 
Report No. A-lll.) (n.a.) OEMsr-260; Service 
Project Nos. CE-5, NO-11 and others; OSRD No. 
1027. Princeton University. November, 1942. 

M5 Ballistic tests of special-treatment steel armor plate, 
using 37-mm projectiles. (Report No. A-156.) 
Ralph J. Slutz. OEMsr-260; Service Project Nos. 



DIVISION 2 • MICROFILM LIST 


13 


CE-5, NO-11 and others; OSRD No. 1301. Prince¬ 
ton University. March, 1943. 

M6 The testing of metals in compression of high rates 
of strain. (Interim Report No. A-174.) Frederick 
Seitz, Jr. OEMsr-825; Project Nos. NO-11, NS-109 
and P2-303; OSRD No. 1388. Carnegie Institute 
of Technology. April, 1943. 

M7 The mechanics of armor perforation. [Part] I, 
Residual velocity. (Report No. A-227. A re-issue of 
Report No. A-16 with corrections and with an 
addendum by A. H. Taub and C. W. Curtis.) 
H. P. Robertson. OEMsr-260; Service Project Nos. 
CE-5, NO-11 and others; OSRD No. 2043. Prince¬ 
ton University. November, 1943. 

M8 Impulse delivered to a plane slab by a contact ex¬ 
plosion. (CFD Interim Memorandum No. M-ll.) 
Donald G. Kretsinger. National Research Council. 
June 30, 1944. 

M9 High-velocity terminal ballistic performance of 
caliber .30 armor-piercing M-2 steel cores. (Report 
No. A-282.) Richard J. Emrich and C. W. Curtis. 
OEMsr-260; Project Nos. OD-75 and P2-104; OSRD 
No. 3889. Princeton University. July, 1944. 

M10 Perforation limits for non-shattering projectile 
against thick homogeneous armor at normal inci¬ 
dence. (Report No. A-393.) C. W. Curtis and Ray 
L. Kramer. OEMsr-260; Service Project Nos. OD- 
75 and NO-11; OSRD No. 6464. Princeton Uni¬ 
versity. March, 1946. 

220 Concrete 

Ml Penetration of projectiles in concrete. (CPPAB 
Interim Report No. 3 [forj 1941.) Richard A. Beth. 
National Research Council. November, 1941. 

M2 Armor-piercing bomb test. Comment. (CPPAB 
Interim Report No. 9 [for the period] 1941 [tO] 
1942.) Richard A. Beth. National Research Coun¬ 
cil. April, 1942. 

M3 A brief summary of recent data on penetration in 
concrete at various scales. (CPPAB Interim Report 
No. 18 [for the period] 1941 f tO] 1942.) Richard A. 
Beth. National Research Council. June, 1942. 

M4 Impact tests of reinforced concrete beams. ([Part I.] 
Summary Report No. A-125.) Frank E. Richart 
and Nathan M. Newmark. OEMsr-318; Service 
Project Nos. CE-5, NO-12 and others; OSRD No. 
1105. University of Illinois. December, 1942. 

M5 Penetration and explosion tests on concrete slabs. 
Report I, Data. (CPPAB Interim Report No. 20.) 
Richard A. Beth and J. Gordon Stipe, Jr. National 
Research Council. January, 1943. 

M6 Penetration and explosion tests on concrete slabs. 
Report II, Crater profiles. (CPPAB Interim Report 
No. 21.) J. Gordon Stipe, Jr. National Research 
Council. January, 1943. 

M7 Resistance of laminated concrete slabs to perfora¬ 
tion. (CPPAB Interim Memorandum No. M-9.) 
Robert J. Hansen. [National Research Council.] 
May, 1943. 

M8 Impact tests of reinforced concrete beams. ([Part] 


II. Report No. A-213.) Nathan M. Newmark and 
Frank E. Richart. OEMsr-318; Project Nos. CE-5, 
NO-12 and P2-304; OSRD No. 1751. University of 
Illinois. August, 1943. 

M9 Discussion of recent British papers on penetration 
in concrete. Richard A. Beth. [OEMsr-260.] 
[Princeton University.] August 11, 1943. 

M10 Summary of tests on breaching of walls with gun¬ 
fire. (Technical Memorandum No. PTM-24.) A. A. 
Ziegler, Jr. [OEMsr-260;] Research Project No. P2- 
204. Princeton University. May 4, 1944. 

Mil Concrete properties survey. Effect of concrete 
properties on penetration resistance. (CFD Interim 
Report No. 27.) Richard A. Beth, J. Gordon Stipe, 
Jr. and others. National Research Council. July, 
1944. 

M12 Concrete properties survey. Preparation and physi¬ 
cal tests of concrete. (CFD Interim Report No. 27, 
Appendix A.) Marinus E. DeReus. National Re¬ 
search Council. June 30, 1944. 

M13 Concrete properties survey. Penetration data. (CFD 
Interim Report No. 27, Appendix B.) Richard A. 
Beth, J. Gordon Stipe, Jr. and John T. Pittenger. 
National Research Council. June 30, 1944. 

M14 Ballistic tests on small concrete slabs. (CFD Interim 
Report No. 28.) J. Gordon Stipe, Jr., Marinus E. 
DeReus and others. National Research Council. 
June 30, 1944. 

M15 Ballistic tests of small concrete slabs. Tables of 
data. (CFD Interim Report No. 28, Appendix A.) 
J. Gordon Stipe, Jr., Marinus E. DeReus and others. 
National Research Council. June 30, 1944. 

M16 Contact explosions on concrete. (CFD Interim 
Report No. 29.) Donald G. Kretsinger. National 
Research Council. June 30, 1944. 

M17 Composite slabs. (CFD Interim Memorandum No. 
M-13.) J. Gordon Stipe, Jr. National Research 
Council. June 30, 1944. 

M18 Repeated-fire and edge-fire effects on small con¬ 
crete slabs. (CFD Interim Memorandum No. M-12.) 
J. Gordon Stipe, Jr. National Research Council. 
July, 1944. 

M19 Comment on concrete penetration equations. (Tech¬ 
nical Memorandum No. PTM-23.) J. Gordon Stipe, 
Jr. [OEMsr-260.] Princeton University. August, 
1944. 

M20 Impact tests of reinforced concrete beams. ([Part] 

III. Final Report No. A-304.) W. H. Munse and 
Frank E. Richart. OEMsr-318; Service Project Nos. 
CE-36, NO-11 and NO-12; OSRD No. 4490. Uni¬ 
versity of Illinois. December, 1944. 

M21 Concrete penetration. (Report No. A-319.) Richard 
A. Beth. OEMsr-260; Service Project Nos. OD-75 
and NO-11; OSRD No. 4856. Princeton University. 
March, 1945. 

M22 Contact explosions against concrete. (Report No. 
A-354.) I. M. Freeman, Donald G. Kretsinger and 
A. H. Taub. OEMsr-260; Service Project No. 
AN-29; OSRD No. 6319. Princeton University. 
December, 1945. 






14 


DIVISION 2 • MICROFILM LIST 


230 


240 


M23 Ballistic tests on concrete slabs. [Part] II, Effect of 
nose shape. (Memorandum No. A-112M.) J. Gordon 
Stipe, Jr. OEMsr-260; Service Project Nos. OD-75, 

CE-36 and NO-11; OSRD No. 6638. Princeton 
University. March, 1946. 

M24 Concrete penetration. (Final Report No. A-388, 

covering period from November, 1940 through No- 300 
vember, 1945.) Richard A. Beth. OEMsr-260; Serv¬ 
ice Project Nos. OD-75 and NO-11; OSRD No. 6459. 
Princeton University. March, 1946. 

Plastics 

Ml The probability of perforation of plastic protection 
by caliber .30 armor-piercing Mark 2 bullets. (Re¬ 
port No. A-246.) Lincoln G. Smith. OEMsr-260; 

Service Project Nos. CE-5, NO-11 and others; OSRD 
No. 3231. Princeton University. February, 1944. 310 

M2 Armor using plastic and composite materials. (Re¬ 
port No. A-272.) (n.a.) OEMsr-213; Service Project 
Nos. CE-5, NO-11 and others; OSRD No. 3642. 
Polaroid Corporation. May, 1944. 

M3 Tests of plastic materials. (Report No. A-288.) 
Emerson M. Pugh, Robert J. Eichelberger and 
Robert J. Lew. OEMsr-950; Service Project No. 311 
AN-1; OSRD No. 4046. Carnegie Institute of 
Technology. August, 1944. 

Soil and Earth 

Ml Preliminary measurements of earth pressures and 
movements under detonation. (CPPAB Interim Re¬ 
port No. 8 [for the period] 1941 to 1942.) L. W. 

Blau, W. M. Rust, Jr., and others. National Re¬ 
search Council and Humble Oil Company. March, 

1942. 

M2 Measurements of earth pressures and movements 
under detonation. (CPPAB Interim Report No. 19.) 

W. M. Rust, Jr. and W. D. Mounce. National Re¬ 
search Council and Humble Oil Company. Sep¬ 
tember, 1942. 

M3 Effects of subsurface detonations in earth. ([Part] 

II. Report No. A-238.) B. B. Weatherby. t OEMsr- 320 
260;] Service Project Nos. CE-5, NO-12 and others; 

OSRD No. 3036. Princeton University. December, 321 

1943. 

M4 Effects of underground explosions. Volume I, Sub¬ 
surface and target phenomena. (CFD Interim Re¬ 
port No. 26.) Curtis W. Lampson. National Re¬ 
search Council. June 30, 1944. 

M5 Effects of underground explosions. Volume II, Sub¬ 
surface and surface phenomena. (CFD Interim Re- 322 
port No. 26.) (n.a.) National Research Council. 

June [30] 1944. 

M6 Effects of underground explosions. Volume III, 
Resulting damage to structures. (CFD Interim Re¬ 
port No. 26.) David Mayer and Norman C. Dahl. 
National Research Council. June t 30] 1944. 

M7 Penetration in soils. (CFD Interim Report No. 30.) 

J. Gordon Stipe, Jr. National Research Council. 

July, 1944. 

M8 Effects of underground explosions. [Volume] IV, 


Influence of variations of soil type and depths of 
charge and gauge. (Report No. A-359.) Curtis W. 
Lampson, W. M. Rust, Jr. and others. OEMsr- 
260; Service Project No. OD-03; OSRD No. 6304. 
Princeton University. February, 1946. 

Ordnance 

Ml Ordnance and terminal ballistics. (Report Nos. 
OTB-1 to -14 [Covering period from] July 15, 1944 
to October 15, 1945.) (n.a.) OEMsr-260, OEMsr- 

1343 and others; Service Project Nos. OD-75, OD- 
154 and others; OSRD Nos. 4077, 4148, 4258, 4357, 
4477, 4607, 4720, 4829, 4948, 5094, 5220, 5350, 5462 
and 6120. Princeton University, General Electric 
Company and others. 

Penetration Studies 

(See also: 510) 

Ml A theory of target penetration of jets. (Report No. 
A-274.) Emerson M. Pugh. OEMsr-950; Project 
Nos. AN-1 and P2-206; OSRD No. 3752. Carnegie 
Institute of Technology. June, 1944. 

Velocity 

Ml Short base line projectile velocity measurements. 
(Progress Report No. A-89.) Richard J. Emrich and 
L. A. Delsasso. (OEMsr-260; Service Project Nos. 
CE-5, NO-11 and others; OSRD No. 927. Princeton 
University. October, 1942. 

M2 Penetration theory. Separable force laws and the 
time of penetration. (Report No. A-333.) Richard 
A. Beth. OEMsr-260; Service Project Nos. CE-36 and 
NO-12; OSRD No. 5258. Princeton University. 
June, 1945. 

M3 An electromagnetic method for measuring projectile 
velocity during penetration. (Report No. A-329.) 
Richard A. Beth and E. J. Schaefer. OEMsr-260; 
Service Project Nos. CE-36 and NO-12; OSRD No. 
5175. Princeton University. June, 1945. 

Projectiles 

Frangible 

Ml Deformable projectiles for flexible gunnery train¬ 
ing. (Report No. A-210.) (n.a.) [OEMsr-260 and 

OEMsr-1284;] Research Project No. P2-105; OSRD 
No. 1788. Princeton University and Duke Univer¬ 
sity. September, 1943. 

Tungsten Carbide 

Ml Terminal ballistics of tungsten-carbide projectiles. 
Mechanical strength of core material. (Report No. 
A-394.) C. W. Curtis and Ray L. Kramer. OEMsr- 
260; Service Project No. OD-75; OSRD No. 6465. 
Princeton University. March, 1946. 

M2 Terminal ballistics of tungsten-carbide projectiles. 
Length test. (Report No. A-395.) C. W. Curtis, 
Richard J. Emrich and Ray L. Kramer. OEMsr- 
260; Service Project No. OD-75; OSRD No. 6466. 
Princeton University. March, 1946. 



DIVISION 2 • MICROFILM LIST 


15 


M3 Terminal ballistics of tungsten-carbide projectiles. 
Effect of carrier. (Part II. Report No. A-396, cover¬ 
ing period from June to August, 1945.) Richard 
J. Emrich. OEMsr-260; Service Project Nos. OD-75 
and NO-11; OSRD No. 6467. Princeton University. 
March, 1946. 

330 Muzzle Blast 

Ml Muzzle blast. Deflector. (Report No. PMR-20.) 
George T. Reynolds. [OEMsr-260;] Service Project 
No. OD-154. Princeton University. April 15, 1944. 
M2 Muzzle blast pressure measurements. (Report No. 
PMR-21.) George T. Reynolds. t OEMsr-260;] Serv¬ 
ice Project No. OD-154. Princeton University. 
April 15, 1944. 

M3 A study of blast deflectors. (Final Report No. A-351.) 
Clark B. Millikan, E. E. Sechler and R. D. Buhler. 
OEMsr-1351; Service Project Nos. OD-154 and OD- 
160; OSRD No. 6316. California Institute of Tech¬ 
nology. October, 1945. 

M4 Muzzle blast. Its characteristics, effects and control. 
(Final Report No. A-391 t for the period] November, 
1944 to November, 1945. ) J. J. Slade, Jr. OEMsr- 
260; Service Project Nos. OD-154 and OD-160; 
OSRD No. 6462. Princeton University. March, 
1946. 

331 Brake Design 

Ml The study of the effect of muzzle brake design on 
the recoil of guns. ([Part] I. Progress Report No. 
A-320.) Frank R. Simpson and Nicol H. Smith. 
OEMsr-1398; Service Project No. OD-160; OSRD 
No. 4389. Franklin Institute. November, 1944. 

M2 On the emptying of a gun. ([Part] I. Report No. 
A-336.) J. J. Slade, Jr. and C. H. Fletcher. OEMsr- 
260; Service Project Nos. OD-154 and OD-160; 
OSRD No. 5399. Princeton University. August, 

1945. 

M3 The effect of muzzle brake design on the recoil of 
guns. (Final Report No. A-387.) (n.a.) OEMsr- 

1398; Service Project Nos. OD-160 and OD-154; 
OSRD No. 6458. Franklin Institute. February, 

1946. 

400 PROPERTIES OF MATTER 

410 Superspeed Wind Tunnel 

Ml Proposal and tentative plans for a superspeed wind 
tunnel. (Preliminary Report No. A-9.) Theodor 
von Karm&n. OSRD No. 13. [California Institute 
of Technology.] July, 1941. 

M2 The superspeed wind tunnel. (Progress Report No. 
A-10, as of September 22, 1941.) Theodor von 
Kcirman. Service Project No. OD-24; OSRD No. 14. 
California Institute of Technology. September, 
1941. 

M3 The model supersonic wind tunnel. (Progress Re¬ 
port No. A-38, as of March 20, 1942.) Theodor von 
Kdrman. NDCrc-36; Service Project No. OD-24; 


OSRD No. 519. California Institute of Technology. 
April, 1942. 

M4 The model supersonic wind tunnel project. (Final 
Report No. A-269.) Allen E. Puckett. NDCrc-36; 
Project Nos. OD-24, NO-3 and P2-401; OSRD No. 
3569. California Institute of Technology. April, 
1944. 

420 Impact Loads 

Ml The reactions of thin beams and slabs to impact 
loads. Part I, General theory. (CPPAB Interim 
Report No. 13 [for the period] 1941 to 1942.) H. P. 
Robertson and Ralph J. Slutz. National Research 
Council. June, 1942. 

M2 The reactions of thin beams and slabs to impact 
loads. Part II, Beams. (CPPAB Interim Report No. 
14 [for the period] 1941 to 1942.) H. P. Robertson 
and Ralph J. Slutz. National Research Council. 
June, 1942. 

M3 The behavior of long beams under impact loading. 
(Report No. A-216.) Pol E. Duwez, Donald S. Clark 
and others. OEMsr-348; Project Nos. NO-11, NS- 
109 and P2-303; OSRD No. 1828. California Insti¬ 
tute of Technology. September, 1943. 

M4 The analysis of elastic structures acted upon by 
impulsive loadings. (Report No. A-219.) John B. 
Wilbur. OEMsr-468; Service Project Nos. CE-5, 
NO-12 and others; OSRD No. 1915. Massachusetts 
Institute of Technology. September, 1943. 

M5 The behavior of large plates under impact loading. 
(Report No. A-254.) Pol E. Duwez, Donald S. 
Clark and others. OEMsr-348; Project Nos. NO-11, 
NS-109 and P2-303; OSRD No. 3292. California 
Institute of Technology. February, 1944. 

M6 The limit design of structures subjected to im¬ 
pulsive loads, with application to military struc¬ 
tures. (Report No. A-293.) Merit P. White. Service 
Project Nos. CE-36, NO-11 and NO-12; OSRD No. 
4192. September, 1944. 

430 Deformation of Materials Under Pressure 

Ml On the propagation of plastic deformation in solids. 
(Progress Report No. A-29.) Theodor von Kdrman. 
Service Project Nos. CE-5 and CE-6; OSRD No. 365. 
January, 1942. 

M2 Preliminary experiments on the propagation of 
plastic deformation. (Progress Report No. A-33, 
supplementary to Report No. A-29.) Pol E. Duwez. 
Service Project Nos. CE-5 and CE-6; OSRD No. 380. 
February, 1942. 

M3 Addendum to von Karman’s theory of the propaga¬ 
tion of plastic deformation in solids. (Memorandum 
No. A-37M.) C. Zener and J. H. Hollomon. Serv¬ 
ice Project Nos. CE-5 and CE-6; OSRD No. 659. 
June, 1942. 

M4 A note on von Kerman’s theory of the propagation 
of plastic deformation in solids. (Memorandum No. 
A-41M.) H. F. Bohnenblust. OEMsr-260; Service 
Project Nos. CE-5, NO-11 and others; OSRD No. 
664. Princeton University. June, 1942. 



1G 


DIVISION 2 • MICROFILM LIST 


431 Types and Forms of Materials 

Ml The plastic properties of metals at high rates of 
strain. (Progress Report No. A-41.) Frederick Seitz, 
Jr., Andrew W. Lawson and Park H. Miller, Jr. 
OEMsr-132; Service Project Nos. OD-34, CE-5 and 
CE-6; OSRD No. 495. University of Pennsylvania. 
April, 1942. 

431.1 Plates 

Ml On the static and dynamic plastic bending of plates. 
(Report No. A-228.) D. H. Hyers. OEMsr-348; 
Project Nos. NO-11, NS-109 and P2-303; OSRD No. 
2018. California Institute of Technology. Novem¬ 
ber, 1943. 

M2 Theory of the plastic deformation of thin plates, 
with applications. (Report No. A-344.) John M. 
Richardson. OEMsr-121; Service Project Nos. 
OD-03, NO-223 and others; OSRD No. 5660. Cor¬ 
nell University. October, 1945. 

431.11 Steel 

Ml Plastic deformation of steel under high pressure. 
(Progress Report No. A-95.) Percey W. Bridgman. 
OEMsr-201; Service Project Nos. CE-5, NO-11 and 
others; OSRD No. 919. Harvard University. Sep¬ 
tember, 1942. 

M2 Plastic deformation of steel under high pressure. 
(Second Progress Report, No. A-162.) Percey W. 
Bridgman. OEMsr-201; Project Nos. NO-11 and 
P2-302; OSRD No. 1347. Harvard University. 
March, 1943. 

M3 Deflection and perforation of steel plates at impact 
velocities up to 150 ft/sec. (Preliminary Report No. 
A-175.) Pol E. Duwez, D. S. Wood and Donald S. 
Clark. OEMsr-348; Project Nos. NO-11, NS-109 
and P2-303; OSRD No. 1402. California Institute 
of Technology. April, 1943. 

M4 Plastic deformation of steel under high pressure. 
(Third Progress Report, No. A-218.) Percey W. 
Bridgman. OEMsr-201; Project Nos. NO-11 and 
P2-303; OSRD No. 1868. Harvard University. Sep¬ 
tember, 1943. 

M5 Distortion of an armor plate steel under simple 
compressive stress to high strains. (Report No. 
A-235.) Percey W. Bridgman. OEMsr-201; Project 
Nos. NO-11 and P2-302; OSRD No. 3019. Harvard 
University. December, 1943. 

M6 The plastic properties of steel under large strains 
and high stresses. (Final Report No. A-294.) Percey 
W. Bridgman. OEMsr-201; Service Project No. 
NO-11; OSRD No. 4256. Harvard University. 
October, 1944. 

431.2 Cylinders 

431.21 Copper Crusher Cylinders and Spheres 

Ml The speed effect in copper crusher cylinders and 
copper spheres. (Progress Report No. A-63. Fred¬ 
erick Seitz, Jr., Andrew W. Lawson and Park H. 
Miller, Jr. OEMsr-132; Service Project Nos. OD-34, 


CE-5 and others; OSRD No. 619. University of 
Pennsylvania. June, 1942. 

M2 High-speed compression testing of copper crusher 
cylinders and spheres. (Report No. A-257.) O. C. 
Simpson, E. L. Fireman and James S. Koehler. 
OEMsr-825; Project Nos. OD-57, NO-7 and P2-301; 
OSRD No. 3330. Carnegie Institute of Technology. 
March, 1944. 

M3 High-speed compression testing of copper crusher 
cylinders and spheres. ([Part] II. Final Report No. 
A-324.) G. H. Winslow and W. H. Bessey. OEMsr- 
825; Service Project Nos. OD-57, NO-7 and NS-109; 
OSRD No. 5039. Carnegie Institute of Technology. 
April, 1945. 

431.22 Cylinders and Diaphragms 

Ml On the propagation of the plastic deformation pro¬ 
duced by an expanding cylinder. (Report No. A-139.) 
James S. Koehler and Frederick Seitz, Jr. OEMsr- 
336; Service Project Nos. CE-5, NO-11 and others; 
OSRD No. 1214. University of Pennsylvania. 
January, 1943. 

M2 The force produced by impact of a cylindrical body. 
(Report No. A-157.) Merit P. White. Project Nos. 
NO-11, NS-109 and P2-303; OSRD No. 1285. 
March, 1943. 

M3 The failure of diaphragms under uniform pressure. 
(Report No. A-167.) Merit P. White. Project Nos. 
NO-11, NS-109 and P2-303; OSRD No. 1376. April, 
1943. 

M4 The set added to compressed cylinders after impact. 
(Report No. A-258.) E. L. Fireman, James S. 
Koehler and Frederick Seitz, Jr. OEMsr-825; Project 
Nos. OD-57, NO-7 and P2-301; OSRD No. 3331. 
Carnegie Institute of Technology. March, 1944. 

M5 Buckling instability of thin cylindrical shells under 
external static loading. (Division 8.) John G. 
Kirkwood, John M. Richardson and Elaine M. 
Frankel. OEMsr-121; Service Project No. NO-224; 
OSRD No. 3780. Cornell University. June 15, 1944. 
M6 The plastic deformation of circular diaphragms 
under dynamic loading by an underwater explosive 
wave. (Division 8.) John G. Kirkwood and John 
M. Richardson. OEMsr-121; Service Project Nos. 
OD-03 and NO-224; OSRD No. 4200. Cornell Uni¬ 
versity. September 30, 1944. 

M7 Buckling instability of cylindrical shells under 
dynamic loading. (Report No. A-316.) John G. 
Kirkwood and John M. Richardson. OEMsr-121; 
Service Project Nos. OD-03 and NO-224; OSRD No. 
4698. Cornell University. February, 1945. 

432 Tensile Properties 

Ml Discussion of energy measurements in tension im¬ 
pact tests at the California Institute of Technology. 
(Report No. A-217.) Pol E. Duwez, Donald S. 
Clark and D. S. Wood. OEMsr-348; Project Nos. 
NO-11, NS-109 and P2-303; OSRD No. 1829. Cali¬ 
fornia Institute of Technology. September, 1943. 
M2 The influence of specimen dimensions and shape on 




DIVISION 2 • MICROFILM LIST 


17 


the results of tensile impact tests. (Report No. 
A-237.) D. S. Wood, Pol E. Duwez and Donald S. 
Clark. OEMsr-348; Project Nos. NO-11, NS-109 and 
P2-303; OSRD No. 3028. California Institute of 
Technology. December, 1943. 

432.1 Steel 

Ml The influence of impact velocity on the tensile 
properties of plain carbon steels and of a cast steel 
armor plate. (Report No. A-154.) Pol E. Duwez, 
Donald S. Clark and D. S. Wood. OEMsr-348; 
Project Nos. NO-11; NS-109 and P2-303; OSRD No. 
1274. California Institute of Technology. March, 
1943. 

M2 Dynamic tests of the tensile properties of SAE-1020 
steels, Armco iron and 17-ST aluminum alloy. 
(Report No. A-182.) Pol E. Duwez, D. S. Wood and 
Donald S. Clark. OEMsr-348; Project Nos. NO-11, 
NS-109 and P2-303; OSRD No. 1490. California 
Institute of Technology. May, 1943. 

M3 The influence of impact velocity on the tensile 
properties of Class B armor plate, heat-treated alloy 
steels and stainless steel. (Report No. A-195.) Pol 
E. Duwez, D. S. Wood and Donald S. Clark. 
OEMsr-348; Project Nos. NO-11, NS-109 and P2-303; 
OSRD No. 1641. California Institute of Tech¬ 
nology. July, 1943. 

M4 The influence of velocity on the tensile properties 
of a carbon steel, two National Emergency steels 
and a manganese steel. (Report No. A-241, an ex¬ 
tension of Report No. A-195.) Donald S. Clark, 
Pol E. Duwez and D. S. Wood. OEMsr-348; Project 
Nos. NO-11, NS-109 and P2-303; OSRD No. 3180. 
California Institute of Technology. January, 1944. 

M5 The influence of impact velocity on the tensile 
properties of three types of ship plate, medium 
steel, high-tensile steel f and] special-treatment steel. 
(Report No. A-261.) Donald S. Clark, Pol E. Duwez 
and D. S. Wood. OEMsr-348; Project Nos. NO-11, 
NS-109 and P2-303; OSRD No. 3420. California 
Institute of Technology. March, 1944. 

432.2 Magnesium and Aluminum Alloys 

Ml The influence of impact velocity on the tensile 
properties of four magnesium alloys and 24-S alu¬ 
minum alloy. (Report No. A-249.) Donald S. Clark, 
Pol E. Duwez and D. S. Wood. OEMsr-348; Project 
Nos. NO-11, NS-109 and P2-303; OSRD No. 3256. 
California Institute of Technology. February, 1944. 

433 Propagation of Plastic Waves and Zones 

Ml Propagation of plastic waves. A comparison of Re¬ 
ports NDRC A-29 and RC-329. (Memorandum No. 
A-53M.) H. F. Bohnenblust. OEMsr-348; Service 
Project Nos. CE-5, NO-11 and others. California 
Institute of Technology. September, 1942. 

M2 The propagation of plastic waves in tension speci¬ 
mens of finite length. Theory and methods of in¬ 
tegration. (Progress Report No. A-103.) Theodor 
von Karman, H. F. Bohnenblust and D. H. Hyers. 


OEMsr-348; Service Project Nos. CE-5, NO-11 and 
others; OSRD No. 946. California Institute of 
Technology. October, 1942. 

M3 Factors influencing the propagation of plastic strain 
in long tension specimens. (Report No. A-159.) Pol 
E. Duwez, D. S. Wood and Donald S. Clark. OEMsr- 
348; Project Nos. NO-11, NS-109 and P2-303; OSRD 
No. 1304. California Institute of Technology. 
March, 1943. 

M4 The propagation of the plastic zone along a tension 
bar of a material having a well defined plastic 
limit. (Report No. A-280.) Julius Miklowitz. 
OEMsr-891; Project Nos. NO-11 and P2-303; OSRD 
No. 3864. Western Electric and Manufacturing 
Company, Inc. July, 1944. 

M5 The initiation and propagation of the plastic zone 
in a mild steel tension bar. (Final Report No. 
A-309.) Julius Miklowitz. OEMsr-891; Service 
Project No. NO-11; OSRD No. 4612. Western 
Electric and Manufacturing Company, Inc. Janu¬ 
ary, 1945. 

434 Stress and Strain 

Ml The permanent strain in a uniform bar due to 
longitudinal impact. (Progress Report No. A-71.) 
Merit P. White and LeVan Griffis. Service Project 
Nos. CE-5, NO-11 and others; OSRD No. 742. July, 
1942. 

M2 Comments on White and Griffis’ theory of the 
permanent strain in a uniform bar due to logi- 
tudinal impact. (Memorandum No. A-47M.) H. F. 
Bohnenblust. Service Project Nos. CE-5, NO-11 
and others. August, 1942. 

M3 The propagation of plastic strain in tension. 
(Progress Report No. A-99.) Pol E. Duwez, D. S. 
Wood and Donald S. Clark. OEMsr-348; Service 
Project Nos. CE-5, NO-11 and others; OSRD No. 
931. California Institute of Technology. October, 
1942. 

M4 The influence of specimen length on strain propaga¬ 
tion in tension. (Progress Report No. A-105.) Pol 
E. Duwez, D. S. Wood and Donald S. Clark. 
OEMsr-348; Service Project Nos. CE-5, NO-11 and 
others; OSRD No. 957. California Institute of 
Technology. October, 1942. 

M5 The effect of stopped impact and reflection on the 
propagation of plastic strain in tension. (Progress 
Report No. A-108.) Pol E. Duwez, D. S. Wood and 
others. OEMsr-348; Service Project Nos. CE-5, 
NO-11 and others; OSRD No. 988. California In¬ 
stitute of Technology. November, 1942. 

M6 Graphical solutions for problems of strain propaga¬ 
tion in tension. (Report No. A-131.) H. F. Bohnen¬ 
blust, Joseph V. Charyk and D. H. Hyers. OEMsr- 
348; Service Project Nos. CE-5, NO-11 and others; 
OSRD No. 1204. California Institute of Tech¬ 
nology. January, 1943. 

M7 Wave propagation in a uniform bar whose stress 
strain curve is concave upward. (Report No. A-152.) 
Merit P. White and LeVan Griffis. Project Nos. 









































DIVISION 3 • ROCKET AND UNDERWATER ORDNANCE 

Microfilm Index 


100 DIVISION REPORTS 

110 Summary Reports 
120 Abstracts 
130 Bibliographies 
140 Indices 

200 ROCKETS 

210 Theory 

211 Computations 

220 Ballistics and Firing Mechanisms 

221 Curves 

222 Induction Firing 

223 Thermal Ignition 
230 Design 

(See also: 370) 

240 Characteristics of Rocket Performance 

241 Radiation 

241.1 Heat Transfer 

242 Geometrical Malalignment 

243 Stability 

243.1 Deflection by Wind 

243.2 Spin 

243.3 Drag 

243.4 Mal-launching 

244 Measured Impulse 

245 Dispersion and Range 

245.1 Striking-Angle 

245.2 Angle of Attack 

246 Deceleration 

247 Blast Effect 

248 Pressure 

249 Accuracy 

300 PROPELLANTS 

310 Study of Foreign Propellants 
320 Propellants for Specific Charges 

321 Triform 

322 Cruciform 

323 Hexaform 

330 Jet-Propulsion Powders 

340 Manufacturing Processes of Propellants 

341 Grains 

341.1 Radially-Burning Grains 

342 Extrusions 

350 Properties of Propellants 

351 Drag 

352 Flow 

353 Compression 

354 Combustion 

355 Burning Rates 
360 Types of Propellants 

361 Double-Base Powders 

361.1 Manufacture of Double-Base Powders 

361.2 Properties of Double-Base Powders 

361.21 Burning Characteristics 

361.211 Effects of Temperature and 
Pressure 


361.212 Effects of Radiation and 
Fissuring 

361.213 Effects of Ethyl Centralite 

361.214 Effects of Celluloses, Nitro- 
celluloses and Nitroglycerins 

361.215 Miscellaneous Effects 

361.22 Combustion and Ignition 

361.23 Corrosive Effect 

361.24 Specific Impulse 

361.25 Impact 

361.26 Miscellaneous Properties 

361.3 Experimental Studies 

361.31 Chromatographic 

361.32 Spectrophotometric 

361.33 Chemical 

361.4 Smokeless Powder 

361.41 Manufacture 

361.42 Examination and Testing 

361.5 Ballistite 

361.51 Properties of Ballistite 

361.511 Burning Characteristics 

361.512 Combustion and Ignition 

361.513 Examination and Tests 

361.514 Properties of Extruded Grains 

361.52 Extrusion of Solventless Ballistite 

361.521 Extrusion Press 

361.522 Extrusion Die 

361.523 Extrusion Tubes 

361.524 Extruded Grains 

361.53 Primers using Ballistite 

362 Miscellaneous Powder Propellant Problems and Re¬ 
search 

370 Propellant Influences on Rocket Design 
(See also: 230) 

400 ROCKET COMPONENTS 

410 Motors 

411 Grid 

412 Motor Seals and Storage 

413 Liquid Carbon Dioxide Cartridge 

414 Component Mass Influenced by Motor Dimensions 

415 Design of Special Motor Types 
420 Igniters 

421 Squibs 

422 Igniter Cases 

422.1 Plastic 

422.2 Tinplate 
430 Fuzes 

431 HIR Fuzes 

432 PIR Fuzes 

433 SIR Fuzes 
440 Nozzles 

441 Erosion of Nozzles 
450 Sights 
460 Traps 
470 Firing Ring 
480 Fins 


21 


22 


DIVISION 3 • MICROFILM INDEX 


490 Launchers 

491 Types of Launchers 

491.1 Aircraft, Mounted on 

491.2 Land and Sea 

491.21 Land 

491.211 JB-2 Launcher 

491.212 Jeep, Mounted on 

491.213 Trailer, Mounted on 

491.214 Tanks, Mounted on 

491.22 Sea 

491.221 PT Boats, Mounted on 

491.23 Amphibious 

491.231 DUKW, Mounted on 

491.232 4.5-Inch Barrage Rocket 

491.233 Mark 17 Launcher 

491.234 Mark 51 Launcher 

492 Projectors 

492.1 Vertical Bombing Projectors 

492.2 Barrage Rocket Projectors 

500 ROCKET AND MISSILE TYPES 

510 California Institute of Technology Rockets 
520 Barrage Rockets 

521 Fragmentation 

522 Parachute Drops 
530 Aircraft Rockets 

531 Types 

531.1 2.25-Inch Rockets 

531.2 3.5-Inch Rockets 

531.3 4.5-Inch Rockets 

531.4 11.75-Inch Rockets 

531.5 Trajectories 

531.6 Miscellaneous Aircraft Rockets 

532 Aircraft Rockets and Missiles for Special Types of 
Bombing 

532.1 Retrobombing 

532.2 Vertical Bombing 

532.3 Forward Firing 

532.31 Special Rocket Types 

532.32 Carrier-Based Rockets 
540 Jet-Accelerated Armor-Piercing (AP) Rockets 

550 High-Velocity Rockets 
551 Types 

551.1 2.36-Inch Rockets 

551.2 5-Inch Rockets 

551.3 T-59 Rockets 

551.4 Curates 

551.5 Vicars 
560 Stabilized Rockets 

561 Fin-Stabilized 

561.1 Dispersion 

562 Spin-Stabilized 

562.1 Dispersion 

562.2 3.5-Inch and 5-Inch Rockets 
570 Chemical Warfare Bomb (CWB) 

571 Types 

572 Trajectories 

573 Miscellaneous CWB Problems 
580 Step-Motor Rockets 


590 Miscellaneous Rocket Types 

591 Rotating Rockets 

592 Rockets for Mine Clearance 

593 Special Purpose Rockets 

594 7.2-Inch Demolition Rockets 

595 Long-Range High-Altitude Rockets 

596 Rockets for Airplane Take-Off 

600 EXPERIMENTATION AND TEST EQUIPMENT 

610 Tests 

611 Pressure 

612 Partial Burning and Burning Rates 

613 Blast 

614 Yaw 

615 Temperature 

620 Test Instruments and Equipment 

621 Gauges 

621.1 Wire Strain Gauges 

622 Amplifier Calibrators 

623 Decelerometers 

624 Cameras 

624.1 Types 

624.11 Ribbon-Frame 

624.12 Rota ting-Mirror 

624.13 Miscellaneous Types 

624.2 Photography 

624.21 Measurements 

624.22 X-Ray 

625 Targets 

625.1 Components 

625.2 Scoring Systems 

626 Static Firing Test Equipment 

627 Sound Range Recorder 

700 UNDERWATER BALLISTICS 

710 Characteristics of Underwater Ballistics 

711 Trajectory 

712 Drag 

713 Water Entry 

714 Tail Spin 

720 Types of Underwater Projectiles 
(See also: 731) 

721 Rockets 

722 Torpedoes 

722.1 Deceleration 

722.2 Water Entry 

722.3 Jet-Propulsion Unit 

722.4 Launching 

723 Miscellaneous Projectiles 
730 Antisubmarine Warfare 

731 Projectile Types 
(See also: 720) 

731.1 Mousetrap 

731.2 Hedgehog 

731.21 Mark I 

731.22 Mark II 

731.3 Depth Charges 

731.4 AS-UP Projectile 

732 Antisubmarine Attacks by Surface Craft 



DIVISION 3 • MICROFILM INDEX 


23 


800 MISCELLANEOUS RESEARCH 
810 Rocket Flares 
820 Flame Throwers 

821 Portable 

822 Airborne 

823 Tankborne 
830 Recoilless Mortars 

831 4.2-Inch Chemical Mortar 

832 60-mm Mortar 

833 81-mm Mortar 
840 Jet-Propelled Devices 


841 Take-Off Unit 
850 Ammunition 

851 4.2-Inch Chemical Mortar Shell 

852 4.5-Inch Barrage Rocket 

853 11.75-Inch Rocket Shell 

854 Mousetrap 

855 Hedgehog 
860 Hole-Digger 
870 Gas Generator 

880 Rocket Shipment Problems 





DIVISION 3 • ROCKET AND UNDERWATER ORDNANCE 

List of Microfilmed Reports 


100 

no 


24 


DIVISION REPORTS 

Summary Reports 

Ml The status of the work of Division A, as of June 
30, 1941. (Progress Report No. A-15.) Richard C. 
Tolman. OSRD No. 18. July 12, 1941. 

M2 Weekly Progress Report Nos. 18 to 20, for the 
period February 23 to March 15, 1942. (Report 
Nos. CIT/PMC-1.18 to -1.20.) (n.a.) OEMsr-250. 

California Institute of Technology. 

M3 Summaries of projects of Division A, Armor and 
Ordnance, as of March 1, June 30 and August 31, 

1942. (Progress Report Nos. A-40, A-75 and A-100.) 

(n.a.) OSRD No. 467. 

M4 Summaries of projects of Division A, Section H, 
as of May 1, 1942. (Progress Report No. A-60.) 

(n.a.) May, 1942. 12Q 

M5 [Weekly progress report of the California Institute 
of Technology.] (Report Nos. CIT/PMC-1.39, 

-1.98, -2.4, -2.6 and -2.8 [for the] period ending 
July 26, 1942, September 19, October 13, Novem¬ 
ber 14 and 28, 1943.) (n.a.) OEMsr-418. Cali¬ 

fornia Institute of Technology. 

M6 Summaries of projects. Sections C and H, Division 
A, Armor and Ordnance, as of October 31, 1942. 
(Excerpts from Report No. A-120.) (n.a.) [No¬ 

vember, 1942.] 

M7 Special projectiles. Project summaries for Division 
3, as of March, 1943. (Report No. A-202.) (n.a.) 

July, 1943. 

M8 Special projectiles. Project summaries for Division 

3, as of September 1, 1943. (Report No. CIT/JMC- 130 
1.) (n.a.) [California Institute of Technology.] 

September, 1943. 

M9 Propellants and igniters. Internal ballistics of 
rockets. Test methods and equipment, static. (Part 
3. Weekly and Bi-weekly Progress Report Nos. 
CIT/PMC-2.27, -2.38, -2.48, -2.62, -2.69, -2.84, -2.85 
and -2.87 [for the] periods ending April 9, June 25, 
September 3, December 10, 1944, January 28, June 
24, July 8 and August 5, 1945.) Bruce H. Sage. 
OEMsr-418; OSRD Nos. 2129, 2201, 2308, 2361, 

2479, 2488 and 2507. California Institute of Tech¬ 
nology. 

M10 Army forward-firing aircraft rocket launchers. De¬ 
velopments in 5.0" spin-stabilized rocket. (Report 
No. CIT/LMC-1.12. Confidential Bulletin No. 12.) 

(n.a.) OEMsr-418; OSRD No. 2304. California 
Institute of Technology. December 1, 1944. 140 

Mil Developments in 5.0" spin-stabilized rocket. Army 
forward-firing aircraft rocket launchers. (Report 
No. CIT/LMC-1.16. Confidential Bulletin No. 16.) 

(n.a.) OEMsr-418; OSRD No. 2389. California 
Institute of Technology. February 15, 1945. 

M12 Description and facilities of the Allegany Ballistics 
Laboratory, Cumberland, Maryland. (Report No. 


ABL/SR-5.) (n.a.) OEMsr-273. George Wash¬ 
ington University. [May (?) 1945.] 

M13 The status of Allegany Ballistics Laboratory proj¬ 
ects as of VJ-Day. (Weekly progress report. Sup¬ 
plement No. 14.) (n.a.) OEMsr-273; OSRD No. 

5932. George Washington University. September 
3, 1945. 

M14 Summary report of rocket developments. N. R. 
Droulard, William W. Farr and W. B. Pope. 
OEMsr-968; Service Project Nos. OD-14, CWS-10 
and others; OSRD No. 6153. Budd Wheel Com¬ 
pany. October 17, 1945. 

M15 Rocket developments. S. R. Avella. OEMsr-256; 
Service Project Nos. OD-14, CWS-10 and others; 
OSRD No. 6170. Bell Telephone Laboratories, 
Inc. February 15, 1946. 

Abstracts 

Ml Abstracts of technical reports on rockets. Volume 

1, NDRC publications, as of May 24, 1943. (Report 
No. A-185.) (n.a.) OSRD No. 1466. May, 1943. 

M2 Abstracts of technical reports on rockets. Volume 

2, Air Corps jet-propulsion research reports, as 
of July 26, 1943. (Report No. A-198.) (n.a.) Re¬ 
search Project No. GAL/CIT-1; OSRD No. 1649. 
California Institute of Technology. July, 1943. 

M3 Abstracts of British acquisitions, for the period 
July 24, 1943 to August 4, 1945. (Report Nos. 
CIT/UMC-6.1x to -6.12x, -6.14x and -6.22x to 
-6.55x.) (n.a.) OEMsr-418. California Institute 
of Technology. 

Bibliographies 

Ml Annotated bibliography of reports received from 
outside sources, from January 1, 1944 through 
July 22, 1944. (Report No. CIT/UMC-45x.) (n.a.) 
OEMsr-418. California Institute of Technology. 
M2 Annotated bibliography of reports received from 
outside sources, from July 24, 1944 through June, 
1945. (Report Nos. CIT/UMC-45.2x to CIT/UMC- 
45.12x.) (n.a.) OEMsr-418. California Institute 
of Technology. 

M3 Annotated bibliography of NDRC technical reports 
and memorandums of Division 3, including a list¬ 
ing of pertinent reports issued by contractors of 
Division 3. (Report No. A-107M, as of May 1, 1945. 
Excerpt from Report No. A-104M.) (n.a.) OSRD 
No. 4830C. April, 1945. 

Indices 

Ml Index to California Institute of Technology prog¬ 
ress reports [fromj October 26, 1941 through May 
21, 1944. (Report No. CIT/UMC-4.3.) (n.a.) 

OEMsr-418. California Institute of Technology. 
M2 Filing and indexing system for Kellogg files. (Re¬ 
port No. CIT/OZC-1.2.) (n.a.) [California Insti¬ 

tute of Technology.] March 5, 1943. 



DIVISION 3 • MICROFILM LIST 


25 




0 e-^dx and 


fo e-P W; Jo 


e-® 2 dx. 


220 


M3 Index to California Institute of Technology prog¬ 
ress reports [from] May 22 through July 23, 1944. 
(Report No. CIT/UMC-4.3. Supplement No. 1.) 
(n.a.) OEMsr-418. California Institute of Tech¬ 
nology. 

M4 Index to California Institute of Technology prog¬ 
ress reports [from] July 24 through November 12, 

1944. (Report No. CIT/UMC-4.3. Supplement No. 

2.) (n.a.) OEMsr-418. California Institute of 

Technology. 

M5 Index to California Institute of Technology prog¬ 
ress reports [from] November 13, 1944 through 
April 1, 1945. (Report No. CIT/UMC-4.3. Supple¬ 
ment No. 3.) (n.a.) OEMsr-418. California Insti¬ 
tute of Technology. 

M6 Contents of Allegany Ballistics Laboratory weekly 
progress reports classified under ABL project num¬ 
bers. (n.a.) [George Washington University.] 
[1945(?)] 

M7 Index to California Institute of Technology prog¬ 
ress reports [from] April 2 through September 15, 

1945. (Report No. CIT/UMC-4.3. Supplement No. 
4.) (n.a.) OEMsr-418; OSRD No. 2543. California 
Institute of Technology. 

200 ROCKETS 


210 Theory 

Ml Remarks on the applications and performance of 
rockets. (Memorandum No. A-57M.) C. N. Hick¬ 
man. Project Nos. OD-14, PA-300 and others; 

OSRD No. 965. October 29, 1942. 

M2 Relations between a rocket and its equivalent 
shell. (Report No. A-231.) J. Barkley Rosser. 
OEMsr-273; Service Project Nos. OD-26 and NO- 
33; OSRD No. 2085. George Washington Univer¬ 
sity. November, 1943. 

M3 Rocket fundamentals. (Report No. ABL/SR-4.) 

(n.a.) OSRD No. 3992. George Washington Uni¬ 
versity. 1944. 

M4 An introduction to the study of rockets. (Report 
No. CIT/JMC-2.2 Second Edition.) O. C. Wilson 
and William N. Lacey. OEMsr-418; Service Proj- 221 
ect Nos. OD-26 and NO-33. California Institute 
of Technology. March 15, 1944. 

211 Computations 

Ml Tables of functions related to the Fresnel integrals. 
(ABL-WPR Supplement No. 10.) J. Barkley Ros¬ 
ser, E. M. Cook and G. L. Gross. OEMsr-273; 

OSRD No. 4905. George Washington University. 

March 10, 1945. 

M2 Theory and application of: 


search Project No. W-2; OSRD No. 5861. George 
Washington University. November, 1945. 

M3 Theory and applications of: 


f z C z fy 

J 0 e-x 2 dx and J o e-P 2 v 2 dy J 0 


e-^dx. 


Part I, Methods of computation. (Final Report 222 
No. B-2.1.) J. Barkley Rosser. OEMsr-273; Re- 


Part II, Applications to the exterior ballistic 
theory of rockets. (Final Report No. B-2.1.) G. L. 
Gross, J. Barkley Rosser and E. M. Cook. OEMsr- 
273; OSRD No. 5877. George Washington Uni¬ 
versity. January, 1946. 

Ballistics and Firing Mechanisms 

Ml Internal ballistics of powder-driven rockets. (Prog¬ 
ress Report No. A-22.) Emory Lakatos. Service 
Project No. OD-26; OSRD No. 316. December 20, 

1941. 

M2 Notes on the external ballistics of rotating rockets. 
(Report No. CIT/JPC-18.) Leverett Davis, Jr. 
OEMsr-418; Service Project No. NO-215. California 
Institute of Technology. April 6, 1944. 

M3 A translation of Cranz’s textbook of ballistics. 
(Lehrbuch der ballistik, von C. Cranz.) Volume 
II, Interior Ballistics. Parts 1 and 2. The motion 
of the projectile through the barrel and attendant 
phenomena. Translated by: C. C. Bramble and 
Henry Bluestone. Revised and edited by: Joseph 
D. Elder and Duane Roller. Service Project No. 
NO-132. May 6, 1944 and April 9, 1945. 

M4 Some operational and logistical problems in the 
use of rockets. (Report No. CIT/JNC-16.) Wil¬ 
liam A. Fowler. OEMsr-418; OSRD No. 2366. 
California Institute of Technology. February 1, 
1945. 

M5 Interim ballistic studies. (Final Report No. W-3.1.) 
Sidney Golden. OEMsr-273; Service Project No. 
OD-26; OSRD No. 5773. George Washington Uni¬ 
versity. December, 1945. 

M6 Ballistic data [Of] fin-stabilized and spin-stabilized 
rockets. (n.a.) OEMsr-418; OSRD No. 2544. 
California Institute of Technology. 1946. 

Curves 

Ml . . . internal ballistic curves. (Report No. CIT/ 
UAC-1.2.) (n.a.) OEMsr-418. California Insti¬ 

tute of Technology. November 20, 1942. 

M2 Curves for external ballistic calculations on low- 
velocity rockets fired at high angles. (Report No. 
CIT/JPC-2.) Leverett Davis, Jr. OEMsr-418. 
California Institute of Technology. December 17, 

1942. 

M3 Curves for external ballistic calculations on low- 
velocity rockets fired at high angles. (Report No. 
CIT/JPC-2.2. Second Edition.) Leverett Davis, Jr. 
OEMsr-418. California Institute of Technology. 
August 20, 1943. 

Induction Firing 

Ml A method of induction firing for rockets. (ABL- 





26 


DIVISION 3 • MICROFILM LIST 


WPR Supplement No. 8.) Carold F. Bjork and 
M. Bondy. OEMsr-273; OSRD No. 4694. George 
Washington University. January 20, 1945. 

M2 Induction firing for rockets. (Report No. W-18.3.) 
Carold F. Bjork and M. Bondy. OEMsr-273; 
Service Project Nos. OD-165, OD-166 and OD-163; 
OSRD No. 5814. George Washington University. 
December, 1945. 

M3 The firing of rockets by induction methods. J. M. 
Melick. OEMsr-256; Project Nos. W-181 and OD- 
26; OSRD No. 6166. Bell Telephone Laboratories, 
Inc. January 3, 1946. 

223 Thermal Ignition 

Ml Thermal ignition and arming elements for use 
with rockets. (Memorandum No. A-58M.) C. N. 
Hickman. OEMsr-273 and OEMsr-256; Project 
Nos. OD-26, PA-361 and others; OSRD No. 1022. 
George Washington University and Bell Telephone 
Laboratories, Inc. November 14, 1942. 

230 Design 

(See also: 370) 

Ml Consideration involved in the design of shoit- 
burning, long-range rockets. (Local Intermediate 
Report No. CIT/IPC-80.) Leverett Davis, Jr. 
California Institute of Technology. September 10, 
1945. 

240 Characteristics of Rocket Performance 

241 Radiation 

Ml Flame temperature and radiation studies in 
rockets. (Report No. P-2.1.) Ray S. Craig. OEMsr- 
273; Project Nos. OD-14, NO-33 and P-22; OSRD 
No. 5832. George Washington University. De¬ 
cember, 1945. 

M2 Studies of radiation phenomena in rockets. Part I, 
A study of the effect of radiation on the burning 
of rocket powder. John Beek, Jr. Part II, Influ¬ 
ence of radiation upon the burning rates of pro¬ 
pellants. William H. Avery. Part III, A theory 
of the effect of radiation on the constant pressure 
burning rate of powders. M. J. Dresher and F. T. 
McClure. Part IV, Radiation phenomena in 
rockets. S. S. Penner. (Final Report No. P-2.) 
OEMsr-273; Service Project Nos. OD-14 and NO- 
33; OSRD No. 5817. George Washington Univer¬ 
sity. June, 1946. 

241.1 Heat Transfer 

Ml Some problems of heat transfer in rockets. (Report 
No. A-166.) John Beek, Jr. Service Project Nos. 
OD-26, CWS-22 and others; OSRD No. 1359. 
National Bureau of Standards. April, 1943. 

M2 Some problems of heat transfer in rockets. (Report 
No. B-3.) John Beek, Jr., J. Barkley Rosser and 
Harry Siller. OEMsr-273; Project Nos. OD-26, 
NO-33 and W-6.1; OSRD No. 5886. George Wash¬ 
ington University. May, 1946. 


242 Geometrical Malalignment 

Ml Determination of the geometrical malalignment of 
rocket projectiles. (Report No. CIT/JGC-5.) 
Thomas L. Lauritsen, L. A. Richards and others. 
OEMsr-418. California Institute of Technology. 
January 28, 1943. 

M2 Geometric malalignment in rockets. Part 1, Meth¬ 
ods of measurement and correction. Part 2, Cor¬ 
relation with experimental results. (Report No. 
CIT/JGC-6.) Thomas L. Lauritsen, L. A. Richards 
and others. OEMsr-418. California Institute of 
Technology. August 16, 1943. 

243 Stability 

Ml Dynamic stability of bombs and projectiles. Chap¬ 
ter IV, Stability of the vertical fall. (Report No. 
CIT/JPC-11.) M. A. Biot. OEMsr-418. Cali¬ 
fornia Institute of Technology. May 26, 1943. 

M2 Dynamic stability of bombs and projectiles. (Re¬ 
port No. CIT/JPC-10.) M. A. Biot. OEMsr-418. 
California Institute of Technology. September 6, 
1943. 

M3 The influence of the magnus moment on the 
stability of rotating projectiles. (Report No. CIT/ 
JPC-29.) Leverett Davis, Jr. and James W. Follin, 
Jr. OEMsr-418; OSRD No. 2529. California 
Institute of Technology. September 1, 1945. 

243.1 Deflection by Wind 

Ml Effect of wind on the mean deflection of rockets. 
(Report No. CIT/JPC-7.) Leon Blitzer. OEMsr- 
418. California Institute of Technology. Febru¬ 
ary 1, 1943. 

M2 Effect of wind on the mean deflection of rockets. 
(Report No. A-169.) Leon Blitzer. OEMsr-418; 
Service Project Nos. OD-26, CWS-22 and NO-33. 
California Institute of Technology. April, 1943. 
M3 Qualitative discussion of equilibrium yaw. (Report 
No. CIT/OPC-15.) Sylvan Rubin. California In¬ 
stitute of Technology. December 22, 1943. 

M4 Effect of wind during burning. (Report No. CIT/ 
OPC-15.1.) James W. Follin, Jr. California 
Institute of Technology. March 6, 1945. 

M5 The effect of wind on ground-fired spin-stabilized 
rockets during burning. (Local Intermediate Re¬ 
port No. CIT/IPC-76.) James W. Follin, Jr. 
California Institute of Technology. April 23, 
1945. 

M6 Approximate formulae for calculation of deflec¬ 
tion of rockets. (Report No. CIT/IPC-45.) J. G. 
Waugh. California Institute of Technology. 
(n.d.) 

243.2 Spin 

Ml Formulas for the spin produced by inclined jets. 
(Local Intermediate Report No. CIT/IPC-55.) 
Leverett Davis, Jr. California Institute of Tech¬ 
nology. March 25, 1944. 

243.3 Drag 

Ml Drag characteristics of various aircraft rocket pro- 



DIVISION 3 • MICROFILM LIST 


27 


jectiles. (Local Intermediate Report No. CIT/IPC- 
52.) Hsue-Shen Tsien and Leverett Davis, Jr. 
California Institute of Technology. January 15, 

1944. 

243.4 Mal-Launching 

Ml Deflection of a rotating rocket due to mal-launch- 
ing. Theoretical curves showing yaw, orientation 
and deflection of 3.5" SSR, 5.0" HCSR and 5.0" 
HVSR during burning. (Report No. CIT/JPC-20 
and Supplement.) Leverett Davis, Jr. and L. Ivan 
Epstein. OEMsr-418; Service Project Nos. NO-33 
and NO-215; OSRD No. 2188. California Institute 
of Technology. August 10 and December 30, 1944. 

244 Measured Impulse 

Ml Derivations of formulas used in computing effec¬ 
tive gas velocity and rocket velocity from meas¬ 
ured impulse. (Letter No. A-1L.) Jesse W. M. 
DuMond. Service Project No. OD-26. US Navy 
Department, Bureau of Ordnance. [ 1944(?) ] 

M2 Impulse determinations of rockets by means of 
rotating systems. (Report No. P-3.2.) S. S. Penner 
and R. C. Whiteman. OEMsr-273; Project Nos. 
NO-33, OD-14 and P-12; OSRD No. 5830. George 
Washington University. December, 1945. 

M3 The reduced specific impulse of ideal gases. (Re¬ 
port No. P-3.) Nancy Marmer and F. T. McClure. 
OEMsr-273; Project Nos. OD-14, NO-33 and W-O; 
OSRD No. 5828. George Washington University. 
January, 1946. 

245 Dispersion and Range 

Ml The relationship between dispersion in firing from 
a plane and from the ground. (Memorandum No. 
CIT/TPC-2.) Ira S. Bowen. California Institute 
of Technology. December 25, 1942. 

M2 Analysis of the causes of dispersion of the 4.5-inch 
barrage rocket. Dispersion data on California In¬ 
stitute of Technology rockets. (Report Nos. CIT/ 
JPC-8 and CIT/JPC-8.2. Supplement included.) 
(n.a.) OEMsr-418. California Institute of Tech¬ 
nology. May 17 and June 11, 1943. 

M3 Dispersion of rockets. (Memorandum No. A-73M.) 
(n.a.) OEMsr-418; Service Project Nos. OD-26, 
CWS-22 and NO-33; OSRD No. 1632. California 
Institute of Technology. July, 1943. 

M4 Ammunition dispersion of long-burning unrotated 
rockets in forward firing from airplanes. (Local 
Intermediate Report No. CIT/IPC-39.2. Revision 
of Report No. CIT/IPC-39.) Leon Blitzer. Cali¬ 
fornia Institute of Technology. April 10, 1944. 

M5 Note on range and dispersion of 5.0" HVAR, 
Model 13. (Local Intermediate Report No. CIT/ 
IBC-74.) H. M. Greene and Leverett Davis, Jr. 
California Institute of Technology. March 27, 

1945. 

M6 Tables of ranges and times of flight for projectiles 
with small ballistic coefficients. (Report No. ABL/ 
SR-3.) G. L. Gross and W. P. Spaulding. OEMsr- 


273; OSRD No. 5440. George Washington Uni¬ 
versity. Revised: August 1, 1945. 

245.1 Striking-Angle 

Ml Controlled striking-angle of rocket projectiles. 

(Interim Report No. CIT/JAC-1.) Leverett 
Davis, Jr. and Charles F. Robinson. California 
Institute of Technology. February 21, 1942. 

M2 Controlled striking-angle of rocket projectiles. 

(Progress Report No. A-58.) Leverett Davis, Jr. 
and Charles F. Robinson. OEMsr-250; Project 
Nos. CWS-22, OD-26 and others. California In¬ 
stitute of Technology. May 27, 1942. 

245.2 Angle of Attack 

Ml A theory for the difference between the true angle 
of attack and the effective angle of attack. (Report 
No. CIT/JPC-30.) Leverett Davis, Jr. OEMsr- 
418; OSRD No. 2527. California Institute of 
Technology. September 28, 1945. 

246 Deceleration 

Ml Deceleration coefficient of the 2-inch AA at high 
velocities. (Local Intermediate Report No. CIT/ 
IPC-23.) Leverett Davis, Jr. California Institute 
of Technology. April 22, 1943. 

247 Blast Effect 

Ml Effects of rocket blast on aircraft structures. (Re¬ 
port No. CIT/JTC-1.) E. C. Briggs and C. H. 
Wilts. OEMsr-418; Service Project Nos. OD-162, 
NO-170 and others; OSRD No. 2284. California 
Institute of Technology. November 16, 1944. 

248 Pressure 

Ml Pressure relationships holding within small rockets. 
(Progress Report No. A-97.) Sidney Golden. 
OEMsr-273; Project Nos. OD-26 and PA-361; 
OSRD No. 929. George Washington University. 
September 26, 1942. 

M2 The estimation of pressure-time relations obtain¬ 
ing in power-driven rockets. (Report No. A-153.) 
Sidney Golden. OEMsr-273; Service Project Nos. 
OD-14, OD-26 and others; OSRD No. 1303. 
George Washington University. March 6, 1943. 
M3 The computation of pressure-time curves. (Local 
Intermediate Report No. CIT/ILC-3.) C. T. 
Elvey. California Institute of Technology. June 
3, 1943. 

249 Accuracy 

Ml The mechanical efficiencies of rockets in empty 
field-free space. (Progress Report No. A-24.) 
Jesse W. M. Dumond. Service Project No. OD-26; 
OSRD No. 320. January 6, 1942. 

M2 The effect of fin size, burning time and projector 
length on the accuracy of rockets. (Report No. 
CIT/JPC-3.) Ira S. Bowen, Leverett Davis, Jr. 
and Leon Blitzer. OEMsr-418. California Insti¬ 
tute of Technology. January 4. 1943. 



28 


DIVISION 3 • MICROFILM LIST 


M3 The effects of fin size, burning time and projector 
length on the accuracy of rockets. (Report No. 

A-164.) Ira S. Bowen, Leverett Davis, Jr. and Leon 
Blitzer. OEMsr-418; Service Project Nos. OD-26, 
CWS-22 and NO-33. California Institute of Tech¬ 
nology. [March, 1943.] 

M4 Experimental attempts to improve the accuracy of 
rockets. [Part] 1, Experiments to modify the in¬ 
ternal structure of rocket motors. [Part] 2, Experi¬ 
ments with rotating rockets. [Part] 3, Miscellaneous 
experiments to modify standard projectiles. (Re¬ 
port No. CIT/JPC-9.) O. C. Wilson and Gabriel 

E. Kron. OEMsr-418. California Institute of 
Technology. November 26, 1943. 

300 PROPELLANTS 

Ml Studies on propellants. (Volumes I to IV.) Bryce 

L. Crawford, Jr. OEMsr-716; Service Project Nos. 

OD-14 and NO-33; OSRD No. 6374. University of 
Minnesota. October 31, 1945. 

M2 Processing of rocket propellants. A treatise re¬ 
stricted to propellants prepared by dry extrusion 
from double-base stock. W. H. Corcoran and 
Quentin Elliott. OEMsr-418; OSRD No. 2552. 
California Institute of Technology. 1946. 

310 Study of Foreign Propellants 

Ml Thermodynamic properties of British flashless and 
cordite MD powders. (Progress Report No. A-82.) 

F. T. McClure, D. W. Osborne and Joseph O. 
Hirschfelder. OEMsr-51; Project Nos. PA-230, 

OD-26 and others; OSRD No. 817. Carnegie 
Institution of Washington. August 24, 1942. 

M2 Burning characteristics of Russian powders. (Re¬ 
port No. A-136.) Carold F. Bjork and Alfred 
Africano. OEMsr-273, OEMsr-256 and OEMsr- 
416; OSRD No. 1142. George Washington Uni¬ 
versity, Bell Telephone Laboratories, Inc. and 
Hercules Powder Company, Inc. January 14, 1943. 

M3 A microscopical study of German powder from a 

21 -cm aircraft rocket. (Report No. A-267.) Charles 321 
Proffer Saylor. Service Project Nos. OD-14, OD-26 
and others; OSRD No. 3512. National Bureau of 
Standards. April, 1944. 

M4 Captured enemy propellants. (Report No. P-10.2.) 

M. N. Donin and J. J. Donovan. OEMsr-273; 

Project Nos. OD-14, NO-33 and P-10.2; OSRD No. 

5853. George Washington University. December, 322 
1945. 

M5 Ballistic and physical characteristics of a Japanese 
rocket propellant. (Report No. Ms. 837/JDC-91.) 

Bruce H. Sage. OEMsr-418. California Institute 
of Technology. December 30, 1945. 

320 Propellants for Specific Charges 

Ml Design of a fast-burning propellent grain for the 
barrage rocket motor. (Report No. CIT/JDC-41.) 

Bruce H. Sage. OEMsr-418. California Institute 
of Technology. March 30, 1943. 

M2 Design of a chemical warfare rocket grain for the 


3.25" Mark 5 motor. (Report No. CIT/IDC-34.) 
Quentin Elliott. OEMsr-418. California Institute 
of Technology. August 5, 1943. 

M3 Effect of dimensions on performance of tubular 
grains for 2.25" rocket motors. (Report No. CIT/ 
JDC-59.) Bruce H. Sage. OEMsr-418; Service 
Project No. NO-33. California Institute of Tech¬ 
nology. January 27, 1944. 

M4 Development of the T-4 powder charge for the 
2.36" rocket grenade. (Divisions 3 and 8. Report 
No. W-3.4.) Rufus W. Lumry and L. N. Streff. 
OEMsr-202 and OEMsr-273; Service Project Nos. 
OD-14 and OD-200; OSRD No. 5589. George 
Washington University and Carnegie Institute of 
Technology. November 29, 1945. 

M5 The development of a high-performance com¬ 
posite-propellent charge for the 115-mm aircraft 
rocket. (Final Report No. W-8.4.) Rufus W. 
Lumry and L. N. Streff. OEMsr-273 and OEMsr- 
202; Service Project Nos. NO-245 and OD-14; 
OSRD No. 5788. George Washington University. 
December, 1945. 

M6 Propellent charge development for 4.5-inch spin¬ 
ner rockets, T38-E5, T-105 and T-110. (Final 
Report No. W-ll.) D. M. Brasted and S. D. 
Brandwein. OEMsr-273; Service Project No. OD- 
166; OSRD No. 5800. George Washington Uni¬ 
versity. December, 1945. 

M7 Propellent charge design of solid fuel rockets. 
(Final Report No. B-4.) William H. Avery and 
John Beek, Jr. OEMsr-273; Service Project Nos. 
OD-14 and NO-33; OSRD No. 5890. George 
Washington University. June, 1946. 

M8 Development of propellent charge for 115-mm 
aircraft rocket. (Final Report No. W-8.1.) Ray¬ 
mond L. Arnett, John Beek, Jr. and others. 
OEMsr-273; Project Nos. W-80, OD-161 and NO- 
245; OSRD No. 5784. George Washington Uni¬ 
versity. June, 1946. 

Triform 

Ml Development of a triform grain for 3.25-inch 
rocket motors. (Report No. CIT/JDC-79.) Bruce 
H. Sage. OEMsr-418; Service Project Nos. OD-14 
and NO-33; OSRD No. 2535. California Institute 
of Technology. September 14, 1945. 

Cruciform 

Ml Design of a cruciform charge for the 3.25" rocket 
motor. (Report No. CIT/JDC-46.) Bruce H. Sage. 
OEMsr-418. California Institute of Technology. 
July 19, 1943. 

M2 Development of the Mark 13 cruciform propellent 
grain. (Report No. CIT/JDC-56.) Bruce H. Sage. 
OEMsr-418; Service Project Nos. OD-26 and NO- 
33. California Institute of Technology. Decem¬ 
ber 29, 1943. 

M3 Development of a 24-lb cruciform charge for the 
5 .0-inch rocket motor. (Report No. CIT/JDC-62.) 
Bruce H. Sage. OEMsr-418; Service Project No. 





DIVISION 3 • MICROFILM LIST 


29 


NO-33; OSRD No. 2108. California Institute of 
Technology. May 4, 1944. 

M4 The relation of column strength to the ballistic 
performance of Mark 13 grains. (Report No. Ms- 
840/JDC-87.) Bruce H. Sage. OEMsr-418. Cali¬ 
fornia Institute of Technology. December 15, 

1945. 

323 Hexaform 

Ml Development of a hexaform ballistite propellent 

grain for an 8-inch rocket motor. (Report No. Ms- 341.1 
839/JDC-93.) Bruce H. Sage. OEMsr-418. Cali¬ 
fornia Institute of Technology. November 15, 

1945. 

M2 Development of a hexaform propellent grain for 
3.25" rocket motors. (Report No. Ms-820/IDC-44.) 

Bruce H. Sage. OEMsr-418. California Institute 
of Technology. February 1, 1946. 

330 Jet-Propulsion Powders 

Ml Remarks on the use of double-base powder in jet- 

propelled devices. (Memorandum No. A-40M.) 

Charles C. Lauritsen. Service Project No. OD-26; 

OSRD No. 404. February 24, 1942. 

M2 Development of jet-propulsion powders. C. W. 

Gault. OEMsr-416. Hercules Powder Company, 

Inc. July 1, 1943. 

M3 Investigation of JPH propellant lots FDAP-28 and 
FDAP-29. (Report No. CIT/JDC-74.) Bruce H. 

Sage. OEMsr-418; Service Project Nos. OD-14 and 
NO-33; OSRD No. 2517. California Institute of 
Technology. June 5, 1945. 

M4 The effect of extrusion pressure on the degree of 
consolidation of JPN propellant. (Report No. Ms- 
843/JDC-88.) Bruce H. Sage. OEMsr-418. Cali¬ 
fornia Institute of Technology. November 15, 

1945. 

M5 Drying characteristics and the effect of water on 
the physical characteristics and ballistic perform¬ 
ance of JPH and JPN propellants. (Report No. 

Ms-835/JDC-90.) Bruce H. Sage. OEMsr-418. 
California Institute of Technology. November 15, 

1945. 

340 Manufacturing Processes of Propellants 

341 Grains 

Ml Available propellant shapes. (Report No. CIT/ 

IDC-19.) (n.a.) OEMsr-418. California Institute 

of Technology. t 1943(?)] 

M2 The design of granulation for rocket powder. 

(Report No. A-150.) John Beek, Jr. Service Proj¬ 
ect Nos. OD-14, OD-26 and others; OSRD No. 

1264. National Bureau of Standards. February 
25, 1943. 

M3 Testing powder grains for fissures with special 351 
emphasis on non-visual methods. (Report No. 

A-173.) Farrington Daniels and Robert E. Wil- 
fong. OEMsr-762; Service Project Nos. OD-14, 

OD-26 and others; OSRD No. 1362. University 
of Wisconsin. April, 1943. 


M4 A less regressive design for powder grains. 
Beatrice Kelly, F. T. McClure and J. Barkley 
Rosser. Theoretical study of the validity of a 
certain method of determining a burning law. 
Beatrice Kelly, R. B. Kershner and others. (Memo¬ 
randum Nos. A-75M and A-76M.) OEMsr-273; 
Service Project Nos. OD-14, CWS-22 and others; 
OSRD No. 2069. George Washington University. 
November, 1943. 

Radially-Burning Grains 

Ml Pressure distribution along radially-burning pro¬ 
pellent grains. (Report No. CIT/JDC-14.) Bruce 
H. Sage. OEMsr-418. California Institute of 
Technology. August 10, 1942. 

M2 Pressure distribution along radially-burning pro¬ 
pellent grains. (Progress Report No. A-84.) (n.a.) 

OEMsr-418; Project Nos. NO-33, PA-310 and 
others. California Institute of Technology. 
August 25, 1942. 

M3 Influence of size of the axial perforation upon the 
performance of radially-burning grains. (Report 
No. CIT/JDC-19.) Bruce H. Sage. OEMsr-418. 
California Institute of Technology. September 21, 
1942. 

342 Extrusions 

Ml The extrusion of the UP propellant. (Interim Re¬ 
port No. CIT/JDC-1.) Thomas L. Lauritsen. 
Research Project No. PDRC-155. California Insti¬ 
tute of Technology. December 15, 1941. 

M2 Extrusion and burning characteristics of two types 
of colloidal propellant. (Report No. CIT/JDC-35.) 
Bruce H. Sage. OEMsr-418. California Institute 
of Technology. January 12, 1943. 

M3 Well colloided, solvent-process powder for solvent¬ 
less extrusion. (Report No. CIT/JDC-64.) Bruce 
H. Sage. OEMsr-418; Service Project No. NO-33; 
OSRD No. 2173. California Institute of Tech¬ 
nology. July 7, 1944. 

M4 Powder trapping and the extrusion of rocket pow¬ 
ders. Robert Burns. OEMsr-256; Project Nos. 
P-70 and OD-14; OSRD No. 6159. Bell Telephone 
Laboratories, Inc. January 3, 1946. 

350 Properties of Propellants 

Ml Thermodynamic properties of propellent gases. An 
extension and revision of NDRC Report No. A-48, 
OSRD No. 547. (Progress Report No. A-116.) 
Joseph O. Hirschfelder, F. T. McClure and others. 
OEMsr-51; Project Nos. PA-230, OD-52 and others; 
OSRD No. 1087. Carnegie Institution of Washing¬ 
ton. November 25, 1942. 

Drag 

Ml The drag of the propellent gases on the powder 
charge in rockets. Part I, Simple theory. Part II, 
Experimental measurements. (Final Report No. 
B-1.2.) F. T. McClure, J. Barkley Rosser and 
James F. Kincaid. OEMsr-273; Service Project 



30 


DIVISION 3 • MICROFILM LIST 


Nos. OD-14 and NO-33; OSRD No. 5872. George 
Washington University. February, 1946. 

352 Flow 

Ml Basic flow properties of powders of various com¬ 
positions. (Report No. A-134.) Robert Burns. 
OEMsr-256; Service Project Nos. OD-14, OD-26 
and others; OSRD No. 1212. Bell Telephone Labo¬ 
ratories, Inc. January 27, 1943. 

353 Compression 

Ml The compressive characteristics of several pro¬ 
pellants determined at a constant rate of stress 
application. (Report No. CIT/JDC-80.) Donald 
S. Clark. OEMsr-418; OSRD No. 2534. California 
Institute of Technology. October 11, 1945. 

M2 The use of the ultimate strength as determined 
in a simple compression test as a measure of JP 
propellent quality of Mark 13 grains. (Report No. 
Ms-834/JDC-89.) Bruce H. Sage. OEMsr-418. 
California Institute of Technology. December 1, 
1945. 

354 Combustion 

Ml Investigation of stabilization of deflagration of 
tubular propellant. (Report No. Ms-832/JDC-85.) 
Bruce H. Sage. OEMsr-418. California Institute 
of Technology. November 15, 1945. 

M2 Determination of energies of explosion of pro¬ 
pellent powders. (Final Report No. P-6.) J. J. 
Donovan, L. F. Gonyea and H. Fritz. OEMsr-273; 
Service Project Nos. OD-14 and NO-33; OSRD No. 
5841. George Washington University. June, 1946. 

355 Burning Rates 

Ml Some calculations and experimental measurements 
upon the pressure distribution around thin- 
webbed charges during firing. (Report No. CIT/ 
IDC-10.) R. N. Wimpress, G. W. Miller and 
others. OEMsr-250. California Institute of Tech¬ 
nology. April 8, 1942. 

M2 Extrusion and burning characteristics of powders 
of the dinitrotoluene and cordite types. (Memo¬ 
randum No. A-71M, as of January 12, 1943.) 
Bruce H. Sage. OEMsr-418; Service Project Nos. 
OD-14, OD-26 and others. California Institute of 
Technology. March, 1943. 

M3 Determination of the linear burning rates of pro¬ 
pellants from pressure measurements in the closed 
chamber. Lyman G. Bonner. OEMsr-733; Serv¬ 
ice Project Nos. OD-14, OD-52 and others; OSRD 
No. 4382. Duke University. November 30, 1944. 

M4 Investigations on the burning characteristics of 
propellent powder and their effects upon steady- 
state pressure in rocket motors. (Report No. Ms- 
821/JDC-84.) Bruce H. Sage. OEMsr-418. Cali¬ 
fornia Institute of Technology. November 1, 
1945. 

M5 Determination of burning rates from pressure¬ 
time relations in closed chambers. (Final Report 


No. P-1.3.) Lyman G. Bonner. OEMsr-273; Proj¬ 
ect Nos. OD-14, NO-33 and P-31; OSRD No. 5816. 
George Washington University. December, 1945. 
M6 The restriction of powder burning. (Final Report 
No. P-4.) Amos Turk, Lyman G. Bonner and 
others. OEMsr-273; Service Project Nos. NO-33 
and OD-14; OSRD No. 5834. George Washington 
University. December, 1945. 

M7 Determination of the burning rates of certain 
powders by the strand technique. (Report No. 
P-1.2.) J. J. Donovan, L. F. Gonyea and H. Fritz. 
OEMsr-273; Project Nos. NO-33, OD-14 and P-32; 
OSRD No. 5833. George Washington University. 
June, 1946. 

360 Types of Propellants 

361 Double-Base Powders 

Ml History of solventless extrusion of double-base 

propellant at the California Institute of Tech¬ 
nology. (Report No. CIT/IDC-43.) Bruce H. Sage. 
OEMsr-418. California Institute of Technology. 
March 1, 1945. 

361.1 Manufacture of Double-Base Powders 

Ml Inspection and testing of a 7/^-inch stick powder. 
(Progress Report No. A-78.) John Beek, Jr. 
OEMsr-256, OEMsr-337 and OEMsr-416; Service 
Project Nos. OD-14, OD-26 and others; OSRD 
No. 769. George Washington University, Bell 
Telephone Laboratories, Inc. and Hercules Pow¬ 
der Company, Inc. August 4, 1942. 

M2 Dry extrusion of double-base powder at Indian 
Head. (Part I. Progress Report No. A-123.) 
Howard E. Higbie. OEMsr-273; Project Nos. OD- 
14, PA-330 and others; OSRD No. 1100. George 
Washington University. December 11, 1942. 

M3 Dry extrusion of double-base powder at Indian 
Head. Part II, Extrusion of solventless sheet pow¬ 
der of the Russian formulation. (Report No. 
A-133.) Howard E. Higbie. OEMsr-273, OEMsr- 
256 and OEMsr-416; Service Project Nos. OD-14, 
OD-26 and others; OSRD No. 1226. George Wash¬ 
ington University, Bell Telephone Laboratories, 
Inc. and Hercules Powder Company, Inc. Febru¬ 
ary 5, 1943. 

M4 Preparation of double-base propellant for solvent¬ 
less extrusion. (Report No. CIT/JDC-39.) Bruce 
H. Sage. OEMsr-418. California Institute of 
Technology. March 1, 1943. 

M5 Extrusions of double-base powder at Indian Head. 
(Report No. A-203.) G. F. Padgett. OEMsr-273; 
Service Project Nos. OD-14, OD-26 and others; 
OSRD No. 1658. George Washington University. 
July, 1943. 

M6 The extrusion of dried, solvent processed, double¬ 
base powder at Indian Head. (Report No. A-220.) 
Howard E. Higbie. OEMsr-273; Service Project 
Nos. OD-14, OD-26 and others; OSRD No. 1886. 
George Washington University. September, 1943. 



DIVISION 3 • MICROFILM LIST 


31 


M7 Propellant processing, igniter construction and 
motor loading facilities. (Report No. CIT/JDC-45, 
as of January 1, 1943.) Bruce H. Sage. OEMsr- 
418. California Institute of Technology. Novem¬ 
ber 24, 1943. 

M8 A method of analysis for gas-phase mixtures of 
acetone, water and air. (Report No. CIT/IDC-40.) 
Bruce H. Sage. OEMsr-418; Service Project Nos. 
NO-33 and OD-26. California Institute of Tech¬ 
nology. March 13, 1944. 

M9 Further investigation of partially colloided double¬ 
base powder in solventless extrusion. (Report No. 
CIT/JDC-65.) Bruce H. Sage. OEMsr-418; Serv¬ 
ice Project No. NO-33; OSRD No. 2205. California 
Institute of Technology. August 16, 1944. 

M10 A pilot plant for the manufacture of double-base 
propellant by a modified solvent process. (Report 
No. CIT/JDC-70.) Bruce H. Sage. OEMsr-418; 
Service Project Nos. OD-14 and NO-33; OSRD No. 
2372. California Institute of Technology. De¬ 
cember 1, 1944. 

361.2 Properties of Double-Base Powders 

Ml Thermodynamic properties of special double-base 
powders. (Progress Report No. A-107.) D. W. 
Osborne, F. T. McClure and Joseph O. Hirsch- 
felder. OEMsr-273; Project Nos. OD-14, PA-310 
and others; OSRD No. 1014. George Washington 
University. November 16, 1942. 

M2 Some physical properties of double-base powders. 
(Report No. CIT/JDC-51.) Bruce H. Sage. 
OEMsr-418. California Institute of Technology. 
October 12, 1943. 

361.21 Burning Characteristics 

Ml Extrusion and burning characteristics of a special 
propellant. (Report No. CIT/JDC-29.) Bruce H. 
Sage. OEMsr-418. California Institute of Tech¬ 
nology. September 15, 1942. 

M2 The mechanism of powder burning. (Report No. 
A-243.) (n.a.) OEMsr-762; Service Project Nos. 

OD-26, OD-14 and others; OSRD No. 3206. Uni¬ 
versity of Wisconsin. January, 1944. 

M3 Observations on the burning of double-base pow¬ 
ders. (Report No. A-268.) Bryce L. Crawford, Jr., 
Clayton Huggett and John J. McBrady. OEMsr- 
716; Service Project Nos. OD-26, OD-14 and others; 
OSRD No. 3544. University of Minnesota. April, 
1944. 

M4 Studies of the mechanism of burning of double¬ 
base rocket propellants. (Final Report No. A-485.) 
Farrington Daniels, R. E. Gluyas and others. 
OEMsr-762; Service Project Nos. OD-14 and NO- 
33; OSRD No. 6559. University of Wisconsin. 
January, 1945. 

M5 Erosive burning of double-base powders. (Report 
No. P-1.1.) R. J. Thompson and F. T. McClure. 
OEMsr-273; Project Nos. OD-14, NO-33 and P-23; 
OSRD No. 5831. George Washington University. 
December, 1945. 


M6 Burning rate studies of double-base powders. 
(Report No. P-1.) William H. Avery, Roy E. 
Hunt and M. N. Donin. OEMsr-273; Project 
Nos. OD-14, P-10.1 and others; OSRD No. 5827. 
George Washington University. January, 1946. 

361.211 Effects of Temperature and Pressure 

Ml Effect of pressure and temperature on the rate of 
burning of double-base powders of different com¬ 
positions. (Report No. A-225.) William H. Avery 
and Roy E. Hunt. OEMsr-273; Service Project 
Nos. OD-14, OD-26 and others; OSRD No. 1993. 
George Washington University. October, 1943. 

M2 Revisions and corrections to NDRC Formal Re¬ 
port No. A-225: Effect of pressure and tempera¬ 
ture on the rate of burning of double-base 
powders of different compositions. (ABL-WPR 
Supplement No. 6.) William H. Avery, Roy E. 
Hunt and L. D. Sachs. [OEMsr-273;] OSRD No. 
4568. [George Washington University.] Decem¬ 
ber 23, 1944. 

M3 Effect of pressure and temperature on the rate 
of burning of double-base powders of different 
compositions. (Part II. ABL-WPR Supplement 
No. 9.) William H. Avery, Roy E. Hunt and 
L. D. Sachs. OEMsr-273; OSRD No. 4942. George 
Washington University. March 3, 1945. 

M4 Effects of pressure and temperature on the rate 
of burning of double-base powders of different 
compositions. (Report No. P-1.4.) William H. 
Avery, Roy E. Hunt and L. D. Sachs. OEMsr-273; 
Service Project Nos. OD-14, OD-26 and others; 
OSRD No. 5824. George Washington University. 
March, 1946. 

361.212 Effects of Radiation and Fissuring 

Ml Some effects of radiation upon double-base pow¬ 
der. (Report No. CIT/JDC-11.) (n.a.) OEMsr- 
418. California Institute of Technology. June 
15, 1942. 

M2 Some effects of radiation upon double-base pow¬ 
der. (Report No. A-79.) (n.a.) OEMsr-418; Serv¬ 
ice Project Nos. OD-14, OD-26 and others. 

California Institute of Technology. August 7, 
1942. 

M3 The fissuring of translucent double-base powders 
at low pressures. (Progress Report No. A-93.) 
Alfred Africano. Project Nos. NO-33, PA3-10 and 
others; OSRD No. 888. September 15, 1942. 

M4 The ignition by radiation and fissuring of double¬ 
base powders. (Report No. A-171.) Bryce L. 

Crawford, Jr., Clayton Huggett and others. 
OEMsr-716; Service Project Nos. OD-26, OD-14 
and others; OSRD No. 1370. University of Minne¬ 
sota. April, 1943. 

361.213 Effects of Ethyl Centralite 

Ml Extrusion and burning characteristics of a double¬ 
base propellant employing ethyl centralite as 
stabilizer. (Report No. CIT/JDC-26.) Bruce H. 



32 


DIVISION 3 • MICROFILM LIST 


Sage. OEMsr-418. California Institute of Tech¬ 
nology. November 23, 1942. 

M2 Effects of ethyl centralite, potassium nitrate and 
various coloring agents on the burning character¬ 
istics of double-base propellant. (Report No. A- 
137.) Bruce H. Sage. OEMsr-418; Service Project 
Nos. OD-14, OD-26 and others. California Insti¬ 
tute of Technology. January 13, 1943. 

361.214 Effects of Celluloses, Nitrocelluloses and Nitroglycerins 

Ml The rate of burning of double-base powders and 

the possible effects of change in nitroglycerin and 
total-volatiles content on the burning of jet- 
propulsion tube powder. (Progress Report No. 
A-102.) R. E. Gibson. Service Project Nos. OD-14, 
OD-26 and others; OSRD No. 943. October 16, 
1942. 

M2 Effect of nitrocellulose source upon the charac¬ 
teristics of double-base powder. (Report No. CIT/ 
JDC-28.) Bruce H. Sage. OEMsr-418. California 
Institute of Technology. December 15, 1942. 

M3 Effect of nitrocellulose source upon the charac¬ 
teristics of double-base powder. (Report No. A- 
155, as of December, 1942.) Bruce H. Sage. 
OEMsr-418; Service Project Nos. NO-33, NO-99 
and others. California Institute of Technology. 
March, 1943. 

M4 Heats of combustion of celluloses and nitrocellu¬ 
loses. (Report No. A-285.) Ralph S. Jessup and 
Edward J. Prosen. Service Project Nos. OD-14 
and NO-33; OSRD No. 3932. National Bureau of 
Standards. July, 1944. 

M5 Rate of diffusion of nitroglycerin through cellu¬ 
lose acetate. (Report No. CIT/JDC-68.) Bruce 
H. Sage. OEMsr-418; Service Project Nos. OD-14 
and NO-33; OSRD No. 2365. California Institute 
of Technology. January 1, 1945. 

M6 Diffusion of nitroglycerin in wrapped powder 
grains. (ABL-WPR Supplement No. 11.) S. S. 
Penner and Seymour Sherman. OEMsr-273; 
OSRD No. 4963. George Washington University. 
June 5, 1945. 

361.215 Miscellaneous Effects 

Ml Some effects of composition, powder temperature 
and radiation on the rate of burning of double¬ 
base powders. (Memorandum No. A-65M.) Wil¬ 
liam H. Avery. Service Project Nos. OD-14, CWS- 
22 and others; OSRD No. 1156. January 11, 1943. 

361.22 Combustion and Ignition 

Ml A review of the available literature on the mecha¬ 
nism of combustion of double-base powders. 
(Report No. A-130.) Bryce L. Crawford, Jr. and 
Clayton Huggett. OEMsr-716; Service Project 
Nos. OD-14, OD-26 and others; OSRD No. 1188. 
University of Minnesota. February 3, 1943. 

M2 Determination of ignition temperatures of double¬ 
base powders. (Report No. A-200.) Bryce L. Craw¬ 
ford, Jr. and Herbert S. Isbin. OEMsr-716; Serv¬ 


ice Project Nos. OD-26, OD-14 and others; OSRD 
No. 1713. University of Minnesota. July, 1943. 

361.23 Corrosive Effect 

Ml Corrosive effect of solutions of double-base powder 
on various metals. (Report No. CIT/JDC-58.) 
Bruce H. Sage. OEMsr-418; Service Project No. 
NO-33. California Institute of Technology. Jan¬ 
uary 11, 1944. 

361.24 Specific Impulse 

Ml A comparison of the specific impulse of four 
double-base rocket propellants. (Report No. P- 
3.1.) John Beek, Jr. and John P. Rappolt. 
OEMsr-273; Project Nos. NO-33, OD-14 and 811; 
OSRD No. 5829. George Washington University. 
December, 1945. 

361.25 Impact 

Ml Impact characteristics of several double-base pro¬ 
pellants. (Report No. Ms-836/JDC-86.) Bruce H. 
Sage. OEMsr-418. California Institute of Tech¬ 
nology. December 10, 1945. 

361.26 Miscellaneous Properties 

Ml Tests of cemented ball-powder charges. (Progress 
Report No. A-98.) M. Walker and Alfred Afri- 
cano. OEMsr-273; Project Nos. NO-33, PA-310 
and others; OSRD No. 920. George Washington 
University. September, 1942. 

M2 Measurements of pH on double-base powders. 
(Report No. A-151.) Robert B. Corey, Charlotte 
Green and Henri A. Levy. OEMsr-702; Service 
Project Nos. OD-14, CWS-22 and others; OSRD 
No. 1265. California Institute of Technology. 
February 26, 1943. 

M3 Heats of combustion and formation of diethyl- 
phthalate, dibutylphthalate, dinitrotoluene, di- 
ethyldiphenylurea and nitroguanidine. (Report 
No. A-197.) Edward J. Prosen, Roger Gilmont 
and Frederick D. Rossini. Project Nos. OD-26, 
CWS-22 and others; OSRD No. 1590. National 
Bureau of Standards. July, 1943. 

M4 Characteristics of double-base propellants contain¬ 
ing nigrosine and carbon black. (Report No. CIT/ 
JDC-43.) Bruce H. Sage. OEMsr-418. California 
Institute of Technology. July 16, 1943. 

M5 An investigation of nickel-catalyzed powder. (Re¬ 
port No. Ms-844/JDC-94.) Bruce H. Sage. OEMsr- 
418. California Institute of Technology. Decem¬ 
ber 15, 1945. 

M6 Free and restricted column behavior of some 
double-base propellants. (Report No. Ms-838/JDC- 
92.) Bruce H. Sage. OEMsr-418. California 
Institute of Technology. December 30, 1945. 

361.3 Experimental Studies 

Ml Investigations of double-base powders. (Final re¬ 
port.) Linus C. Pauling. OEMsr-702. California 
Institute of Technology. January, 1943. 




DIVISION 3 • MICROFILM LIST 


33 


361.31 


361.32 


361.33 


361.4 

361.41 


361.42 


No. A-128.) Henri A. Levy. OEMsr-702; Project 
Nos. OD-14, PA-330 and others; OSRD No. 1151. 
California Institute of Technology. December 26, 
1942. 

361.5 Ballistite 


Chromatographic 

Ml X-ray studies of double-base powder. Chromato¬ 
graphic studies of irradiated Radford sheet 
powder. Treatments to improve burning charac¬ 
teristics of extruded tubes. (Report No. CIT/JDC- 
23.) Robert B. Corey, A. L. LeRosen and others. 
OEMsr-250; Research Project No. PDRC-155. 
California Institute of Technology. July 31, 1942. 

M2 Chromatographic studies of double-base powders. 
([Part] I. Report No. A-132.) Robert B. Corey, 
R. B. Escue and others. OEMsr-702; Service Proj¬ 
ect Nos. OD-14, OD-26 and others; OSRD No. 
1152. California Institute of Technology. Janu¬ 
ary 2, 1943. 

Spectrophotometric 

Ml Investigations of double-base powders. [Part] I, 
Spectrophotometric studies. (Progress Report No. 
A-124.) Robert B. Corey, Albert O. Dekker and 
A. M. Soldate. OEMsr-702; Project Nos. OD-14, 
PA-330 and others; OSRD No. 1103. California 
Institute of Technology. December 16, 1942. 

M2 Investigations of double-base powders. Part II, 
Spectrophotometric studies. (Report No. A-194.) 
Robert B. Corey, Albert O. Dekker and A. M. 
Soldate. OEMsr-702; Service Project Nos. OD-14, 
CWS-22 and others; OSRD No. 1558. California 
Institute of Technology. June, 1943. 

Chemical 

Ml Certain special methods for the chemical analysis 
of double-base powder. (Report No. P-6.1.) J. J. 
Donovan. OEMsr-273; Project Nos. OD-14, NO- 
33 and P-62; OSRD No. 5842. George Washing¬ 
ton University. December, 1945. 

Smokeless Powder 

Manufacture 

Ml Dry extrusion of powder at Allegany Ballistics 
Laboratory. (Report No. P-7.) G. F. Padgett and 
Howard E. Higbie. OEMsr-273; Project Nos. OD- 
14, NO-33 and P-70; OSRD Np. 5844. George 
Washington University. December, 1945. 

Examination and Testing 

Ml Microscopic structure and the development of 
flaws in extruded grains of NT smokeless powder. 
(Progress Report No. A-117.) Charles Proffer 
Saylor. Project Nos. OD-14, PA-330 and others; 
OSRD No. 1070. National Bureau of Standards. 
November 26, 1942. 

M2 Microscopic examination of extruded smokeless 
powders. (Progress Report No. A-127.) Charles 
Proffer Saylor. Project Nos. OD-14, PA-330 and 
others; OSRD No. 1136. National Bureau of 
Standards. December 23, 1942. 

M3 X-ray diffraction studies of molecular orientation 
in double-base smokeless powders made by the 
solvent and solventless processes. (Progress Report 


361.51 Properties of Ballistite 

Ml Some physical properties of ballistite. (Interim 
Report No. CIT/JDC-2.) William N. Lacey and 
Bruce H. Sage. Research Project No. PDRC-155. 
California Institute of Technology. December 27, 

1941. 

M2 Thermodynamic properties of products of reaction 
of ballistite. (Report No. CIT/JDC-4.) Bruce H. 
Sage and William N. Lacey. OSRD No. 495. 
California Institute of Technology. February 4, 

1942. 

M3 Diffusion of air in ballistite. (Report No. CIT/ 
JDC-6.) Bruce H. Sage and William N. Lacey. 
OEMsr-250. California Institute of Technology. 
February 10, 1942. 

M4 Some physical properties of ballistite. (Report 
No. A-104.) William N. Lacey and Bruce H. Sage. 
OEMsr-250; Service Project Nos. OD-14, OD-26 
and others. California Institute of Technology. 
October 21, 1942. 

M5 Some studies of the physical properties of ballis¬ 
tite. (Report No. CIT/JDC-36.) Donald S. Clark. 
OEMsr-418. California Institute of Technology. 
February 11, 1943. 

M6 Simple calculation of thermochemical properties 
for use in ballistics. Addenda to NDRC Report 
No. A-101, OSRD No. 935. (Memorandum Nos. 
A-67M to A-70M.) Joseph O. Hirschfelder and 
Jack Sherman. OEMsr-51; Service Project Nos. 
OD-52 and NO-23. Carnegie Institution of Wash¬ 
ington. March, 1943. 

M7 An investigation of the dispersion of double-base 
powder in acetone-water mixtures. (Report No. 
CIT/JDC-49.) Bruce H. Sage. OEMsr-418. Cali¬ 
fornia Institute of Technology. September 7, 

1943. 

M8 The effect of processing operations and of ele¬ 
vated temperatures upon the diphenylamine con¬ 
tent of ballistite. (Report No. CIT/JDC-66.) Bruce 
H. Sage and Linus C. Pauling. OEMsr-418; Serv¬ 
ice Project No. NO-33; OSRD No. 2298. California 
Institute of Technology. September 29, 1944. 

M9 Compressive, torsional and shear characteristics 
of some double-base propellants. (Report No. Ms- 
827/JDC-81.) Bruce H. Sage. OEMsr-418. Cali¬ 
fornia Institute of Technology. November 1, 1945. 

361.511 Burning Characteristics 

Ml Partial burning of ballistite tubes. (Report No. 
CIT/JGC-1.) John McMorris. Research Project 
No. PDRC-155. California Institute of Technol¬ 
ogy. December 12, 1941. 

M2 A study of the uniformity of burning character- 








34 


DIVISION 3 • MICROFILM LIST 


istics of tubes extruded from solventless ballistite. 
(Interim Report No. CIT/JDC-9.) Bruce H. Sage, 
Donald S. Clark and William N. Lacey. OEMsr- 
250. California Institute of Technology. March 
2, 1942. 

M3 The influence of extrusion and subsequent storage 
upon the burning characteristics of ballistite. (Re¬ 
port No. CIT/JDC-15.) Bruce H. Sage. OEMsr- 
418. California Institute of Technology. June 1, 
1942. 

M4 Burning characteristics in the axial perforations 
of extruded ballistite grains. (Report No. CIT/ 
JDC-13.) Bruce H. Sage. OEMsr-418. California 
Institute of Technology. July 30, 1942. 

M5 The influence of extrusion and subsequent storage 
upon the burning characteristics of ballistite. (Re¬ 
port No. A-96.) Bruce H. Sage. OEMsr-418; 
Service Project Nos. OD-14, OD-26 and others. 
California Institute of Technology. September 24, 
1942. 

M6 Effect of coloring agents upon the burning char¬ 
acteristics of ballistite. (Report No. CIT/JDC-25.) 
Bruce H. Sage. OEMsr-418. California Institute 
of Technology. December 11, 1942. 

M7 Extrusion and burning characteristics of three 
types of modified ballistite. (Report No. CIT/JDC- 
40.) Bruce H. Sage. OEMsr-418. California 
Institute of Technology. March 11, 1943. 

M8 Extrusion and burning characteristics of several 
modified ballistites. (Report No. CIT/JDC-42.) 
Bruce H. Sage. OEMsr-418. California Institute 
of Technology. April 7, 1943. 

M9 Extrusion and burning characteristics of several 
types of modified ballistite. (Report No. A-183.) 
Bruce H. Sage. OEMsr-418; Service Project Nos. 
OD-14, OD-26 and others. California Institute of 
Technology. May, 1943. 

M10 Effect of aluminum on burning properties of sol- 
ventless ballistite. (Report No. CIT/IDC-41.) 
Bruce H. Sage. OEMsr-418; Service Project No. 
NO-33; OSRD No. 2126. California Institute of 
Technology. May 4, 1944. 

361.512 Combustion and Ignition 

Ml The temperature of spontaneous ignition of sev¬ 
eral samples of American ballistite. (Report No. 
CIT/JDC-8.) P. A. Longwell, Bruce H. Sage and 
William N. Lacey. OEMsr-250. California Insti¬ 
tute of Technology. April 2, 1942. 

M2 The measurement of heats of explosion and com¬ 
bustion of ballistite. (Report No. CIT/JDC-69.) 
Bruce H. Sage. OEMsr-418; Service Project Nos. 
OD-14 and NO-33; OSRD No. 2458. California 
Institute of Technology. January 13, 1945. 

361.513 Examination and Tests 

Ml A microphotographic study of flaws in ballistite 
powder. (Progress Report No. A-25.) A. J. Demp¬ 
ster. Service Project No. OD-26; OSRD No. 323. 
December 15, 1941. 


M2 Microscopic examination of extruded ballistite. 
(Memorandum No. A-31M, as of November 21, 

1941. ) William N. Lacey and Bruce H. Sage. 
Service Project No. OD-26. California Institute 
of Technology. January 7, 1942. 

M3 Comparative behavior of ballistite from Kenvil 
and Radford. (Report No. CIT/JDC-21.) Bruce 
H. Sage. OEMsr-418. California Institute of 
Technology. October 14, 1942. 

M4 Comparative behavior of ballistite from Kenvil 
and Radford. (Progress Report No. A-110.) Bruce 
H. Sage. OEMsr-418; Project Nos. PA-310, NO-33 
and others. California Institute of Technology. 
November 11, 1942. 

M5 Some properties of solventless ballistite. (Report 
No. CIT/JDC-30.) Bruce H. Sage. OEMsr-418. 
California Institute of Technology. December 1, 

1942. 

M6 Study of methods for evaluating quality of solvent¬ 
less extruded ballistite. (Report No. CIT/JDC-52.) 
Bruce H. Sage. OEMsr-418; Service Project Nos. 
OD-26 and NO-33. California Institute of Tech¬ 
nology. October 12, 1943. 

361.514 Properties of Extruded Grains 

Ml Influence of tricresylphosphate upon the burning 
characteristics of extruded grains of ballistite. 
(Report No. CIT/JDC-16.) Bruce H. Sage. 
OEMsr-418. California Institute of Technology. 
July 10, 1942. 

M2 Static firing tests on large-diameter grains of 
extruded ballistite. (Report No. CIT/JDC-12.) 
Bruce H. Sage. OEMsr-418. California Institute 
of Technology. July 30, 1942. 

M3 Burning characteristics in the axial perforations 
of extruded ballistite grains. (Progress Report 
No. A-83.) Bruce H. Sage. OEMsr-418; Project 
Nos. NO-33, PA-310 and others; OSRD No. 815. 
California Institute of Technology. August, 1942. 
M4 Testing of quality of small grains of extruded 
ballistite. (Report No. CIT/JDC-17.) Bruce H. 
Sage. OEMsr-418. California Institute of Tech¬ 
nology. August 20, 1942. 

M5 Testing of small grains of extruded ballistite. 
(Report No. A-94.) Bruce H. Sage. OEMsr-418; 
Service Project Nos. OD-14, OD-26 and others; 
OSRD No. 896. California Institute of Technol¬ 
ogy. September 21, 1942. 

M6 Burning rate of four-spoke grains of extruded 
ballistite. (Report No. CIT/JDC-18.) Bruce H. 
Sage. OEMsr-418. California Institute of Tech¬ 
nology. September 25, 1942. 

M7 Influence of size of the axial perforation upon the 
performance of radially-burning propellent grains. 
(Progress Report No. A-106.) Bruce H. Sage. 
OEMsr-418; Project Nos. PA-310, NO-33 and 
others; OSRD No. 966. California Institute of 
Technology. October 28, 1942. 

M8 Resistance of ballistite grains to internal pressure. 
(Report No. CIT/JDC-31.) Bruce H. Sage. 



DIVISION 3 • MICROFILM LIST 


35 


OEMsr-418. California Institute of Technology. 
December 16, 1942. 

M9 Spontaneous decomposition of a ballistite grain. 
(Report No. CIT/JDC-54.) Bruce H. Sage. 
OEMsr-418. California Institute of Technology. 
November 20, 1943. 

M10 Effect of opacity on the burning characteristics 
of extruded ballistite grains. (Report No. CIT/ 
JDC-61.) Bruce H. Sage. OEMsr-418; Service 
Project No. NO-33; OSRD No. 2134. California 
Institute of Technology. April 21, 1944. 

Mil Exudation of nitroglycerin from ballistite pro¬ 
pellent grains. (Report No. CIT/JDC-78.) Bruce 
H. Sage. OEMsr-418; OSRD No. 2532. California 
Institute of Technology. September 8, 1945. 

361.52 Extrusion of Solventless Ballistite 

Ml The extrusion of ballistite dyed with nigrosine. 
(Report No. CIT/JDC-34.) Bruce H. Sage. 
OEMsr-418. California Institute of Technology. 
January 21, 1943. 

M2 Effect of extrusion conditions on the quality of 
solventless ballistite. (Report No. CIT/JDC-73.) 
Bruce H. Sage. OEMsr-418; Service Project Nos. 
OD-14 and NO-33; OSRD No. 2380. California 
Institute of Technology. January 10, 1945. 

361.521 Extrusion Press 

Ml A vacuum press for the extrusion of solventless 
double-base ballistite for use in rockets. (Progress 
Report No. A-36.) Jesse W. M. DuMond. Service 
Project Nos. OD-14, OD-26 and CWS-22; OSRD 
No. 466. March 20, 1942. 

M2 Investigation of the effectiveness of flash pro¬ 
tection afforded by process storage compartments. 
(Report No. CIT/IDC-32.) Bruce H. Sage. 

OEMsr-418. California Institute of Technology. 
July 10, 1943. 

M3 A 12-inch vertical press for extrusion of ballistite. 
(Report No. CIT/JDC-53.) Bruce H. Sage. 

OEMsr-418; Service Project Nos. OD-26 and NO- 
33. California Institute of Technology. October 
26, 1943. 

M4 Ignition within a twelve-inch vertical extrusion 
press. (Report No. CIT/JDC-71.) (n.a.) OEMsr- 
418; Service Project Nos. OD-14 and NO-33; OSRD 
No. 2348. California Institute of Technology. 
November 24, 1944. 

361.522 Extrusion Die 

Ml Design of dies for the extrusion of solventless 
ballistite. (Report No. CIT/JDC-44.) Bruce H. 
Sage. OEMsr-418. California Institute of Tech¬ 
nology. May 29, 1943. 

M2 Changes in the spider design in the extrusion dies 
used at Indian Head. (Memorandum No. A-72M.) 
Howard E. Higbie. OEMsr-273; Service Project 
Nos. OD-14, CWS-22 and others; OSRD No. 1623. 
George Washington University. July, 1943. 


361.523 Extrusion Tubes 

Ml Extrusion of ballistite tubing and rod. (Progress 
Report No. A-35.) Bruce H. Sage and William 
N. Lacey. OEMsr-250; Service Project Nos. OD- 
14, OD-26 and CWS-22. California Institute of 
Technology. March 10, 1942. 

M2 Extrusion of ballistite tube from solventless sheet 
stock. (Progress Report No. A-39, as of February 
23, 1942.) Bruce H. Sage and William N. Lacey. 
OEMsr-250; Service Project Nos. OD-14, OD-26 
and CWS-22. California Institute of Technology. 
March 26, 1942. 

361.524 Extruded Grains 

Ml Extrusion of large tubular grains of ballistite. 
(Report No. CIT/JDC-24.) Bruce H. Sage. 
OEMsr-418. California Institute of Technology. 
December 1, 1942. 

M2 Extrusion of large tubular grains of ballistite. 
(Report No. A-135.) Bruce H. Sage. OEMsr-418; 
Service Project Nos. NO-33, NO-99 and others. 
California Institute of Technology. January 6, 
1943. 

M3 Development of a propellent grain for use in a 
2-inch reaction chamber. (Report No. CIT/JDC- 
37.) Bruce H. Sage. OEMsr-418. California 
Institute of Technology. February 10, 1943. 

M4 Extrusion of multiweb grains of ballistite. (Report 
No. CIT/JDC-38.) Bruce H. Sage. OEMsr-418. 
California Institute of Technology. February 18, 
1943. 

M5 Extrusion of multiweb grains of ballistite. (Report 
No. A-176, as of February 18, 1943.) Bruce H. 
Sage. OEMsr-418; Service Project Nos. OD-14, 
OD-26 and others. California Institute of Tech¬ 
nology. April, 1943. 

M6 Stabilization of reaction of tubular propellent 
grains by the use of longitudinal ridges in the 
central perforations. (Report No. CIT/JDC-75.) 
Bruce H. Sage. OEMsr-418; Service Project Nos. 
OD-14 and NO-33; OSRD No. 2541. California 
Institute of Technology. May 19, 1945. 

3G1.53 Primers Using Ballistite 

Ml The use of ballistite turnings in primers. (Prog¬ 
ress Report No. A-56.) Bruce H. Sage and Wil¬ 
liam N. Lacey. OEMsr-250; Project Nos. NO-33, 
PA-330 and others. California Institute of Tech¬ 
nology. May 14, 1942. 

362 Miscellaneous Powder Propellant Problems and 
Research 

Ml Effect of relative humidity on the water content 
of black powder. (Report No. CIT/JCC-7.) Bruce 
H. Sage. OEMsr-418. California Institute of 
Technology. May 5, 1943. 

M2 The investigation of a high-strength propellant. 
(Report No. CIT/JDC-67.) Bruce H. Sage. 
OEMsr-418; Service Project Nos. OD-14 and NO- 
33; OSRD No. 2364. California Institute of Tech¬ 
nology. November 7, 1944. 



36 


DIVISION 3 • MICROFILM LIST 


M3 Formulation of manufacturing specification for 
solid propellants. (Report No. P-9.) Raymond L. 
Arnett. OEMsr-273; Project Nos. NO-33, OD-14 
and P-90; OSRD No. 5851. George Washington 
University. November, 1945. 

M4 Miscellaneous propellant studies. [Part] I, Investi¬ 
gation of some special propellent charge designs. 
[Part] II, The utilization of magnesium as a rocket 
fuel. (Report No. P-10.) Lyman G. Bonner, Sidney 
Golden and W. P. Spaulding. OEMsr-273; Service 
Project Nos. NO-33, OD-14 and others; OSRD No. 
5852. George Washington University. December, 
1945. 

M5 Preliminary development work on the utilization 
of Western Cartridge small arms powder for rocket 
propellant. (Report No. Ms-845/JDC-95.) Bruce 
H. Sage. OEMsr-418. California Institute of 
Technology. December 15, 1945. 

M6 X-ray diffraction photograph investigations of 
sheet powder. W. O. Baker and N. R. Pape. 
OEMsr-256; Service Project Nos. OD-14 and OD- 
163; OSRD No. 6169. Bell Telephone Labora¬ 
tories, Inc. December 20, 1945. 

370 Propellent Influences on Rocket Design 

(See also: 230) 

Ml Rockets for cast propellants. N. R. Droulard, 
William W. Farr and W. B. Pope. OEMsr-968; 
Project Nos. W-50 and OD-26; OSRD No. 6132. 
Budd Wheel Company. October 17, 1945. 

M2 High-performance rocket design studies. N. R. 
Droulard, William W. Farr and W. B. Pope. 
OEMsr-968; Service Project No. OD-26; OSRD No. 
6140. Budd Wheel Company. October 17, 1945. 
M3 Ballistic characteristics and rocket design data for 
extruded composite propellants. An addendum to 
. . . OSRD No. 5576. (Report No. P-10.1.) Rufus 
W. Lumry and L. N. Streff. OEMsr-273 and 
OEMsr-202; Service Project No. OD-14; OSRD No. 
5624. George Washington University and Car¬ 
negie Institute of Technology. December, 1945. 


OEMsr-418; OSRD No. 2546. California Institute 
of Technology. 1946. 

410 Motors 

Ml Influence of burning time, mass velocity and tube 
wall thickness on the heat failure of rocket tubes. 
(Local Intermediate Report No. CIT/IAC-6.) 
(n.a.) California Institute of Technology. Janu¬ 
ary 20, 1943. 

M2 A study of certain hazards involved in the loading 
and assembly of rocket motors. (Report No. CIT/ 
JDC-48.) A. D. Ayers. OEMsr-418. California 
Institute of Technology. July 15, 1943. 

M3 A delay element for use with rocket motors. 
John P. Wooley. Catalyst Research Corporation. 
September 28, 1943. 

M4 Vibration testing of rocket motors. (Report No. 
CIT/JDC-60.) Bruce H. Sage. OEMsr-418; Serv¬ 
ice Project No. NO-33. California Institute of 
Technology. February 17, 1944. 

M5 The effective temperatures of rocket motors with 
cruciform grains. (Report No. CIT/JNC-22.) 
Leverett Davis, Jr., F. E. Roach and J. M. Schmidt. 
OEMsr-418; Service Project Nos. OD-162, OD-164 
and NO-170; OSRD No. 2176. California Institute 
of Technology. August 5, 1944. 

M6 Design and performance of an installation for the 
temperature conditioning of motors for static 
firing. (Report No. CIT/JGC-9.) Bruce H. Sage. 
OEMsr-418; OSRD No. 2501. California Institute 
of Technology. June 1, 1945. 

M7 The design of metal components for rocket motors. 
(Final Report No. B-5.) H. C. Stumpf and George 
W. Engstrom. OEMsr-273; Project Nos. NO-33 
and W-6; OSRD No. 5891. George Washington 
University. December, 1945. 

M8 Investigation of fiberglas laminates as materials 
for rocket motors. (Final Report No. B-5.1.) John 
Beek, Jr. and James F. Kincaid. OEMsr-273; 
Research Project No. B-5.2; OSRD No. 5893. 
George Washington University. December, 1945. 


400 ROCKET COMPONENTS 

Ml Rocket design and production problems. Metal 
parts. (Part 4. Weekly and Bi-Weekly Progress 
Report Nos. CIT/PMC-2.27, -2.38, -2.48, -2.62, 
-2.69, -2.84 and -2.85 t for the.j periods ending 
April 9, June 25, September 3, December 10, 1944, 
January 28, June 24 and July 8, 1945.) T. Gard¬ 
ner. OEMsr-418; OSRD Nos. 2130, 2202, 2309, 
2362, 2480 and 2489. California Institute of Tech¬ 
nology. 

M2 Miscellaneous development of rockets and acces¬ 
sories. N. R. Droulard, William W. Farr and 
W. B. Pope. OEMsr-968; Service Project Nos. 
OD-26, OD-165 and NO-248; OSRD No. 6152. 
Budd Wheel Company. October 17, 1945. 

M3 Production of metal components of rockets. Ken¬ 
neth L. Wentworth, John Fawcett and others. 


411 Grid 

Ml Design of box grids. (Local Intermediate Report 
No. CIT/IAC-4.) Sylvan Rubin. California Insti¬ 
tute of Technology. November 6, 1942. 

412 Motor Seals and Storage 

Ml Effect of storage and weathering on antisubmarine 
projector charge (ASPC) rocket motors. (Report 
No. CIT/JDC-50.) Bruce H. Sage. OEMsr-418. 
California Institute of Technology. September 
23, 1943. 

M2 Effects of weathering and immersion on the closure 
seals of rocket motors. (Report No. CIT/JDC-55.) 
Bruce H. Sage. OEMsr-418; Service Project No. 
NO-33. California Institute of Technology. No¬ 
vember 20, 1943. 

M3 Intensified exposure of motor seals. (Report No. 
CIT/JDC-76.) Bruce H. Sage. OEMsr-418; Serv- 



DIVISION 3 • MICROFILM LIST 


37 


ice Project Nos. OD-14 and NO-33; OSRD No. 

2519. California Institute of Technology. July 
21, 1945. 

M4 Closures and seals for rocket motors. (Report No. 
CIT/IAC-19.) Bruce H. Sage. OEMsr-418. Cali¬ 
fornia Institute of Technology. November 19, 

1945. 

413 Liquid Carbon Dioxide Cartridge 

Ml Investigation of a proposed liquid carbon dioxide 
rocket. (ABL-WPR Supplement No. 5.) Alfred 
Africano and F. T. McClure. OEMsr-273; OSRD 
No. 4487. George Washington University. De¬ 
cember 2, 1944. 

414 Component Mass Influenced by Motor Dimensions 

Ml The dependence of the masses of rocket compo¬ 
nents on their dimensions. (Report No. CIT/TAC- 
1.) Leverett Davis, Jr. OEMsr-418. California 
Institute of Technology. December 10, 1942. 

M2 The dependence of the masses of rocket compo¬ 
nents on their dimensions. (Report No. A-149.) 
Leverett Davis, Jr. OEMsr-418; Service Project 
Nos. OD-26, CWS-22 and NO-33. California Insti¬ 
tute of Technology. February 24, 1943. 

M3 The dependence of the mass of propellant in a 

rocket motor on the web thickness and the motor 420 
dimensions. (Report No. CIT/JAC-4.) Leverett 
Davis, Jr. and Chester D. Mills, Jr. OEMsr-418. 
California Institute of Technology. February 25, 

1943. 

M4 Dependence of the mass of propellant in a rocket 
motor on the web thickness and the motor di¬ 
mensions. (Report No. A-163.) Leverett Davis, Jr. 
and Chester D. Mills, Jr. OEMsr-418; Service 
Project Nos. OD-26, CWS-22 and NO-33. Cali¬ 
fornia Institute of Technology. March, 1943. 

415 Design of Special Motor Types 

Ml Charge design. Two-inch antisubmarine bomb 
motor. (Report No. CIT/JDC-10.) John Mc- 
Morris. OEMsr-418. California Institute of Tech¬ 
nology. June 25, 1942. 

M2 The 6-inch rocket motor. (Report No. CIT/JAC- 
3.) Earl Thomas. OEMsr-418. California Insti¬ 
tute of Technology. November 9, 1942. 

M3 Some factors entering into the design of high- 
performance rockets. (Local Intermediate Report 
No. CIT/IAC-5.) E. Ellis and F. E. Roach. Cali¬ 
fornia Institute of Technology. January 10, 1943. 

M4 Manual t of 3 manufacturing methods for 3.25" 
rocket motor, Mark 7 and 3.5" rocket body, 

Mark 1. (Report No. CIT/JSC-2.) (n.a.) OEMsr- 421 
418; Service Project No. NO-170. California Insti¬ 
tute of Technology. January 20, 1944. 

M5 Temperature gradient in the tubing of the 3.25" 
rocket motor, Mark 7. (Local Intermediate Report 
No. CIT/ILC-5.) F. E. Roach, J. M. Schmidt and 
W. F. Nash, Jr. California Institute of Tech¬ 
nology. May 22, 1944. 


M6 Manual [Of] inspection procedures for 11.75" 
rocket motor, Mark 1. (Report No. CIT/JSC-9.) 
(n.a.) OEMsr-418; Service Project No. NO-256; 
OSRD No. 2311. California Institute of Tech¬ 
nology. November 22, 1944. 

M7 Specifications for standard assembly t of the] 5.0" 
rocket motor, California Institute of Technology 
Model 38, 5-MA5. (Report No. CIT/IAC-17.) 
M. C. Pond. OEMsr-418. California Institute of 
Technology. May 29, 1945. 

M8 Design and development of the 11.75-inch rocket 
motor. (Report No. CIT/IBC-75.) C. W. Snyder. 
California Institute of Technology. November 6, 

1945. 

M9 The bumblebee rocket motor. (Final Report No. 
W-22.) S. S. Penner. OEMsr-273 and NOrd-7386; 
Project Nos. NO-296 and W-221; OSRD No. 5821. 
George Washington University and Johns Hopkins 
University. December, 1945. 

M10 Development of rocket motor for 115-mm aircraft 
rocket. (Final Report No. W-8.2.) George W. 
Engstrom and Alexander Kossiakoff. OEMsr-273; 
Project Nos. W-82, OD-161 and NO-245; OSRD 
No. 5785. George Washington University. June, 

1946. 

Igniters 

Ml Development of igniter for cage-mounted propel¬ 
lants. (Interim Report No. CIT/JCC-1.) John 
McMorris and Sylvan Rubin. Research Project 
No. PDRC-155. California Institute of Technol¬ 
ogy. December 19, 1941. 

M2 Description of an igniter for mousetrap propellant. 
(Report No. CIT/ICC-1.) (n.a.) OEMsr-418. 
California Institute of Technology. August 10, 
1942. 

M3 Preliminary investigation of metal-oxidant igniters 
for ballistite. (Report No. CIT/JCC-6.) Bruce H. 
Sage. OEMsr-418. California Institute of Tech¬ 
nology. February 25, 1943. 

M4 Assembly operations for bayonet igniter. Model 
No. 2. (Memorandum No. A-88M.) J. W. Burns. 
OEMsr-273 and OEMsr-256; Service Project Nos. 
OD-26, NO-33 and others; OSRD No. 3429. 
George Washington University and Bell Telephone 
Laboratories, Inc. March, 1944. 

M5 Development of a toroid igniter for application 
in the 3.25" spin-stabilized rocket motor, Mark 13. 
(Report No. Ms-831/ICC-3.) Bruce H. Sage. 

OEMsr-418. California Institute of Technology. 
November 15, 1945. 

Squibs 

Ml Effect of squib boosters on the performance of 
black powder igniters. (Report No. C1T/JCC-9.) 
Bruce H. Sage. OEMsr-418. California Institute 
of Technology. August 14, 1943. 

M2 Performance tests on electric squibs and rocket 
igniters after storage at elevated temperatures. 
(Report No. CIT/JCC-10.) Bruce H. Sage. 





38 


DIVISION 3 • MICROFILM LIST 


OEMsr-418. California Institute of Technology. 
October 16, 1943. 

422 Igniter Cases 

422.1 Plastic 

Ml A preliminary investigation of plastic cases for 
igniters for ballistite. (Report No. CIT/JCC-3.) 
Bruce H. Sage. OEMsr-418. California Institute 
of Technology. September 15, 1942. 

M2 Investigation of the use of plastic case igniters for 
the antisubmarine projector charge (ASPC) motor. 
(Report No. CIT/JCC-5.) Bruce H. Sage. OEMsr- 
418. California Institute of Technology. January 
7, 1943. 

M3 A preliminary investigation of plastic cases for 
igniters for ballistite. (Report No. A-138.) Bruce 

H. Sage. OEMsr-418; Service Project Nos. OD-14, 
OD-26 and others. California Institute of Tech¬ 
nology. January 21, 1943. 

M4 Investigation of the use of plastic case igniters 
for the antisubmarine projector charge (ASPC) 
motor. (Report No. A-158.) Bruce H. Sage. 

OEMsr-418; Service Project Nos. OD-14, OD-26 
and others. California Institute of Technology. 
March, 1943. 

M5 Development of cellulose acetate igniter cases for 

I. 25" and 2.25" rocket motors. (Report No. CIT/ 
JCC-8.) Bruce H. Sage. OEMsr-418. California 
Institute of Technology. August 12, 1943. 

M6 Threaded closure plastic case igniters for 2.25" 
rocket motors. (Report No. CIT/JCC-11.) Bruce 
H. Sage. OEMsr-418. California Institute of 
Technology. March 16, 1944. 


M5 Rocket fuzes. R. B. King, V. K. Rasmussen and 
others. OEMsr-418; OSRD No. 2545. California 
Institute of Technology. 1946. 

M6 Point-initiating base-detonating electromagnetic 
fuze, T-2003. (Divisions 3 and 8. Final Report No. 
W-6.1.) F. T. McClure, D. D. Miller and others. 
OEMsr-273, OEMsr-256 and OEMsr-202; Service 
Project No. OD-163; OSRD No. 5881. George 
Washington University and Bell Telephone Labo¬ 
ratories, Inc. March, 1946. 

M7 Development of heads and fuzes for 115-mm air¬ 
craft rocket. (Final Report No. W-8.3.) M. J. 
Walker, Alexander Kossiakoff and F. T. McClure. 
OEMsr-273; Project Nos. W-80, NO-245 and OD- 
161; OSRD No. 5786. George Washington Univer¬ 
sity. June, 1946. 

431 HIR Fuzes 

Ml The Mark 140 fuze, HIR-3. Tests of arming depth, 
premature firing and sensitivity. (Local Inter¬ 
mediate Report No. CIT/IIC-18.) (n.a.) Cali¬ 
fornia Institute of Technology. September 1, 
1943. 

432 PIR Fuzes 

Ml Characteristics of the PIR fuze. (Preliminary Re¬ 
port No. CIT/JIC-1.) Thomas L. Lauritsen, 

J. G. Waugh and J. Rasmussen. OEMsr-418. 
California Institute of Technology. August 3, 
1942. 

M2 [Thej Mark 146 fuze, PIR. Static firing progress 
report. (Local Intermediate Report No. CIT/IIC- 
21.) D. E. Brink. California Institute of Tech¬ 
nology. March 18, 1944. 


422.2 Tinplate 

Ml Development of tinplate case igniters for artillery 
rockets. (Report No. Ms-847/JCC-12.) Bruce H. 

Sage. OEMsr-418. California Institute of Tech¬ 
nology. December 30, 1945. 

430 Fuzes 

Ml Mechanical fuze for 12-inch armor-piercing bombs. 
(Memorandum No. A-79M.) R. F. Mallina. 
OEMsr-256; Service Project Nos. OD-26 and NO- 
35.1; OSRD No. 3035. Bell Telephone Labora¬ 
tories, Inc. December, 1943. 

M2 Catalog of California Institute of Technology 
rocket fuzes. (Report No. CIT/UIC-3.) (n.a.) 
OEMsr-418. California Institute of Technology. 440 
January 15, 1944. 

M3 Special fuzes for rockets, projector charges and 
miscellaneous munitions. (Ordnance Pamphlet No. 

1017. First Revision.) (n.a.) US Navy Depart¬ 
ment. June 13, 1944. 

M4 Rocket base fuzes, Mark 162, Model 0 and Mark 
166, Model 0. (Report No. CIT/JIC-2.) (n.a.) 
OEMsr-418; Service Project Nos. NO-170 and NO- 
256. OSRD No. 2492. California Institute of 
Technology. July 20, 1945. 


433 SIR Fuzes 

Ml SIR fuze tests, December 8, 1942 to January 15, 
1943. (Local Intermediate Report No. CIT/IIC-9.) 
N. Gunderson, D. E. Brink and others. California 
Institute of Technology. January, 1943. 

M2 Tests of SIR, Mark 139 fuze, February 27 to April 
27, 1943. (Local Intermediate Report No. CIT/IIC- 
14.) (n.a.) California Institute of Technology. 

April, 1943. 

M3 Tests of preliminary firing mechanisms for SIR 
fuze. (Report No. CIT/IIC-8.) Bruce H. Rule and 
W. P. Huntley. California Institute of Tech¬ 
nology. (n.d.) 

Nozzles 

Ml Heat transfer to nozzles used in jet-propulsion 
equipment. (Report No. CIT/JDC-20.) Bruce H. 
Sage. OEMsr-418. California Institute of Tech¬ 
nology. September 30, 1942. 

M2 Heat transfer to nozzles used in jet-propulsion 
equipment. (Memorandum No. A-56M.) Bruce H. 
Sage. OEMsr-418; Project Nos. CWS-22, OD-26 
and others; OSRD No. 951. California Institute 
of Technology. October 24, 1942. 

M3 Study of nozzle side forces by means of compressed 




DIVISION 3 • MICROFILM LIST 


39 


air jet. (Local Intermediate Report No. CIT/ILC- 
1.) Gabriel E. Kron and O. C. Wilson. Cali¬ 
fornia Institute of Technology. December 15, 
1942. 

M4 Methods for one-piece nozzle manufacture. (Re¬ 
port No. CIT/JSC-4.) (n.a.) OEMsr-418; Service 
Project No. NO-170. California Institute of Tech¬ 
nology. March 8, 1944. 

M5 Methods for one-piece nozzle manufacture. (Re¬ 
port No. CIT/JSC-4. Supplement No. 1.) (n.a.) 

OEMsr-418. California Institute of Technology. 
May 16, 1944. 

441 Erosion of Nozzles 

Ml A study of nozzle erosion. (Local Intermediate 
Report No. CIT/IGC-7.) (n.a.) California Insti¬ 
tute of Technology. March 8, 1944. 

M2 Nozzle erosion as a function of the physical prop¬ 
erties of the material. (Local Intermediate Report 
No. CIT/IAC-13.) (n.a.) California Institute of 
Technology. June 22, 1944. 

M3 Nozzle erosion in the 3-MR3 rocket motor deter¬ 
mined from static firing records. (Local Inter¬ 
mediate Report No. CIT/IAC-14.) N. U. Mayall. 
California Institute of Technology. August 7, 
1944. 

450 Sights 

Ml The California Institute of Technology aircraft 
rocket sight, Type 2. (Report No. CIT/JNC-23.) 
H. W. Babcock. OEMsr-418; Service Project No. 
NO-216; OSRD No. 2263. California Institute of 
Technology. October 15, 1944. 

M2 Revised sighting tables [for the] F4U-1D and 
F4U-4 aircraft, 11.75-inch aircraft rocket. (Report 
No. CIT/JNC-29. Revision No. 3.) (n.a.) Cali¬ 

fornia Institute of Technology. August 15, 1945. 

M3 Rocket sight, aircraft, California Institute of Tech¬ 
nology Type 4. (Report No. CIT/JNC-33.) H. W. 
Babcock, J. L. Fuller and others. OEMsr-418; 
OSRD No. 2526. California Institute of Tech¬ 
nology. August 25, 1945. 

460 Traps 

Ml Rocket powder traps. N. R. Droulard, William 
W. Farr and W. B. Pope. OEMsr-968; Service 
Project No. OD-26; OSRD No. 6147. Budd Wheel 
Company. October 17, 1945. 

470 Firing Ring 

Ml Single shroud rocket tail with internal insulated 
firing ring. (Report No. CIT/IBC-11.) L. A. Rich¬ 
ards. California Institute of Technology. January 
22, 1943. 

480 Fins 

Ml Fin opening. (Report No. A-247.) J. Barkley 
Rosser. OEMsr-723; Service Project Nos. OD-26 
256. OSRD No. 2492. California Institute of 
Technology. July 20, 1945. 


M2 The development of rocket fins and lug band 
kits for use with the flush-mount launcher on 
aircraft. (Final Report No. W-18.4.) George W. 
Engstrom and R. I. Beddoe. OEMsr-273; Project 
Nos. W-80.26 and OD-161; OSRD No. 5787. 
George Washington University. February, 1946. 

490 Launchers 

Ml California Institute of Technology launcher cata¬ 
log. (Report No. CIT/JEC-14.) (n.a.) OEMsr-418. 
California Institute of Technology. February 7, 
1944. 

M2 Tip-off about a fixed point. (Report No. CIT/ 
OPC-3.) Wallace Hayes. California Institute of 
Technology. November 17, 1944. 

M3 Rocket terminal ballistics. Facilities at Naval Ord¬ 
nance Test Station, Inyokern, and test results to 
April 15, 1945. (Report No. CIT/JQC-1.) J. E. 
Thomas. OEMsr-418; OSRD No. 2525. California 
Institute of Technology. August 10, 1945. 

M4 Rocket launchers. N. R. Droulard, William W. 
Farr and W. B. Pope. OEMsr-968; Project Nos. 
W-180.4, W-70 and OD-26; OSRD No. 6134. Budd 
Wheel Company. October 17, 1945. 

491 Types of Launchers 

491.1 Aircraft, Mounted On 

Ml Vertical rocket launcher for airplanes. (Memo¬ 
randum No. A-80M.) R. F. Mallina. OEMsr-256; 
Service Project Nos. OD-26 and NO-34.1; OSRD 
No. 3082. Bell Telephone Laboratories, Inc. 
January, 1944. 

M2 Manual t of the] description and use of the 11.75" 
aircraft rocket, Model 3 from F4U-1D aircraft with 
displacement launcher. (Report No. CIT/JEC-21.) 
(n.a.) OEMsr-418; Service Project No. NO-256; 
OSRD No. 2313. California Institute of Tech¬ 
nology. December 15, 1944. 

M3 Booster launcher for testing of aircraft rockets. 
(Report No. W-18.1.) M. J. Walker. OEMsr-273; 
Research Project No. W-180.3; OSRD No. 5812. 
George Washington University. October, 1945. 
M4 Rocket launchers for use on aircraft. J. M. Dietz, 
C. A. Hasslacher and J. H. Mogler. OEMsr-256; 
Project Nos. W-180.2 and OD-26; OSRD No. 6162. 
Bell Telephone Laboratories, Inc. January 3, 
1946. 

491.2 Land and Sea 

Ml Rocket launchers for surface use. Paul E. Lloyd. 
OEMsr-418; OSRD No. 2548. California Institute 
of Technology. 1946. 

491.21 Land 

Ml Jungle launchers. (Memorandum No. A-81M.) 
R. F. Mallina. OEMsr-256; Service Project Nos. 
OD-26 and CWS-22; OSRD No. 3083. Bell Tele¬ 
phone Laboratories, Inc. January, 1944. 



40 


DIVISION 3 • MICROFILM LIST 


491.211 JB-2 Launcher 

Ml Multiple powder charge launcher for JB-2. N. R. 
Droulard, William W. Farr and W. B. Pope. 
OEMsr-968; Service Project Nos. OD-196 and NA- 
231; OSRD No. 6141. Budd Wheel Company. 
October 17, 1945. 

M2 A multiple-cartridge launcher for the JB-2. (Final 
Report No. W-20.) R. B. Kershner, C. F. Curtiss 
and others. OEMsr-273; OSRD No. 5818. George 
Washington University. January, 1946. 

491.212 Jeep, Mounted On 

Ml Description and use of barrage rocket launcher, 
California Institute of Technology Type 2, for 
i4-ton 4x4 truck. (Report No. CIT/JEC-10.) 
(n.a.) OEMsr-418. California Institute of Tech¬ 
nology. July 2, 1943. 

M2 Assembly and installation of barrage rocket 
launcher, California Institute of Technology Type 
2, for 14-ton 4x4 truck. (Report No. CIT/JEC- 
10.2.) (n.a.) OEMsr-418. California Institute of 

Technology. July 24, 1943. 

491.213 Trailer, Mounted On 

Ml Manual t of] description and instructions for use 
t of the] California Institute of Technology Type 
44 launcher for 5.0" spin-stabilized rocket. (Report 
No. CIT/JEC-19.) (n.a.) OEMsr-418; Service 
Project Nos. OD-167 and NO-215; OSRD No. 
2349. California Institute of Technology. Janu¬ 
ary 18, 1944. 


491.214 Tanks, Mounted On 

Ml Ripple firing mechanism for launching rockets. 
D. D. Miller and T. H. Guettich. OEMsr-256; 
Service Project No. OD-26; OSRD No. 6158. Bell 
Telephone Laboratories, Inc. February 9, 1946. 


491.22 Sea 

Ml [The] 7.2" rocket launchers, Mark 20 [and] Mark 
22, and ammunition. (Ordnance Pamphlet No. 
1002. First Revision.) (n.a.) US Navy Depart¬ 
ment. November 30, 1943. 

M2 Manual [Of] description and instructions for use 
[Of thej California Institute of Technology Type 
31-C, shipboard launcher. (Report No. CIT/JEC- 
17.) H. A. Meneghelli. OEMsr-418; Service 
Project No. NO-192; OSRD No. 2167. California 
Institute of Technology. July 15, 1944. 

M3 Description and instructions for use of Mark 35, 
Model 0 launcher, California Institute of Tech¬ 
nology Type 46-B. (Report No. CIT/JEC-22.) 
(n.a.) OEMsr-418; OSRD No. 2407. California 
Institute of Technology. March 15, 1945. 

M4 Description and instructions for use [Of the] rocket 
launcher Mark 50, Models 0 and 1. (Report No. 
CIT/JEC-23.) (n.a.) OEMsr-418; OSRD No. 
2422. California Institute of Technology. April 
2, 1945. 

M5 Closed-breech SR rocket launcher, California In¬ 


stitute of Technology Types 38 and 56. (Report 
No. CIT/JEC-25.) (n.a.) OEMsr-418; Service 
Project Nos. OD-167 and NO-215; OSRD No. 2457. 
California Institute of Technology. April 30, 
1945. 

491.221 PT Boats, Mounted On 

Ml Rocket firing from PT boats. (Report No. CIT/ 
JEC-18.) (n.a.) OEMsr-418; OSRD No. 2206. 

California Institute of Technology. September 7, 
1944. 

M2 Rocket firing from PT boats, ATB, Ft. Pierce, 
Florida. (Report No. CIT/JEC-24.) Paul E. Lloyd. 
OEMsr-418; Service Project Nos. OD-167 and NO- 
215; OSRD No. 2345. California Institute of 
Technology. January 13, 1945. 

491.23 Amphibious 

491.231 DUKW, Mounted On 

Ml Manual [Of] description and instructions for use 
[Of thej California Institute of Technology Type 6, 
Model 1 launcher for the 4.5" barrage rocket, 120- 
barrel for 2i/2-ton 6x6 amphibious truck, DUKW. 
(Report No. CIT/JEC-13.) (n.a.) OEMsr-418. 
California Institute of Technology. November 10, 

1943. 

M2 Manual [Of] description and instructions for use 
[Of thej California Institute of Technology Type 7, 
Model 1 launcher for 7.2" rockets, 42-rail for 
2i/£-ton 6x6 amphibious truck, DUKW. (Report 
No. CIT/JEC-15.) A. S. Gould. OEMsr-418; Serv¬ 
ice Project Nos. OD-26, OD-137 and NO-121. 
California Institute of Technology. February 4, 

1944. 

M3 Manual [Of] description and instructions for use 
[Of the] California Institute of Technology Type 6, 
Model 1 launcher for the 4.5" barrage rocket, 
120-barrel for 21,4-ton 6x6 amphibious truck, 
DUKW. (Report No. CIT/JEC-13.2.) (n.a.) 

OEMsr-418. California Institute of Technology. 
March 20, 1944. 

491.232 4.5-Inch Barrage Rocket 

Ml Manual t of] description and instructions for use 
[Of the] California Institute of Technology Type 8 
and Type 8, Model 1 launcher for 4.5" barrage 
rocket. (Report No. CIT/JEC-11.2.) (n.a.) 

OEMsr-418. California Institute of Technology. 
October 14, 1942. 

M2 California Institute of Technology Type 1, Model 
1 launcher, single-rail 4.5" barrage rocket. (Report 
No. CIT/JEC-8.) (n.a.) OEMsr-418. California 
Institute of Technology. June 26, 1943. 

M3 California Institute of Technology Type 3 
launcher, wooden 3-rail for 4.5" barrage rocket. 
(Report No. CIT/JEC-9.) (n.a.) OEMsr-418. 
California Institute of Technology. July 1, 1943. 
M4 California Institute of Technology Type 3 firing 
box. (Report No. CIT/JEC-9.2.) (n.a.) OEMsr- 



DIVISION 3 • MICROFILM LIST 


41 


418. California Institute of Technology. July 22, 

1943. 

M5 California Institute of Technology Type 8 
launcher for 4.5" barrage rocket. (Report No. 
CIT/JEC-11.) (n.a.) OEMsr-418. California In¬ 
stitute of Technology. August 4, 1943. 

M6 Manual t of] instructions for use of California 
Institute of Technology Type 3 launcher, wooden 
3-rail for 4.5" barrage rocket, and CIT Type 3 
firing box. (Report No. CIT/JEC-9.3.) (n.a.) 

OEMsr-418. California Institute of Technology. 
November 17, 1943. 

M7 Manual t of] description and instructions for use 
t of the] 4.5" rocket launcher, Mark 7, California 
Institute of Technology Type 8. (Report No. CIT/ 
JEC-11.3.) L. A. Richards. OEMsr-418; Service 
Project No. NO-118. California Institute of Tech¬ 
nology. March 27, 1944. 

M8 Manual [Of] description and instructions for use 
t of the] California Institute of Technology Type 9 
rocket launcher, extensible single-rail 4.5" barrage 
rocket. (Report No. CIT/JEC-16.) (n.a.) OEMsr- 
418; Service Project No. NO-118. California Insti¬ 
tute of Technology. May 5, 1944. 

M9 Spiral launching of 4.5-inch rockets. (Report No. 
W-18.2.) R. R. Newton. OEMsr-273; Research 
Project No. W-180.4; OSRD No. 5813. George 
Washington University. December, 1945. 

M10 Launchers and improved components for 4.5-inch 
rockets. J. M. Dietz, R. F. Mallina and others. 
OEMsr-256; Project Nos. W-40, OD-165 and 
others; OSRD No. 6156. Bell Telephone Labora¬ 
tories, Inc. February 9, 1946. 

491.233 Mark 17 Launcher 

Ml Rocket launchers, Mark 17 and Mark 17, Model 1. 
Formerly designated rocket launchers, Mark 1 
target, and Mark 1, Model 1 target. Description 
and instructions for use. (Ordnance Pamphlet No. 
1133.) (n.a.) US Navy Department. August 30, 

1944. 

491.234 Mark 51 Launcher 

Ml Manual [for] use of rocket launcher Mark 51, 
Model 0, twelve-round automatic for 5.0" spin- 
stabilized rockets. (Report No. CIT/JEC-20.) 
(n.a.) OEMsr-418; Service Project Nos. OD-167 
and NO-215; OSRD No. 2281. California Insti¬ 
tute of Technology. November 13, 1944. 

M2 Rocket launcher, Mark 51, Model 0. (Report No. 
CIT/JEC-26.) (n.a.) OEMsr-418; Service Project 
Nos. OD-167 and NO-215; OSRD No. 2448. Cali¬ 
fornia Institute of Technology. April 25, 1945. 

492 Projectors 

Ml A projector for target rockets. (Report No. CIT/ 
JEC-1.) William R. Smythe. Research Project 
No. PDRC-155. California Institute of Technol¬ 
ogy. January 15, 1942. 

M2 The antisubmarine rocket projector. (Report No. 


CIT/JEC-3x.) William R. Smythe. OEMsr-250. 
California Institute of Technology. April 27, 
1942. 

M3 The antisubmarine rocket projectile and projector. 
Part I, The rocket projectile. Part II, The rocket 
projector. (Progress Report No. A-50, as of April 
27, 1942.) Thomas L. Lauritsen and William R. 
Smythe. Service Project Nos. OD-26 and CWS-22. 
May 5, 1942. 

M4 A twelve-channel projector for the chemical war¬ 
fare bomb, CWB. (Report No. CIT/JEC-5.) Jesse 
W. M. DuMond. OEMsr-418. California Institute 
of Technology. June 15, 1942. 

M5 Firing mechanism for the 7-inch chemical rocket 
projector. (Report No. A-187.) R. F. Mallina and 
P. T. Higgins. OEMsr-256; Service Project No. 
CWS-22; OSRD No. 1484. Bell Telephone Labo¬ 
ratories, Inc. May, 1943. 

M6 Light-weight rocket projectors. (Memorandum No. 
A-89M.) R. F. Mallina and J. M. Dietz. OEMsr- 
256; Service Project Nos. OD-26 and CWS-22; 
OSRD No. 3446. Bell Telephone Laboratories, 
Inc. March, 1944. 

492.1 Vertical Bombing Projectors 

Ml Loading of vertical bombing projectors and prepa¬ 
ration of ammunition. (Report No. CIT/JEC-6.) 
(n.a.) OEMsr-418. California Institute of Tech¬ 
nology. January 6, 1943(?) 

M2 Loading of vertical bombing projectors for PBY-5 
aircraft and preparation of 205 ft/sec ammunition. 
Crew manual. (Report No. CIT/JEC-6.2.) (n.a.) 

OEMsr-418. California Institute of Technology. 
May 1, 1943. 

M3 Loading of vertical bombing projectors for TBF-1 
and TBF-2 aircraft and preparation of 300 ft/sec 
ammunition. (Report No. CIT/JEC-7.) (n.a.) 
OEMsr-418. California Institute of Technology. 
June 9, 1943. 

M4 Loading of retrobombing projectors for PBY-5 
aircraft and preparation of 200 ft/sec ammunition. 
Crew manual. (Report No. CIT/JEC-6.3.) (n.a.) 

OEMsr-418. California Institute of Technology. 
August 14, 1943. 

492.2 Barrage Rocket Projectors 

Ml Projector for the 4i4-inch barrage rocket. (Report 
No. CIT/JEC-4.) (n.a.) [California Institute of 
Technology.] July 25, 1942. 

M2 Installation of barrage rocket projector. Excerpts 
from Report No. CIT/JBC-10.2. (Report No. CIT/ 
JBC-10.3.) (n.a.) California Institute of Tech¬ 

nology. September 18, 1942. 

M3 Installation and use of barrage rocket projectors 
for tank lighters. (Report No. CIT/JBC-16.) (n.a.) 
OEMsr-418. California Institute of Technology. 
May 28, 1943. 

500 ROCKET AND MISSILE TYPES 

Ml Rockets for ground or surface use. (Part 1. Weekly 








42 


DIVISION 3 • MICROFILM LIST 


and Bi-Weekly Progress Report Nos. CIT/PMC- 
2.27, -2.38, -2.48, -2.62, -2.69, -2.84, -2.85 and -2.87 
[for thej periods ending April 9, June 25, Septem¬ 
ber 3, December 10, 1944, and January 28, June 24, 

July 8 and August 5, 1945.) William A. Fowler. 
OEMsr-418; OSRD Nos. 2127, 2199, 2306, 2359, 

2477, 2486, and 2505. California Institute of Tech¬ 
nology. 

510 California Institute of Technology Rockets 

Ml California Institute of Technology rockets. (Re¬ 
port No. CIT/UBC-1.) (n.a.) OEMsr-418. Cali¬ 
fornia Institute of Technology. November 18, 

1942. 

M2 California Institute of Technology rocket weapons 
and test facilities. An illustrated record. (Report 
No. CIT/JBC-14.) (n.a.) OEMsr-418. California 521 
Institute of Technology. February 1, 1943. 

M3 Ammunition catalogue t of] California Institute of 
Technology rockets. (Report No. CIT/JBC-20.) 

(n.a.) OEMsr-418. California Institute of Tech¬ 
nology. August 10, 1943. 

520 Barrage Rockets 

Ml Manual t for the] use of [the] 4.5-inch barrage 
rocket. (Report No. CIT/JBC-10.) Thomas L. 
Lauritsen, R. Lindvall and L. A. Richards. 
OEMsr-418. California Institute of Technology. 
August 1, 1942. 

M2 The 4.5-inch barrage rocket. (Progress Report No. 

A-85.) F. Fredericks, Thomas L. Lauritsen and 
others. OEMsr-418; Project Nos. PA-366, NO-36.5 522 

and others. OSRD No. 842. August 27, 1942. 

M3 Manual [for the] use of [the] 4.5-inch barrage 
rocket. (Report No. CIT/JBC-10.2. Revised.) (n.a.) 
OEMsr-418. California Institute of Technology. 
September 10, 1942. 

M4 Training of barrage rocket crews. (Report Nos. 
CIT/JBC-10.4 and CIT/JBC-10.5.) William A. 
Fowler, W. F. Royal and L. A. Richards. OEMsr- 
418. California Institute of Technology. Septem¬ 
ber 23 and 29, 1942. 530 

M5 Investigation M-7. Development of 4i/£" rocket. 
(Report No. 3-135.) William W. Farr. OEMsr- 
671. Budd Wheel Company. t 1943(?)j 

M6 Supplement to investigation M-7. Operation 
drawings, (n.a.) OEMsr-671. Budd Wheel Com¬ 
pany. [ 1943(?)j 

M7 Tests of lateral dispersion of barrage rocket with 
various nozzles, November 24, 1942 to January 14, 
and January 30 to February 5, 1943. (Local Inter¬ 
mediate Report Nos. CIT/IBC-14 and -19.) J. G. 
Waugh and L. A. Richards. California Institute 
of Technology. January and February, 1943. 

M8 Gas malalignment and deflection-malalignment 
ratio for all types of barrage rockets fired from 
September 20, 1942 to April 1, 1943. (Local Inter¬ 
mediate Report No. CIT/IBC-23.) C. W. Snyder. 
California Institute of Technology. April, 1943. 

M9 Manual t of the] use of 4.5-inch barrage rocket. 


(Report No. CIT/JBC-10.6. Second Edition.) (n.a.) 
OEMsr-418. California Institute of Technology. 
April 7, 1943. 

M 10 Manual [Of] methods of manufacture for the 4.5" 
barrage rocket. (Report No. CIT/JSC-1.) Lowell 
Martin. OEMsr-418. California Institute of Tech¬ 
nology. September 22, 1943. 

Mil Manual for the 4.5" barrage rocket, 1100 yard. 
(Report No. CIT/JBC-19.2. Second Edition.) (n.a.) 
OEMsr-418. California Institute of Technology. 
October 10, 1943. 

M12 [Thej 115-mm rocket. N. R. Droulard, William 
W. Farr and W. B. Pope. OEMsr-968; Project 
Nos. W-80, OD-161 and NO-245; OSRD No. 6139. 
Budd Wheel Company. October 17, 1945. 

Fragmentation 

Ml Barrage rocket fragmentation. (Report No. CIT/ 
IQC-1.) O. C. Wilson. California Institute of 
Technology. July 7, 1943. 

M2 Comparison of fragmentation of the 4.5" barrage 
rocket with the 105-mm howitzer shell. (Local 
Intermediate Report No. CIT/IQC-2.) O. C. Wil¬ 
son, C. A. Wirtanen and J. A. Gilbert. California 
Institute of Technology. July 30, 1943. 

M3 Fragmentation tests on special barrage rocket 
bodies. (Local Intermediate Report No. CIT/IQC- 
3.) O. C. Wilson, C. A. Wirtanen and J. A. Gil¬ 
bert. California Institute of Technology. August 
19, 1943. 

Parachute Drops 

Ml Barrage rocket parachute drops. (Local Inter¬ 

mediate Report No. CIT/IBC-53.) J. E. Thomas 
and Paul E. Lloyd. California Institute of Tech¬ 
nology. October 20, 1943. 

M2 Barrage rocket parachute drops. (Local Inter¬ 

mediate Report No. CIT/IBC-57.) Paul E. Lloyd 
and R. D. Ridgeway. California Institute of Tech¬ 
nology. December 6 , 1943. 

Aircraft Rockets 

Ml Airborne rockets. (Part 2. Weekly and Bi-Weekly 
Progress Report Nos. CIT/PMC-2.38, -2.48, -2.49, 
-2.53, -2.62, -2.69, -2.84, -2.85 and -2.87 [for th e] 
periods ending June 25, September 3, 10, October 
8 , December 10, 1944, January 28, June 24, July 8 
and August 5, 1945.) William A. Fowler. OEMsr- 
418; OSRD Nos. 2128, 2200, 2208, 2238, 2307, 2360, 
2478, 2487, and 2506. California Institute of Tech¬ 
nology. 

M2 Developments in 11.75" aircraft rocket. (Report 
No. CIT/LMC-1.17. Confidential Bulletin No. 17.) 
(n.a.) OEMsr-418; OSRD No. 2406. California 
Institute of Technology. March 1, 1945. 

M3 Principles of rocket firing from aircraft. (Report 
No. CIT/JNC-30.) (n.a.) OEMsr-418; Service 
Project No. NO-170; OSRD No. 2428. California 
Institute of Technology. April 2, 1945. 

M4 Firing of rockets from aircraft. Launchers, sights 



DIVISION 3 • MICROFILM LIST 


43 


and flight tests. R. V. Adams, C. D. Anderson and 
others. OEMsr-418; OSRD No. 2549. California 
Institute of Technology. 1946. 

531 Types 

531.1 2.25-Inch Rockets 

Ml Manual t of] inspection procedures for 2.25" air¬ 
craft rocket, Model 3 subcaliber t with] 2.25" rocket 
motor, Mark 12 and 2.25" rocket body, Mark 1. 
(Report No. CIT/JSC-6.) (n.a.) OEMsr-418; 
Service Project No. NO-170; OSRD No. 2119. 
California Institute of Technology. May 30, 1944. 
M2 The 2.25" subcaliber aircraft rockets. Models 1 
and 3. (Report No. CIT/JBC-30.) (n.a.) OEMsr- 
418; Service Project No. NO-227; OSRD No. 2305. 
California Institute of Technology. November 
20, 1944. 

531.2 3.5-Inch Rockets 

Ml Manual t of] inspection procedures for 3.5" aircraft 
rocket. Model 5 [With] 3.25" rocket motor, Mark 7 
and 3.5" rocket body, Mark 1. (Report No. CIT/ 
JSC-5.) (n.a.) OEMsr-418; OSRD No. 2110. 

California Institute of Technology. April 29, 
1944. 

M2 Brief history of the development of the 3.5" air¬ 
craft rocket. (Report No. CIT/JBC-25.) (n.a.) 
OEMsr-418. California Institute of Technology. 
May 10, 1944. 

M3 Development of the 3.5" aircraft rocket, Models 
1, 5 and 14. (Report No. CIT/JBC-26.) (n.a.) 
OEMsr-418; Service Project Nos. NO-164 and NO- 
170; OSRD No. 2107. California Institute of 
Technology. June 1, 1944. 

M4 Trajectories of aircraft rockets 3.5" and 5.0". 
(Report No. CIT/UBC-27.) (n.a.) OEMsr-418; 
Service Project Nos. OD-162 and NO-170; OSRD 
No. 2225. California Institute of Technology. 
September 25, 1944. 

531.3 4.5-Inch Rockets 

Ml A 414 -inch high-explosive rocket shell for pro¬ 
jection from airplanes. (Progress Report No. A- 
70.) C. N. Hickman and L. A. Skinner. Project 
Nos. OD-26, NO-34.1 and PA-341; OSRD No. 673. 
July 3, 1942. 

M2 Improvement of components for 4.5-inch rocket, 
M-8. (Final Report No. W-4.) D. W. Osborne and 
B. Weissmann. OEMsr-273; Project Nos. W-40, 
NO-248 and others; OSRD No. 5777. George 
Washington University. December, 1945. 

M3 The 115-mm aircraft rocket. (Final Report No. 
W-8.) R. E. Gibson and Alexander Kossiakoff. 
OEMsr-273; Project Nos. W-80, OD-161 and NO- 
245; OSRD No. 5781. George Washington Uni¬ 
versity. June, 1946. 

531.4 11.75-Inch Rockets 

Ml Forward firing of 11.75-inch aircraft rockets from 


F4U-1D and F6F-5 aircraft. (Report No. CIT/ 
JNC-29. Tentative edition and revisions.) (n.a.) 
OEMsr-418; OSRD No. 2357. California Institute 
of Technology. January 27, 1945. 

M2 Forward firing of 11.75-inch aircraft rockets from 
A-26B aircraft. (Report No. CIT/JNC-32.) (n.a.) 
OEMsr-418; OSRD No. 2433. California Institute 
of Technology. July 1, 1945. 

M3 Land service use of 11.75-inch aircraft rockets 
against caves. (Report No. CIT/JBC-32.) (n.a.) 
OEMsr-418; OSRD No. 2516. California Institute 
of Technology. August 15, 1945. 

531.5 Trajectories 

Ml Trajectory data for 7.2" VAR, 200 ft/sec, PBY-5. 
(Report No. CIT/JNC-4.2, Supplement.) (n.a.) 
OEMsr-418. California Institute of Technology. 
July 15, 1943. 

M2 Trajectories of aircraft rockets. (Report No. CIT/ 
UBC-35.) (n.a.) OEMsr-418; Service Project No. 

NO-170; OSRD No. 2540. California Institute of 
Technology. January 4, 1946. 

531.6 Miscellaneous Aircraft Rockets 

Ml Mechanism of pitch sensitivity for aircraft tor¬ 
pedoes. (Report No. CIT/NOC-47.1. Revised.) 
Harold Wayland. California Institute of Tech¬ 
nology. February 27, 1945. 

532 Aircraft Rockets and Missiles for Special Types of 

Bombing 

532.1 Retrobombing 

Ml Retrobombing. A description of projectiles and 
installations on aircraft. (Report No. CIT/JBC-18.) 
(n.a.) OEMsr-418. California Institute of Tech¬ 
nology. June 23, 1943. 

M2 Retrobombing from B-24 aircraft fusing] 300 ft/sec 
ammunition. (Report No. CIT/JNC-7.) (n.a.) 
OEMsr-418. California Institute of Technology. 
August 1, 1943. 

M3 Retrobombing from PBY-5 aircraft [Using] 200 
ft/sec ammunition. Mark 1 launchers, modified. 
Squadron VP-91. Officer’s manual. (Report No. 
CIT/JNC-4.4.) (n.a.) OEMsr-418. California In¬ 
stitute of Technology. August 23, 1943. 

532.2 Vertical Bombing 

Ml Vertical antisubmarine bomb (VASB) t and] verti¬ 
cal flare (VF). (Report No. CIT/OBC-14.2.) Wil¬ 
liam A. Fowler. OEMsr-418. California Institute 
of Technology. July 23, 1942. 

M2 Preliminary tests of the vertical bombing of sub¬ 
marines from airplanes. (Preliminary Report No. 
A-76.) William A. Fowler. OEMsr-418; Project 
Nos. OD-26, NO-121 and PA-371. California In¬ 
stitute of Technology. July 31, 1942. 

M3 Vertical bombing. (Supplementary Report No. 
CIT/OBC-14.3.) W. N. Arnquist, C. A. Anderson 
and F. C. Lindvall. OEMsr-418. California Insti¬ 
tute of Technology. August 25, 1942. 

M4 Tests of the vertical bombing of submarines. 



44 


DIVISION 3 • MICROFILM LIST 


August 24 to 26, 1942. (Memorandum No. A-52M.) 
W. N. Arnquist, C. A. Anderson and F. C. Lind- 
vall. OEMsr-418; Project Nos. OD-26, NO-121 and 
PA-371; OSRD No. 872. California Institute of 
Technology. September 9, 1942. 

M5 Vertical bombing. (Supplementary Report No. 
CIT/OBC-14.4.) C. A. Anderson, W. N. Arnquist 
and F. C. Lindvall. OEMsr-418. California Insti¬ 
tute of Technology. September 12, 1942. 

M6 Additional tests of the vertical bombing of sub¬ 
marines from airplanes, September 3 and 10, 1942. 
(Memorandum No. A-54M.) C. D. Anderson, 
W. N. Arnquist and F. C. Lindvall. OEMsr-418; 
Project Nos. OD-26, NO-121 and PA-371. Cali¬ 
fornia Institute of Technology. September 30, 

1942. 

M7 Vertical bombing. (Third Report, No. CIT/OBC- 
14.5.) C. D. Anderson, W. N. Arnquist and others. 
OEMsr-418. California Institute of Technology. 
November 25, 1942. 

M8 Vertical bombing from PBY-5 aircraft. Officers’ 
manual. (Report No. CIT/JNC-4.) (n.a.) OEMsr- 
418. California Institute of Technology. January 
19, 1943. 

M9 Vertical bombing. (Report No. A-141, as of No¬ 
vember 25, 1942.) (n.a.) OEMsr-418; Service 

Project Nos. OD-26 and NO-121. OSRD No. 1242. 
California Institute of Technology. February 5, 

1943. 

M10 Vertical bombing from PBY-5 aircraft [Using] 205 
ft/sec ammunition. Mark 1 projectors. Squadron 
VP-63. Officers’ manual. (Report No. CIT/JNC- 
4.2.) (n.a.) OEMsr-418. California Institute of 

Technology. May 1, 1943. 

Mil Vertical bombing from B-18A aircraft [Usingj 205 
ft/sec ammunition. Officers’ manual. (Report No. 
CIT/JNC-4.3.) (n.a.) OEMsr-418. California In¬ 
stitute of Technology. May 15, 1943. 

M12 Vertical bombing from TBF-1 and -2 aircraft 
{Using] 300 ft/sec ammunition. Officers’ manual. 
(Report No. CIT/JNC-5.) (n.a.) OEMsr-418. 
California Institute of Technology. June 5, 1943. 

532.3 Forward Firing 

Ml Abstract of British reports on forward firing from 
aircraft. (Report Nos. CIT/UMC-7 and CIT/ 
UMC-7.2.) (n.a.) OEMsr-418. California Insti¬ 

tute of Technology. August 4 and September 28, 
1943. 

M2 Forward firing of rockets from aircraft. (Report 
No. CIT/JNC-9.) J. C. Renard and T. F. Pollock. 
US Pacific Fleet, Air Force. October 4, 1943. 

M3 Catalog {Of] forward-firing aircraft rockets. (Report 
No. CIT/JBC-22.) (n.a.) OEMsr-418. California 
Institute of Technology. November 1, 1943. 

M4 Method of computing trajectories and sighting 
tables for forward-firing aircraft rockets. (Report 
No. CIT/JPC-17.) Leon Blitzer and Leverett 
Davis, Jr. OEMsr-418; Service Project Nos. NO- 


33 and NO-170. California Institute of Tech¬ 
nology. February 20, 1944. 

M5 Sources of error and dispersion in forward firing 
of non-rotating aircraft rockets. (Report No. CIT/ 
JPC-19.) Leon Blitzer and Leverett Davis, Jr. 
OEMsr-418; Service Project Nos. OD-162, NO-164 
and others. California Institute of Technology. 
April 25, 1944. 

M6 Forward firing of rockets from P-47D aircraft. 
(Report No. CIT/JNC-24.) (n.a.) OEMsr-418; 

Service Project No. NO-170; OSRD No. 2333. 
California Institute of Technology. January 2, 
1945. 

M7 Forward firing of rockets from P-5 IK aircraft. 
(Report No. CIT/JNC-26.) (n.a.) OEMsr-418; 

Service Project No. NO-170; OSRD No. 2347. 
California Institute of Technology. February 10, 
1945. 

M8 Forward firing of rockets from P-38L aircraft. 
(Report No. CIT/JNC-25.) (n.a.) OEMsr-418; 

Service Project No. NO-170; OSRD No. 2382. 
California Institute of Technology. February 17, 
1945. 

532.31 Special Rocket Types 

Ml Forward firing of 3.5" aircraft rockets from TBF-1 
and PV-1 aircraft. (Report No. CIT/JNC-9.2.) 

J. C. Renard and T. F. Pollock. OEMsr-418. 
California Institute of Technology and US Navy, 
Commander Fleet Air, West Coast. November 6, 
1943. 

M2 Forward firing of 3.5" and 5.0" aircraft rockets 
from TBF-1, PV-1, SBD-5 and F6F-3 aircraft. 
(Report No. CIT/JNC-9.3.) J. C. Renard and 
T. F. Pollock. OEMsr-418; Service Project No. 
NO-170. California Institute of Technology and 
US Navy, Commander Fleet Air, West Coast. 
December 31, 1943. 

M3 Forward firing of 5.0", 3.5" and 2.25" aircraft 
rockets from A-26B aircraft. (Report No. CIT/ 
JNC-28.) (n.a.) OEMsr-418; Service Project No. 

NO-170; OSRD No. 2449. California Institute of 
Technology. June 15, 1945. 

M4 Forward firing of 5.0-inch, 3.5-inch and 2.25-inch 
aircraft rockets from B-25J aircraft. (Report No. 
CIT/JNC-27.) (n.a.) OEMsr-418; Service Project 
No. NO-170; OSRD No. 2476. California Institute 
of Technology. July 15, 1945. 

M5 Forward firing of 11.75-inch aircraft rockets from 
P-38L aircraft. (Report No. CIT/JNC-34.) (n.a.) 
OEMsr-418; Service Project No. NO-256; OSRD 
No. 2499. California Institute of Technology. 
July 20, 1945. 

532.32 Carrier-Based Rockets 

Ml Handling of forward-firing rocket equipment 

aboard carriers. (Report No. CIT/JNC-13.) (n.a.) 
US Navy, Commander Fleet Air, West Coast. 
January 8, 1944. 

M2 Handling of forward-firing rocket equipment 






DIVISION 3 • MICROFILM LIST 


45 


aboard Kaiser-class carriers. (Report No. CIT/ 
JNC-13.2.) (n.a.) OEMsr-418; Service Project No. 

NO-170. California Institute of Technology. 

March 28, 1944. 

540 Jet-Accelerated Armor-Piercing (AP) Rockets 

Ml Jet acceleration of armor-piercing bombs. (Prog¬ 
ress Report No. A-4, as of March 1, 1941.) C. N. 
Hickman. Service Project No. OD-26; OSRD 
No. 8. June, 1941. 

M2 Jet acceleration tests of the 14-inch armor-piercing 
bomb. (Progress Report No. A-69.) C. N. Hick¬ 
man. Project Nos. OD-26, NO-35.1 and PA-351; 

OSRD No. 691. July 10, 1942. 

M3 Static tests of the 12-inch jet-accelerated armor¬ 
piercing bomb. (Memorandum No. A-55M.) C. N. 
Hickman. OEMsr-256; Project Nos. OD-26, NO- 
35.1 and PA-351; OSRD No. 924. Bell Telephone 
Laboratories, Inc. October 6, 1942. 

M4 The jet-accelerated armor-piercing bomb. (Final 
Report No. W-l.) C. N. Hickman. OEMsr-273; 

Project Nos. OD-26, NO-35.1 and W-10; OSRD 
No. 5761. George Washington University. Octo¬ 
ber 15, 1945. 

M5 [Thej 12" jet-accelerated armor-piercing bomb. 

N. R. Droulard, William W. Farr and W. B. Pope. 
OEMsr-968; Project Nos. W-10, OD-26 and NO- 
35.1; OSRD No. 6151. Budd Wheel Company. 

October 17, 1945. 

M6 Mechanical arming propeller for 12-inch jet- 
accelerated armor-piercing bomb. R. F. Mallina. 
OEMsr-256; Project Nos. W-10, OD-26 and others; 

OSRD No. 6155. Bell Telephone Laboratories, 

Inc. December 12, 1945. 

550 High-Velocity Rockets 

551 Types 

551.1 2.36-Inch Rockets 

Ml High-explosive antitank 2.36-inch rocket, bazooka. 

Part I, Historical outline. Part II, Early ballistic 
studies. (Final Report No. W-3.) C. N. Hickman 
and Sidney Golden. OEMsr-273; Service Project 
No. OD-26; OSRD No. 5771. George Washington 
University. December, 1945. 

M2 The development of the T-12 grenade. (Final Re¬ 
port No. W-3.3.) D. M. Brasted. OEMsr-273; 

Project Nos. OD-26 and W-30; OSRD No. 5776. 

George Washington University. December, 1945. 

M3 A study of ignition in the 2.36-inch rocket 
grenade. (Report No. P-5.) Ray S. Craig and 
L. D. Sachs. OEMsr-273; Project Nos. OD-14 and 
P-51; OSRD No. 5837. George Washington Uni¬ 
versity. December, 1945. 

551.2 5-Inch Rockets 

Ml Status of the 5.0" HVAR [With] 5.0" motor, as of 

April 1, 1944. (Local Intermediate Report No. 551.5 
CIT/IBC-64.) C. W. Snyder. California Institute 
of Technology. April, 1944. 


M2 Manual t of] inspection procedures for 5.0" high- 
velocity aircraft rocket, Models 13, 14, 15 and 16 
[With the] 5.0" rocket motor, Mark 1 and 5.0" 
rocket body, Mark 5. (Report No. CIT/JSC-7.) 
(n.a.) OEMsr-418; Service Project Nos. OD-162 
and NO-170; OSRD No. 2204. California Insti¬ 
tute of Technology. August 28, 1944. 

M3 Manual t of] inspection procedures for 5.0" high- 
velocity aircraft rocket. Supplement No. 1, Inspec¬ 
tion of 5.0" rocket body, Mark 5, Model 1. (Report 
No. CIT/JSC-7.) (n.a.) OEMsr-418; Service Proj¬ 
ect Nos. OD-162 and NO-170; OSRD No. 2234. 
California Institute of Technology. September, 
1944. 

M4 Instruction manual t of] optical inspection fixture, 
Model M-4, 5.0" high-velocity aircraft rocket. 
(Report No. CIT/JSC-8.) (n.a.) OEMsr-418; 
Service Project Nos. OD-162 and NO-170; OSRD 
No. 2236. California Institute of Technology. 
October 2, 1944. 

M5 Manual t of the] description and use of the 5.0" 
high-velocity aircraft rocket. Models 13-A and 
14-A. (Report No. CIT/JBC-29.) (n.a.) OEMsr- 
418; Service Project Nos. OD-162, OD-164 and 
NO-170; OSRD No. 2291. California Institute of 
Technology. November 14, 1944. 

551.3 T-59 Rockets 

Ml The T-59 high-velocity rocket grenade. (ABL- 
WPR Supplement No. 4.) Sidney Golden, L. E. 
Morey and W. P. Spaulding. OEMsr-273; OSRD 
No. 4466. George Washington University. No¬ 
vember 25, 1944. 

M2 [The] T-59 high-velocity rocket grenade, super¬ 
bazooka. N. R. Droulard, William W. Farr and 
W. B. Pope. OEMsr-968; Project Nos. W-60, 
OD-163 and NO-247; OSRD No. 6133. Budd 
Wheel Company. October 17, 1945. 

M3 [The] T-59 high-velocity rocket grenade, super¬ 
bazooka. (Final Report No. W-6.) Sidney Golden, 
W. P. Spaulding and L. E. Morey. OEMsr-273; 
Project Nos. W-60, NO-247 and OD-163; OSRD 
No. 5779. George Washington University. De¬ 
cember, 1945. 

M4 The follow-through rocket grenade, T-l. (Final 
Report No. W-6.2.) W. P. Spaulding and Sidney 
Golden. OEMsr-273; Project Nos. W-61 and OD- 
163; OSRD No. 5780. George Washington Uni¬ 
versity. December, 1945. 

551.4 Curates 

Ml Small-caliber high-velocity rocket. Curate. (Final 
Report No. W-21.1.) R. J. Thompson, G. D. 
Brewer and R. R. Newton. OEMsr-273; Project 
Nos. OD-201 and W-210; OSRD No. 5820. George 
Washington University. January, 1946. 

Vicars 

Ml Design of the high-velocity rocket. Vicar. (Final 
Report No. W-21.) R. J. Thompson and R. R. 




46 


DIVISION 3 • MICROFILM LIST 


Newton. OEMsr-273; Project Nos. W-210 and 
OD-201; OSRD No. 5793. George Washington 
University. December, 1945. 

560 Stabilized Rockets 

561 Fin-Stabilized 

Ml Comparison of fin and rotational stabilization of 
rockets. (Report No. CIT/JPC-15.) Charles C. 
Lauritsen. OEMsr-418; Service Project Nos. OD- 
26, NO-33 and others. California Institute of 
Technology. January 25, 1944. 

M2 The exterior ballistics of fin-stabilized aircraft 
rockets. (Report No. CIT/JPC-24.) Leon Blitzer 
and Leverett Davis, Jr. OEMsr-418; OSRD No. 
2528. California Institute of Technology. August 
20, 1945. 

561.1 Dispersion 

Ml The dispersion of fin-stabilized rockets. (Report 
No. CIT/JPC-16.) William A. Fowler. OEMsr- 
418. California Institute of Technology. January 
28, 1944. 

M2 The motion of a fin-stabilized rocket during the 
burning period. ([Parts I and II.] ABL-WPR Sup¬ 
plement Nos. 2 and 3.) R. R. Newton and 
J. Barkley Rosser. OEMsr-273; OSRD Nos. 3960 
and 4074. George Washington University. August 
5 and 26, 1944. 

M3 Dispersion due to malalignment of fin-stabilized 
rockets in forward firing from aircraft. (Report 
No. CIT/JPC-23.) L. Ivan Epstein. OEMsr-418; 
Service Project Nos. OD-16, NO-170 and others; 
OSRD No. 2190. California Institute of Tech¬ 
nology. August 10, 1944. 

M4 The relation of manufacturing tolerances to rocket 
dispersion of fin-stabilized rockets. (Final Report 
No. B-2.6.) R. R. Newton and Morton Goldman. 
OEMsr-273; Project Nos. OD-166 and W-80; OSRD 
No. 5883. George Washington University. De¬ 
cember, 1945. 

562 Spin-Stabilized 

Ml Preliminary calculations on the forward firing 
of spin-stabilized rocket from airplanes. (Memo¬ 
randum No. CIT/OBC-41.4.) Leverett Davis, Jr. 
California Institute of Technology. October 17, 

1944. 

M2 A note on the reasons why the same spin-stabilized 
rocket cannot be used both for very accurate fire 
with a flat trajectory and for barrage purposes. 
(Memorandum No. CIT/OPC-33.) Leverett Davis, 
Jr. California Institute of Technology. April 4, 

1945. 

M3 Range tables for spin-stabilized rockets. (Report 
No. CIT/JPC-31.) James W. Follin, Jr. and P. W. 
Stoner. OEMsr-418; Service Project No. NO-215; 
OSRD No. 2536. California Institute of Tech¬ 
nology. November 15, 1946. 


562.1 Dispersion 

Ml Calculation of mal-launching of spin-stabilized 
rockets. (Report No. CIT/JPC-22.) Leverett Davis, 
Jr. and J. G. Waugh. OEMsr-418; Service Project 
Nos. NO-33 and NO-215; OSRD No. 2235. Cali¬ 
fornia Institute of Technology. September 20, 
1944. 

M2 The effect of aerodynamic moments on the motion 
of spin-stabilized rockets during burning. (Report 
No. CIT/JPC-27.) James W. Follin, Jr. OEMsr- 
418; OSRD No. 2531. California Institute of 
Technology. September 21, 1945. 

562.2 3.5-Inch and 5-Inch Rockets 

Ml [Some] 3.5" and 5.0" spin-stabilized rockets. (Re¬ 
port No. CIT/OBC-41.1.) (n.a.) OEMsr-418. 

California Institute of Technology. October 25, 
1944. 

M2 Manual [Of] inspection procedures for 5.0/5" high- 
capacity spin-stabilized rocket California Insti¬ 
tute of Technology Model 34 t with] 5.0" rocket 
motor, Mark 4 and 5.0" rocket head, Mark 10. 
(Report No. CIT/JSC-10.) (n.a.) OEMsr-418; 
Service Project Nos. OD-167 and NO-215; OSRD 
No. 2383. California Institute of Technology. 

January 15, 1945. 

M3 Preliminary data [Onj 3.5" and 5.0" spin-stabilized 
rockets. (Report No. CIT/JBC-31.) (n.a.) OSRD 
No. 2408. California Institute of Technology. 

March 15, 1945. 

M4 Manual [Of 3 inspection procedures for 5.0" spin- 
stabilized rockets. Supplement No. 1, Inspection of 
5.0" rocket head, Mark 8 for 5.0/10" common 

spin-stabilized rocket, California Institute of Tech¬ 
nology Model 32. (Report No. CIT/JSC-10.) (n.a.) 
OEMsr-418; Service Project No. NO-215; OSRD 
No. 2421. California Institute of Technology. 

March 15, 1945. 

570 Chemical Warfare Bomb (CWB) and Grenade (CWG) 

Ml Chemical warfare grenade. (Report No. CIT/IBC- 
2.) Sylvan Rubin. California Institute of Tech¬ 
nology. February 5, 1942. 

M2 The chemical warfare grenade. (Progress Report 
No. A-57, as of May 6, 1942.) R. B. King, Sylvan 
Rubin and O. C. Wilson. OEMsr-250; Service 
Project Nos. OD-26 and CWS-22. California Insti¬ 
tute of Technology. May 19, 1942. 

M3 The chemical warfare grenade, CWG. (Report 
No. CIT/JBC-6.) R. B. King, Sylvan Rubin and 
O. C. Wilson. OEMsr-250. California Institute 
of Technology. May 20, 1942. 

M4 The chemical warfare bomb, CWB. (Report No. 
CIT/JBC-11.) R. B. King and W. H. Sleeper, Jr. 
OEMsr-418. California Institute of Technology. 
August 20, 1942. 

M5 The chemical warfare bomb. (Progress Report 
No. A-86.) R. B. King and W. H. Sleeper, Jr. 
OEMsr-418; Project Nos. PA-363, OD-26 and CWS- 
22; OSRD No. 866. California Institute of Tech¬ 
nology. September 1, 1942. 




DIVISION 3 • MICROFILM LIST 


47 


571 Types 

Ml Comparison of design and performance of 7-inch 
chemical warfare rocket and 7.2-inch CWR-N. 

(Local Intermediate Report No. CIT/IBC-47.) 
Thomas L. Lauritsen. California Institute of 
Technology. [May, 1943.] 

572 Trajectories 

Ml Initial conditions for the calculation of chemical 
warfare grenade trajectories. (Research Memo¬ 
randum No. CIT/MTC-2.) Leverett Davis, Jr. 
California Institute of Technology. March 21, 

1942. 

M2 Free-flight trajectories of chemical warfare grenade 
projectiles. (Local Intermediate Report No. CIT/ 
JPC-1.) Leon Blitzer. California Institute of 

Technology. June 1, 1942. 

573 Miscellaneous CWB and CWG Problems 
Ml The theory of the variation with temperature of 

the dispersion of the chemical warfare grenade, 

May 1, 1942. (Research Memorandum No. CIT/ 
MTC-4.) Leverett Davis, Jr. California Institute 
of Technology. May 1, 1942. 

M2 Effect of fins on the yaw and deflection of chemical 
warfare grenades. (Research Memorandum No. 
C1T/MTC-5.) Leon Blitzer. California Institute 
of Technology. June 1, 1942. 

M3 Accuracy of the CWS-N. (Local Intermediate Re¬ 
port No. CIT/IBC-39.) Clarence E. Weinland, 

J. W. McConnell and F. W. Thiele. California 
Institute of Technology. September 25, 1943. 

580 Step-Motor Rockets 

Ml Step-motor rockets. N. R. Droulard, William W. 

Farr and W. B. Pope. OEMsr-968; Project Nos. 

W-70 and OD-161; OSRD No. 6146. Budd Wheel 
Company. October 17, 1945. 

M2 Step-motor rockets. (Final Report No. W-7.) C. N. 593 
Hickman and John M. Woods. OEMsr-273; Serv¬ 
ice Project Nos. OD-161 and NO-245; OSRD No. 

5794. George Washington University. June, 1946. 

590 Miscellaneous Rocket Types 

591 Rotating Rockets 

Ml Dispersion of a rotating rocket. (Report No. 

A-184.) C. H. Dowker. OEMsr-273; Service Proj¬ 
ect Nos. OD-26, CWS-22 and NO-33. George 
Washington University. May, 1943. 

M2 Tests of rotating Budd 41/^-inch rockets. (Report 
No. A-205.) D. W. Osborne and M. J. Walker. 
OEMsr-671 and OEMsr-968; Service Project Nos. 594 
OD-26, CWS-22 and NO-34.1; OSRD No. 1703. 

Budd Wheel Company and Budd Induction Heat¬ 
ing Company, Inc. August, 1943. 

M3 4i4" rotated rockets. N. R. Droulard, William W. 

Farr and W. B. Pope. OEMsr-968; Service Project 
Nos. OD-26, OD-166 and NO-249; OSRD No. 595 
6148. Budd Wheel Company. October 17, 1945. 


592 Rockets for Mine Clearance 

Ml The rocket motor for mine-clearing Snake, M-l. 
Development and current status. (ABL-WPR Sup¬ 
plement No. 7.) C. A. Boyd and R. H. Bond. 
OEMsr-273; OSRD No. 4569. George Washington 
University. December 23, 1944. 

M2 Flight ballistics involved in the use of rocket- 
towed devices. (Final Report No. B-2.4.) Walter 
J. Harrington. OEMsr-273; Research Project No. 
W-2; OSRD No. 5888. George Washington Uni¬ 
versity. October, 1945. 

M3 The rocket for towing bangalore torpedoes. (Final 
Report No. W-13.5.) C. A. Boyd and R. H. Bond. 
OEMsr-273; Project Nos. OD-186 and W-137; 
OSRD No. 5801. George Washington University. 
November, 1945. 

M4 The rocket for the antipersonnel mine-clearing 
Snake, M-l. (Report No. W-13.1.) C. A. Boyd 
and R. H. Bond. OEMsr-273; Project Nos. W-131 
and OD-186; OSRD No. 5795. George Washington 
University. December, 1945. 

M5 Investigations of the use of rockets to dispense 
mine clearing hose. (Report No. W-13.2.) S. D. 
Brandwein, C. A. Boyd and Walter J. Harrington. 
OEMsr-273; Project Nos. W-132 and OD-186; 
OSRD No. 5796. George Washington University. 
December, 1945. 

M6 The rocket for the projected line charge. (Report 
No. W-13.3.) C. A. Boyd, D. Leenov and Walter 
J. Harrington. OEMsr-273; Project Nos. W-136 
and OD-186; OSRD No. 5799. George Washington 
University. December, 1945. 

M7 Rocket for projecting detonating cable. (Report 
No. W-13.4.) C. A. Boyd, Walter J. Harrington 
and D. Leenov. OEMsr-273; Project Nos. W-134 
and OD-186; OSRD No. 5798. George Washington 
University. January, 1946. 

Special Purpose Rockets 

Ml Rocket-projected special purpose bombs. Part I, 
Cable bomb. Alfred Africano and J. Barkley 
Rosser. Part II, Rocket projection of incendiary 
evaluation bomb. S. Shulman. Part III, Short 
range rocket-projected demolition bomb. James 
F. Kincaid. (Final Report No. W-23.) OEMsr- 
273; Research Project No. W-501; OSRD No. 5822. 
George Washington University. December, 1945. 
M2 Exterior ballistics of the cable-bomb. (Final Re¬ 
port No. B-2.7.) G. L. Gross and J. Barkley 
Rosser. OEMsr-273; OSRD No. 5884. George 
Washington University. January, 1946. 

7.2-Inch Demolition Rockets 

Ml [The] 7.2" demolition rocket. Description and use. 
(Report No. CIT/JBC-24.) (n.a.) OEMsr-418; 
Service Project No. OD-137. California Institute 
of Technology. February 10, 1944. 

Long-Range High-Altitude Rockets 

Ml Theoretical studies of long-range and high-altitude 




48 


DIVISION 3 • MICROFILM LIST 


rockets. A compilation of memoranda. (Final Re¬ 
port No. B- 6 .) J. Barkley Rosser, F. T. McClure 
and others. OEMsr-273; Project Nos. W-0.1, NO- 
33 and others; OSRD No. 5897. George Washing¬ 
ton University. December, 1945. 

596 Rockets for Airplane Take-Off 

Ml Rockets for assisted take-off of airplanes. Their 
use and the prevention of blast injury to the 
airplane. (Progress Report No. A-119.) Leo Maas, 

Jr. Project Nos. OD-26, PA-353 and others; OSRD 
No. 1079. Jet Propulsion Research Laboratory, 
Indian Head, Maryland. December 2, 1942. 

600 EXPERIMENTATION AND TEST EQUIPMENT 

610 Tests 

Ml Test facilities and acoustic range at Morris Dam. 

(Report No. CIT/JHC-1.) Bruce H. Rule. 
OEMsr-418. California Institute of Technology. 
October 15, 1942. 

M2 Test facilities and acoustic range at Morris Dam. 
(Progress Report No. A-118.) Bruce H. Rule. 
OEMsr-418; Project Nos. PA-365, NO-121 and 
others. OSRD No. 1082. California Institute of 
Technology. November 30, 1942. 

M3 Activities of the technical supervisors at the Eaton 
Canyon Pilot Plant. (Report No. CIT/JDC-77.) 

J. I. Gates. OEMsr-418; OSRD No. 2530. Cali¬ 
fornia Institute of Technology. October 1, 1945. 

M4 Correlation of wind tunnel data on rockets. (Final 
Report No. B-2.5.) Seymour Sherman and N. G. 
Gunderson. OEMsr-273; OSRD No. 5882. George 
Washington University. November, 1945. 

M5 Description of facilities at Eaton Canyon. (Report 
No. CIT/JDC-82.) Rene Gorschalki. OEMsr-418; 

OSRD No. 2537. California Institute of Tech¬ 
nology. November 1, 1945. 

M6 Description of facilities at the China Lake Pilot 
Plant. (Report No. CIT/JDC-83.) Rene Gor- 
schalki. OEMsr-418; OSRD No. 2553. California 
Institute of Technology. November 1, 1945. 

M7 Field testing of rockets. Range operations and 
metric photography. W. N. Arnquist, R. H. Cox 
and others. OEMsr-418; OSRD No. 2547. Cali¬ 
fornia Institute of Technology. 1946. 

M8 Engineering and materiel services. S. R. Avella. 
OEMsr-256; Service Project Nos. OD-14 and OD- 
26; OSRD No. 6154. Bell Telephone Labora¬ 
tories, Inc. January 3, 1946. 

611 Pressure 

Ml The use of copper balls for measuring pressures 
in combustion chambers. (Progress Report No. 

A-21.) C. N. Hickman. Service Project No. OD- 
26; OSRD No. 24. November, 1941. 

M2 New equipment for measuring and recording the 
pressure of powder gases in rocket chambers and 
the thrusts exerted by blocked rockets, each as a 614 
function of time. (Memorandum Nos. A-28M to 


A-30M.) Jesse W. M. DuMond. Service Project 
No. OD-26; OSRD No. 30. November 15, 1941. 
M3 Apparatus for the recording of pressure vs 
pressure-time curve. (J Pdt). (ABL-WPR Supple 
ment No. 12.) Sidney Golden and C. M. Lathrop. 
[OEMsr-273;] OSRD No. 4964. [George Washing¬ 
ton University.] June 5, 1945. 

M4 Apparatus for the recording of pressure versus 
pressure-time curve (J Pdt). (Final Report No. 
J-2.) Sidney Golden and C. M. Lathrop. OEMsr- 
273; Project Nos. OD-14, NO-33 and J-12; OSRD 
No. 5859. [George Washington University.] De¬ 
cember, 1945. 

M5 Miscellaneous experimental electronic pressure re¬ 
corders for rocket research. (Final Report No. 
J-2.2.) W. H. Barber and N. E. Alexander. 
OEMsr-273; Research Project No. J-14; OSRD No. 
5865. George Washington University. December, 
1945. 

M6 Bourdon system for pressure measurement. (Final 
Report No. J-3.1.) Roy E. Hunt and William H. 
Avery. OEMsr-273; Service Project Nos. OD-14 
and NO-33; OSRD No. 5860. George Washington 
University. December, 1945. 

M7 Development of apparatus for recording pressure 
versus integral of pressure. K. S. Dunlap. OEMsr- 
256; Service Project No. OD-26; OSRD No. 6161. 
Bell Telephone Laboratories, Inc. December 10, 

1945. 

M8 The development, annealing and calibrating of 
copper tarage balls. J. R. Townsend. OEMsr- 
256; Service Project No. OD-26; OSRD No. 6160. 
Bell Telephone Laboratories, Inc. January 3, 

1946. 

612 Partial-Burning and Burning Rates 

Ml A partial-burning powder tester. (Memorandum 
No. A-43M.) C. N. Hickman. Service Project 
Nos. OD-14, OD-26 and others; OSRD No. 665. 
Jet Propulsion Research Laboratory, Indian Head, 
Md. June 29, 1942. 

M2 Partial-burning equipment. (Report No. CIT/ 
JGC-4.) John McMorris and F. E. Roach. 
OEMsr-418. California Institute of Technology. 
November 3, 1942. 

M3 Direct measurement of burning rates by an electric 
timing method. (Report No. A-286.) Bryce L. 
Crawford, Jr. and Clayton Huggett. OEMsr-716; 
Service Project Nos. OD-14 and NO-33; OSRD No. 
4009. University of Minnesota. August, 1944. 

613 Blast 

Ml Electronic blastmeter. (Report No. J-2.1.) S. Shul- 
man and W. H. Barber. OEMsr-273; Project Nos. 
NO-33 and J-18; OSRD No. 5847. George Wash¬ 
ington University. November, 1945. 

Yaw 

Ml Further investigations conducted with the yaw 







DIVISION 3 • MICROFILM LIST 


49 


machine. (Local Intermediate Report No. CIT/ 
ILC-2.) (n.a.) California Institute of Technology. 
January 4, 1943. 

M2 Application of the optical lever principle to follow¬ 
ing projection tip-off and yaw motions during 
early burning of rockets. (Final Report No. J-6.) 
Milton R. Goff. OEMsr-273; Project Nos. J-42, 
NO-33 and OD-14; OSRD No. 5871. George 
Washington University. February, 1946. 

615 Temperature 

Ml The effective rocket temperature indicator. (Re¬ 
port No. CIT/INC-5.) R. White and J. M. 
Schmidt. OEMsr-418. California Institute of 
Technology. December 12, 1944. 

M2 High-speed temperature-time recorders employing 
an electronic inverter. (Final Report No. J-4.) 
N. E. Alexander. OEMsr-273; Service Project 

Nos. NO-33 and OD-14; OSRD No. 5868. George 
Washington University. November, 1945. 

620 Test Instruments and Equipment 

621 Gauges 

Ml New gauges for measuring the thrusts of rockets. 

(Memorandum Nos. A-38M and A-39M.) C. N. 
Hickman. Service Project No. OD-26; OSRD No. 
433. Jet Propulsion Research Laboratory, Indian 
Head, Md. March 2, 1942. 

M2 Piston thrust gauge. (Final Report No. J-3.2.) 
Alfred Africano. OEMsr-273; Service Project 

Nos. OD-14 and NO-33; OSRD No. 5864. George 
Washington University. January, 1946. 

M3 Copper ball crusher gauges. (Final Report No. 
J-3.3.) Alfred Africano. OEMsr-273; Service Proj¬ 
ect Nos. OD-14 and NO-33; OSRD No. 5863. 
George Washington University. January, 1946. 

621.1 Wire Strain Gauges 

Ml The manufacture of wire strain gauges for the 
measurement of thrust as applied to rocket re¬ 
search. (Report No. J-1.2.) N. E. Alexander. 
OEMsr-273; Project Nos. NO-33, OD-14 and J-10.3; 
OSRD No. 5843. George Washington University. 
November, 1945. 

M2 Audible null indicator for 15,000-cycle/sec alter¬ 
nating current bridge equipment. (Final Report 
No. J-1.7.) N. E. Alexander. OEMsr-273; Service 
Project Nos. OD-14 and NO-33; OSRD No. 5870. 
George Washington University. November, 1945. 
M3 Calibration equipment for pressure and thrust 
wire strain gauges. (Final Report No. J-1.8.) G. M. 
Lathrop and N. E. Alexander. OEMsr-273; Proj¬ 
ect Nos. NO-33, OD-14 and J-15; OSRD No. 5862. 
George Washington University. November, 1945. 
M4 Alternating current bridge and preamplifier for 
strain gauge measurement of pressure and thrust. 
(Final Report No. J-1.3.) N. E. Alexander. 
OEMsr-273; Service Project Nos. OD-14 and NO- 


33; OSRD No. 5857. George Washington Univer¬ 
sity. December, 1945. 

M5 The manufacture of wire strain gauges for the 
measurement of pressure as applied to rocket 
research. (Final Report No. J-l.l.) N. E. Alex¬ 
ander. OEMsr-273; Service Project Nos. OD-14 
and NO-33; OSRD No. 5856. George Washington 
University. December, 1945. 

622 Amplifier Calibrators 

Ml Standard automatic calibrator for alternating cur¬ 
rent bridge and amplifiers. (Report No. J-l .4.) 
N. E. Alexander. OEMsr-273; Project Nos. NO- 
33, OD-14 and J-10.6; OSRD No. 5846. George 
Washington University. November, 1945. 

M2 Design and production of amplifier calibrators. 
J. S. Garvin. OEMsr-256; Project Nos. J-15 and 
OD-14; OSRD No. 6163. Bell Telephone Labora¬ 
tories, Inc. December 13, 1945. 

623 Decelerometers 

Ml Drop table and decelerometer. Construction, cali¬ 
bration and operation. (Report No. CIT/JGC-7.) 
F. C. Lindvall. OEMsr-418. California Institute 
of Technology. November 15, 1943. 

M2 Impact decelerometers. (Report No. CIT/JHC-3.) 
Bruce H. Rule. OEMsr-418; Service Project Nos. 
NO-36.5 and NO-146. California Institute of 
Technology. January 24, 1944. 

624 Cameras 

624.1 Types 

624.11 Ribbon-Frame 

Ml The ribbon-frame camera. (Report No. A-196.) 
Frank Reck. OEMsr-256; Service Project Nos. 
OD-26 and NO-33; OSRD No. 1605. Bell Tele¬ 
phone Laboratories, Inc. July, 1943. 

M2 Instructions for use of the ribbon-frame camera. 
(Report No. A-251.) M. J. Walker. OEMsr-256; 
Service Project Nos. OD-26 and NO-33; OSRD No. 
3280. Bell Telephone Laboratories, Inc. Febru¬ 
ary, 1944. 

M3 Development of ribbon-frame camera. F. L. Mc¬ 
Nair and Frank Reck. OEMsr-256; Service Proj¬ 
ect No. OD-26; OSRD No. 6157. Bell Telephone 
Laboratories, Inc. December 11, 1945. 

624.12 Rotating-Mirror 

Ml The California Institute of Technology rotating- 
mirror camera, Model 2. Project Camel. (Report 
No. CIT/K-3.1.) Ira S. Bowen. OEMsr-418. 
California Institute of Technology. April 27, 
1945. 

M2 Auxiliary equipment for California Institute of 
Technology rotating-mirror camera and further 
notes on the camera. Project Camel. (Report No. 
CIT/K-3.3.) Ira S. Bowen. OEMsr-418. Cali¬ 
fornia Institute of Technology. June 8, 1945. 




50 


DIVISION 3 • MICROFILM LIST 


624.13 Miscellaneous Types 

Ml The solar yaw camera. (Report No. CIT/JFC-2.) 
William R. Smythe. OEMsr-418; Service Project 
Nos. OD-167 and NO-215; OSRD No. 2190. Cali¬ 
fornia Institute of Technology. May 8, 1945. 

M2 The California Institute of Technology accelera¬ 
tion camera. Models 3 and 4. (Report No. CIT/ 
JFC-3.) Clyde Chivens. OEMsr-418; OSRD No. 
2518. California Institute of Technology. August 
25, 1945. 

M3 Two-channel ballistics camera. (Final Report No. 
J-1.5.) N. E. Alexander. OEMsr-273; Project 
Nos. OD-14, NO-33 and J-10.5; OSRD No. 5858. 
George Washington University. December, 1945. 

624.2 Photography 

624.21 Measurements 

Ml Photographic measurements of rocket flight. (Re¬ 
port No. CIT/JFC-1.) Donald P. Barrett, Ira S. 
Bowen and others. OEMsr-250. California Insti¬ 
tute of Technology. June 1, 1942. 

M2 Photographic measurement of rocket flight. (Prog¬ 
ress Report No. A-62.) Donald P. Barrett, Ira S. 
Bowen and others. OEMsr-250; Service Project 
Nos. OD-26, CWS-22 and others. California Insti¬ 
tute of Technology. June 9, 1942. 

624.22 X-Ray 

Ml X-ray photography of burning rocket propellants. 
(Report No. J-5.) W. P. Spaulding, Ray S. Craig 
and Sidney Golden. OEMsr-273; Research Proj¬ 
ect Nos. W-60.1 and W-80; OSRD No. 5849. 
George Washington University. December, 1945. 

625 Targets 

Ml Rocket targets. (Progress Report No. A-27, as of 
November 1, 1941.) A. J. Dempster. Service 
Project No. OD-26; OSRD No. 311. December 24, 
1941. 

M2 The trajectories of target rockets. (Progress Re¬ 
port No. A-28.) A. J. Dempster. Service Project 
No. OD-26; OSRD No. 345. January 27, 1942. 

M3 Rocket targets. (First and Second Interim Report 
Nos. CIT/JBC-3 and CIT/JBC-4.) William A. 
Fowler. Research Project No. PDRC-155. Cali¬ 
fornia Institute of Technology. January 31 and 
April 14, 1942. 

M4 The design, development and testing of rocket 
targets. (Progress Report No. A-34, as of February 
1, 1942.) William A. Fowler. Service Project 
No. OD-26. February 16, 1942. 

M5 Design of rocket targets adopted by the Army 
Ordnance Department. (Memorandum No. A-46M.) 
L. A. Skinner. Project Nos. OD-26 and PA-391. 
Jet Propulsion Research Laboratory, Indian Head, 
Md. July 13, 1942. 

M6 California Institute of Technology rocket targets. 
(Report No. CIT/JBC-17.) James B. Edson. 


OEMsr-418. California Institute of Technology. 
June 12, 1943. 

M7 Gunnery and tactical training with rocket targets. 
(Report No. CIT/JNC-10.) James B. Edson. 
OEMsr-418. California Institute of Technology. 
December 14, 1943. 

M8 Manual t of 3 manufacturing and inspection prob¬ 
lems t of thej rocket target, Mark 3. (Report No. 
CIT/JSC-3.) (n.a.) OEMsr-418; Service Project 

No. NO-170. California Institute of Technology. 
March 1, 1944. 

M9 Rocket targets developed for the Army Ordnance 
Department. (Final Report No. W-2.) C. N. Hick¬ 
man. OEMsr-273; Project Nos. OD-26, PA-391 
and W-20; OSRD No. 5775. George Washington 
University. December, 1945. 

625.1 Components 

Ml A projector for rocket targets. (Progress Report 
No. A-47, as of February 24, 1942.) William R. 
Smythe. Service Project Nos. OD-26 and CWS-22. 
April 6, 1942. 

M2 Target launchers. (Report No. CIT/JNC-lOApp. 
Appendix No. 2.) (n.a.) California Institute of 

Technology, (n.d.) 

625.2 Scoring Systems 

Ml Scoring registers for target practice with automatic 
weapons. (Report No. CIT/JNC-1.) James B. 
Edson. OEMsr-495. California Institute of Tech¬ 
nology. February 20, 1942. 

M2 Scoring register and recorder for target practice. 
(Report No. CIT/JNC-2.) James B. Edson. 
OEMsr-250. California Institute of Technology. 
May 1, 1942. 

M3 Feasibility of visual coincidence scoring by two 
observers of tracer bullets shot at rocket targets. 
(Report No. CIT/JNC-3.) Jesse W. M. DuMond. 
OEMsr-250. California Institute of Technology. 
May 1, 1942. 

M4 Use of the 7-dial scoring register and tape recorder 
for rocket target practice. (Report No. CIT/ 
JNC-6.) James B. Edson. OEMsr-418. California 
Institute of Technology. August 11, 1943. 

626 Static Firing Test Equipment 

Ml Equipment and procedure for static firing tests. 
(Interim Report No. CIT/JGC-2.) Donald S. 
Clark. OEMsr-250. California Institute of Tech¬ 
nology. March 21, 1942. 

M2 Equipment and procedure for static firing tests. 
(Progress Report No. A-61.) Donald S. Clark. 
OEMsr-250; Service Project No. OD-26. California 
Institute of Technology. June 2, 1942. 

M3 Equipment for static firing tests. (Report No. 
CIT/JGC-3.) E. L. Ellis and N. R. Gunderson. 
OEMsr-418. California Institute of Technology. 
November 12, 1942. 

M4 Evaluation of pressure-time relationships occurring 
in static firing of rocket motors. (Report No. 





DIVISION 3 • MICROFILM LIST 


51 


CIT/JGC- 8 .) Bruce H. Sage. OEMsr-418; OSRD 
No. 2484. California Institute of Technology. 

April 10, 1945. 

M5 Standard frequency oscillators, tuning-fork type. 

(Final Report No. J-1.6.) N. E. Alexander. 
OEMsr-273; Service Project Nos. OD-14 and NO- 
33; OSRD No. 5869. George Washington Uni- 713 
versity. November, 1945. 

M 6 Static range operational and fire control equip¬ 
ment for rocket research. (Final Report No. J-l.) 

C. M. Lathrop and N. E. Alexander. OEMsr-273; 

Service Project Nos. OD-14 and NO-33; OSRD 
No. 5855. George Washington University. June, 

1946. 

627 Sound Range Recorder 

Ml Recorder settings and range errors for attacks with 

ahead-thrown weapons on deep targets. (Parts I 
and II. Report No. CIT/JPC-14.) M. A. Biot. 
OEMsr-418. California Institute of Technology. 
September 1, 1943. 

700 UNDERWATER BALLISTICS 

Ml Underwater ballistics. (Part 6 . Bi-Weekly Progress 

Report Nos. CIT/PMC-2.84, -2.85 and -2.87 [for] 
two week period ending June 24, July 8 and 
August 5, 1945.) Max Mason and L. B. Slichter. 
OEMsr-418; OSRD Nos. 2482, 2491 and 2509. 
California Institute of Technology. 

710 Characteristics of Underwater Ballistics 

711 Trajectory 

Ml Radius of curvature of the underwater trajectory 
of a rocket. (Local Intermediate Report No. CIT/ 
IPC-54.) Leverett Davis, Jr. California Institute 
of Technology. March 17, 1944. 

M2 Underwater trajectories of the 3.5" aircraft rocket. 

Model 5. (Report No. CIT/JPC-21.) R. V. Adams. 
OEMsr-418; Service Project Nos. OD-162 and NO- 
170; OSRD No. 2161. California Institute of 
Technology. June 10, 1944. 

M3 Underwater trajectory tests of production units of 
British projectile. Type C. (Report No. CIT/IOC- 
28.4.) Max Mason and L. B. Slichter. OEMsr-418; 

Service Project No. NO-146; OSRD No. 2339. 
California Institute of Technology. January 2, 

1945. 

M4 Underwater performance of British projectile, 

Type C. (Report No. CIT/IOC-28.5.) Max Mason 
and L. B. Slichter. OEMsr-418; Service Project 
No. NO-146; OSRD No. 2475. California Insti¬ 
tute of Technology. May 10, 1945. 

712 Drag 

Ml Antisubmarine (AS) projector charges. Terminal 
Velocity summary. (Report No. CIT/IPC-38.) 

Bruce H. Rule and W. P. Huntley. California 
Institute of Technology. August 18, 1943. 

M2 Estimation of drag and nose-lift coefficients of 


some rockets necessary to give a prescribed under¬ 
water behavior. (Local Intermediate Report No. 
CIT/IPC-57.) Leverett Davis, Jr. and L. Ivan 
Epstein. California Institute of Technology. 
April 10, 1944. 

Water Entry 

Ml The mechanism of water entry of projectiles. 
(Report No. CIT/JPC-13.) M. A. Biot. OEMsr- 
418. California Institute of Technology. Septem¬ 
ber 1 , 1943. 

M2 3.5" AR bodies with non-ricochet properties at 
low angles of water impact. (Local Intermediate 
Report No. CIT/IPC-64.) Ira S. Bowen. Cali¬ 
fornia Institute of Technology. October 10, 1944. 
M3 The effect of roughness of the sea on the entry 
and ricochet angles of a projectile. (Report No. 
CIT/IOC-31.) Max Mason and L. B. Slichter. 
OEMsr-418; Service Project No. NO-176; OSRD 
No. 2374. California Institute of Technology. 
February 1, 1945. 

M4 Structural damage associated with water entry of 
projectiles. (Report No. CIT/JOC-3.) D. E. Hud¬ 
son. OEMsr-418; Service Project No. NO-176; 
OSRD No. 2381. California Institute of Tech¬ 
nology. February 15, 1945. 

M5 Water entry and underwater ballistics of pro¬ 
jectiles. Edited by: Alice C. Ritter. OEMsr-418; 
OSRD No. 2551. California Institute of Tech¬ 
nology. 1946. 

714 Tail Spin 

Ml Effect of tail spin on underwater projectiles. 
(Report No. CIT/IPC-9.) Bruce H. Rule. 
OEMsr-329. California Institute of Technology. 
August 5, 1942. 

720 Types of Underwater Projectiles 

(See also; 731) 

721 Rockets 

Ml Underwater tests of 21 / 2 " antisubmarine rocket 
subcaliber with magnesium flare head. (Report 
No. CIT/IPC-37.) Bruce H. Rule and W. P. 
Huntley. California Institute of Technology. 
August 3, 1943. 

M2 Underwater behavior of 3.5-inch aircraft rockets. 
(Report No. CIT/JBC-23.) Ira S. Bowen. OEMsr 
418. California Institute of Technology. Decem¬ 
ber 6 , 1943. 

M3 Further investigations of the underwater behavior 
of aircraft rockets. (Report No. CIT/JBC-27.) Ira 
S. Bowen, R. V. Adams and Sylvan Rubin. 
OEMsr-418; OSRD No. 2152. California Institute 
of Technology. June 26, 1944. 

M4 VAR subcaliber underwater performance tests. 
(Report No. CIT/IPC-27.) Bruce H. Rule and 
W. P. Huntley. California Institute of Tech¬ 
nology. (n.d.) 



52 


DIVISION 3 • MICROFILM LIST 


722 Torpedoes 

Ml Torpedo. Deceleration, model tests and torpedo 
range work. (Part 5. Weekly and Bi-Weekly Prog¬ 
ress Report Nos. CIT/PMC-2.27, -2.38, -2.48, -2.62, 
-2.69, -2.84, -2.85 and -2.87 [for the] period ending 
April 9, June 25, September 3, December 10, 1944; 
January 28, June 24, July 8 and August 5, 1945.) 
F. C. Lindvall. OEMsr-418; OSRD Nos. 2131, 
2203, 2310, 2363, 2481, 2490 and 2508. California 
Institute of Technology. 


723 Miscellaneous Projectiles 

Ml Performance characteristics of 2v4-inch diameter 
underwater integral motor target bomb. (Report 
No. CIT/IPC- 6 .) Bruce H. Rule. California 
Institute of Technology. May 29, 1942. 

M2 Special underwater tests t at] Morris Dam on fuzes 
and projectiles. (Weekly Progress Report No. 
CIT/PMC-2.38 [for the] period ending June 25, 
1944.) Bruce H. Rule. OEMsr-418; OSRD No. 
2132. California Institute of Technology. June, 
1944. 


722.1 


722.2 


722.3 


722.4 


Deceleration 

Ml Torpedo deceleration. (Report No. CIT/JBC-28.) 
William R. Smythe. OEMsr-418; Service Project 
No. NO-168; OSRD No. 2160. California Institute 
of Technology. June 29, 1944. 

Water Entry 

Ml Instruments developed for an experimental study 731 
of the water entry of torpedoes and full-scale 
torpedo models. (Report No. CIT/JHC- 6 .) F. C. 
Lindvall. OEMsr-418; Service Project No. NO- 
176; OSRD No. 2431. California Institute of 
Technology. April 10, 1945. 

M2 Photographic studies in underwater ballistics. 
(Report No. CIT/IPC-81.) P. M. Hurley, J. S. 
Fassero and R. C. Jackson. OEMsr-418. Cali¬ 
fornia Institute of Technology. November 15, 

1945. 


Jet-Propulsion Unit 

Ml Development of a jet-propulsion unit for the 
Mark 13 torpedo. (Report No. CIT/JOC-4.) Bruce 
H. Sage. OEMsr-418; Service Project No. NO-177; 
OSRD No. 2539. California Institute of Tech¬ 
nology. September 12, 1945. 

Launching 

Ml California Institute of Technology torpedo launch¬ 
ing range, Morris Dam Reservoir. General descrip¬ 
tion of facilities. (Report No. CIT/JHC-2.) F. C. 
Lindvall. OEMsr-418. California Institute of 
Technology. October 15, 1943. 

M2 Torpedo launching tests at California Institute of 
Technology Torpedo Launching Range, through 
April 1 , 1944. (Report No. CIT/JOC-2.) F. C. 
Lindvall. OEMsr-418; Service Project Nos. NO-148 
and NO-177; OSRD No. 2105. California Institute 
of Technology. May 17, 1944. 

M3 Torpedo launching project report. (Report No. 
CIT/JHC-5, for year ending November 30, 1944.) 
F. C. Lindvall. OEMsr-418; Service Project No. 
NO-176; OSRD No. 2346. California Institute of 
Technology. February 1, 1945. 

M4 Development of a photoflare for torpedo launch¬ 
ing investigations. (Report No. Ms-828/JHC-8.) 
Bruce H. Sage. OEMsr-418. California Institute 
of Technology. December 1, 1945. 


Antisubmarine Warfare 

Ml Antisubmarine warfare. (Weekly Progress Report 
No. CIT/PMC-2.38 t for the] period ending June 
25, 1944.) L. B. Slichter. OEMsr-418; OSRD No. 
2133. California Institute of Technology. June, 
1944. 

Projectile Types 

(See also: 720) 

Mousetrap 

Ml Underwater characteristics of 7.2-inch diameter 
mousetrap projectile and 7 -inch diameter integral 
motor modification tests, March 31 to May 15, 
1942. (Report No. CIT/IPC-5.) Bruce H. Rule. 
California Institute of Technology. [May, 1942.] 
M2 Performance comparisons for 7.2-inch diameter 
modified mousetrap projectile, May 28 to June 
20, 1942. (Report No. CIT/1PC-7.) Bruce H. Rule. 
OEMsr-329. California Institute of Technology. 
June, 1942.] 

M3 The antisubmarine bomb (ASB). (Part I. Report 
No. CIT/JBC-7.) W. N. Arnquist, Leverett Davis, 
Jr. and others. OEMsr-418. California Institute 
of Technology. June 25, 1942. 

M4 Entry and underwater characteristics of 7.2-inch 
diameter, flat-nosed mousetrap and hedgehog pro¬ 
jectiles. (Report No. CIT/IBC- 8 .) Bruce H. Rule. 
OEMsr-329. California Institute of Technology. 
July 13, 1942. 

M5 The antisubmarine bomb. (Part I. Progress Re¬ 
port No. A-74.) Leverett Davis, Jr., Thomas L. 
Lauritsen and others. OEMsr-418; Project Nos. 
OD-26, NO-36.5 and PA-365. California Institute 
of Technology. July 27, 1942. 

M 6 The antisubmarine bomb. Part II, The propellant. 
(Progress Report No. A-77.) W. N. Arnquist, 
Leverett Davis, Jr. and others. OEMsr-418; Proj¬ 
ect Nos. OD-14, PA-310 and others. California 
Institute of Technology. August 12, 1942. 

M7 Progress on the installation and training program 
for the antisubmarine bomb, or mousetrap. 
(Memorandum No. A-51M, as of August 15, 1942.) 
William R. Smythe. OEMsr-418; Project Nos. 
OD-26, NO-36.5 and PA-365; OSRD No. 805. 
California Institute of Technology. August 19, 
1942. 

M 8 Mousetrap. Operating instructions. (Report No. 


731.1 






DIVISION 3 • MICROFILM LIST 


53 


731.2 


731.21 


731.22 


CIT/JBC-13.) L. B. Slichter and Thomas L. 
Lauritsen. OEMsr-418. California Institute of 
Technology. October 25, 1942. 

M9 Water entry and underwater trajectory tests on 
Bureau of Ordnance antisubmarine bomb, mouse¬ 
trap. (Report No. CIT/IPC-14.) Bruce H. Rule. 
California Institute of Technology. December 3, 

1942. 

M10 Underwater tests of mousetrap with line and 
drogue. (Report No. CIT/IOC-17.) Bruce H. Rule 
and W. P. Huntley. California Institute of Tech¬ 
nology. August 12, 1943. 

Mil Underwater performance tests of 7.2" rocket, 
Mark 3 mousetrap assembly with Mark 131 fuze 
and with Mark 140 fuze and protective cap. (Re¬ 
port No. CIT/IBC-60.) R. L. Noland. OEMsr- 
418. California Institute of Technology. Febru¬ 
ary 4, 1944. 

M12 The ballistics of firing an antisubmarine bomb 
backwards from an airplane. (Research Memo¬ 
randum No. CIT/ITC-4.) Leverett Davis, Jr. 
California Institute of Technology, (n.d.) 

M13 Impact and deceleration of the antisubmarine 
bomb, mousetrap. (Report No. CIT/IPC-12.) 
Bruce H. Rule and W. P. Huntley. California 
Institute of Technology, (n.d.) 

Hedgehog 

Ml Bureau of Ordnance subcaliber ammunition foi 
antisubmarine projector, Mark 10, hedgehog. 
Underwater performance tests. (Report No. CIT/ 
IOC-11.) Bruce H. Rule and W. P. Huntley. 
California Institute of Technology. September 21, 

1943. 

M2 Underwater performance tests of Bureau of Ord¬ 
nance, Mark 6 and Bureau of Ordnance, Mark 8 
projector charges, hedgehog, with Mark 140 fuze 
and protective cap. (Report No. CIT/IOC-23.) 
R. L. Noland. OEMsr-418. California Institute 
of Technology. February 28, 1944. 

M3 Antisubmarine projector charge (ASPC) subcaliber 
underwater performance tests. (Report No. CIT/ 
IPC-32.) Bruce H. Rule and W. P. Huntley. 
California Institute of Technology, (n.d.) 

Mark 1 

Ml Impact and deceleration of the antisubmarine 
projector charge (ASPC) Mark 1 projectile and 
modified antisubmarine bomb. (Report No. CIT/ 
JBC-15.) Bruce H. Rule and W. P. Huntley. 
OEMsr-418. California Institute of Technology. 
February 10, 1943. 

M2 Slat deck impact deceleration tests, antisubmarine 
projector charge (ASPC) Mark 1. (Report No. 
CIT/IOC-5. Addendum I.) Bruce H. Rule and 
W. P. Huntley. California Institute of Tech¬ 
nology. July 12, 1943. 

Mark 11 

Ml Underwater performance tests of Bureau of Ord¬ 


nance antisubmarine projector charge (ASPC) 
Mark 11. (Report No. CIT/IPC-33.) Bruce H. 
Rule and W. P. Huntley. California Institute of 
Technology. August 10, 1943. 

731.3 Depth Charges 

Ml Underwater tests of depth charges and depth 
charge pistols. (Report No. CIT/JOC-1.) Bruce 
H. Rule. OEMsr-418. California Institute of 
Technology. June 18, 1943. 

M2 Underwater performance of 7.2" diameter fast¬ 
sinking depth charge with Mark 140 fuze, with 
and without protective cap. (Report No. CIT/ 
IOC-26.) Bruce H. Rule and W. P. Huntley. 
OEMsr-418. California Institute of Technology. 
May 13, 1944. 

M3 Underwater performance of 6" diameter, Mark 12 
fast-sinking depth charges with tails of various 
sizes and with Mark 140 fuze and protective cap. 
(Report No. CIT/IOC-27.) Bruce H. Rule and 
W. P. Huntley. OEMsr-418. California Institute 
of Technology. June 7, 1944. 

M4 Underwater performance of the 7.2-inch diameter 
fast-sinking depth charge with case length in¬ 
creased 1 inch and 3 inch with Mark 140 fuze, 
with and without protective cap. (Report No. 
CIT/IOC-26.2.) Bruce H. Rule and W. P. Hunt- 
ley. OEMsr-418; OSRD No. 2223. California 
Institute of Technology. September 7, 1944. 


731.4 AS-UP Projectile 

Ml The antisubmarine rocket projectile, AS-UP. (Re¬ 
port No. CIT/JBC-5.) Thomas L. Lauritsen. 
OEMsr-250. California Institute of Technology. 
April 25, 1942. 

732 Antisubmarine Attacks by Surface Craft 

Ml Theory of errors in antisubmarine attacks by 
surface vessels. (Report No. CIT/JNC-15.) Nor¬ 
man A. Haskell. OEMsr-418; Service Project No. 
NO-36.5. California Institute of Technology. 
March 16, 1944. 

M2 Elements in the effectiveness of antisubmarine 
attacks by surface craft. (Volumes I and II. Report 
No. CIT/JNC-14.) Norman A. Haskell, P. M. 
Hurley and others. OEMsr-418; Service Project 
Nos. NO-36.5 and NO-146; OSRD No. 2189. Cali¬ 
fornia Institute of Technology. May, 1944. 

800 MISCELLANEOUS RESEARCH 

810 Rocket Flares 

Ml Manual t of] the 100-knot vertical flare, Mark 4. 
(Report No. CIT/JBC-12.) John McMorris. 
OEMsr-418. California Institute of Technology. 
September 21, 1942. 

M2 Jet-propelled illuminating flare. (Progress Report 
No. A-113.) W. E. Jeremiah. OEMsr-273 and 
OEMsr-256; Project Nos. OD-26, NO-120 and PA- 
369; OSRD No. 992. George Washington Uni- 



54 


DIVISION 3 • MICROFILM LIST 


versity and Bell Telephone Laboratories, Inc. 
November 12, 1942. 

M3 Status report on smoke float rockets. (Local Inter¬ 
mediate Report No. CIT/IBC-32.) Sylvan Rubin. 
California Institute of Technology. June 7, 1943. 

M4 Smoke float rocket. (Memorandum No. CIT/IBC- 
54.) Sylvan Rubin. California Institute of Tech¬ 
nology. November 24, 1943. 

M5 Rocket flares. N. R. Droulard, William W. Farr 
and W. B. Pope. OEMsr-968; Project Nos. W-50, 
OD-170 and NO-252; OSRD No. 6135. Budd 
Wheel Company. October 17, 1945. 

820 Flame Throwers 

821 Portable 

Ml Development of portable cordite-operated gas 
generator for pressurizing M2-A2 flame throwers. 
A. S. Collins and A. A. Nellis. Massachusetts 
Institute of Technology and George Washington 
University. July 12, 1945. 

M2 Portable powder-pressurized flame thrower. N. R. 
Droulard, William W. Farr and W. B. Pope. 
OEMsr-968; Project Nos. W-162 and CWS-10; 
OSRD No. 6138. Budd Wheel Company. Octo¬ 
ber 17, 1945. 

M3 Development of portable smokeless powder- 
operated gas generator for pressurizing M2-A2 
flame throwers. (Final Report No. W-16.3.) A. S. 
Collins and A. A. Nellis. OEMsr-273; Project 
Nos. W-163 and CWS-10; OSRD No. 5880. George 
Washington University. December, 1945. 

M4 Production model of portable smokeless powder- 
operated gas generator for pressurizing M2-A2 
flame throwers. (Supplementary Report No. 
W-16.3-S.) Robert Lee James. OEMsr-273; Re¬ 
search Project No. W-163; OSRD No. 5806. 
George Washington University. December, 1945. 

M5 The one-shot portable flame thrower, E16-R1. 
(Report No. W-16.2.) Roy E. Hunt, A. Stefcik 
and others. OEMsr-273; Service Project No. CWS- 
10; OSRD No. 5805. George Washington Univer¬ 
sity. February, 1946. 

822 Airborne 

Ml Airborne flame thrower. N. R. Droulard, William 
W. Farr and W. B. Pope. OEMsr-968; Project 
Nos. W-161 and CWS-10; OSRD No. 6136. Budd 
Wheel Company. October 17, 1945. 

M2 Airborne flame thrower firing circuits. P. E. 
Buch. OEMsr-256; Project Nos. W-161 and CWS- 
10; OSRD No. 6165. Bell Telephone Laboratories, 
Inc. January 3, 1946. 

823 Tankborne 

Ml Tankborne flame thrower. N. R. Droulard, Wil¬ 
liam W. Farr and W. B. Pope. OEMsr-968; Project 
Nos. W-164 and CWS-10; OSRD No. 6137. Budd 
Wheel Company. October 17, 1945. 

M2 Tankborne flame thrower firing circuits. P. E. 


Buch. OEMsr-256; Project Nos. W-164 and CWS- 
10; OSRD No. 6167. Bell Telephone Laboratories, 
Inc. January 18, 1946. 

830 Recoilless Mortars 

Ml Interior ballistics of recoilless guns. (Report No. 
A-215.) Joseph O. Hirschfelder, R. B. Kershner 
and others. OEMsr-51; OSRD No. 1801. Carnegie 
Institution of Washington. September, 1943. 

831 4.2-Inch Chemical Mortar 

Ml Tests of the 4.2-inch chemical mortar. (Progress 
Report No. A-81.) Alfred Africano and Sidney 
Golden. Research Project No. PA-310; OSRD 
No. 793. August 18, 1942. 

M2 Studies of the 4.2-inch chemical mortar. Prelimi¬ 
nary investigations and engineering tests to de¬ 
velop increased range for the 4.2-inch chemical 
mortar by means adapted to immediate field ap¬ 
plication. (Report No. A-178.) A. R. T. Denues. 
Service Project No. CWS-22. April, 1943. 

M3 The 4.2-inch recoilless chemical mortar, E-34R1. 
(n.a.) George Washington University and US 
Army Chemical Warfare Service. November 20, 
1944. 

M4 [Thej 4.2-inch recoilless chemical mortar, E-34R1. 
(Technical Bulletin No. CW-24.) (n.a.) US War 

Department. December 21, 1944. 

M5 Recoilless 4.2" chemical mortar. N. R. Droulard, 
William W. Farr and W. B. Pope. OEMsr-968; 
Service Project No. CWS-30; OSRD No. 6142. 
Budd Wheel Company. October 17, 1945. 

M6 Extension of range of the 4.2" chemical mortar, 
M-2. N. R. Droulard, William W. Farr and W. B. 
Pope. OEMsr-968; Project Nos. W-90 and CWS- 
30; OSRD No. 6144. Budd Wheel Company. 
October 17, 1945. 

M7 Development of a new 4.2" chemical mortar of 
radical design. N. R. Droulard, William W. Farr 
and W. B. Pope. OEMsr-968; Project Nos. W-91 
and CWS-34; OSRD No. 6145. Budd Wheel Com¬ 
pany. October 17, 1945. 

M8 Summary of interim ballistic studies of the 4.2- 
inch chemical mortar. (Final Report No. W-9.1.) 
A. R. T. Denues. OEMsr-273; Project Nos. W-90, 
CWS-22 and CWS-30; OSRD No. 5792. George 
Washington University. December, 1945. 

M9 Development of a new 4.2-inch chemical mortar 
of radical design. (Final Report No. W-9.4.) T. R. 
Paulson. OEMsr-273; Project Nos. W-91 and 
CWS-34; OSRD No. 5790. George Washington 
University. December, 1945. 

M10 The design of a 4.2-inch recoilless mortar mount. 
J. M. Dietz. OEMsr-256; Service Project No. 
CWS-30; OSRD No. 6164. Bell Telephone Labo¬ 
ratories, Inc. January 3, 1946. 

Mil Recoilless 4.2-inch chemical mortars. (Report No. 
W-10.) R. B. Kershner, A. R. T. Denues and 
others. OEMsr-273; Project Nos. CWS-30 and 
W-101; OSRD No. 5791. George Washington 
University. April, 1946. 





DIVISION 3 • MICROFILM LIST 


55 


832 


833 


840 


841 


M12 Extension of range of the 4.2-inch chemical mortar, 850 
M-2. (Final Report No. W-9.) G. C. Bowen, C. F. 

Curtiss and others. OEMsr-273; Project Nos. 851 
W-90, CWS-30 and CWS-22; OSRD No. 5789. 

George Washington University. June, 1946. 

60-MM Mortar 

Ml [The] 60-mm recoilless mortar. N. R. Droulard, 
William W. Farr and W. B. Pope. OEMsr-968; 

Project Nos. OD-184 and W-140; OSRD No. 6149. 852 

Budd Wheel Company. October 17, 1945. 

M2 [Thej 60-mm recoilless mortar. (Report No. W-14.) 

Sidney Golden and N. T. Grisamore. OEMsr-273; 

Project Nos. OD-184 and W-140; OSRD No. 5802. 

George Washington University. January, 1946. 

81-MM Mortar 

Ml [The] 81-mm recoilless mortar. N. R. Droulard, 
William W. Farr and W. B. Pope. OEMsr-968; 
Project Nos. W-150 and OD-185; OSRD No. 6150. 853 

Budd Wheel Company. October 17, 1945. 


Jet-Propelled Devices 

Ml Notes and tests of the design and performance of 

jet-propelled devices. (Memorandum Nos. A-4M to 354 
A-17M, covering period from November 8 , 1940 to 
July 18, 1941.) C. N. Hickman. Service Project 
No. OD-26; OSRD No. 28. September 30, 1941. 

M2 Notes on the design and performance of jet- 
propelled devices. (Memorandum Nos. A-18M to 
A-27M, to November 1, 1941.) C. N. Hickman. 

Service Project No. OD-26; OSRD No. 29. Novem¬ 
ber 15, 1941. 

M3 Internal ballistics bf jet-propelled devices. (Report 

No. CIT/JAC-2.) Bruce H. Sage. OEMsr-418. g55 
California Institute of Technology. October 23, 

1942. 

M4 Some studies of the internal ballistics of jet- 
propelled devices. (Progress Report No. A-115.) 

Bruce H. Sage. OEMsr-418; Project Nos. PA-310, 

OD-14 and others. California Institute of Tech¬ 
nology. November, 1942. 

M5 Some Schlieren photographs of rocket jets. (Report 
No. CIT/JGC-10.) N. U. Mayall. OEMsr-418; 

Service Project Nos. OD-14 and NO-33; OSRD No. 

2538. California Institute of Technology. Sep¬ 
tember 25, 1945. 

870 


Take-Off Unit 

Ml Description and instructions for the use of jet- 
assisted take-off unit. Model 8AE-1000-H5. (Report 
No. ABL/SR- 6 .) (n.a.) OSRD No. 5231. George 
Washington University. June 25, 1945. 

M2 The jet-assisted take-off unit. (Report No. W-19.) 880 

Lyman G. Bonner and William H. Avery. OEMsr- 
273; Project Nos. NA-197 and W-191; OSRD No. 

5815. George Washington University. December, 

1945. 


Ammunition 

4.2-Inch Chemical Mortar Shell 

Ml Tests of various methods of obtaining rotation 
of the 4.2-inch chemical mortar shell. (Final Re¬ 
port No. W-9.2.) G. C. Bowen. OEMsr-273; Proj¬ 
ect Nos. W-90 and CWS-30; OSRD No. 5694. 
George Washington University. October, 1945. 

4.5-Inch Barrage Rocket 

Ml Ammunition manual for the 4.5" barrage rocket, 
1100 yard. (Report No. C1T/JBC-19.) (n.a.) 

OEMsr-418. California Institute of Technology. 
July 26, 1943. 

M2 Manual c ofj proof-firing of rocket ammunition, 
4.5" barrage rocket. (Report No. CIT/JHC-4.) 
James D. De Santo. OEMsr-418. California In¬ 
stitute of Technology. March 6 , 1944. 

11.75-Inch Rocket Shell 

Ml Description and instruction for use of 11.75" 
rocket ammunition. (Ordnance Pamphlet No. 
1227.) (n.a.) US Navy Department. July 13, 

1944. 

Mousetrap 

Ml Manual [for the] use of mousetrap ammunition. 
(Report No. CIT/JBC- 8 .) Thomas L. Lauritsen. 
OEMsr-418. California Institute of Technology. 
June 27, 1942. 

M2 Manual t for the] use of subcaliber mousetrap 
ammunition. (Report No. CIT/JBC-9.) O. C. 
Wilson. OEMsr-418. California Institute of 
Technology. June 30, 1942. 

Hedgehog 

Ml Underwater tests of proposed practice hedgehog 
ammunition. (Report No. CIT/IOC-4.) Bruce H. 
Rule and W. P. Huntley. OEMsr-418. California 
Institute of Technology. June 2, 1943. 

Hole-Digger 

Ml Powder-driven post-hole digger. (Final Report No 
W-24.) R. B. Kershner. OEMsr-273; Project 
Nos. OD-26 and W-506; OSRD No. 5867. George 
Washington University. December, 1945. 

Gas Generator 

Ml A gas generator for a small turbine. (Report No. 
W-17.) S. S. Penner, A. J. Madden and R. L. 
Evans. OEMsr-273; Project Nos. NO-309 and 
W-170; OSRD No. 5808. George Washington 
University. December, 1945. 

Rocket Shipment Problems 

Ml Hazards in the shipment of propulsive and non- 
propulsive rockets. (Report No. CIT/IMC-1.) 
(n.a.) OEMsr-418. California Institute of Tech¬ 
nology. June 22, 1943. 


* 





























DIVISION 4 • PROXIMITY FUZES AND TOSS BOMBING 

Microfilm Index 


100 SUMMARY REPORTS FOR DIVISION 4 

200 VT FUZES 

210 Types 

211 Radio Proximity Fuzes 

211.1 Battery-Powered 

211.2 Genera tor- Powered 

211.21 Bomb Fuzes 

211.22 Rocket Fuzes 

211.23 Mortar Fuzes 

212 Photoelectric Proximity Fuzes 

212.1 Bomb Fuzes 

212.2 Rocket Fuzes 

212.3 Miscellaneous Photoelectric Fuzes 

213 Acoustic Proximity Fuzes 

214 Barometrically-Set Fuzes 

215 Adjustable Time Fuzes 
220 Operational Uses of VT Fuzes 

221 Combat Areas 

222 Field Tests 

222.1 Radio Proximity Fuzes 

222.11 Bomb Fuzes 

222.111 T-50 

222.112 T-51 

222.113 T-82 

222.114 T-91 and T-92 

222.115 Miscellaneous Bomb Fuze Tests 

222.12 Rocket Fuzes 

222.121 T-5 

222.122 T-6 

222.123 T-5 and T-6 Combined Lots 

222.124 T-30 

222.125 T-2004 and T-2005 

222.126 T-30 and T-2004 Combined 
Lots 

222.127 T-50 

222.128 MC-382 

222.129 Miscellaneous Rocket Fuze 
Tests 

222.13 Mortar Fuzes 

222.131 T-132 

222.132 T-172 

222.133 Miscellaneous Mortar Fuze 
Tests 

222.2 Photoelectric Fuzes 

222.21 Bomb Fuzes 

222.22 Rocket Fuzes 

222.221 Radio Reporter Tests 

222.222 Condenser-Powered Fuzes 

222.223 M-2 and M-3 (MC-382) Com¬ 
bined Lots 

222.224 MC-380 

222.225 RPEB-2 

222.226 Miscellaneous Rocket Fuzes 

222.23 Miscellaneous Photoelectric Fuze Tests 


230 Fuze Components 

231 Electronic Tubes 

231.1 Thyratrons 
231.11 Tests 

231.2 Diodes 

231.3 Triodes 

231.4 Pentodes 

231.5 Photocells 

231.51 Double Photocells 

231.52 Test Equipment 

231.6 Neon Tubes 

232 Power Supplies 

232.1 Batteries 

232.2 Generators 

232.21 Propellers 

232.22 Rotors 

232.23 Bearings 

233 Antennas 

233.1 Tuning and Loading of Fuzes 

234 Lenses 

234.1 Non-Crazing Coatings 

235 Rectifiers 

236 Resistors 

236.1 Varistors 

237 Condensers 

238 Circuits and Related Components 

238.1 MC-380 Circuits 
(See also: 238.41) 

238.2 Amplifiers 

238.21 Amplifier Construction and Design 

238.211 Gain Control 

238.212 Amplifier Shaping and After- 
Burning 

238.213 Miscellaneous Amplifier Prob¬ 
lems 

238.22 Amplifier Type? 

238.221 MC-380 

238.222 MC-382 

238.223 10-E 

238.224 11-A 

238.225 T-Types 

238.226 P-Types 

238.227 Miscellaneous Amplifier Types 

238.3 Oscillators 

238.31 Oscillator-Diode Type 

238.32 Reaction Grid Detection Type 

238.33 Oscillator Tests 

238.4 Photocell Circuits 

238.41 Photocell Resistor 
(See also: 238.1) 

238.42 Zero-Stage Units 

238.43 Double-Input 

238.44 Photocell Tests 

238.5 Arming and Firing Circuits 


57 


DIVISION 4 • PROXIMITY FUZES AND TOSS BOMBING 

List of Microfilmed Reports 


100 SUMMARY REPORTS FOR DIVISION 4 

Ml Conference with Dr. Tolman and Dr. Lauritsen of 
National Defense Research Committee, August 12, 
1940. (Memorandum No. A16-1-2/947.) Gilbert C. 
Hoover. August 17, 1940. 

M2 Weekly progress reports ( on] Contract OEMsr- 
2163. (Interim Report Nos. 31 to 41, 44 to 50, 52 
to 61, 63, 65, 66 and 68 to 71 t for the period from] 
October t 2] 1943 t tO] September 30, 1944.) Dorman 
D. Israel, A. G. Rogers and others. OEMsr-2163; 
Project No. P4-771R. Emerson Radio and Phono¬ 
graph Corporation. 

M3 Engineering letters. (Nos. 1 to 63, except No. 58.) 
(n.a.) NBS, Ordnance Development Division. 
May 26, 1944 to August 29, 1945. 

M4 Summary of activities in development and pilot 
manufacturing run of radio fuzes and accessories. 
Vernon D. Hauck. OEMsr-258. Bendix Aviation 
Corporation. September 27, 1944. 

M5 Final technical report of . . . Contract OEMsr- 
954. (n.a.) OEMsr-954. Zell Corporation. Janu¬ 
ary 12, 1945. 

M6 Final technical report under Contracts OEMsr-885 
and OEMsr-1113. (Preliminary draft.) (n.a.) 
OEMsr-885 and OEMsr-1113. Emerson Radio and 
Phonograph Corporation. May 14, 1945. 

M7 Summary technical report for Contract OEMsr- 
769. (n.a.) OEMsr-769. State University of Iowa. 
September 29, 1945. 

M8 Final technical report on Contract OEMsr-1378. 
(Report No. 238.) (n.a.) OEMsr-1378. Raymond 
Engineering Laboratory, Inc. October 29, 1945. 

200 VT FUZES 

Ml VT fuzes for rockets and bombs. Training lectures. 
(Report No. A-334.) Robert D. Huntoon, Chester 
H. Page and others. Service Project Nos. OD-27, 
NO-77B and NO-77R; OSRD No. 5326. NBS, 
Ordnance Development Division. January, 1945.] 

210 Types 

Ml [WPPR fuzes.] Engineering memorandum of trip 
to Bureau of Standards and Baltimore Radio Divi¬ 
sion, August 3 and 4, 1942. E. K. Clark. t West- 
inghouse Electric and Manufacturing Company, 
Inc.j August 6 , 1942. 

211 Radio Proximity Fuzes 

Ml Radio-controlled antiaircraft proximity fuze. The 
reflection of radio waves from airplanes. (Progress 
Report No. A-19.) Robert D. Huntoon. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. November 10, 1941. 

M2 Basic theory of the radio proximity fuze. [Philip 
R. Karr.] NBS, Ordnance Development Division. 
May 25, 1945. 


M3 The air burst proximity fuze for bombs, rockets 
and mortars, (n.a.) NBS, Ordnance Development 
Division. October, 1945. 

211.1 Battery-Powered 

Ml Letter to Dr. R. C. Tolman. Subject: The use in 
proximity fuzes for rockets of the various electronic 
components of small size for use in the proximity 
fuze for antiaircraft projectiles. W. S. Parsons. 
May 21, 1942. 

M2 Radio proximity fuzes for bombs and rockets, as 
of May 28, 1942. (Progress Report No. A-64.) 
Harry M. Diamond. Service Project Nos. OD-27, 
OD-33 and CWS-19. NBS, Ordnance Develop¬ 
ment Division. June 15, 1942. 

M3 Radio proximity fuze for plane-to-plane rocket 
application. (Report No. A-144.) Harry M. Dia¬ 
mond, W. S. Hinman, Jr. and others. Service 
Project Nos. OD-27, OD-26 and others. NBS, 
Ordnance Development Division. February 12, 
1943. 

M4 Research and development ... on P4-772 radio 
proximity fuze for large bombs. (Final report.) 
R. A. Bell. OEMsr- 866 . Philco Radio and Tele¬ 
vision Corporation. June 15, 1943. 

M5 Proximity fuze t for the] plane-to-plane rocket, 
Type POD. (Termination Report No. CFE-761.) 
John R. Boykin. OEMsr-343. Westinghouse Elec¬ 
tric and Manufacturing Company, Inc. April 28, 
1945. 

M6 Proximity fuze, Hornet. (Termination Report No. 
CFE-762.) John R. Boykin. OEMsr-343. West¬ 
inghouse Electric and Manufacturing Company, 
Inc. April 28, 1945. 

211.2 Generator-Powered 

Ml Circuit design of the ultra high frequency unit 
for the radio proximity fuze. (Progress Report 
No. A-80.) Chester H. Page. Service Project Nos. 
OD-27, OD-33 and others. NBS, Ordnance Devel¬ 
opment Division. August, 1942. 

M2 Design of generator-powered radio fuze. (Engi¬ 
neering Report No. 1-R.) Chester H. Page and 
F. Stanley Atchison. Service Project Nos. OD-27 
and SC-40. NBS, Ordnance Development Divi¬ 
sion. May 29, 1943. 

211.21 Bomb Fuzes 

Ml Tolerances on complete BRLG- 8 . (Report No. OD- 
3-6a.) Robert D. Huntoon. NBS, Ordnance De¬ 
velopment Division. October 22, 1943. 

M2 Specification of maximum starting torque of com¬ 
plete BRLG unit. (Report No. OD-4-13.) A. Char- 
tock and L. B. Heilprin. NBS, Ordnance Develop¬ 
ment Division. December 6 , 1943. 

M3 Status of BRLG production design. (Report No. 


60 






DIVISION 4 • MICROFILM LIST 


61 


211.22 


211.23 


OD-3-57.) W. S. Hinman, Jr. NBS, Ordnance 
Development Division. December 16, 1943. 

M4 Specification for longitudinally-excited, generator- 
powered radio proximity fuze, BRLG-100. (n.a.) 

February 25, 1944. 

M5 Generator-powered proximity fuzes for bombs. 

K. D. Smith and A. L. Stillwell. OEMsr-905. 

Bell Telephone Laboratories, Inc. March 24, 

1944. 

M6 [The BRLG unit.] Final report on Contract 
OEMsr-866. Olga E. Yeaton. OEMsr-866. Philco 
Radio and Television Corporation. August 18, 212 

1944. 

M7 A study of the development of the BRLG-100 
specifications, of February 25, 1944. (Report No. 
OD-5-617.) (n.a.) NBS, Ordnance Development 212.1 

Division. September 1, 1944. 

M8 Specification for transversely-excited, generator- 
powered radio proximity fuze, T-51E1. (n.a.) 

January 5, 1945. 

M9 Generator-powered radio proximity fuze for 
bombs, transverse antenna type. Earl J. Diehl. 
OEMsr-980 and OEMsr-1133; Service Project No. 

OD-27. Zenith Radio Corporation. March 30, 212.2 

1945. 

M10 Generator-powered radio proximity fuze for 
bombs, transverse antenna type. (Final Report No. 

A-326.) Earl J. Diehl. OEMsr-980 and OEMsr- 
1133; Service Project Nos. OD-27 and NO-77B; 

OSRD No. 5111. Zenith Radio Corporation. 

March 30, 1945. 

Mil Development of a ground-approach proximity 
bomb nose fuze. (Termination Report No. CFE- 
760.) T. M. Bloomer. OEMsr-343 and OEMsr- 
1106. Westinghouse Electric and Manufacturing 
Company, Inc. April 28, 1945. 

M12 Pilot line production of BRLG equipment. 

Maurice E. Swift. OEMsr-1196. Philco Radio 
and Television Corporation. May 31, 1945. 

M13 A radio proximity fuze. Type BRTD. (Part I.) 

(n.a.) [OEMsr-949.] University of Florida. Sep¬ 

tember 26, 1945. 

Rocket Fuzes 

Ml RRLG proximity fuzes. F. H. Osborne. OEMsr- 
1161 and OEMsr-1163. Rudolph Wurlitzer Com¬ 
pany. March 15, 1945. 

Mortar Fuzes 

Ml Considerations of the problem of adapting the 

radio proximity fuze to the M-56 mortar projectile. 212.3 
Alfred S. Khouri. [University of Florida.] Octo¬ 
ber 30, 1943. 

M2 Mortimer loop radio proximity fuze report, (n.a.) 

University of Florida. April 22, 1944. 

M3 A radio proximity fuze, Type MROG. (Report No. 

A-338.) (n.a.) OEMsr-949; Service Project No. 

OD-27; OSRD No. 5412. University of Florida. 

April, 1945. 

M4 A radio proximity fuze. Type MROG. (Part I. 


Report No. WRL-UF-4.) (n.a.) t OEMsr-749.] 
University of Florida. April 2, 1945. 

M5 A study of the possibility of making both loop 
and longitudinal-type fuzes from the basic Uni¬ 
versity of Florida MROG unit. Alfred S. Khouri. 
University of Florida. April 3, 1945. 

M6 Final chronological report on both the Resistance- 
Capacitance Project and the Mortimer Project. 
(Report No. WRL-UF-7.) Palmer H. Craig. Uni¬ 
versity of Florida. May 19, 1945. 

Photoelectric Proximity Fuzes 

Ml The photoelectric proximity fuze. (Progress Re¬ 
port No. A-l.) L. R. Hafstad. November 4, 1940. 

Bomb Fuzes 

Ml The photoelectric proximity fuze. (General con¬ 
siderations and Part I [Consisting of two sections]. 
Progress Report No. A-20.) L. R. Hafstad and 
others. NDCrc-78 and NDCrc-170. Carnegie In¬ 
stitution of Washington and Western Electric 
Company, Inc. October 24 and 27, 1941. 

Rocket Fuzes 

Ml [Specifications for the manufacture of photo¬ 
electric rocket fuze apparatus, Western Electric 
Model BR.] (Specification No. X-61637, Issue No. 
1.) (n.a.) Bell Telephone Laboratories, Inc. 

January 29, 1942.] 

M2 The status of the photoelectric proximity fuze for 
rockets on March 13, 1942. (Progress Report No. 
A-44.) Joseph E. Henderson, Seth H. Nedder- 
meyer and others. NDCrc-170, OEMsr-145 and 
OEMsr-255; Service Project No. OD-27. NBS, 
Ordnance Development Division and Bell Tele¬ 
phone Laboratories, Inc. March 18, 1942. 

M3 Specifications for the manufacture and testing of 
a photoelectric proximity fuze for rocket projec¬ 
tiles. (n.a.) [NBS, Ordnance Development Divi¬ 
sion.] September 30, 1942. 

M4 Photoelectric rocket fuzes. J. F. Wentz. NDCrc- 
170, OEMsr-145 and OEMsr-225. Bell Telephone 
Laboratories, Inc. March 1, 1943. 

M5 Proximity fuzes. (Final report.) J. F. Wentz. 
OEMsr-500. Bell Telephone Laboratories, Inc. 
July 31, 1943. 

M6 The photoelectric proximity fuze for rocket pro¬ 
jectiles. (Volumes I and II.) (n.a.) NBS, Ord¬ 
nance Development Division, (n.d.) 

Miscellaneous Photoelectric Fuzes 

Ml WPPR fuze. Mr. Russell’s trip to Washington, 
August 7, 1942. (n.a.) [Westinghouse Electric 

and Manufacturing Company, Inc.j August 6, 
1942. 

M2 Condenser-driven, single-stage photoelectric unit. 
(Progress Report No. 2.) Robert A. Becker, 
Charles Ravitsky and David Feldman. [NBS, 
Ordnance Development Division.] December 14, 
1942. 



62 


DIVISION 4 • MICROFILM LIST 


213 Acoustic Proximity Fuzes 

Ml Studies of acoustic proximity fuzes. (Summary Re¬ 
port No. A-12.) J. A. Bearden. NDCrc-31; OSRD 
No. 16. Johns Hopkins University. August 30, 
1941. 

M2 Acoustic proximity fuzes. (Progress Report No. 
A-23.) Richard K. Cook and W. C. Mock, Jr. 
Service Project No. OD-27. NBS, Ordnance Devel¬ 
opment Division. December 8, 1941. 

214 Barometrically-Set Fuzes 

Ml The barotimer, a barometrically-set time fuze. 
(Progress Report No. A-26.) Samuel K. Allison, 
W. P. Jesse and T. J. O’Donnell. Service Project 
Nos. CWS-19 and OD-26. University of Chicago. 
January 12, 1942. 

215 Adjustable Time Fuzes 

Ml Continuously adjustable electric time fuze. (Prog¬ 
ress Report No. A-114.) W. F. Westendorp. 
OEMsr-99; Service Project Nos. CWS-19, OD-26 
and others. General Electric Company. Novem¬ 
ber 23, 1942. 

M2 An adjustable time fuze using resistance-capaci¬ 
tance discharge circuits. (Report No. WRL-UF-5.) 
C. Albert Moreno. University of Florida. Janu¬ 
ary 6, 1945. 

220 Operational Uses of VT Fuzes 

221 Combat Areas 

Ml Resume of AIBR Project in the European Theatre 
of Operations, covering period July 1, 1944 to June 
6 , 1945. (Report No. OD-SP-126.) William L. 
Whitson. NBS, Ordnance Development Division. 
July 12, 1945. 

M2 Operational uses of bomb and rocket VT fuzes by 
US Army and Navy in World War II. (Report No. 
OD-Army-4.) Walter G. Finch. October 15, 1945. 

222 Field Tests 

222.1 Radio Proximity Fuzes 

222.11 Bomb Fuzes 

Ml Summaries of field test results £ of experimental 
bomb fuzesj. (Report No. OD-2-224 [Covering the 
period from] October 31, 1944 to September 17, 
1945.) (n.a.) NBS, Ordnance Development Divi¬ 

sion. 

222.111 T-50 

Ml Field test t of] twenty-seven Philco T-50 E-l with 
metal propellers (PX-5) [at] Aberdeen, July 12, 
1944. (Report No. OD-1-405.) D. C. Friedman. 
NBS, Ordnance Development Division. July 17, 
1944. 

M2 Field test [Of] forty Bowen T-50 E-10 units, ten 
set to function on arming, Lot 141 [at] Aberdeen, 
December 6, 1944. (Report No. OD-1-585.) R. Vor- 


kink. NBS, Ordnance Development Division. 
December 14, 1944. 

M3 Pilot production of T-50 fuzes. (Report No. A-335.) 
Allen S. Clarke and C. N. Julian. OEMsr-1227; 
Service Project Nos. OD-27, NO-77B and NO-77R; 
OSRD No. 5351. Bowen and Company, Inc. 
April 12, 1945. 

222.112 T-51 

Ml Field test t of] twenty-one Zenith T-51 units, Lot 
53, with 9-inch balanced bakelite vanes t at] Aber¬ 
deen, January 12, 1945. (Report No. OD-1-626.) 
G. Rabinow. NBS, Ordnance Development Divi¬ 
sion. January 19, 1945. 

M2 High-altitude test [Of] twenty-four. Zenith T-51 
units. Lots ZX-1 and ZX-2, ball bearings in nose 
or generator £ at] Aberdeen, March 16 and 17, 1945. 
(Report No. OD-1-684.) G. Rabinow. NBS, Ord¬ 
nance Development Division. March 24, 1945. 

M3 High-altitude test [Of] twelve Zenith T-51 units, 
Lot ZX-3, ball bearings in nose and generator [at] 
Aberdeen, March 28 and April 9, 1945. (Report 
No. OD-1-701.) G. Rabinow. NBS, Ordnance De¬ 
velopment Division. April 12, 1945. 

M4 Field test t of 3 twenty-one Zenith T-51 units. Lot 
ZX-9, Wurlitzer power supply [at] Aberdeen, May 
7 and 9, 1945. (Report No. OD-1-749.) R. Vor- 
kink. NBS, Ordnance Development Division. 
May 18, 1945. 

M5 Mass production of T-51 fuzes by the Zenith 
Radio Corporation. Earl J. Diehl. OEMsr-1477; 
Service Project No. OD-27. Zenith Radio Corpo¬ 
ration. October 30, 1945. 

222.113 T-82 

Ml Arming test [Of] eighteen Westinghouse T-82 units, 
Lot 25, on M-81, M-64 and M-65 [at] Aberdeen, 
April 12, 13 and 17, 1945. (Report No. OD-1-715.) 
G. Rabinow. NBS, Ordnance Development Divi¬ 
sion. April 19, 1945. 

M2 Proximity fuze, bomb, nose, ground approach, 
Type VT, T-82. (Termination Report No. CFE- 
759.) T. M. Bloomer. OEMsr-343 and OEMsr- 
1106. Westinghouse Electric and Manufacturing 
Company, Inc. April 28, 1945. 

M3 Field test £ of] twenty Westinghouse T-82, Lot 25, 
on M-30, M-64, M-65 and M-66 ( at] Aberdeen, 
April 14, 18 and 27, 1945. (Report No. OD-1-733.) 
R. Vorkink. NBS, Ordnance Development Divi¬ 
sion. May 8, 1945. 

M4 Field test t of] twenty Westinghouse T-82 units, 
Lot 2 t at] Aberdeen, April 27 and May 2, 1945. 
(Report No. OD-1-736.) R. Vorkink. NBS, Ord¬ 
nance Development Division. May 8, 1945. 

M5 Reporter test t of] ten Westinghouse T-82 E-l 
units, Lot EWEM-3-1 t at] Aberdeen, August 18, 
1945. (Report No. OD-1-879.) G. Rabinow. NBS, 
Ordnance Development Division. August 28, 1945. 

222.114 T-91 and T-92 

Ml Field test t ofj eighteen Emerson T-92 units. Lot 







DIVISION 4 • MICROFILM LIST 


63 


CEX-129 t atj Aberdeen, May 9 and 11, 1945. 
(Report No. OD-1-755.) R. Vorkink. NBS, Ord¬ 
nance Development Division. May 21, 1945. 

M2 Field test [Of] one hundred forty Philco T-91, 
Lot PA-307-1 and 120 Emerson T-92, Lot PA-306-2 
[at] Aberdeen, April 21 to May 21, 1945. (Report 
No. OD-1-825.) R. Vorkink. NBS, Ordnance De¬ 
velopment Division. July 9, 1945. 

222.115 Miscellaneous Bomb Fuze Tests 

Ml [Results of the gas distribution trials with T-51 
and T-82.] Allen V. Astin. March 7, 1945. 

222.12 Rocket Fuzes 

Ml Rocket fuze test results at Blossom Point and 
Dahlgren. (Memorandum No. OD-7-97M.) Paul 
F. Bartunek and C. F. Smolen. f NBS, Ordnance 
Development Division.] April 2, 1945. 

M2 Summary of recent target tests at Blossom Point. 
(Report No. OD-7-98.) Alexander Orden and 
C. F. Smolen. f NBS, Ordnance Development Divi¬ 
sion.] April 9, 1945. 

222.121 T-5 

Ml Field test of T-5 on projectiles with bubble-wire 
traps t at] Blossom Point, April 28, 1944. (Report 
No. OD-1-368.) D. W. Scott. NBS, Ordnance 
Development Division. June 19, 1944. 

M2 Field test of T-5 projectiles with salted powder 
and bubble-wire traps t at] Blossom Point, June 7, 
15, 22 and 27, 1944. (Report No. OD-1-397.) D. W. 
Scott. NBS, Ordnance Development Division. 
July 10, 1944. 

M3 Field test of T-5 on projectiles with crimped and 
brazed fins t at] Blossom Point, July 6, 1944. (Re¬ 
port No. OD-1-403.) D. W. Scott. NBS, Ordnance 
Development Division. July 17, 1944. 

M4 [Test of thej effect of bayonet and bag igniters on 
functioning of T-5 fuze f at] Blossom Point, July 
11, 1944. (Report No. OD-1-408.) D. W. Scott. 
NBS, Ordnance Development Division. July 19, 
1944. 

M5 [Test of] fifty T-5 on M-9A1 with clamp-on fixed 
fins t at] Blossom Point, August 10 and 24, 1944. 
(Report No. OD-1-486.) D. W. Scott. NBS, Ord¬ 
nance Development Division. September 5, 1944. 

M6 Early functioning of T-5 units. Tests of powder 
lots, motor lots, ignitors t and] traps t at] Blossom 
Point, February 15 and 23, March 2, 9, 21 and 30, 
1944. (Report No. OD-1-227.) D. W. Scott and 
T. N. White. NBS, Ordnance Development Divi¬ 
sion. Revised: September 22, 1944. 

M7 Static tests to determine the effect of different 
trap and motor combinations on the functioning 
of the T-5 fuze. (Report No. OD-1-589.) Charles 
C. Gordon. NBS, Ordnance Development Divi¬ 
sion. December 15, 1944. 

M8 Flight test t of] T-5 fuzes on T-22 rockets with 
EJA propellant E at] Blossom Point, November 24 
and December 1, 1944. (Report No. OD-1-614.) 


D. W. Scott. NBS, Ordnance Development Divi¬ 
sion. January 4, 1945. 

M9 Field test t of the] effect of rocket spin on T-5 
performance t at] Blossom Point, March 2, 6 and 7, 
1945. (Report No. OD-1-677.) D. W. Scott. NBS, 
Ordnance Development Division. March 21, 1945. 
M10 Field test t of] effect of rocket spin on T-5 arming 
distance t at] Blossom Point, March 13, 1945. (Re¬ 
port No. OD-1-678.) D. W. Scott. NBS, Ordnance 
Development Division. March 21, 1945. 

Mil Field test t of] arming time of T-5 on T-22 fired 
from spiral launcher t at] Blossom Point, March 15, 
1945. (Report No. OD-1-689.) D. W. Scott. NBS, 
Ordnance Development Division. March 28, 1945. 
M12 Field test [Of] the effect of trap length on incidence 
of early functions t at] Blossom Point, March 7 and 
17, 1945. (Report No. OD-1-691.) D. W. Scott. 
NBS, Ordnance Development Division. March 29, 
1945. 

222.122 T-6 

Ml Field test of modified fins t atj Blossom Point, 
April 18, 1944. (Report No. OD-1-259.) D. W. 
Scott. NBS, Ordnance Development Division. 
April 25, 1944. 

M2 Field test of fifty T-6 units on rigid-fin projectiles 
[at] Blossom Point, April 28, 1944. (Report No. 
OD-1-280.) D. W. Scott. NBS, Ordnance Devel¬ 
opment Division. May 15, 1944. 

M3 Mid-functioning. H. F. Stimson. t NBS, Ordnance 
Development Division.] June 5, 1944. 

222.123 T-5 and T-6 Combined Lots 

Ml [Test of] eleven T-5 and eleven T-6 units on 
Revere Phase II motors with spring-operated fins 
t at] Blossom Point, February 18 and 24, 1944. 
(Report No. OD-1-171.) D. C. Friedman. NBS, 
Ordnance Development Division. February 26, 

1944. 

M2 Field test of T-5 and T-6 on projectiles with loose 
joints [at] Blossom Point, June 7 and 12, 1944. 
(Report No. OD-1-395.) D. W. Scott. NBS, Ord¬ 
nance Development Division. July 8, 1944. 

M3 Effect of rocket spin upon the performance of VT 
fuzes, T-4, T-5 f and] T-6. (Report No. OD-1-668.) 
Theodore B. Godfrey. NBS, Ordnance Develop¬ 
ment Division. March 13, 1945. 

M4 Effect of rain upon the performance of VT fuzes, 
T-5 and T-6. (Summary Report No. OD-1-669.) 
Theodore B. Godfrey. NBS, Ordnance Develop¬ 
ment Division. March 13, 1945. 

222.124 T-30 

Ml Plane firing of T-30 on Mark 7 t at] Dahlgren, 
January 24, 1945. (Report No. OD-1-650.) D. W. 
Scott. NBS, Ordnance Development Division. 
February 7, 1945. 

M2 Lot quality test of twelve Philco AN/CPQ-3, T-30 
units, Lot PX-29 [at] Blossom Point, February 27, 

1945. (Report No. OD-1-664.) G. Rabinow. NBS, 



64 


DIVISION 4 • MICROFILM LIST 


Ordnance Development Division. March 2, 1945. 

M3 Tests BJM-5 and BJM- 6 . (Progress Report No. 
OD-7-206R.) Charles Ravitsky. NBS, Ordnance 
Development Division. May 14, 1945. 

222.125 T-2004 and T-2005 

Ml Plane firing test t of] Philco T-2004 on T-87 [at] 
Aberdeen, April 30, 1945. (Report No. OD-1-744.) 
D. W. Scott. NBS, Ordnance Development Divi¬ 
sion. May 10, 1945. 

M2 Generator-powered radio proximity fuze, Type 
T-2005. Muriel E. Pottasch. OEMsr-1437. Gen¬ 
eral Instrument Corporation. August 1, 1945. 

222.126 T-30 and T-2004 Combined Lots 

Ml Summary of tests of T-30 and T-2004 (T-30 
adapted for plane-to-ground application) rocket 
fuzes during the period November 30, 1944 to 
March 31, 1945 inclusive. (Report No. OD-7-108.) 
Paul F. Bartunek. NBS, Ordnance Development 
Division. April 30, 1945. 

M2 Technical specification for parts assemblies for VT 
reaction grid detection fuzes, T-30 and T-2004. 
(Draft No. 2.) (n.a.) NBS, Ordnance Develop¬ 

ment Division. July 20, 1945. 

M3 Summary of field test results [Of] rocket fuze plane 
firing experimental tests, air-to-ground. (Report 
No. OD-2-269.) (n.a.) NBS, Ordnance Develop¬ 

ment Division. August 24, 1945. 

M4 Analysis of T-30 and T-2004 function on mechani¬ 
cal arming tests. (Memorandum No. OD-2-272M.) 
F. L. Celauro. t NBS, Ordnance Development 
Division.] September 19, 1945. 

222.127 T-50 

Ml [Tests of] forty Bowen T-50 E-10 on refrigerated 
Mark 7 t at] Aberdeen, October 5, 1944. (Report 
No. OD-1-529.) D. W. Scott. NBS, Ordnance 
Development Division. October 20, 1944. 

M2 Field test t of] Philco T-50 E-l reporters with 
“doughnut” arming rings t atj Blossom Point, Jan¬ 
uary 27 and February 7, 1945. (Report No. OD-1- 
660.) D. W. Scott. NBS, Ordnance Development 
Division. February 22, 1945. 

222.128 MC-382 

Ml Specifications for the manufacture and testing of 
the M-3 (MC-382) radio fuze. t Cledo Brunetti.] 
NBS, Ordnance Development Division. August 31 
and September 30, 1942. 

M2 Tuning and adjustment of MC-382. W. S. Hin- 
man, Jr. [NBS, Ordnance Development Division.] 
November 16, 1942. 

M3 Engineering report on MC-382 test equipment, 
(n.a.) November 26, 1942. 

M4 [Test of] RRP fuze, MC-382-Emerson. Early func¬ 
tions: the effect of powder load on after-burning 
and slivers ( at] Corncake, March 12, 1943. (Report 
No. OD-1-AB3.) L. C. Miller. NBS, Ordnance 
Development Division. March 20, 1943. 

M5 [Tests of] RRP fuze, MC-382-Emerson. Effect of 


fin structure on early functioning t at] Corncake, 
March 8 , 1943. (Report No. OD-1-AB4.) L. C. 
Miller. NBS, Ordnance Development Division. 
March 23, 1943. 

M 6 Early function tests t on] RRP fuze, MC-382-Philco 
t at] Blossom Point, March 19, 1943. [Part] I, Fuzes 
with reduced sensitivity. [Part] II, Motors with 
metal sweeps. (Final Report No. OD-1-AB5.) 
L. C. Miller. NBS, Ordnance Development Divi¬ 
sion. March 23, 1943. 

M7 Early functions with MC-382 fuze. Further testing 
with sweeps and with powders [at] Blossom Point, 
March 23, 1943. (Final Report No. OD-1-AB6.) 
T. N. White. NBS, Ordnance Development Divi¬ 
sion. March 27, 1943. 

M8 High-angle firing with MC-382 fuzes t at] Corncake, 
March 31, April 1, 3, 4 t and] 6 , 1943. [Part] A, 
Early function tests [to determine the effect of] 
detuning of units t and of] use of sweeps and 
plugs. [Part] B, Tests of mechanical self-destruction 
switches. (Final Report No. OD-1-AB11.) L. C. 
Miller. NBS, Ordnance Development Division. 
April 17, 1943. 

M9 Tests of sweeps and plugs t at] Corncake, April 21, 
1943. (Report No. OD-1-AB13.) R. Vorkink. 
NBS, Ordnance Development Division. May 7, 
1943. 

M10 A comparison of several makes of MC-382 fuze 
with respect to early, target and late functions and 
duds occurring in qualification and production 
lot acceptance tests at Corncake and Blossom 
Point. (Memorandum Report Nos. 220-T and 
282-T.) T. N. White. Service Project No. OD-27. 
NBS, Ordnance Development Division. May 13 
and June 10, 1943. 

Mil [Tests of] fuze, RRP-M3, MC-382-Philco with 
eccentric and non-eccentric powder, high-angle 
firing [at] Corncake t on] June 15, 16 and 19, 1943. 
(Memorandum Report No. 338-T.) R. Vorkink. 
Service Project No. OD-27. NBS, Ordnance De¬ 
velopment Division. [June, 1943.] 

M12 Early functions of MC-382 radio-operated plane- 
to-plane rocket fuze. (Progress Report No. OD- 
AB2.) Bertrand J. Miller and Robert D. Huntoon. 
NBS, Ordnance Development Division. June 8 , 
1943. 

M13 [Tests of] fuze, rocket, PD, T- 6 , MC-382 with 
5- to 8 -second arming time [for] range, dispersion 
and water approach function t at] Corncake, July 
19 and 20, 1943. (Memorandum Report No. 388-T.) 
D. C. Friedman. Service Project No. OD-27. NBS, 
Ordnance Development Division. July 28, 1943. 

M14 [Test of] fuze, RRP-M3, MC-382-Philco, for ride- 
through with various powders and firing angles 
t at] Corncake, July 15, 1943. (Memorandum Re¬ 
port No. 383-T.) R. Vorkink. Service Project 
No. OD-27. NBS, Ordnance Development Divi¬ 
sion. August 5, 1943. 

M15 Test of effect of velocity on early functioning 
[Using] seventy-five fuzes, RRP-M3, MC-382- 


SECRET 



DIVISION 4 • MICROFILM LIST 


65 


Emerson and Philco [Onj July 27, 1943. (Memo¬ 
randum Report No. 405-T.) R. Vorkink. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. August 12, 1943. 

M16 Test for early functioning with different powder 
weights [Of] fifty-eight fuzes, RRP-M3, MC-382D- 
Philco t at] Blossom Point t on August 20, 1943]. 
(Report No. OD-1-AB16.) R. Vorkink. NBS, 
Ordnance Development Division. August 26, 
1943. 

M17 Test for malfunctions with special fin motors 
[having] no locking burr t of] forty-seven MC-382- 
Philco fuzes t at] Corncake, August 26 t and] 27, 
1943. (Report No. OD-1-1.) R. Vorkink. NBS, 
Ordnance Development Division. September 2, 
1943. 

M18 Resistance-capacitance delay added to SW-200 
arming switches. Effect on early functioning of 
MC-382 fuzes [tested at] Blossom Point, May 18 
through 22, 1943. (Report No. OD-1-AB15.) T. N. 
White. NBS, Ordnance Development Division. 
September 14, 1943. 

M19 Tests on early functioning of MC-382 fuzes t at] 
Corncake, September 5, 1943. [Part] A, Use of 
purge pellets. [Part] B, Increased surface area of 
propellant. (Report No. OD-1-5.) L. C. Miller. 
NBS, Ordnance Development Division. September 
14, 1943. 

M20 Test of propellant charge on early functioning 
[Using] seventy-two Philco MC-382 fuzes fired on 
Budd and Revere motors f at] Corncake, September 
5 and 8, 1943. (Report No. OD-1-13.) R. Vorkink. 
NBS, Ordnance Development Division. September 
20, 1943. 

M21 [Test of] effect of propellant on early functioning 
[Using] two hundred seventeen MC-382 fuzes t at] 
Corncake, August 23 t and] 24, 1943. [Part] A, 
Amount of regular propellant. [Part] B, Special 
propellant. [Part] C, Purge pellets. (Report No. 
OD-1-8.) T. N. White. NBS, Ordnance Develop¬ 
ment Division. September 21, 1943. 

M22 Test of effect of purge pellets on early functioning 
[Using] one hundred sixty-four MC-382 fuzes t at] 
Corncake, September 14, 1943. (Report No. OD- 
1-17.) R. Vorkink. NBS, Ordnance Development 
Division. September 30, 1943. 

M23 Early functioning of M-3 fuzes. Purge pellet field 
test No. 5 t at] Corncake, September 25 and 26, 
1943. (Report No. OD-1-22.) L. C. Miller. NBS, 
Ordnance Development Division. October 6, 1943. 

M24 Early functioning of MC-382 fuzes. Purge pellet 
field tests No. 6 and No. 7 t at] Corncake, October 
1 and 3, 1943. (Report No. OD-1-24.) L. C. Miller. 
NBS, Ordnance Development Division. October 
13, 1943. 

M25 [Tests of] MC-382 fuze performance as affected by 
motors with non-locking type fins, October 5 and 
12, 1943. (Report No. OD-1-27.) T. N. White, 
L. C. Miller and R. Vorkink. NBS, Ordnance De¬ 
velopment Division. October 15, 1943. 


M26 [Tests of] MC-382 fuze performance as affected by 
motors with fins welded into the opened position, 
October 29 and 30, 1943. (Report No. OD-1-40.) 
D. C. Friedman. NBS, Ordnance Development 
Division. November 4, 1943. 

M27 Early functioning of MC-382 fuzes. Purge pellet 
field test No. 8 t at] Corncake, October 20 and 21, 

1943. Also, tests with power oscillating detector 
type fuzes and with pressure-control valves. (Re¬ 
port No. OD-1-42.) T. N. White and R. Vorkink. 
NBS, Ordnance Development Division. November 
19, 1943. 

M28 Purge pellet test No. 9 [at] Corncake, November 
12, 1943, including tests of combination of motors 
and propellants, a new salted powder, and pres¬ 
sure control valves. (Report No. OD-1-59.) R. Vor¬ 
kink. NBS, Ordnance Development Division. 
November 23, 1943. 

M29 [Test of] one hundred twenty-nine MC-382 units 
fired at high angle t at] Blossom Point, December 
27, 1943 to January 7, 1944. (Report No. OD-1- 
119.) D. C. Friedman. NBS, Ordnance Develop¬ 
ment Division. January 26, 1944. 

M30 Field test of eight lots of pellets t at] Blossom 
Point, January 7, 11 and 12, 1944. (Report No. 
OD-1-125.) R. Vorkink. NBS, Ordnance Develop¬ 
ment Division. January 29, 1944. 

M31 Field test [Of] forty-nine Philco MC-382 Type S 
units t and of] forty-nine Friez and Philco standard 
MC-382 units (controls) t at] Blossom Point, Febru¬ 
ary 23, 25 and March 8, 1944. (Report No. OD-1- 
189.) R. Vorkink. NBS, Ordnance Development 
Division. March 8, 1944. 

M32 Field test of twenty-five MC-382 Type S units 
and twenty-five standard MC-382 units t at] Blos¬ 
som Point, March 9 and 10, 1944. (Report No. 
OD-1-197.) R. Vorkink. NBS, Ordnance Develop¬ 
ment Division. March 15, 1944. 

M33 High-angle test of pellets and salted powders t at] 
Blossom Point, April 6 and 13, 1944. (Report No. 
OD-1-241.) D. W. Scott. NBS, Ordnance Develop¬ 
ment Division. April 18, 1944. 

M34 High-angle test of effect of motors and traps on 
early function t at] Blossom Point, April 6 and 13, 

1944. (Report No. OD-1-253.) D. W. Scott. NBS, 
Ordnance Development Division. April 22, 1944. 

M35 High-angle test of salted powder t at] Blossom 
Point, April 18, 1944. (Report No. OD-1-274.) 
D. W. Scott. NBS, Ordnance Development Divi¬ 
sion. May 3, 1944. 

M36 Approach function test on projectiles with notched 
powder loads t at] Blossom Point, May 4, 1944. 
(Report No. OD-1-287.) D. W. Scott. NBS, Ord¬ 
nance Development Division. May 27, 1944. 

M37 Field test of seventy-two General Electric MC-382- 
10A [fuzes at] Blossom Point, June 9, July 6 and 
11, 1944. (Report No. OD-1-404.) D. W. Scott. 
NBS, Ordnance Development Division. July 21, 
1944. 

M38 Field test t of] General Electric MC-382 with 10A 


SECRET 



66 


DIVISION 4 • MICROFILM LIST 


amplifier t at] Blossom Point, July 17, 1944. (Re¬ 
port No. OD-1-423.) D. W. Scott. NBS, Ordnance 
Development Division. July 27, 1944. 

M39 Field test t ofj shaker-tested General Electric MC- 
S82-10A [at] Blossom Point, August 10, 1944. 
(Report No. OD-1-477.) D. W. Scott. NBS, Ord¬ 
nance Development Division. August 24, 1944. 

222.129 Miscellaneous Rocket Fuze Tests 

Ml Proving Ground operations and facilities for test¬ 
ing proximity fuzes for bombs and rockets. (Memo¬ 
randum No. A-44M.) Lauriston S. Taylor. OSRD 
No. 719. NBS, Ordnance Development Division. 
July 20, 1942. 

M2 Note on a practical method for the field testing of 
radio proximity fuzes for rocket applications. 
(Memorandum No. A-48M.) Harry M. Diamond 
and W. S. Hinman, Jr. OSRD No. 767. NBS, 
Ordnance Development Division. July 30, 1942. 

M3 Relation between early function and after-burning 
[Using, RRP-NBS fuze on Revere 4.5 M-8 motor. 
Night test t at, Corncake, March 3, 1943. (Report 
No. OD-1-AB1.) T. N. White. NBS, Ordnance 
Development Division. March 17, 1943. 

M4 Incidence of early functions with power oscillating 
detector type fuzes, Westinghouse model, and 
MC-382 fuzes [Of, various manufacture. Compari¬ 
sons based on target function and high-angle 
firing tests. (Report No. OD-1-AB12.) T. N. 
White. NBS, Ordnance Development Division. 
May 1, 1943. 

M5 High-angle and target tests of twenty-nine Bowen 
T-50 [and, ten T-5 units on T-22, modified for 
6-ft helical launcher [at. Blossom Point, March 16, 
April 23, September 25 and 26, 1945. (Report No. 
OD-1-895.) B. M. Bennett. NBS, Ordnance De¬ 
velopment Division. October 8, 1945. 

222.13 Mortar Fuzes 

222.131 T-132 

Ml Test line for T-132 unit, Globe-Union and Wur- 
litzer model. (Engineering Report No. OD-2-TEG- 
SR.) Thomas C. Bagg. NBS, Ordnance Develop¬ 
ment Division. January 30, 1945. 

M2 The T-132 mortar fuze apex performance problem. 
(Report No. OD-3-220.) William L. Kraushaar. 
NBS, Ordnance Development Division. March 3, 
1945. 

M3 [Field tests of, seventy-three Globe-Union T-132, 
Lot S-l [at, Blossom Point, May 24, 1945. (Report 
No. OD-1-763.) D. C. Friedman. NBS, Ordnance 
Development Division. June 4, 1945. 

M4 Summary of pre-production mortar fuze, Globe- 
Union T-132, field test results. (Report No. OD-2- 
229.) (n.a.) NBS, Ordnance Development Divi¬ 

sion. June 18 and September 27, 1945. 

M5 Mortar fuze arming time tests. (Report No. 
OD-2-230.) (n.a.) [NBS, Ordnance Development 

Division., June 23 and July 14, 1945. 


M6 Generator-powered radio proximity fuze for mor¬ 
tars, longitudinal excitation type, T-132. Alfred 
S. Khouri. OEMsr-1117. Globe-Union, Inc. 
September 30, 1945. 

222.132 T-172 

Ml Generator-powered radio proximity fuze for mor¬ 
tars, loop transverse-antenna type. Earl J. Diehl. 
OEMsr-1477; Service Project No. OD-27. Zenith 
Radio Corporation. October 30, 1945. 

222.133 Miscellaneous Mortar Fuze Tests 

Ml Periodic summaries of mortar fuze field test re¬ 
sults. (Report No. OD-7-112.) Paul F. Bartunek 
and C. F. Smolen. t NBS, Ordnance Development 
Division., April 23, 1945. 

222.2 Photoelectric Fuzes 

222.21 Bomb Fuzes 

Ml Test of bomb-mounted MC-380 fuzes at Aberdeen, 
April 21, 1943. (Memorandum No. 23-P.) Allen 
V. Astin. Service Project No. OD-27. NBS, Ord¬ 
nance Development Division. April 23, 1943. 

M2 Test of five Bell Telephone Laboratory BPEG 
fuzes [at, Aberdeen, July 19, 1943. (Memorandum 
No. 387-T.) L. C. Miller. Service Project No. 
OD-27. NBS, Ordnance Development Division. 
July 24, 1943. 

M3 Tests for target function and for self-destruction 
[Of, ten Bell Telephone Laboratory BPEG fuzes 
t at, Aberdeen, August 12, 1943. (Memorandum 
No. 410-T.) R. Vorkink. Service Project No. 
OD-27. NBS, Ordnance Development Division. 
August 17, 1943. 

222.22 Rocket Fuzes 

222.221 Radio Reporter Tests 

Ml Tests with reporters at Aberdeen. Allen V. Astin. 
[NBS, Ordnance Development Division., Novem¬ 
ber 29, 1941. 

M2 Photoelectric range testing at Corncake with re¬ 
porters. (Memorandum No. PG-209.) Allen V. 
Astin. [NBS, Ordnance Development Division., 
August 21, 1942. 

M3 Photoelectric range tests with radio reporters. 
(Memorandum No. PG-244.) Allen V. Astin. 
[NBS, Ordnance Development Division., Septem¬ 
ber 1, 1942. 

M4 Photoelectric range tests with reporters. (Memo¬ 
randum No. PG-303.) Allen V. Astin. ( NBS, 
Ordnance Development Division., September 25, 
1942. 

M5 Photocell current measurements with reporters. 
(Memorandum No. PG-305.) Allen V. Astin. 
[NBS, Ordnance Development Division., Septem¬ 
ber 26, 1942. 

M6 Range firing of radio reporters and photoelectric 
fuzes to determine suitability of range for testing 






DIVISION 4 • MICROFILM LIST 


67 


photoelectric fuzes [at] Blossom Point, Md., De¬ 
cember 13, 1942. John F. Streib. [NBS, Ordnance 
Development Division.] December 16, 1942. 

M7 Yaw reporter test [at] Corncake, July 16, 1943. 
(Memorandum No. 401-T.) L. C. Miller. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. August 9, 1943. 

222.222 Condenser-Powered Fuzes 

Ml Proving Ground test of twelve condenser-powered 
photoelectric units fired on North Range, Fort 
Fisher, on December 31, 1942. Robert A. Becker 
and David Feldman. t NBS, Ordnance Develop¬ 
ment Division.] January 2, 1943. 

M2 [Test of] photoelectric fuzes for 4y£ PP rocket, 
condenser B supply. Report on target function 
[Of] 12 rounds f at] Corncake, December 31, 1942. 
(Memorandum No. 19-T.) T. N. White. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. January 12, 1943. 

M3 Analysis of field tests of condenser-powered photo¬ 
electric units [at] Fort Fisher, March 4 and 5, 
1943. (Memorandum No. 16-P.) Seth H. Nedder- 
meyer. Service Project No. OD-27. NBS, Ord¬ 
nance Development Division. March 6, 1943. 

M4 [Test of] fuze, rocket, PEP condenser-powered 
Westinghouse t at] North Range, Corncake, March 
4 and 5, 1943. (Memorandum No. 108-T.) R. Vor- 
kink. Service Project No. OD-27. NBS, Ordnance 
Development Division. March 23, 1943. 

M5 Range testing at Blossom Point with PEP rocket 
fuzes, March 20, 1943. [Part] 1, Pre-production WA 
and NA units. [Part] 2, WC condenser-powered 
units. (Memorandum No. 116-T.) L. C. Miller. 
Service Project No. OD-27. NBS, Ordnance De¬ 
velopment Division. March 24, 1943. 

222.223 M-2 (MC-380) and M-3 (MC-382) Combined Lots 

Ml Proposed proof range for M-2 and M-3 fuzes at 
Aberdeen Proving Center. (Memorandum No. 
1-M.) Harry M. Diamond. Service Project No. 
OD-27. NBS, Ordnance Development Division. 
December 29, 1942. 

M2 Tentative specifications for field test set IE-28 for 
Division 4, NDRC. Allen S. Clarke. [NBS, Ord¬ 
nance Development Division.] December 31, 1942. 

M3 Further observations on the firing of M-2 and M-3 
fuzes on M-8 projectiles at Aberdeen. Theodore 
B. Godfrey. t NBS, Ordnance Development Divi¬ 
sion.] May 25, 1943. 

222.224 MC-380 

Ml MC-380 mechanical specifications. Clarence B. 
Crane. [NBS, Ordnance Development Division.] 
November 2, 1942. 

M2 View-angle and look-forward angle of MC-380A. 
K. D. Smith. Bell Telephone Laboratories, Inc. 
November 7, 1942. 

M3 Test of one hundred MC-380B fuze noses for con¬ 


formity to the September 30, 1942 issue of MC-380 
fuze nose specifications. Section E, Division A, Na¬ 
tional Defense Research Committee. Joseph E. 
Henderson and] Lyman J. Briggs. t NBS, Ordnance 
Development Division.] December 21, 1942. 

M4 Range testing at Blossom Point for photoelectric 
MC-380 fuzes, December 13, 1942. (Memorandum 
No. I4-T.) Allen V. Astin. Service Project No. 
OD-27. NBS, Ordnance Development Division. 
January 5, 1943. 

M5 Three-dimensional analysis of eleven trajectories 
of PEP-M2 fuzes fired from a plane at Aberdeen, 
January 23 and 24 f 1943]. (Memorandum No. 
54-T.) Theodore B. Godfrey. Service Project 
No. OD-27. NBS, Ordnance Development Divi¬ 
sion. February 11, 1943. 

M6 Uniformity of MC-380 fuze noses measured with 
half the lens uniformly illuminated. (Memorandum 
No. 18-P.) Fred L. Mohler. Service Project No. 
OD-27. NBS, Ordnance Development Division. 
[March, 1943.] 

M7 Measurement of light thresholds of MC-380 photo¬ 
electric units. Seth H. Neddermeyer. March 13, 
1943. 

M8 [Test of] fuze, MC-380-B-Westinghouse, with pen¬ 
tode plate and screen resistor changes [at] Blossom 
Point, April 14, 1943. (Memorandum No. 167-T.) 
L. C. Miller. Service Project No. OD-27. NBS, 
Ordnance Development Division. April 20, 1943. 

M9 Ground firing tests of MC-380 fuzes at Fort Bragg, 
April 14 to 15, 1943. (Memorandum No. 22-P.) 
Allen V. Astin. Service Project No. OD-27. NBS, 
Ordnance Development Division. April 22, 1943. 

M10 Effect of light level on the threshold of MC-380 
units. Charles Ravitsky. t NBS, Ordnance Devel¬ 
opment Division.] May 10, 1943. 

Mil Test of special MC-380-Westinghouse fuzes in 
connection with the problem of gassy pentodes [at] 
North Range, Corncake, April 29, 1943. (Memo¬ 
randum No. 232-T.) L. C. Miller. Service Project 
No. OD-27. NBS, Ordnance Development Divi¬ 
sion. May 10, 1943. 

M12 Test of special MC-380-Western Electric fuzes, 
Veazie circuit, in connection with the problem of 
gassy pentodes t at] East Range, Blossom Point, 
May 13, 1943. (Memorandum No. 244-T.) L. C. 
Miller. Service Project No. OD-27. NBS, Ord¬ 
nance Development Division. May 19, 1943. 

M13 Test of special MC-380-Western Electric fuzes in 
connection with the problem of gassy pentodes 
[at] East Range, Blossom Point, May 28 and 29, 
1943. (Memorandum No. 271-T.) L. C. Miller. 
Service Project No. OD-27. NBS, Ordnance De¬ 
velopment Division. June 3, 1943. 

M14 Correlation of laboratory and field tests of MC-380 
microphonic rejects. (Report No. OD-2-9.) Allen 
V. Astin and Philip J. Franklin. NBS, Ordnance 
Development Division. June 28, 1943. 

M15 Tests of MC-380 units with photocells rejected for 







68 


DIVISION 4 • MICROFILM LIST 


excessive fragments. (Memorandum Report No. 
38-P.) Allen V. Astin and William E. Williams, 
Jr. Service Project No. OD-27. NBS, Ordnance 
Development Division. June 29, 1943. 

M16 Triggering of MC-380’s by poles on the North 
Range. (Memorandum No. 39-P.) Alexander 
Orden. NBS, Ordnance Development Division. 
July 3, 1943. 

M17 Experimental MC-380 fuzes fired against small 
flat target t atj North Range, Corncake, May 27, 
29 and 30, 1943. (Memorandum No. 337-T.) T. N. 
White and Allen V. Astin. Service Project No. 
OD-27. NBS, Ordnance Development Division. 
July 7, 1943. 

M18 Sunfiring properties of M-2 fuzes. [Part] I, Roof 
tests on yaw machine. [Part] II, Field tests at 
Corncake, June 1 to 7, 1943. (Report No. OD-2-1.) 
Fred L. Mohler. NBS, Ordnance Development 
Division. July 8, 1943. 

M19 Sunfiring of the t MC-]380 fuze as measured on the 
yaw machine. Fred L. Mohler. [NBS, Ordnance 
Development Division.] July 8, 1943. 

M20 Use of the M-2 fuze. (Report No. OD-2-17.) Allen 
V. Astin. NBS, Ordnance Development Division. 
July 15, 1943. 

M21 Test on microphonic MC-380 fuzes t at] Blossom 
Point, July 12, 1943. (Memorandum No. 378-T.) 
D. C. Friedman. Service Project No. OD-27. 
NBS, Ordnance Development Division. July 22, 
1943. 

M22 Use of MC-380’s on AN-M-30 at Eglin Field, July 
26 through 30, 1943. (Memorandum No. 42-P.) 
Allen V. Astin. Service Project No. OD-27. NBS, 
Ordnance Development Division. August 5, 1943. 
M23 Test of special MC-380 fuzes designed to prevent 
sunfiring t at] Corncake, August 25 and 26, 1943. 
(Memorandum No. 428-T.) L. C. Miller. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. September 4, 1943. 

M24 Test of twenty-five sunproofed MC-380 fuzes with 
fifty regular MC-380 controls fired over ground [at] 
Corncake, October 10, 1943. (Report No. OD-1-36.) 
R. Vorkink. NBS, Ordnance Development Divi¬ 
sion. November 8, 1943. 

M25 Probability of sunfiring of M-2 fuzes. (Report No. 
OD-2-4.) Allen V. Astin. NBS, Ordnance Devel¬ 
opment Division. November 15, 1943. 

222.225 RPEB-2 

Ml RPEB’s fired at Blossom Point on September 9, 
1943. Alexander Orden. [NBS, Ordnance Devel¬ 
opment Division.] September 11, 1943. 

M2 Target test of sixty-seven RPEB-2 fuzes with 
twenty MC-380 controls, using 4-target array t at] 
Blossom Point, September 9, 1943. (Report No. 
OD-1-9.) R. Vorkink. NBS, Ordnance Develop¬ 
ment Division. September 20, 1943. 

M3 Target test of seventy-nine RPEB-2 fuzes, Glidden 
compound, with thirty MC-380 controls, using 


4-target array t at] Blossom Point, October 2, 1943. 
(Report No. OD-1-25.) R. Vorkink. NBS, Ord¬ 
nance Development Division. October 14, 1943. 

M4 Laboratory and field tests on RPEB-2 fuze. (Re¬ 
port No. OD-2-3.) Allen V. Astin and Alexander 
Orden. NBS, Ordnance Development Division. 
October 23, 1943. 

222.226 Miscellaneous Rocket Fuze Tests 

Ml Manufacturing testing requirements for parts 
and assemblies used in photoelectric rocket fuze 
apparatus. Western Electric Company Model BR. 
(Specification No. X-61636, Issue 4.) (n.a.) Bell 

Telephone Laboratories, Inc. March 9, 1942. 

M2 [Test of] fuze, PEP-M2, Westinghouse special MC- 
380 microphonic rejects t at] Corncake, June 17, 
1943. (Memorandum No. 348-T.) IC Vorkink. 
Service Project No. OD-27. NBS, Ordnance Devel¬ 
opment Division. July 7, 1943. 

222.23 Miscellaneous Photoelectric Fuze Tests 

Ml Preliminary test on night operation of photoelec¬ 
tric fuze, Western Electric Company Model AR, 
with light source carried by projectile, by means 
of falling spheres. John F. Streib. [NBS, Ord¬ 
nance Development Division.] April 17, 1942. 

M2 Manufacturing specifications for first fifty units to 
be manufactured by Westinghouse. t Seth H. Ned- 
dermeyer.j t NBS, Ordnance Development Divi¬ 
sion.] June 6, 1942. 

M3 Firing photoelectric fuzes [at] Fort Fisher, August 
6 to 9, 1942. Kite target; North Range; zero-stage 
units; ground target on beach; Radio Range. 
Robert Hofstadter and John F. Streib. [NBS, 
Ordnance Development Division.] August 12, 
1942. 

M4 Tests of photoelectric fuzes on rotating 41,4-inch 
Budd rockets, March 1, 1943. (Memorandum No. 
17-P.) Seth H. Neddermeyer. Service Project No. 
OD-27. NBS, Ordnance Development Division. 
March 26, 1943. 

M5 Analysis of proving ground data on experimental 
Bureau of Standards and Westinghouse proximity 
fuzes fired at Fort Fisher. Joseph E. Henderson, 
Seth H. Neddermeyer and others. [NBS, Ordnance 
Development Division.] May, 1943. 

M6 Trips to Aberdeen to observe firing photoelectric 
and radio fuzes on motors loaded with high explo¬ 
sives. Fred L. Mohler. [NBS, Ordnance Develop¬ 
ment Division.] May 25, 1943. 

230 Fuze Components 

231 Electronic Tubes 

Ml Specifications for the manufacture and testing of 
the SA-780A triode, SA-781A pentode and SA-782B 
thyratron for Section E, Division A, NDRC. t Cledo 
Brunetti.] ( NBS, Ordnance Development Divi¬ 
sion.] September 30, 1942. 

M2 A study of the development of the specifications 
for NR-2A diode, NR-3/NS-3 triode, NS-4 thyra- 






DIVISION 4 • MICROFILM LIST 


69 


tron and NR-5/NS-5 pentode, dated August I, 

1944. (Report No. OD-5-671.) (n.a.) NBS, Ord¬ 

nance Development Division. October 20, 1944. 

M3 [Development of special electronic devices.] Final 
report on Contract OEMsr-1003. (Report No. 
1003-1.) Alan M. Glover and Arnold R. Moore. 
OEMsr-1003. Radio Corporation of America. 
October 23, 1944. 

M4 [Electronic tubes.] Final report [On] Contract 
OEMsr-630. (n.a.) OEMsr-630. Sylvania Electric 
Products, Inc. [1945.] 

M5 [Vacuum tubes, Types NR-2 (2B-24), NR-3 (2C-27) 
and NR-5 (2E-27).] Final summary report [Onj 
Contract OEMsr-566. A. Abate. OEMsr-566. 
Raytheon Manufacturing Company. October 1, 

1945. 

231.1 Thyratrons 

Ml Firing of squibs by condenser discharge. Energy 
losses in thyratrons. (Progress Report No. A-65.) 
Evert G. Bennett and Richard K. Cook. Service 
Project Nos. OD-27, OD-33 and others. NBS, 
Ordnance Development Division. June 25, 1942. 
M2 Proposed specifications for the manufacture and 
inspection of a GY-2 thyratron tube. (Draft No. 6.) 
(n.a.) [NBS, Ordnance Development Division.] 
September 30, 1942. 

M3 Specifications for the manufacture and inspection 
of a microthyratron tube, (n.a.) t NBS, Ordnance 
Development Division.] November 6, 1942. 

M4 Characteristics of small thyratrons for use in 
proximity fuzes. (Progress Report No. A-112.) 
Mahlon F. Peck. Service Project Nos. OD-27, 
OD-33 and others. t NBS, Ordnance Development 
Division.] November 19, 1942. 

M5 Repeated surges of thyratrons. R. F. Morrison, Jr. 
[NBS, Ordnance Development Division.] February 
24, 1943. 

M6 Photothyratrons. R. F. Morrison, Jr. t NBS, Ord¬ 
nance Development Division.] March 17, 1943. 

M7 Critical grid voltage of thyratron and hum volt¬ 
age output of BRLG-11. (Report No. OD-3-9.) 
F. Lamar Cooke. t NBS, Ordnance Development 
Division.] October 27, 1943. 

M8 Methods of measuring the critical voltage of 
thyratrons. (Report No. OD-3-13.) F. Lamar 
Cooke. NBS, Ordnance Development Division. 
Revised: November 9, 1943. 

M9 Relation of thyratron repeated-surge performance 
to time delay. (Report No. OD-CT-M8.) Abraham 
Silverstein. t NBS, Ordnance Development Divi¬ 
sion.] October 4, 1944. 

M10 Grid current in the No. 2050 thyratron tube. (Re¬ 
port No. OD-SP-84.) Harold N. Cones, R. W. 
Gustafson and Robert L. Nutter. NBS, Ordnance 
Development Division. February 8, 1945. 

Mil Thyratron normal critical voltages for various 
amplifiers. (Report No. OD-3-249.) George Nord- 
quist. NBS, Ordnance Development Division. 
May 24, 1945. 


M12 Comments on report on [No.j 2050 tubes by G. E. 
Johnson to Lt. Bolser, July 20, 1945. (Memorandum 
No. OD-SP-130M.) V. W. Cohen. t NBS, Ordnance 
Development Division.] August 27, 1945. 

231.11 Tests 

Ml Reliability of firing and time test on SA-782B, 
Sylvania thyratrons. (Memorandum No. PG-412.) 
W. A. Yates. t NBS, Ordnance Development Divi¬ 
sion.] December 2, 1942. 

M2 Tests on No. 2050 thyratrons in Magnavox and 
National Bureau of Standards test units. Effective¬ 
ness of heat curing the thyratrons. (Report No. 
OD-SP-95.) Harold N. Cones. NBS, Ordnance 
Development Division. April 16, 1945. 

M3 Thyratron tube tester. (Report No. OD-SP-120 and 
addendum.) V. W. Cohen. NBS, Ordnance De¬ 
velopment Division. June 23 and July 10, 1945. 
M4 Test unit, Mark 17, for thyratron tests. (Report 
No. OD-5-224.) M. Schulkin. NBS, Ordnance 
Development Division. July 9, 1945. 

231.2 Diodes 

Ml Noise performance of Raytheon diodes. (Report 
No. OD-5-224.) M. Schulkin. NBS, Ordnance 
Development Division. December 7, 1943. 

M2 BRLG tuning on various vehicles. (Report No. 
OD-3-106 and Addendum No. OD-3-106A.) Bert¬ 
rand J. Miller and Charles C. Gordon. NBS, 
Ordnance Development Division. March 3 and 20, 
1944. 

M3 Specification for electron tube NR-2A, a diode 
tube, (n.a.) August 1, 1944. 

231.3 Triodes 

Ml Uniformity of Raytheon triodes in reaction grid 
detection. (Report No. OD-3-149.) Chester H. 
Page. NBS, Ordnance Development Division. 
May 13, 1944. 

M2 Triode microphonics. (Report No. OD-3-153.) 
Robert D. Huntoon, Bertrand J. Miller and R. B. 
Schwartz. NBS, Ordnance Development Division. 
May 20, 1944. 

M3 A high-gain amplifier employing a twin triode 
tube. (Report No. OD-BE-47R.) Thomas M. 
Marion. NBS, Ordnance Development Division. 
October 18, 1944. 

231.4 Pentodes 

Ml Testing of pentodes. Robert A. Becker. [NBS, 
Ordnance Development Division.] April 28, 1942. 
M2 Gas currents and input impedance of HY-145-YT. 
Robert A. Becker. t NBS, Ordnance Development 
Division.] August 1, 1942. 

M3 Centrifuging of twenty-four HY-145-YT pentodes 
to 2000 g. Robert A. Becker and Charles Ravit- 
sky. [NBS, Ordnance Development Division.] 
September 19, 1942. 

M4 Effect of variation of grid resistor on initial input 
impedance and performance of one-stage photo- 



70 


DIVISION 4 • MICROFILM LIST 


electric unit. Robert A. Becker and David Feld¬ 
man. ( NBS, Ordnance Development Division.] 
September 29, 1942. 

M5 Specifications for HY-145-ZT pentodes for photo¬ 
electric proximity fuzes. Robert A. Becker. t NBS, 
Ordnance Development Division.] September 30, 
1942. 

M6 Input impedance of Hytron 145-ZT pentodes. 
David Feldman. [NBS, Ordnance Development 
Division.] November 16, 1942. 

M7 Testing of HY-145-ZT pentodes, (n.a.) [NBS, 
Ordnance Development Division.] November 27, 

1942. 

M8 Tube constants of pentodes used in the MC-380 
and condenser unit circuits. David Feldman. 
[NBS, Ordnance Development Division.] Febru¬ 
ary 27, 1943. 

M9 Heater cathode pentodes. A preliminary report. 
David Feldman. [NBS, Ordnance Development 
Division.] April 5, 1943. 

M10 [The] SA-804 slow-cooling pentodes. David Feld¬ 
man. [NBS, Ordnance Development Division.] 
April 22, 1943. 

Mil Circuit parameters suitable for use with General 
Electric pentodes in the MC-380 unit. (Report No. 
OD-2-11.) Ralph Stair and Seymour Golden. 
NBS, Ordnance Development Division. July 8, 

1943. 

M12 Pentode input impedance. (Report No. OD-3-254.) 
George Nordquist. NBS, Ordnance Development 
Division. May 31, 1945. 

231.5 Photocells 

Ml Test specification, tentative [forj photocell RCA- 
936, formerly C-7063. (Draft No. 5.) (n.a.) t NBS, 
Ordnance Development Division.] September 30, 
1942. 

M2 Results of tests on forty-four General Electric 
photocells to determine the effect of change of 
illumination on sensitivity. William E. Williams, 
Jr. [NBS, Ordnance Development Division.] Jan¬ 
uary 7, 1943. 

M3 Results of tests on thirty General Electric photo¬ 
cells to determine the effect of change of illumina¬ 
tion on sensitivity. William E. Williams, Jr. 
[NBS, Ordnance Development Division.] January 
9, 1943. 

M4 Effect of light and heat on photocell sensitivity. 
(Memorandum No. 3-P.) William E. Williams, 
Jr. Service Project No. OD-27. NBS, Ordnance 
Development Division. January 15, 1943. 

M5 Special phototube investigation in Research Labo¬ 
ratory. (Report [Covering the period from] June 1, 
1942 to January 31, 1943.) Saul Dushman. Gen¬ 
eral Electric Company. February 2, 1943. 

M6 Photocell specifications. Gas multiplication ratio. 
John F. Streib. f NBS, Ordnance Development 
Division.] March 5, 1943. 

M7 Photocell specifications. Uniformity. John F. 


Streib. t NBS, Ordnance Development Division.] 
March 8, 1943. 

M8 Photocell specifications. Flat region on seat. John 
F. Streib. t NBS, Ordnance Development Division.] 
March 8, 1943. 

M9 Photocell specifications. Tinning tabs. John F. 
Streib. t NBS, Ordnance Development Division.] 
March 8, 1943. 

M10 Gas-filled RCA-936 photocells. Thomas M. 
Marion. t NBS, Ordnance Development Division.] 
March 29, 1943. 

Mil Progress in phototube work. (Interim Report No. 
171 [Covering period froni] March 2 to April 8, 
1943.) Saul Dushman. OEMsr-611. General Elec¬ 
tric Company. April, 1943. 

M12 Results of electrical and mechanical tests on 
ninety-five General Electric photocells received 
April 14, 1943. William E. Williams, Jr. f NBS, 
Ordnance Development Division.] April 19, 1943. 

M13 Photocell. (NBS Diagram No. L-5017.) (n.a.) 

NBS, Ordnance Development Division. May 27, 
1943. 

M14 ,The s^-inch and l/^-inch phototubes.] (Weekly 
Progress Report for May 29, 1943.) Saul Dush¬ 
man. OEMsr-611. General Electric Company. 
May 31, 1943. 

M15 Specifications for electron tube, NN-1. Description 
t of thej photocell, (n.a.) June 1, 1943. 

M16 Small General Electric photocells received May 22, 
1943. (Memorandum No. 34-P.) William E. Wil¬ 
liams, Jr. Service Project No. OD-27. NBS, Ord¬ 
nance Development Division. June 7, 1943. 

M17 High-sensitivity photocells. Allen V. Astin. r NBS, 
Ordnance Development Division.] June 10, 1943. 

M18 Spectral response of Types GL-516 and GL-564, 
General Electric photocells. (Report No. OD-2-5.) 
Ralph Stair and William E. Williams, Jr. NBS, 
Ordnance Development Division. June 19, 1943. 

M19 Leakage of gas into General Electric GL-564 
photocells. (Report No. OD-2-17.) William E. 
Williams, Jr. NBS, Ordnance Development Divi¬ 
sion. August 28, 1943. 

M20 Results of tests on four hundred Radio Corpora¬ 
tion of America photocells. Type 936, received 
June 15, 1943. (Report No. OD-2-19.) William 
E. Williams, Jr. NBS, Ordnance Development 
Division. September 6, 1943. 

M21 Results of tests on two thousand General Electric 
photocells, Type 1 P-24, received July 8 and 17, 
1943. (Report No. OD-2-20.) William E. Wil¬ 
liams, Jr. NBS, Ordnance Development Division. 
September 7, 1943. 

231.51 Double Photocells 

Ml A double photocell photoelectric unit. Robert 
Hofstadter and R. F. Morrison, Jr. ( NBS, Ord¬ 
nance Development Division.] November 11, 
1942. 

M2 Theoretical voltage output from a double photo- 








DIVISION 4 • MICROFILM LIST 


71 


231.52 


231.6 


232 

232.1 


cell circuit. Robert Hofstadter. t NBS, Ordnance 
Development Division.] November 12, 1942. 

M3 Double photocell circuit. Thomas M. Marion. 

[NBS, Ordnance Development Division.] Decem¬ 
ber 11, 1942. 

M4 Operation of parallel, double photocell circuit. 

Thomas M. Marion. t NBS, Ordnance Develop¬ 
ment Division.] December 12, 1942. 

M5 Notes on double photoelectric cell input circuit. 

J. G. Hoffman.] [NBS, Ordnance Development 
Division.] [August 12, 1943.] 

Test Equipment 

Ml Standard photoelectric cell mount. (NBS Diagram 
No. 3012.) (n.a.) NBS, Ordnance Development 

Division. October 5, 1942. 

M2 Shutter and baffle. (NBS Diagram No. 3013.) (n.a.) 

NBS, Ordnance Development Division. October 
6, 1942. 

M3 Test cell mount assembly. (NBS Diagram No. 

3014.) (n.a.) NBS, Ordnance Development Divi¬ 

sion. October 7, 1942. 

M4 Test cell mount details. (NBS Diagram Nos. 3015 
and 3016.) (n.a.) NBS, Ordnance Development 

Division. October 7, 1942. 

M5 Lamp socket. (NBS Diagram No. 3017.) (n.a.) 

NBS, Ordnance Development Division. October 
14, 1942. 

M6 Number 1 photoelectric cell test unit cabinet. 

(NBS Diagram No. 3018.) (n.a.) NBS, Ordnance 232.2 

Development Division. October 21, 1942. 

M7 Number 2 photoelectric cell test unit cabinet. (NBS 
Diagram No. 3019.) (n.a.) NBS, Ordnance Devel¬ 
opment Division. October 21, 1942. 

M8 Light angle device wiring diagram. (NBS Diagram 
No. A-3164.) (n.a.) NBS, Ordnance Development 
Division. August 3, 1943. 

Neon Tubes 

Ml Suggested form of specifications for the manufac¬ 
ture and inspection of a neon tube. [Robert Hof¬ 
stadter.] [NBS, Ordnance Development Division.] 
December 16, 1942. 

M2 Radium treatment of neon lamps. Cledo Brunetti. 

[NBS, Ordnance Development Division.] May 13, 

1943. 

Power Supplies 

Batteries 

Ml The performance of small dry batteries when sub¬ 
jected to low air temperatures and the effect of 
heating the batteries internally by alternating cur¬ 
rent supplied to the battery terminals. (Progress 
Report No. A-30.) John P. Schrodt, D. Norman 
Craig and George W. Vinal. Service Project No. 

OD-27. NBS, Ordnance Development Division. 
January 26, 1942. 

M2 The National Bureau of Standards battery for 
low-temperature operation. (Progress Report No. 


A-49.) John P. Schrodt, D. Norman Craig and 
George W. Vinal. Service Project No. OD-27. 
NBS, Ordnance Development Division. May 7, 
1942. 

M3 Proposed specifications for the manufacture and 
inspection of a battery. [Cledo Brunetti.] NBS, 
Ordnance Development Division. September 1, 

1942. 

M4 Operation of a single-stage unit without a B bat¬ 
tery. Robert A. Becker and Charles Ravitsky. 
[NBS, Ordnance Development Division.] Novem¬ 
ber 11, 1942. 

M5 Test of reserve batteries at Corncake, March 10, 

1943. (Memorandum No. 117-T.) Allen V. Astin 
and A. W. Spinks. Service Project No. OD-27. 
NBS, Ordnance Development Division. March 24, 
1943. 

M6 Status of reserve batteries. Allen V. Astin. [NBS, 
Ordnance Development Division.] April 17, 1943. 
M7 Test of Willard reserve A cell. Alexander Orden. 
[NBS, Ordnance Development Division.] July 29, 
1943. 

M8 [Battery requirements for Project K-4.] C. B. Pear, 
Jr. OEMsr-887. Washington Institute of Tech¬ 
nology. February 17, 1944. 

M9 [The development of small, low-temperature bat¬ 
teries.] F. T. Bowditch. OEMsr-528. National 
Carbon Company, Inc. October 26, 1944. 

Generators 

Ml The possibility of a generator power supply for 
proximity fuzes. (Report No. A-62M.) Allen S. 
Clarke. Service Project Nos. OD-27, OD-33 and 
others. NBS, Ordnance Development Division. 
December, 1942. 

M2 Generator report. R. N. Harmon. Westinghouse 
Electric and Manufacturing Company, Inc. April 
8, 1943. 

M3 Status of generator development. (Memorandum 
No. 38-R.) R. N. Harmon. Service Project No. 
OD-27. Westinghouse Electric and Manufacturing 
Company, Inc. April 8, 1943. 

M4 Generator regulation. (Memorandum No. 40-R.) 
Chester H. Page. Service Project No. OD-27. 
NBS, Ordnance Development Division. April 26, 
1943. 

M5 The adaptation of the photoelectric fuze to a 
generator power supply. (Memorandum No. 29-P.) 
John F. Streib, David Feldman and Willis E. 
Armstrong. Service Project No. OD-27. NBS, 
Ordnance Development Division. April 30, 1943. 
M6 Status of generator development. (Engineering Re¬ 
port No. 3-R.) George V. Morris. Service Project 
No. OD-27. Zenith Radio Corporation. May 27, 
1943. 

M7 Development [Of a 3 1 % 6 -inch diameter generator 
for fuze well. George V. Morris. ( OEMsr-980.] 
Zenith Radio Corporation. October 8, 1943. 

M8 Generator performance. (Report No. OD-3-17.) 





72 


DIVISION 4 • MICROFILM LIST 


William L. Kraushaar. NBS, Ordnance Develop¬ 
ment Division. November 1, 1943. 

M9 Performance of power supply at high and low 
temperature. (Report No. OD-3-23.) F. Stanley 
Atchison. NBS, Ordnance Development Division. 
November 6, 1943. 

M10 Effect of tolerances in the regulation network. 
(Report No. OD-3-60.) William L. Kraushaar. 
NBS, Ordnance Development Division. December 
17, 1943. 

Mil [Generators.] Final report [for] Contract OEMsr- 
981. C. W. Clemons. OEMsr-981. Knapp- 
Monarch Company. February 17, 1944. 

M12 Investigation of design features of Westinghouse 
MK generators. (Report No. OD-2-20.) J. G. 
Reid, Jr. and Charles Ravitsky. NBS, Ordnance 
Development Division. February 23, 1944. 

M13 BRLG generator speeds for several combinations 
of vehicle, propeller lead and manufacturer. (Re¬ 
port No. OD-1-256.) D. C. Friedman. NBS, Ord¬ 
nance Development Division. May 22, 1944. 

M14 Variation of generator speeds of BRLG units with 
manufacturer. (Supplementary Report No. OD-1- 
256A.) D. C. Friedman. NBS, Ordnance Develop¬ 
ment Division. June 6, 1944. 

M15 Voltage-speed regulation of Zenith generators. 
(Report No. OD-3-167.) Morris Brenner and 
Ralph L. Ueberall. NBS, Ordnance Development 
Division. July 1, 1944. 

M16 Effect of generator end play on electrical noise 
output. (Report No. OD-4-81.) Louis Schuman 
and A. Donald Arsem. NBS, Ordnance Develop¬ 
ment Division. September 7, 1944. 

M17 A study of the development of the NDRC specifica¬ 
tion for generator G-l, dated February 25, 1944. 
(Report No. OD-5-645.) (n.a.) NBS, Ordnance 

Development Division. October 6, 1944. 

M18 Test of four types of power supplies and genera¬ 
tors, Quam-Nichols, Utah, Knapp-Monarch and 
Wurlitzer. (Report No. OD-3-193.) Ralph L. 
Ueberall. NBS, Ordnance Development Division. 
November 9, 1944. 

M19 [Alnico rotor generators.] Final report [for] Con¬ 
tract OEMsr-1134. C. W. Clemons. OEMsr-1134. 
Knapp-Monarch Company. November 20, 1944. 

M20 Specification for generator G-l. (n.a.) NBS, 
Ordnance Development Division. November 25, 
1944. 

M21 Specification for power supply, PS-1 and PS-2, 
(n.a.) [NBS, Ordnance Development Division.] 
November 25, 1944. 

M22 Plate voltage fluctuations of generator power sup¬ 
plies. (Report No. OD-3-210.) Ralph Stair, James 
H. Barnard and Leonard C. Pochop. NBS, Ord¬ 
nance Development Division. January 22, 1945. 

M23 Frequency modulation in generators. (Preliminary 
Report No. OD-3-223P.) Ralph Stair and Glenn 
L. Scillian. NBS, Ordnance Development Divi¬ 
sion. March 12, 1945. 

M24 Supporting the T-132 and T-32 generator to take 


setback. (Report No. OD-4-101.) Louis Schuman. 
NBS, Ordnance Development Division. March 15, 
1945. 

M25 Air speed-generator output regulation for the 
mortar shell fuzes. (Report No. OD-3-278.) Glenn 
L. Scillian and L. M. Andrews. NBS, Ordnance 
Development Division. July 20, 1945. 

M26 Effect of different regulation networks on T-132 
generator speeds. (Report No. OD-3-286.) Glenn 
L. Scillian. NBS, Ordnance Development Divi¬ 
sion. September 19, 1945. 

232.21 Propellers 

Ml Speed-regulating propellers. (Report No. OD-4-11.) 
Jacob Rabinow. NBS, Ordnance Development 
Division. December 4, 1943. 

M2 Six speed-regulating propellers on BRLG self¬ 
reporters. Test t at] Aberdeen, December 1, 1943. 
(Report No. OD-1-76.) D. C. Friedman. NBS, 
Ordnance Development Division. December 11, 

1943. 

M3 Propeller torque at low velocity. (Report No. OD- 
4-19.) L. M. Andrews. NBS, Ordnance Develop¬ 
ment Division. December 21, 1943. 

M4 Six speed-regulating propellers on self-reporters. 
[Test at] Aberdeen, January 23, 1944. (Report No. 
OD-1-126.) D. C. Friedman. NBS, Ordnance De¬ 
velopment Division. January 31, 1944. 

M5 Measurement of dynamic propeller unbalance. 
(Report No. OD-4-43.) E. U. Rotor and L. G. 
Koontz. NBS, Ordnance Development Division. 
March 23, 1944. 

M6 Comparative speeds of brass and bakelite propel¬ 
lers. (Report No. OD-4-45.) Louis Schuman. 
NBS, Ordnance Development Division. April 6, 

1944. 

M7 Torque developed by 2-inch x 12-inch RRLG pro¬ 
pellers. (Report No. OD-4-51.) Samuel Kolodny. 
NBS, Ordnance Development Division. April 19, 
1944. 

M8 Speed tests of stamped brass and duralumin pro¬ 
pellers. (Report No. OD-4-60.) Louis Schuman. 
NBS, Ordnance Development Division. May 22, 
1944. 

M9 Speed of 1 ^ 6 'i nc h diameter steel propellers. (Sup¬ 
plement [No. 1] to Report No. OD-4-60.) Louis 
Schuman. NBS, Ordnance Development Division. 
May 27, 1944. 

M10 Speed test of 1 l/^-inch diameter 11-blade steel pro¬ 
pellers. (Supplement No. 2 to Report No. OD-4- 
60.) Louis Schuman. NBS, Ordnance Develop¬ 
ment Division. May 31, 1944. 

Mil Speed test of stamped duralumin propellers. (Sup¬ 
plement No. 3 to Report No. OD-4-60.) Louis 
Schuman. NBS, Ordnance Development Division. 
June 5, 1944. 

M12 Speed test of cut steel propellers. (Supplement to 
Report No. OD-4-45.) Louis Schuman. NBS, 
Ordnance Development Division. June 19, 1944. 
M13 Metal propeller with fluted blades. Jacob Rabi- 







DIVISION 4 • MICROFILM LIST 


73 


now. [NBS, Ordnance Development Division.] 
November 1, 1944. 

M14 Effect of varying blade length and cover openings 
on speed characteristics and air thrust on turbine 
wheel, TFA-6070. (Report No. OD-4-91.) Louis 
Schuman. NBS, Ordnance Development Division. 
December 29, 1944. 

232.22 Rotors 

Ml Rubber-mounted generator rotors. William B. 
McLean. t NBS, Ordnance Development Division.] 
September 1, 1943. 

M2 Contact springs on the BRLG rotor housing. 
William B. McLean. t NBS, Ordnance Develop¬ 
ment Division.] October 8, 1943. 

M3 Comparison of generator rotor unbalance and the 
measured eccentricity. (Report No. OD-4-20.) 
A. Donald Arsem. NBS, Ordnance Development 
Division. December 27, 1943. 

M4 Bursting speeds of generator rotors. (Report No. 
OD-4-36.) Samuel Kolodny. NBS, Ordnance De¬ 
velopment Division. February 23, 1944. 

M5 Measurement of vibration amplitude of MRLG 
units. (Report No. OD-4-73.) A. Chartock. NBS, 
Ordnance Development Division. June 14, 1944. 

M6 Fifty Indiana Steel and Arnold Engineering rotors 
submitted for test by Bowen and Company. (Re¬ 
port No. OD-4-97.) Samuel Kolodny. NBS, Ord¬ 
nance Development Division. March 2, 1945. 

M7 Compilation of performance of various rotors 
tested for bursting speed. (Memorandum No. 
OD-4-50M.) Samuel Kolodny. t NBS, Ordnance 
Development Division.] April 28, 1945. 

M8 Clock rotor for the T-132/T-171. (Memorandum 
No. OD-4-67M.) Jacob Rabinow. t NBS, Ord¬ 
nance Development Division.] June 21, 1945. 

M9 Correlation of rotor magnetic characteristics with 
generator output. (Report No. OD-3-269.) Glenn 
L. Scillian and Ralph L. Ueberall. NBS, Ord¬ 
nance Development Division. July 5, 1945. 

232.23 Bearings 

Ml Absolute frictional torque of generator bearings. 
(Report No. OD-4-7.) A. Chartock and L. B. Heil- 
prin. NBS, Ordnance Development Division. 
November 29, 1943. 

M2 Instructions for installation of oilite bearings in 
BRLG generators. William B. McLean. NBS, 
Ordnance Development Division. May 4, 1944. 

M3 Life test on oilite bearings of MRLG units. (Re¬ 
port No. OD-4-74.) A. Chartock. NBS, Ordnance 
Development Division. June 16, 1944. 

M4 Determination of static thrust load limit for the 
i/£-inch New Departure R-3 ball bearing. (Report 
No. OD-4-83.) A. Chartock. NBS, Ordnance De¬ 
velopment Division. September 19, 1944. 

M5 Coupling shaft in front bearing assemblies. Jacob 
Rabinow. t NBS, Ordnance Development Divi¬ 
sion.] November 13, 1944. 

M6 The use of precision bearings in BRLG and T-50 


noses. (Report No. OD-4-88.) Jacob Rabinow. 
NBS, Ordnance Development Division. December 
14, 1944. 

M7 [Bearings.] Visit to New Departure, January 5, 
1945. (Memorandum No. OD-4-11M.) Jacob Rabi¬ 
now. [NBS, Ordnance Development Division.] 
January 11, 1945. 

M8 Investigation of rotative system of VT-172 and 
VT-132 units. L. M. K. Boelter. University of 
California. October, 1945. 

M9 Nitrided bearings. (Report No. OD-4-132.) Ermo 
Furlani and Jacob Rabinow. NBS, Ordnance De¬ 
velopment Division. November 6, 1945. 

233 Antennas 

Ml Induction field sensitivity. (Report No. OD-3-30.) 
Chester H. Page. NBS, Ordnance Development 
Division. November 16, 1943. 

M2 Induction field of finite antennas. (Report No. 
OD-3-33.) Chester H. Page. NBS, Ordnance De¬ 
velopment Division. November 19, 1943. 

M3 Dummy antennas. (Report No. OD-3-133.) Robert 
D. Huntoon. NBS, Ordnance Development Divi¬ 
sion. April 20, 1944. 

M4 Antenna rings for BRLG. (Report No. OD-3-162.) 
Philip Krupen. NBS, Ordnance Development 
Division. June 15, 1944. 

M5 Interaction of loop antenna and neighboring con¬ 
ductors with special reference to the MROG fuze. 
(Report No. WRL-UF-3.) R. C. Williamson. 
University of Florida. August 10, 1944. 

M6 Radio frequency sensitivity of the Zenith T-172 
unit and variations thereof. (Report No. OD-7- 
214R.) Otto E. Spokas. NBS, Ordnance Develop¬ 
ment Division. August 13, 1945. 

M7 Four reports on MROG, T-172, antenna modifica¬ 
tions. (Report No. WRL-UF-12.) Alfred S. Khouri. 
University of Florida. September 21, 1945. 

233.1 Tuning and Loading of Fuzes 

Ml Tuning and loading device for BRLG. (Report No. 
OD-3-37.) Paul E. Landis. NBS, Ordnance Devel¬ 
opment Division. November 29, 1943. 

M2 Tuning BRLG. (Report No. OD-3-87.) Robert 
D. Huntoon. [NBS, Ordnance Development Divi¬ 
sion.] January 29, 1944. 

M3 Loading circuit for final test chamber to be used 
at W frequency, and encasing cup specification. 
(Report No. OD-3-126.) Thomas C. Bagg. NBS, 
Ordnance Development Division. April 1, 1944. 

M4 Preliminary investigation of characteristics of test 
chamber, with respect to relative position of unit 
therein. (Report No. OD-3-135.) J. L. Pike and 
Otto E. Spokas. NBS, Ordnance Development 
Division. April 25, 1944. 

M5 Tuning compromise for BRLG units. (Report No. 
OD-3-139.) Philip R. Karr and Otto E. Spokas. 
NBS, Ordnance Development Division. Revised: 
June 3, 1944. 

M6 Noise differences in final test chambers. (Memo- 




74 


DIVISION 4 • MICROFILM LIST 


randum No. OD-BE-11M.) Robert D. Huntoon. 

[NBS, Ordnance Development Division.] June 26, 

1944. 

M7 Resonant loading of BRTG units by test boxes. 
(Report No. OD-3-196.) Ralph Stair, Glenn L. 
Scillian and Leonard C. Pochop. NBS, Ordnance 
Development Division. November 13, 1944. 

M8 Loading device for BRTG units. (Memorandum 
No. OD-5-88M.) L. A. Riley and G. J. Tedore. 

(NBS, Ordnance Development Division.] Decem¬ 
ber 26, 1944. 

234 Lenses 

Ml Resolving power of Westinghouse lenses and posi¬ 
tion of photocell. Effective aperture. Fred L. 
Mohler. f NBS, Ordnance Development Division.] 
September 11, 1942. 

M2 Inspection of lenses. Fred L. Mohler. f NBS, Ord- 236 
nance Development Division.] September 18, 

1942. 

M3 Recommendations for quality inspection of lenses 
in the manufacturing plant. t Fred L. Mohler.] 

[NBS, Ordnance Development Division.] October 
20, 1942. 

M4 Double lenses. Fred L. Mohler. f NBS, Ordnance 
Development Division.] November 13, 1942 and 
July 17, 1943. 

M5 [Crazing and stresses in BR-type lenses.] (Case 
No. 23826.) W. O. Baker, J. H. Heiss, Jr. and 
N. R. Pape. t Bell Telephone Laboratories, Inc 0 
November 27, 1942. 

M6 [PRR lucite injection-molded lenses.] (Case No. 

23854.) W. O. Baker, J. H. Heiss, Jr. and N. R. 

Pape. Bell Telephone Laboratories, Inc. Novem¬ 
ber 28, 1942. 

M7 Specifications or standards for inspection of BR 
lenses. Fred L. Mohler. NBS, Ordnance Develop¬ 
ment Division. November 30, 1942. 

234.1 Non-Crazing Coatings 

Ml Paint formulation for methyl methacrylate resins. 

Philip J. Franklin. t NBS, Ordnance Development 
Division.] January 18, 1943. 

M2 Paint to minimize crazing. Philip J. Franklin. 

[NBS, Ordnance Development Division.] April 7, 

1943. 

M3 Recommendation of non-crazing surface coating 
for lucite. Philip J. Franklin. { NBS, Ordnance 
Development Division.) April 12, 1943. 

235 Rectifiers 

Ml Status report of Rectifier Sub-Group. (Report No. 
OD-3-I.) F. Stanley Atchison. NBS, Ordnance 
Development Division. August 11, 1943. 

M2 Performance of Westinghouse AQ copper-oxide 
rectifying cells. (Report No. OD-3-VII.) F. Stanley 
Atchison. NBS, Ordnance Development Division. 
August 24, 1943. 

M3 Effect of static characteristics of rectifier cells on 
A and B voltages. (Report No. OD-3-IX.) F. Stan¬ 


ley Atchison. NBS, Ordnance Development Divi¬ 
sion. September 15, 1943. 

M4 [Development of the 7-mm rectifier disc.] T. Smith 
Taylor. OEMsr-941. Federal Telephone and 
Radio Corporation. October 5, 1943. 

M5 Discussion of proposed rectifier specifications. (Re¬ 
port No. OD-3-28.) F. Stanley Atchison. NBS. 
Ordnance Development Division. November 15, 

1943. 

M6 Specification for rectifier bridge assembly, RA-1. 
(n.a.) NBS, Ordnance Development Division. 

July 5, 1944. 

M7 A study of the development of the specification 
for the rectifier bridge assembly, RA-1, of July 5, 

1944. (Report No. OD-5-637.) (n.a.) NBS, Ord¬ 

nance Development Division. October 4, 1944. 

Resistors 

Ml Effect of variation of grid resistor on initial input 
impedance and performance of one-stage photo¬ 
electric unit. Robert A. Becker and David Feld¬ 
man. [NBS, Ordnance Development Division.] 
September 29, 1942. 

M2 Regulation with non-linear resistors in series with 
the load current. (Report No. OD-2-7.) J. G. 
Hoffman. NBS, Ordnance Development Division. 
January 1, 1944. 

M3 Arming resistor for T-5. (Report No. OD-3-101.) 
Robert D. Huntoon. NBS, Ordnance Develop¬ 
ment Division. February 22, 1944. 

M4 Compensated resistors for tuning and loading 
standards. (Report No. OD-3-154.) E. Eisner and 
Paul T. Hawes. NBS, Ordnance Development 
Division. May 24, 1944. 

M5 Temperature cycling of IRC BW-1 and miscel¬ 
laneous other resistors. (Report No. OD-SP-47.) 
A. E. Peterson and F. O. Harrer. NBS, Ordnance 
Development Division. October 27, 1944. 

M6 Temperature cycling of IRC BW-1 resistors. (Re¬ 
port No. OD-SP-47a.) A. E. Peterson and F. O. 
Harrer. NBS, Ordnance Development Division. 
November 28, 1944. 

M7 Compensated tuning resistors used in tuning T-30 
fuzes for aircraft rockets, AR and HVAR. (Report 
No. OD-2-TEG-6R.) Paul T. Hawes and Thomas 
C. Bagg. NBS, Ordnance Development Division. 
December 14, 1944. 

M8 Temperature cycling of precision wire-wound re¬ 
sistors, December 30, 1944 to January 6, 1945. 
(Report No. OD-SP-75.) F. O. Harrer and Harold 
N. Cones. NBS, Ordnance Development Division. 
January 11, 1945. 

M9 Temperature cycling tests on Shallcross resistors. 
(Memorandum No. MA-12-2-44.) George S. Car- 
son. OEMsr-769. State University of Iowa. Re¬ 
vised: January 27, 1945. 

M10 Minimum-segment K-block design. (Report No. 
OD-SP-83.) Albert London and Ray F. Smith, Jr. 
NBS, Ordnance Development Division. February 
9, 1945. 






DIVISION 4 • MICROFILM LIST 


75 


Mil Temperature coefficient of Allen-Bradley, Erie 
f and] Continental Carbon one-third watt and IRC 
one-fourth watt resistors. (Report No. OD-3-222.) 
F. W. Jirauch. NBS, Ordnance Development Divi¬ 
sion. March 2, 1945. 

M12 Possible uses of non-linear resistors. (Memorandum 
No. OD-3-99M.) Philip Krupen. f NBS, Ordnance 
Development Division.} May 15, 1945. 

236.1 Varistors 

Ml Varistor thyrite material. Robert A. Becker. 
[NBS, Ordnance Development Division.] March 
28, 1942. 

M2 Development of thyrite. Robert Hofstadter. 
[NBS, Ordnance Development Division.] July 6, 
1942. 

M3 Varistor behavior at different temperatures. 
Robert Hofstadter, Willis E. Armstrong and 
others. t NBS, Ordnance Development Division.] 
September 14, 1942. 

M4 Test specifications, tentative t for] varistor or 
thyrite units. (Draft No. 4.) [Robert Hofstadter.] 
[NBS, Ordnance Development Division.] Septem¬ 
ber 29, 1942. 

M5 Humidity tests on varistor specifications. Robert 
Hofstadter. [NBS, Ordnance Development Divi¬ 
sion.] November 17, 1942. 

M6 [A] 24-hour humidity test on thyrite units and 
varistors. R. F. Morrison, Jr. r NBS, Ordnance 
Development Division.] December 2, 1942. 

237 Condensers 

Ml Status of condenser unit. Allen V. Astin. t NBS, 
Ordnance Development Division.] April 12, 1943. 

M2 Study of condensers with solid and liquid dielec¬ 
trics. (Report No. WRL-UF-10.) H. L. Knowles 
and D. C. Swanson. University of Florida. Janu¬ 
ary 19, 1944. 

M3 Surge current performance and requirements of 
BRLG filter condensers. (Report No. OD-5-594.) 
Willis E. Armstrong. NBS, Ordnance Develop¬ 
ment Division. Revised: September 13, 1944. 

M4 Minimum capacity requirements for the BRLG 
filter condensers. (Report No. OD-5-655.) Willis 

E. Armstrong. NBS, Ordnance Development Divi¬ 
sion. October 10, 1944. 

M5 Use of off-tolerance condensers in the 10-E ampli¬ 
fier. (Report No. OD-3-195.) George Nordquist. 
[NBS, Ordnance Development Division.] Novem¬ 
ber 11, 1944. 

M6 Use of T-30 filter with Wurlitzer generator. (Re¬ 
port No. OD-3-214.) Chester H. Page. NBS, 
Ordnance Development Division. January 31, 
1945. 

M7 Temperature coefficient of condensers used in the 
10-E amplifier. (Memorandum No. OD-6-86M.) 

F. W. Jirauch. [NBS, Ordnance Development 
Division.] February 24, 1945. 

M8 Change in T-91 amplifier to obtain longer trimmer 
condenser. (Report No. OD-5-769.) Cledo Brunetti 


and George Nordquist. NBS, Ordnance Develop¬ 
ment Division. April 2, 1945. 

M9 Temperature characteristics of the ceramic con¬ 
densers in the Globe-Union T-132 amplifier. (Re¬ 
port No. OD-3-255.) F. W. Jirauch. NBS, 
Ordnance Development Division. June 4, 1945. 

238 Circuits and Related Components 

238.1 MC-380 Circuits 

(See also: 238.41) 

Ml Shift in the frequency transmission of the MC-380 
circuit resulting from variations of screen grid 
shunt or the output coupling condenser capaci¬ 
tances. Seymour Golden. [NBS, Ordnance Devel¬ 
opment Division.] April 15, 1943. 

M2 Revision of the MC-380 circuit. (Report No. OD- 

2- 2.) J. G. Hoffman, Ralph Stair and Alexander 
Orden. NBS, Ordnance Development Division. 
October 1, 1943. 

238.2 Amplifiers 

238.21 Amplifier Construction and Design 

238.211 Gain Control 

Ml Gain control for amplifiers. Robert D. Huntoon 
and F. Lamar Cooke. NBS, Ordnance Develop¬ 
ment Division. August 23, 1943. 

M2 Measurement of amplifier gain of balancing equip¬ 
ment. A. Donald Arsem. t NBS, Ordnance Devel¬ 
opment Division.] July 10, 1944. 

M3 Universal high-gain amplifier. (Report No. OD- 

3- 186.) George Nordquist. NBS, Ordnance De¬ 
velopment Division. October 20, 1944. 

M4 Experimental production of high-gain modified 
White amplifiers. (Report No. OD-3-194.) Philip 
R. Karr. NBS, Ordnance Development Division. 
November 8, 1944. 

M5 The effect of tube parameters on the available 
gain of amplifiers. (Report No. OD-3-231.) Chris 
Gregory. NBS, Ordnance Development Division. 
March 17, 1945. 

M6 Comparison of the wire-wound and ceramic gain 
controls for use in the 10-E amplifier. (Preliminary 
Report No. OD-3-236P.) F. W. Jirauch and 
Donald G. Green. NBS, Ordnance Development 
Division. April 7, 1945. 

238.212 Amplifier Shaping and After-Burning 

Ml Amplifier shaping and after-burning pulses. Ber¬ 
trand J. Miller. t NBS, Ordnance Development 
Division.] March 4, 1943. 

M2 After-burning and amplifier shaping. Robert D. 
Huntoon. t NBS, Ordnance Development Divi¬ 
sion.] March 5, 1943. 

M3 A study of the relation between after-burning and 
thyratron voltage. (Memorandum No. 158-T.) 
R. Vorkink. Service Project No. OD-27. NBS, 
Ordnance Development Division. April 14, 1943. 





76 


DIVISION 4 • MICROFILM LIST 


M4 Response of shaped amplifiers to step pulses and 
sharp pulses. (Report No. OD-3-253.) Philip R. 
Karr, R. B. Schwartz and Mary L. Scott. NBS, 
Ordnance Development Division. May 31, 1945. 

238.213 Miscellaneous Amplifier Problems 

Ml New amplifier design, plane-to-plane application. 
(Report No. OD-3-38.) Robert D. Huntoon. 
[NBS, Ordnance Development Division.] Novem¬ 
ber 29, 1943. 

M2 Amplifier hum suppression. (Report No. OD-3- 
158.) Robert D. Huntoon and Philip R. Karr. 
NBS, Ordnance Development Division. June 9, 
1944. 

M3 A study of some amplifier curves for use with the 
M-43C mortar. (Report No. OD-3-267P.) Mary 
L. Scott and George Nordquist. NBS, Ordnance 
Development Division. July 4, 1945. 

M4 Effect of key components on amplifier response 
characteristics. (Report No. OD-3-275.) George 
Nordquist. NBS, Ordnance Development Divi¬ 
sion. July 16, 1945. 

238.22 Amplifier Types 

238.221 MC-380 

Ml Change in wiring of the MC-380-A head. (Case 
No. 23236.) J. M. West. ( Bell Telephone Labo¬ 
ratories, Inc.] October 26, 1942. 

M2 Pulse and frequency characteristics of MC-380 
amplifiers. Seth H. Neddermeyer. t NBS, Ord¬ 
nance Development Division.] March 31, 1943. 

M3 Frequency characteristics of variations of MC-380 
amplifier. (Report No. OD-2-1.) Ralph Stair, 
Seymour Golden and Paul Miller. NBS, Ordnance 
Development Division. June 8, 1943. 

M4 Sun transients in t thej MC-380 amplifier circuit. 
R. F. Morrison, Jr., Glenn L. Scillian and J. G. 
Hoffman. t NBS, Ordnance Development Division.] 
[September 10, 1943.] 

238.222 MC-382 

Ml Analysis of feed-back amplifier for MC-382 fuze. 
(Progress Report No. A-122.) Robert D. Huntoon, 
William L. Kraushaar and Herbert D. Cook. 
NBS, Ordnance Development Division. December 
7, 1942. 

M2 Preliminary discussion [Ofj amplifier simplification 
for MC-382 fuze. (Memorandum No. 35-R.) R. H. 
Pintell. Service Project No. OD-27. Emerson 
Radio and Phonograph Corporation. April 8, 
1943. 

M3 Amplifier simplification for MC-382 fuze. (Parts I 
and II. Memorandum No. 48-R.) R. H. Pintell. 
Service Project No. OD-27. Emerson Radio and 
Phonograph Corporation. May 24 and July 24, 
1943. 

M4 Preliminary information on audio amplifier, 
BRLG-10. Robert D. Huntoon and F. Lamar 
Cooke. NBS, Ordnance Development Division. 
September 18, 1943. 


M5 Shelf-life test on MC-382 units. (Report No. OD- 
5-522.) Paul J. Martin. NBS, Ordnance Develop¬ 
ment Division. October 12, 1944. 

238.223 10-E 

Ml [The] 10-E amplifier. (Report No. OD-3-170.) 
Philip R. Karr and Chester H. Page. NBS, Ord¬ 
nance Development Division. July 21, 1944. 

M2 Effect of amplifier shape on function height of 
T-50 E-10. (Report No. OD-3-172.) Philip R. 
Karr. NBS, Ordnance Development Division. 
August 11, 1944. 

M3 Delay of 10-E amplifier. (Report No. OD-BE-41R.) 
R. B. Schwartz. NBS, Ordnance Development 
Division. September 25, 1944. 

M4 Tube and component study of 10-E amplifier. 
(Report No. OD-3-190.) Chris Gregory. NBS, 
Ordnance Development Division. October 30, 
1944. 

M5 Alteration of feed-back components in the basic 
10-E circuit, to provide shaped amplifiers having 
peak frequencies at 60, 70, 80, 90 and 100 cycles 
per second. (Report No. OD-3-200.) George Nord¬ 
quist. NBS, Ordnance Development Division. 
November 18, 1944. 

238.224 11-A 

Ml BRLG-11A amplifier for Zell manufacture. (Re¬ 
port No. OD-3-24.) Robert D. Huntoon. t NBS, 
Ordnance Development Division.] November 8, 
1943. 

M2 Component specifications for BRLG-11A. (Report 
No. OD-3-39.) Robert D. Huntoon. NBS, Ord¬ 
nance Development Division. December 2, 1943. 

M3 Design curves for BRLG-11A. (Report No. OD- 
3-40.) F. Lamar Cooke and Robert D. Huntoon. 
NBS, Ordnance Development Division. December 
3, 1943. 

M4 Effect of component tolerances on performance of 
BRLG-11A. (Report No. OD-3-46.) Robert D. 
Huntoon. NBS, Ordnance Development Division. 
December 7, 1943. 

M5 Performance of Zell 11-A amplifiers on standard 
test voltages. (Report No. OD-3-63.) Robert D. 
Huntoon. t NBS, Ordnance Development Divi¬ 
sion.] December 23, 1943. 

M6 Linearity of 11-A amplifier. (Report No. OD- 
3-148.) George Nordquist. NBS, Ordnance De¬ 
velopment Division. May 13, 1944. 

M7 Behavior of 11-A amplifier at 5,000 cps. (Report 
No. OD-3-156.) Philip R. Karr and George Nord¬ 
quist. NBS, Ordnance Development Division. 
May 25, 1944. 

M8 Effect of low temperatures and Jiigh voltages on 
performance of 11-A amplifiers. (Report No. OD- 
3-169.) Philip R. Karr and Milton Weiss. NBS, 
Ordnance Development Division. July 19, 1944. 

238.225 T-Types 

Ml Amplifier characteristics for T-6 application. (Re- 







DIVISION 4 • MICROFILM LIST 


77 


port No. OD-3-107.) Charles J. Apolenis and 
Robert D. Huntoon. NBS, Ordnance Develop¬ 
ment Division. March 7, 1944. 

M2 The BRTG-T-1B amplifier. (Report No. OD-3- 
204.) Ralph Stair and Glenn L. Scillian. NBS, 
Ordnance Development Division. December 7, 

1944. 

M3 Proposed amplifier for T-30. (Report No. OD- 
3-205.) Philip R. Karr. NBS, Ordnance Develop¬ 
ment Division. December 12, 1944. 

M4 Modification of T-30 amplifier. (Memorandum No. 
OD-3-88M.) George Nordquist. C NBS, Ordnance 
Development Division.] March 2, 1945. 

M5 Revised circuit for BRTG-T-1B amplifier. (Report 
No. OD-3-219.) Dorothy R. Adams and George 
Nordquist. NBS, Ordnance Development Divi¬ 
sion. March 2, 1945. 

M6 Suggested T-132L amplifier having low gain at 
low frequency. (Report No. OD-3-225.) George 
Nordquist. NBS, Ordnance Development Divi¬ 
sion. March 12, 1945. 

M7 Revised amplifier for T-91. (Report No. OD- 
5-765.) Paul E. Landis and George Nordquist. 
NBS, Ordnance Development Division. March 29, 

1945. 

M8 Temperature effect on the Globe-Union T-132 
amplifier and amplifier components. (Preliminary 
Report No. OD-3-252P.) F. W. Jirauch and 
Donald G. Green. NBS, Ordnance Development 
Division. May 28, 1945. 

M9 Revised T-2605 amplifier. (Report No. OD-3-264.) 
Dorothy R. Adams. NBS, Ordnance Development 
Division. July 30, 1945. 

M10 Revision of Wesdnghouse T-82 units. (Memo¬ 
randum No. OD-3-122M.) Ralph Stair, George 
Nordquist and Dorothy R. Adams. t NBS, Ord¬ 
nance Development Division.] August 3, 1945. 

238.226 P-Types 

Ml [Thej BRTG-P4B audio amplifier. (Report No. 
OD-2-33.) Ralph Stair and Thomas M. Marion. 
NBS, Ordnance Development Division. May 13, 
1944. 

M2 [Thej BRTG-P4C amplifier. (Report No. OD- 
2-38.) Ralph Stair and Thomas M. Marion. NBS, 
Ordnance Development Division. June 7, 1944. 

M3 Component tolerance study on the BRTG-P5 
amplifier. (Report No. OD-3-180.) Chris Gregory 
and Ralph Stair. NBS, Ordnance Development 
Division. September 22, 1944. 

238.227 Miscellaneous Amplifier Types 

Ml A two-stage feedback amplifier. (Report No. OD- 
2-6.) Ralph Stair, Thomas M. Marion and 
E. Eisner. NBS, Ordnance Development Division. 
November 24, 1943. 

M2 [Thej BRLG-10A. (Report No. OD-3-94.) F. Lamar 
Cooke. NBS, Ordnance Development Division. 
February 3, 1944. 

M3 Pentode acceptance amplifier. (Report No. OD- 


BE-1M.) Robert D. Huntoon. t NBS, Ordnance 
Development Division.] June 19, 1944. 

M4 The ll-N-2 medium-band amplifier. (Report No. 
OD-3-208.) George Nordquist. NBS, Ordnance 
Development Division. January 8, 1945. 

238.3 Oscillators 

Ml Report of Radio Group for week ending April 18, 
1942. Harry M. Diamond. [NBS, Ordnance De¬ 
velopment Division.] April 20, 1942. 

M2 Comparison of radiated power of oscillator-diode 
and reaction grid detection oscillators. (Report 
No. OD-BE-7R.) R. F. Morrison, Jr. NBS, Ord¬ 
nance Development Division. July 17, 1944. 

M3 Comparison of oscillator-diode and reaction grid 
detection circuits. (Report No. OD-BE-13R.) R. B. 
Schwartz. NBS, Ordnance Development Division. 
July 29, 1944. 

M4 Jolt tests of T-171 bases. (Memorandum No. OD- 
4-52M.) Louis Schuman. t NBS, Ordnance Devel¬ 
opment Division.] May 7, 1945. 

238.31 Oscillator-Diode Type 

Ml Microphonic stability of oscillator-diode type of 
fuze circuit. (Report No. OD-3-117.) Robert D. 
Huntoon. NBS, Ordnance Development Division. 
March 22, 1944. 

M2 Sensitivity of BRTG power oscillating detector. 
(Report No. OD-3-199.) Glenn L. Scillian and 
Chester H. Page. NBS, Ordnance Development 
Division. November 17, 1944. 

238.32 Reaction Grid Detection Type 

Ml Experiments with standard MC-382 fuzes con¬ 
verted to reaction-type fuzes with grid detection, 
RGD fuze. (Report No. OD-3-27.) Philip Krupen 
and W. S. Hinman, Jr. NBS, Ordnance Develop¬ 
ment Division. November 15, 1943. 

M2 Status of work on reaction grid detection. (Report 
No. OD-3-47.) Bertrand J. Miller. NBS, Ord¬ 
nance Development Division. December 7, 1943. 

M3 Experiments with the reaction grid detection 
circuit applied to BRLG-8. (Report No. OD-3-48.) 
William L. Kraushaar. NBS, Ordnance Develop¬ 
ment Division. December 9, 1943. 

M4 A reaction grid detection circuit for the MC-382. 
(Report No. OD-3-79.) Philip Krupen. NBS, 
Ordnance Development Division. January 15, 
1944. 

M5 Reaction grid detection circuit for BRLG appli¬ 
cations. (Report No. OD-3-102.) Philip Krupen. 
NBS, Ordnance Development Division. February 
24, 1944. 

M6 Testing of reaction grid detection units. (Report 
No. OD-3-131.) Philip Krupen. NBS, Ordnance 
Development Division. April 22, 1944. 

M7 Reaction grid detection field simulator. (Report 
No. OD-3-163.) Philip Krupen. NBS, Ordnance 
Development Division. June 17, 1944. 

M8 Amplifier with hum-bucking feature for White 





78 


DIVISION 4 • MICROFILM LIST 


reaction grid detection. (Memorandum No. OD-3- 
28M.) Philip R. Karr. t NBS, Ordnance Develop¬ 
ment Division.] August 8, 1944. 

M9 Voltage relationships in the reaction grid detec¬ 
tion oscillator. (Report No. OD-BE-30R.) R. F. 
Morrison, Jr. NBS, Ordnance Development Divi¬ 
sion. August 23, 1944. 

M10 Effect of low plate supply voltage on RGD-PB 
units. (Report No. OD-3-184.) Philip Krupen and 
Leonard C. Pochop. NBS, Ordnance Development 
Division. October 6, 1944. 

Mil A reaction grid detection oscillator for working 
into high radiation resistances. (Report No. OD- 
3-212.) Richard F. Mills. NBS, Ordnance Devel¬ 
opment Division. January 24, 1945. 

M12 A simplified RGD-PB oscillator. (Report No. OD- 
3-216.) Paul Miller. NBS, Ordnance Develop¬ 
ment Division. February 7, 1945. 

M13 The reaction grid detection oscillator. (Report 
No. OD-3-227.) Philip Krupen. NBS, Ordnance 
Development Division. March 14, 1945. 

M14 A quasi-Hartley plate-loaded reaction grid detec¬ 
tion oscillator. (Report No. OD-3-232.) Paul 
Miller and Richard F. Mills. NBS, Ordnance De¬ 
velopment Division. March 20, 1945. 

238.33 Oscillator Tests 

Ml Master indices for oscillator pre-test, audio pre¬ 
test, and pre- and post-pot test, Universal re¬ 
action grid detection. (NBS Drawing Nos. L-5515, 
L-5516 and L-5524.) (n.a.) NBS, Ordnance Devel¬ 
opment Division. July 16 and September 23, 1946. 

238.4 Photocell Circuits 

Ml The use of higher sensitivity photocells in the 
MC-380 unit. J. G. Hoffman and R. F. Morrison, 
Jr. [NBS, Ordnance Development Division.] 
April 19, 1943. 

238.41 Photocell Resistor 

(See also: 238.1) 

Ml Photocell-varistor combinations. Robert Hof- 
stadter and R. F. Morrison, Jr. [NBS, Ordnance 
Development Division.] September 9, 1942. 

M2 Preliminary proposal for a system of matching 
non-linear load resistor to photocell. (Memo¬ 
randum No. 25-P.) J. G. Hoffman and R. F. 
Morrison, Jr. Service Project No. OD-27. NBS, 
Ordnance Development Division. April 20, 1943. 

M3 Proposed method of matching non-linear load 
resistors to photocells. (Memorandum No. 27-P.) 
J. G. Hoffman and R. F. Morrison, Jr. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. May 4, 1943. 

M4 Matching photocells and non-linear load resistors 
in the MC-380 circuit. (Memorandum No. 32-P.) 
J. G. Hoffman and R. F. Morrison, Jr. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. June 8, 1943. 


M5 Impedance of the MC-380 input circuit as a func¬ 
tion of photocell sensitivity. (Report No. OD-2-16.) 
J. G. Hoffman and R. F. Morrison, Jr. NBS, 
Ordnance Development Division. August 12, 1943. 

238.42 Zero-Stage Units 

Ml Regarding zero-stage units. Robert Hofstadter. 
[NBS, Ordnance Development Division.] August 
1, 1942. 

M2 Zero-stage units. (Report No. 14-P.) Robert Hof¬ 
stadter and R. F. Morrison, Jr. Service Project 
No. OD-27. NBS, Ordnance Development Divi¬ 
sion. February 18, 1943. 

238.43 Double-Input 

Ml Double-input circuits. John F. Streib. [NBS, 
Ordnance Development Division.] November 11, 
1942. 

M2 The balanced double-input circuit. John F. 
Streib. [NBS, Ordnance Development Division.] 
April 1, 1943 . 

M3 Additional remarks on series double-input circuit. 
John F. Streib. [NBS, Ordnance Development 
Division.] April 5, 1943. 

238.44 Photocell Tests 

Ml Description of photocell testing apparatus and 
procedure. John F. Streib. t NBS, Ordnance De¬ 
velopment Division.] March 26, 1942. 

M2 Suggested procedure for measuring photocell cur¬ 
rent in testing sensitivity of the optical-photocell 
system of photoelectric fuze without disassembling. 
John F. Streib. t NBS, Ordnance Development 
Division.] September 26, 1942. 

M3 A rectified alternating current method of measur¬ 
ing photocell characteristics, and tests of some 
Westinghouse lenses. Fred L. Mohler. ( NBS, 
Ordnance Development Division.] October 12, 
1942. 

M4 Photocell inspection. John F. Streib. t NBS, Ord¬ 
nance Development Division.] October 22, 1942. 

238.5 Arming and Firing Circuits 

238.51 Arming 

(See also: 244) 

238.511 Switches 

Ml Setback switches. William B. McLean, Jacob 
Rabinow and L. M. Andrews. NBS, Ordnance 
Development Division. March 9, 1942. 

M2 Specifications for a powder train interrupter and 
electric switch for fuzes for 4i4*inch projectile. 
William B. McLean. t NBS, Ordnance Develop¬ 
ment Division.] August 31, 1942. 

M3 Direction of rotation of escapement wheel in set¬ 
back arming devices. William B. McLean. t NBS, 
Ordnance Development Division.] October 10, 
1942. 

M4 [Thej SW-200 switch, modified to fire on contact. 






DIVISION 4 • MICROFILM LIST 


79 


(Report No. OD-4-44.) Jacob Rabinow. NBS, 
Ordnance Development Division. March 31, 1944. 
M5 Field test of SW-200 0.7-sec switches. Photographic 
method for timing early functions in high-angle 
firing, March 30, 1944. (Report No. OD-1-237.) 
D. W. Scott. NBS, Ordnance Development Divi¬ 
sion. April 20, 1944. 

M6 Effect of rotation upon the operation of the SW- 
230 switch. (Report No. OD-1-729.) Charles C. 
Gordon. NBS, Ordnance Development Division. 
April 30, 1945. 

238.512 Gear Reduction Units 

Ml Noise produced by gear trains using various types 
of gears. (Report No. OD-4-3.) F. S. Manov. NBS, 
Ordnance Development Division. October 2, 

1943. 

M2 Eliminating noise due to T-50 gear trains. (Memo¬ 
randum No. OD-4-21M.) Jacob Rabinow. [NBS, 
Ordnance Development Division.] February 7, 

1945. 

M3 Development and manufacturing report on NDRC 
gear reduction unit for VT bomb fuze, (n.a.) 
OEMsr-1117. Globe-Union, Inc. August 31, 1945. 
M4 Development and manufacturing report on NDRC 
gear reduction unit for VT rocket fuze, (n.a.) 
OEMsr-1117. Globe-Union, Inc. September 14, 
1945. 

238.513 Arming Pin 

Ml Force required to pull out arming wire on BRLG 
unit. (Report No. OD-4-72.) Samuel Kolodny. 
NBS, Ordnance Development Division. June 13, 

1944. 

M2 Improvements in the arming system for the T-50 
fuze. (Report No. OD-4-79.) Jacob Rabinow. 
NBS, Ordnance Development Division. August 
23, 1944. 

M3 Arming pin considerations for the T-132. (Memo¬ 
randum No. OD-4-44M.) Jacob Rabinow. [NBS, 
Ordnance Development Division.] April 7, 1945. 
M4 Second test of double-element setback pins. (Re¬ 
port No. OD-4-128.) George T. Parish. NBS, 
Ordnance Development Division. September 5, 

1945. 

238.514 Resistance-Capacitance Arming Delay 

Ml Effect of condenser leakage on resistance-capaci¬ 
tance arming. (Report No. OD-126.) Cledo 
Brunetti. NBS, Ordnance Development Division. 
September 23, 1943. 

M2 Incorporation of resistance-capacitance arming for 
T-30. (Memorandum No. OD-3-48M.) William L. 
Kraushaar. [NBS, Ordnance Development Divi¬ 
sion.] October 20, 1944. 

M3 Probability distribution of arming time using 
resistance-capacitance arming. (Report No. OD- 
BE-49R.) Charles Ravitsky. NBS, Ordnance De¬ 
velopment Division. October 23, 1944. 

M4 Apex performance of the T-171 mortar fuze with 


resistance-capacitance arming delay. (Report No. 
OD-3-242.) Philip Krupen. NBS, Ordnance De¬ 
velopment Division. May 5, 1945. 

M5 Grid bias circuit for T-171 mortar fuze to reduce 
apex malfunction. (Report No. OD-3-256.) Dor¬ 
othy R. Adams and George Nordquist. NBS, 
Ordnance Development Division. June 5, 1945. 

238.515 Miscellaneous Arming Mechanisms 

Ml Arming considerations in T-6. (Report No. OD- 
3-74.) Bertrand J. Miller and Philip R. Karr. 
NBS, Ordnance Development Division. January 
22, 1944. 

M2 Minimum useful range for T-6. (Report No. OD- 

3- 98.) Robert D. Huntoon. NBS, Ordnance 

Development Division. February 9, 1944. 

M3 MRLG gear design. Jacob Rabinow. t NBS, Ord¬ 
nance Development Division.] May 22, 1944. 

M4 Some comments of field personnel on experience 
with bombs and fuzes. (Memorandum No. OD- 

4- 19M.) Jacob Rabinow. t NBS, Ordnance Devel¬ 
opment Division.] January 25, 1945. 

M5 Requirements for “doughnut” mechanism. (Memo¬ 
randum No. OD-4-39M.) Jacob Rabinow and 
J. A. Senn. t NBS, Ordnance Development Divi¬ 
sion.] March 17, 1945. 

M6 Arming pulse protection circuit. (Report No. OD- 
3-284.) Philip R. Karr, William L. Kraushaar 
and Chester H. Page. NBS, Ordnance Develop¬ 
ment Division. September 14, 1945. 

238.52 Detonators 

238.521 BS-4 Squibs 

Ml Specification tests on BS-4 squibs. (Memorandum 
No. PG-380.) W. A. Yates. [NBS, Ordnance De¬ 
velopment Division.] November 6, 1942. 

M2 Reliability of firing of BS-4 squibs, and time tests 
with radio frequency choke and with resistance in 
series with squib. (Memorandum No. PG-383.) 
Allen V. Astin and W. A. Yates. [NBS, Ordnance 
Development Division.] November 9, 1942. 

M3 Test on minimum firing current of BS-4 squib. 
(Memorandum No. PG-395.) W. A. Yates. [NBS, 
Ordnance Development Division.] November 18, 
1942. 

M4 Time lag specification for BS-4 squibs. (Memo¬ 
randum No. 29-T.) Allen V. Astin and W. A. 
Yates. Service Project No. OD-27. NBS, Ord¬ 
nance Development Division. January 29, 1943. 

M5 Request for laboratory test on performance of 
BS-4 squibs. Cledo Brunetti. t NBS, Ordnance 
Development Division.] October 18, 1943. 

M6 BS-4 detonators fired through Sylvania SA-782-B 
thyratrons. Summary report on recent tests, Octo¬ 
ber and November, 1943. (Report No. OD-1-82.) 
T. N. White and L. C. Miller. NBS, Ordnance 
Development Division. December 21, 1943. 

M7 Minimum voltage to fire BS-4 detonators through 




80 


DIVISION 4 • MICROFILM LIST 


238.522 


238.523 


238.6 


238.7 


thyratrons in complete MC-382 heads. Theodore 239 
B. Godfrey. t NBS, Ordnance Development Divi¬ 
sion.] December 30, 1943. 

M8 Time lags in BS-4 detonators when fired without 
firing condensers. October, 1943 [tests]. (Report 
No. OD-1-154.) L. C. Miller. NBS, Ordnance 
Development Division. February 15, 1944. 

M9 Analysis of the BS-4 detonator. (Report No. OD- 
2-BE-73R.) Charles Ravitsky. NBS, Ordnance 
Development Division. March 7, 1945. 

BS-5 Squibs 

Ml Tests on reliability of firing, minimum reliable 
firing voltage and time lags for BS-5 squibs. 
(Memorandum No. PG-319.) W. A. Yates. t NBS, 
Ordnance Development Division.] September 30, 

1942. 

M2 Detonator firing test. W. A. Yates. t NBS, Ord¬ 
nance Development Division.] November 3, 1944. 

M3 BS-5 detonators fired with 1.5-microfarad con¬ 
denser. (Report No. OD-1-699.) Charles C. Gor¬ 
don. NBS, Ordnance Development Division. 

April 2, 1945. 

Miscellaneous Detonators 

Ml Leakage resistance of BS-4 and BS-5 detonators. 
(Report No. OD-1-75.) W. A. Yates. NBS, Ord¬ 
nance Development Division. December 4, 1943. 

M2 Firing circuit curves. Theodore B. Godfrey. 
t NBS, Ordnance Development Division.] July 26, 

1944. 

M3 Design of impact detonating element for the T-32 
fuze. (Report No. OD-4-96.) Louis Schuman. 

NBS, Ordnance Development Division. February 
17, 1945. 

M4 The detonator circuit. (Report No. OD-BE-74R.) 
Charles Ravitsky. NBS, Ordnance Development 
Division. March 7, 1945. 

M5 Method of assembling detonators to the T-132/T- 
171 interruptor rotors. (Report No. OD-4-124.) 

Jacob Rabinow. NBS, Ordnance Development 
Division. August 3, 1945. 

U-Blocks 

Ml Investigation of U-block vibration. (Memorandum 
No. MA-1-2-45.) A. H. Youmans. OEMsr-769. 

State University of Iowa. January 20, 1945. 

M2 Supplementary data on U-block vibration. (Memo¬ 
randum No. MA-2-2-45.) A. H. Youmans and 
George S. Carson. OEMsr-769. State University 
of Iowa. February 24, 1945. 

Miscellaneous Circuits 

Ml Report on visit to Emerson Company [regarding 
audio circuits]. Philip Krupen. ( NBS, Ordnance 
Development Division.] April 22, 1943. 

M2 Study of Pintell circuit. Philip Krupen and 
F. Lamar Cooke. t NBS, Ordnance Development 
Division.] April 30, 1943. 


Miscellaneous Fuze Components 
Potting Materials 

Ml Use of polymerized tung oil for potting MC-380 
and MC-382 fuzes. t Cledo Brunetti and Philip J. 
Franklin.] t NBS, Ordnance Development Divi¬ 
sion.] April 29, 1943. 

M2 Potential substitutes for tung oil and ceresin wax. 
(Report No. OD-5-42.) Philip J. Franklin. NBS, 
Ordnance Development Division. July 19, 1943. 
M3 Dielectric constant and power factor loss of some 
potting materials. (Report No. OD-5-75.) Philip 
J. Franklin. NBS, Ordnance Development Divi¬ 
sion. August 3, 1943. 

M4 Amplifier performance of BRLG-8 potted with 
Glidden compound. (Report No. OD-3-26.) Albert 
Weiss. NBS, Ordnance Development Division. 
November 8, 1943. 

M5 Effect of potting upon amplifier shaping. (Report 
No. OD-3-175.) Philip R. Karr and George Nord- 
quist. NBS, Ordnance Development Division. 
August 17, 1944. 

239.2 Lock Washers 

Ml Lock washers. (Memorandum No. OD-4-12M.) 
Jacob Rabinow. t NBS, Ordnance Development 
Division.] January 12, 1945. 

239.3 Dielectrics 

Ml A study of the dielectric properties of dielectric 
materials made from mixtures of titanium alloys. 
(Report No. WRL-UF-9.) D. C. Swanson, W. H. 
Beisler and R. D. Walker. University of Florida. 
September 2, 1945. 

240 Miscellaneous Factors Concerning Fuze Performance 

241 Function, Burst Height 

Ml Evaluations of ground-approach functions [Of] 
PEP and RRP fuzes. [Tests at] Fort Bragg, April 
14 and 15, 1943. (Memorandum No. 180-T.) J. L. 
Thomas, R. R. Vorkink and T. N. White. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. April 23, 1943. 

M2 Computation of heights of function, including in¬ 
duction and quasi-static field effects. (Report No. 
OD-3-89.) Bertrand J. Miller and Philip R. Karr. 
NBS, Ordnance Development Division. January 
29, 1944. 

M3 Prediction of heights of function. (Report No. OD- 
BE-22R. Supplement to Report No. OD-3-89.) 
Bertrand J. Miller and M. Schulkin. NBS, Ord¬ 
nance Development Division. August 11, 1944. 
M4 Electrical design considerations for T-30. (Report 
No. OD-3-203.) William E. Kraushaar, Bertrand 
J. Miller and R. B. Schwartz. NBS, Ordnance 
Development Division. December 5, 1944. 

M5 T-50 function height for various amplifiers under 
manifold release conditions. (Report No. OD-3- 
215.) Mary L. Scott. NBS, Ordnance Develop¬ 
ment Division. February 2, 1945. 





DIVISION 4 • MICROFILM LIST 


81 


241.1 


242 

242.1 

242.11 


M6 Heights of function with proposed universal 
amplifier for mortar application. (Preliminary Re¬ 
port No. OD-3-235P and addendum.) Philip R. 
Karr, Mary L. Scott and George Nordquist. NBS, 
Ordnance Development Division. April 4 and 16, 
1945. 

M7 Transparent charts for prediction of function 
height. (Report No. OD-3-257.) Philip R. Karr, 
Chris Gregory and others. NBS, Ordnance Devel¬ 
opment Division. June 6, 1945. 

M8 Computation of burst heights of longitudinally- 
excited bomb fuzes. (Report No. OD-3-281.) R. B. 
Schwartz. NBS, Ordnance Development Division. 
August 7, 1945. 

M9 Prediction of T-51 burst height. (Technical Memo¬ 
randum No. OD-l-TM-11.) D. A. Worcester. 
NBS, Ordnance Development Division. November 
8, 1945. 

M10 Relation between the spread in burst heights and 
the mean burst height of VT bomb fuzes. (Tech¬ 
nical Memorandum No. OD-l-TM-13.) R. C. 
Stillinger. NBS, Ordnance Development Division. 
December 13, 1945. 

Mil Empirical burst height distribution formulae for 
VT bomb fuzes. (Technical Memorandum No. 
OD-1-23M.) R. C. Stillinger and Irene Hess. 
NBS, Ordnance Development Division. September 
17, 1946. 

M12 A comparison of observed and predicted burst 
heights of ring-type VT bomb fuzes. (Technical 
Memorandum No. OD-1-24M.) W. J. Cronin, 
T. N. White and others. NBS, Ordnance Devel¬ 
opment Division. September 19, 1946. 

Radius of Action 

Ml Expected radius of action for T-30. (Report No. 
OD-BE-53R.) Bertrand J. Miller and Franklin M. 
Fletcher. NBS, Ordnance Development Division. 
November 3, 1944. 

M2 Computation of expected radius of action. (Memo¬ 
randum No. OD-3-53M.) Chester H. Page. t NBS, 
Ordnance Development Division.] November 6, 
1944. 

M3 Estimates of radius of action of T-30 from steady- 
state computations. (Report No. OD-BE-56R.) 
R. F. Morrison, Jr., Thomas M. Marion and Frank¬ 
lin M. Fletcher. NBS, Ordnance Development 
Division. December 4, 1944. 

Properties of Missiles 

Bombs 

Controlled-Trajectory Bombs 

Ml The aerodynamics of controlled-trajectory bombs. 
(Progress Report No. A-32.) Hugh L. Dryden. 
Service Project No. AC-36. NBS, Ordnance Devel¬ 
opment Division. February 23, 1942. 

M2 Controlled-trajectory bombs, as of March 1, 1942. 
(Progress Report No. A-37.) Hugh L. Dryden. 


Service Project No. AC-36. NBS, Ordnance De¬ 
velopment Division. March 17, 1942. 

M3 The state of development of maneuverable con¬ 
trolled-trajectory bombs t as of] September 1, 1942. 
(Progress Report No. A-109.) Hugh L. Dryden. 
Service Project Nos. AC-36, NO-40 and NO-115. 
NBS, Ordnance Development Division. November 
6, 1942. 

242.12 Air-Burst Bombs 

Ml Evaluation of air-burst bombs for clearance of 
mine fields. (Report No. A-291.) Robert D. Hun- 
toon. Service Project No. OD-27; OSRD No. 4100. 
NBS, Ordnance Development Division. August, 

1944. 

M2 Air-burst bombs. (Division 2.) A. H. Taub. De¬ 
cember 21, 1944. 

M3 Evaluation of air-burst bombs for clearance of 
mine fields. (Final Report No. OD-1-599.) E. F. 
Horton, Jr. NBS, Ordnance Development Divi¬ 
sion. December 23, 1944. 

M4 Air burst for blast bombs. (Division 2. Report 
No. A-322.) E. Bright Wilson, Jr., W. D. Kennedy 
and others. OEMsr-260 and OEMsr-569; Service 
Project Nos. OD-03, NO-224 and others; OSRD 
No. 4943. Princeton University, Woods Hole 
Oceanographic Institution and others. April, 

1945. 

242.13 Miscellaneous Types of Bombs 

Ml Puff delay [in] 500-lb bomb. (Report No. OD-1-41.) 
Theodore B. Godfrey. NBS, Ordnance Develop¬ 
ment Division. November 5, 1943. 

M2 Fire bombs tried at Eglin Field with VT fuzes. 
(Report No. OD-2-255M.) T. N. White. t NBS, 
Ordnance Development Division.] July 13, 1945. 

242.14 Miscellaneous Bomb Problems 

Ml Impact angles and striking velocities for dive 
bombing. (Report No. OD-7-88R.) F. L. Celauro. 
[NBS, Ordnance Development Division.] March 
22, 1945. 

M2 Table of bomb velocity vs. air travel. (Report 
No. OD-2-252M.) Allen T. Foster. NBS, Ord¬ 
nance Development Division. July 5, 1945. 

M3 Tables of mean point of impact settings required 
for different bomb ballistic coefficients. (Memo¬ 
randum No. OD-SP-123M.) C. F. Eve. t NBS, 
Ordnance Development Division.] July 20, 1945. 
M4 Vertical component of striking velocity vs. altitude 
[forj various bombs t at] 200-mph release. (Report 
No. OD-OAG-20.) (n.a.) (n.d.) 

243 Radiation 

243.1 Radiation Patterns 

243.11 Bombs 

Ml Radiation properties of BRLG. (Memorandum 







82 


DIVISION 4 • MICROFILM LIST 


No. 43-R.) Robert D. Huntoon. Service Project 
No. OD-27. NBS, Ordnance Development Divi¬ 
sion. July 28, 1943. 

M2 Selection of optimum frequencies for BRLG vehi¬ 
cles. (Memorandum No. 52-R.) Robert D. Hun¬ 
toon. Service Project No. OD-27. NBS, Ord¬ 
nance Development Division. Revised: April 17, 
1944. 

M3 Radiation patterns on Zenith and Westinghouse 
BRTG. (Memorandum No. OD-3-34M.) Ralph 
Stair. [NBS, Ordnance Development Division.] 
August 25, 1944. 

M4 Electrical properties of British 4000-lb bomb. 

(Memorandum No. OD-BE-42M.) Harry M. Dia¬ 
mond. [NBS, Ordnance Development Division.] 
August 26, 1944. 

M5 Radiation patterns and electrical balance of 

BRTG. (Report No. OD-3-177.) Glenn L. Scillian 
and Ralph Stair. NBS, Ordnance Development 
Division. August 31, 1944. 

M6 Radiation properties of British 4000-lb bomb. 

(Memorandum No. OD-BE-47M.) Franklin M. 
Fletcher and Otto E. Spokas. [NBS, Ordnance 
Development Division.] September 9, 1944. 

M7 Radiation properties of depth bombs. (Memo¬ 

randum No. OD-BE-53M.) Otto E. Spokas and 
Franklin M. Fletcher. t NBS, Ordnance Develop¬ 
ment Division.] September 15, 1944. 

M8 Additional measurements on radiation properties 
of British 4000-lb bomb. (Memorandum No. OD- 
BE-56M.) Otto E. Spokas and Franklin M. 
Fletcher. ( NBS, Ordnance Development Division.] 
September 19, 1944. 

M9 Radiation properties of 1,000- and 2000-lb general- 
purpose bombs, (Memorandum No. OD-BE-59M.) 
Franklin M. Fletcher and Otto E. Spokas. [NBS, 
Ordnance Development Division.] September 27, 

1944. 

M10 Radiation properties of vehicles M-30, M-64 and 
M-81. (Memorandum No. OD-BE-66M.) Franklin 
M. Fletcher and Otto E. Spokas. t NBS, Ordnance 
Development Division.] October 5, 1944. 

Mil Low-frequency operation of bomb fuzes. (Report 
No. OD-3-258.) R. B. Schwartz. NBS, Ordnance 
Development Division. June 7, 1945. 

243.12 Rockets 

Ml Radiation dummy load considerations for MC-382. 
(Memorandum No. 33-R.) R. H. Pintell. Service 
Project No. OD-27. Emerson Radio and Phono¬ 
graph Corporation. March 2, 1943. 

M2 Radiation patterns of the AR and H-4.5 rockets. 
(Memorandum No. OD-7-212M.) Otto E. Spokas. 
[NBS, Ordnance Development Division.] July 21, 

1945. 

243.13 Mortars 

Ml Radiation properties of the M-43 and M-56. 
(Memorandum No. OD-BE-54M.) Franklin M. 
Fletcher and Otto E. Spokas. t NBS, Ordnance 
Development Division.) September 18, 1944. 


M2 Radiation properties of the 5-inch mattress and 
the 155-mm mortar projectile. (Memorandum No. 
OD-BE-63M.) Otto E. Spokas and Franklin M. 
Fletcher. t NBS, Ordnance Development Division.] 
September 30, 1944. 

243.2 Radiation Resistance 

243.21 Bombs 

Ml Effect of ground reflection on BRLG performance. 
(Report No. OD-3-19.) Charles J. Apolenis and 
Robert D. Huntoon. NBS, Ordnance Develop¬ 
ment Division. November 2, 1943. 

M2 Theoretical estimates of the radiation resistance 
of the BRTG propeller antenna model. (Report 
No. OD-2-30.) J. G. Hoffman and David Feld¬ 
man. NBS, Ordnance Development Division. 
April 24, 1944. 

M3 Radiation resistance of BRLG vehicles. (Memo¬ 
randum No. OD-BE-2M.) Robert D. Huntoon. 
[NBS, Ordnance Development Division.] June 20, 
1944. 

M4 Radiation resistance of Zenith BRTG-Z units. 
(Report No. OD-3-178.) Glenn L. Scillian and 
Ralph Stair. NBS, Ordnance Development Divi¬ 
sion. September 13, 1944. 

243.22 Rockets 

Ml Radiation resistance of [the M-9j rocket. (Report 
No. OD-3-105.) Otto E. Spokas, Charles C. Gor¬ 
don and Robert D. Huntoon. NBS, Ordnance 
Development Division. March 2, 1944. 

M2 Radiation properties of the HVAR 5-inch rocket. 
(Memorandum No. OD-BE-50M.) Otto E. Spokas 
and R. F. Morrison, Jr. f NBS, Ordnance Develop¬ 
ment Division.] September 13, 1944. 

M3 Radiation properties of various rockets. (Memo¬ 
randum No. OD-BE-92M.) Bertrand J. Miller. 
[NBS, Ordnance Development Division.] Decem¬ 
ber 12, 1944. 

M4 Additional radiation resistance data on the HVAR, 
AR-3.5 and AR-5 rockets. (Memorandum No. OD- 
7-202M.) Otto E. Spokas. [NBS, Ordnance Devel¬ 
opment Division.} May 1, 1945. 

M5 Radiation resistance presented to the Type T-2005 
unit. (Memorandum No. OD-7-205M.) Otto E. 
Spokas. [NBS, Ordnance Development Division., 
June 25, 1945. 

243.23 Mortars 

Ml Radiation resistance of the M-56 mortar, the M-43 
mortar with an M-56 tail, the AN-M-41 fragmenta¬ 
tion bomb and the 155-mm chemical mortar pro¬ 
jectile when used with a MRLG-type unit. (Memo¬ 
randum No. OD-BE-98M.) Otto E. Spokas. { NBS, 
Ordnance Development Division.] December 19, 
1944. 

M2 The effect of various antenna rings on the radia¬ 
tion resistance of the M-56 mortar and the M-43 
mortar with the M-56 tail. (Memorandum No. 






DIVISION 4 • MICROFILM LIST 


83 


OD-BE-127M.) Otto E. Spokas. t NBS, Ordnance 
Development Division.] April 2, 1945. 

M3 Radiation resistance of the M-56 mortar shell with 
2-inch tail extension. (Memorandum No. OD-7- 
213M.) Otto E. Spokas. t NBS, Ordnance Develop¬ 
ment Division.] August 28, 1945. 

243.3 Gas Tanks 

Ml Radiation properties of gas tanks. (Preliminary 
Memorandum No. OD-BE-89M.) Bertrand J. 
Miller. [NBS, Ordnance Development Division.] 
November 27, 1944. 

243.4 Vehicle Radiation 

Ml A possible method of reducing the undesired para¬ 
sitic radiation from a vehicle excited transversely. 
C. Albert Moreno. University of Florida. No¬ 
vember 1, 1943. 

M2 Pole tests on various vehicles at Blossom Point. 
(Report No. OD-3-174.) James H. Barnard, Glenn 
L. Scillian and Ralph Stair. NBS, Ordnance De¬ 
velopment Division. August 16, 1944. 

M3 Pole tests on British two-ton vehicle. (Memoran¬ 
dum No. OD-3-33M.) Ralph Stair and James 
H. Barnard. t NBS, Ordnance Development Divi¬ 
sion.] August 24, 1944. 

244 Arming 

(See also: 238.51) 

244.1 Air Travel-to-Arming 

Ml Air travel required for release of arming cover. 
(Report No. OD-4-54.) E. U. Rotor. NBS, Ord¬ 
nance Development Division. April 29, 1944. 

M2 Analysis of variations in the spread of air travel- 
to-arming. (Report No. OD-7-103.) B. M. Bennett. 
[NBS, Ordnance Development Division.] April 11, 
1945. 

M3 Arming of VT bomb fuzes. Analysis and measure¬ 
ment of spread in air travel-to-arming. (Report 
No. OD-2-275.) A. L. Leiner. t NBS, Ordnance 
Development Division.] March 15, 1946. 

244.2 Velocity 

Ml Arming considerations for HVAR. (Memorandum 
No. OD-BE-17M.) Bertrand J. Miller. t NBS, 
Ordnance Development Division.] July 12, 1944. 

245 Interaction of Fuzes 

Ml Salvo firing in search of sympathetic functioning 
[Using] sixty M-2 (MC-380) f and] sixty M-3 (MC- 
382) fuzes [at 3 Aberdeen, June 23, 1943. (Report 
No. OD-1-15.) T. N. White. NBS, Ordnance 
Development Division. September 25, 1943. 

M2 Interaction factors for BRLG units. (Memorandum 
No. OD-BE-48M.) Franklin M. Fletcher. [NBS, 
Ordnance Development Division.] September 11, 
1944. 

M3 Mutual interaction in BRLG units dropped in 
close spaced train. (Memorandum No. OD-BE- 


44M.) Bertrand J. Miller. t NBS, Ordnance De¬ 
velopment Division.] September 11, 1944. 

M4 Electrical interaction of T-50 fuzes. (Part II. Re¬ 
port No. OD-BE-42R.) Bertrand J. Miller. NBS, 
Ordnance Development Division. September 29, 
1944. 

246 Jamming 

Ml Repeater jamming of proximity fuzes. (Division 15. 
Report No. 1305-26.) Russell Yost, Jr. and Walter 
E. Tolies. OEMsr-1305; Service Project Nos. SC- 
98.07 and NA-109. Airborne Instruments Labo¬ 
ratory, Inc. January 27, 1946. 

247 Sunfiring 

Ml Sunfiring. Willis E. Armstrong. t NBS, Ordnance 
Development Division.] November 19, 1942. 

M2 A method for preventing sunfiring. Thomas M. 
Marion. [NBS, Ordnance Development Division.] 
July 8, 1943. 

M3 Sunfiring of photoelectric fuzes on rockets, June 1 
to 8, 1943. (Memorandum No. 392-T.) H. F. 
Stimson. Service Project No. OD-27. NBS, Ord¬ 
nance Development Division. September 3, 1943. 

M4 A sunproof modification of the MC-380 fuze. 
(Report No. OD-2-21.) J. G. Hoffman, R. F. 
Morrison, Jr. and Glenn L. Scillian. NBS, Ord¬ 
nance Development Division. September 4, 1943. 

M5 A further study of the sunproof modification of 
the MC-380 fuze. (Report No. OD-2-5.) Glenn L. 
Scillian, R. F. Morrison, Jr. and J. G. Hoffman. 
[NBS, Ordnance Development Division.] [Novem¬ 
ber 22, 1943.] 

248 Light Intensities 

Ml Night photoelectric fuze. John F. Streib. t NBS, 
Ordnance Development Division.] April 16, 1942. 

M2 Light measurements made on the altitude flights 
of August 23 and 28, 1942. J. G. Hoffman.] 
[NBS, Ordnance Development Division.] [August, 
1942.] 

M3 Measurement of light intensities at altitudes up to 
25,000 feet, (n.a.) t NBS, Ordnance Development 
Division.] September 14, 1942. 

M4 Light level values for the north sky. (Report No. 
OD-2-12.) Ralph Stair and William E. Williams, 
Jr. NBS, Ordnance Development Division. July 
3, 1943. 

300 TOSS BOMBING 

310 Theory of Toss Bombing 

311 Toss-Bombing Angles 

Ml Mathematical investigation of some phases of toss 
bombing. [Philip R. Karr.] f NBS, Ordnance De¬ 
velopment Division.] March 26, 1943. 

M2 Mathematical study of toss bombing in the gen¬ 
eral case. (Interim Report No. 7.) Irvin H. Swift. 




84 


DIVISION 4 • MICROFILM LIST 


OEMsr-769. State University of Iowa. May 22, 
1943. 

M3 Toss bombing, summary of proof data. (Report 
No. OD-4-10.) William B. McLean and William 
L. Whitson. NBS, Ordnance Development Divi¬ 
sion. November 30, 1943. 

M4 Dive toss bombing. (Report No. OD-4-58.) Wil¬ 
liam L. Whitson. NBS, Ordnance Development 
Division. June 1, 1944. 

M5 Progress reports of Special Group on Toss Bomb¬ 
ing [Covering period from] July 24, 1944 to Janu¬ 
ary, 1946. W. S. Hinman, Jr., William B. McLean 
and others. NBS, Ordnance Development Divi¬ 
sion. 

M6 Excerpts from University of Iowa reports concern¬ 
ing the theory of toss bombing. (Report No. 
A-S117BT.) (n.a.) OEMsr-769. State University 

of Iowa. August 5, 1944. 

M7 A discussion of toss-bombing data taken at Wright 
Field. (Technical Paper No. A-S120-ERDS.) 
Robert E. Holland. OEMsr-769. State Univer¬ 
sity of Iowa. August 11, 1944. 

M8 Toss bombing with target motion. (AMG Working 
Paper No. 293.) Harry Pollard. AMG-Columbia. 
October 24, 1944. 

M9 The elements of toss bombing. (Technical Paper 
No. REI-TMD-115. Revision 1.) Irvin H. Swift. 
OEMsr-769. State University of Iowa. [Novem¬ 
ber, 1944.] 

M10 A theory of toss bombing. (AMP Report No. 
146.1R.) Harry Pollard. OEMsr-1007. AMG- 
Columbia. September, 1945. 

311.1 Pull-Up Angle 

Ml General toss-bombing solution for the case of a 
non-constant acceleration, including the effect of 
the pull-up angle. (Report No. OD-SP-48.) Albert 
London. NBS, Ordnance Development Division. 
November 3, 1944. 

M2 Analysis of horizontal range error resulting from 
neglect of pull-up angle. (Report No. OD-SP-45.) 
S. H. Lachenbruch. NBS, Ordnance Development 
Division. November 7, 1944. 

M3 Relationships among important angles in toss¬ 
bombing trajectories. (Report No. OD-SP-49.) 
S. H. Lachenbruch. NBS, Ordnance Development 
Division. November 10, 1944. 

M4 Effect of a constant angle between the sight line 
and the flight line in tossing projectiles. (Tech¬ 
nical Paper No. TC-2-1-45.) M. E. Rolfs. OEMsr- 
769. State University of Iowa. February 24, 1945. 

M5 Exact solution of toss-bombing equations for cir¬ 
cular pull-up. (Report No. OD-SP-98.) S. H. 
Lachenbruch, Albert London and C. F. Eve. NBS, 
Ordnance Development Division. March 23, 1945. 

M6 Pull-up angle at the start of integration. (Tech¬ 
nical Report No. TC-4-6-45.) Philip G. Hubbard. 
OEMsr-769. State University of Iowa. Revised: 
July 4, 1945. 

M7 function for non-constant pull-up acceleration. 


(Report No. OD-SP-123.) C. F. Eve and Albert 
London. NBS, Ordnance Development Division. 
July 10, 1945. 

311.2 Sight Depression Angle 

Ml Dependence of range on the allowable sight de¬ 
pression in dive bombing. (Report No. OD-SP- 
117.) S. H. Lachenbruch. NBS, Ordnance Devel¬ 
opment Division. May 11, 1945. 

311.3 Striking Angle for Level-Flight Bombing 

Ml Equations for toss bombing for the horizontal 
case, assuming acceleration is a function of the 
time. (Report No. OD-TB-19.) William B. 
McLean. NBS, Ordnance Development Division. 
August 31, 1944. 

M2 Striking angles and velocities for level-flight 

bombing. (Report No. OD-7-87R.) Allen T. Fos¬ 
ter. NBS, Ordnance Development Division. 
March 20, 1945. 

M3 Striking angles and velocities for level-flight 

bombing t with the M-65 bomb). (Report No. 
OD-2-223R. Supplement to Report No. OD-7- 
87R.) Allen T. Foster. NBS, Ordnance Devel¬ 
opment Division. June 5, 1945. 

M4 Striking angles and velocities for level-flight 

bombing with M-57. (Report No. OD-2-257R. Sup¬ 
plement to Report No. OD-7-87R.) Allen T. 
Foster. NBS, Ordnance Development Division. 
July 18, 1945. 

M5 Equivalent release conditions for level-flight 
bombing and dive bombing. (Technical Memo¬ 
randum No. OD-l-TM-2.) Irene Freuder, F. L. 
Celauro and T. N. White. NBS, Ordnance Devel¬ 
opment Division. October 30, 1945. 

311.4 Angle of Attack 

Ml Angle of attack of the boresight datum line in the 
F6F-5. (Memorandum No. OD-SP-74M.) Robert 
E. Holland. t NBS, Ordnance Development Divi¬ 
sion.] January 1, 1945. 

M2 Angle of attack of thrust line [Of thej plane 
SB2C-4, Serial Number 20354. (Report No. OD- 
SP-104.) John H. Park. NBS, Ordnance Develop¬ 
ment Division. April 14, 1945. 

M3 Angle of attack of thrust line [Of the] plane F6F, 
No. 77555. (Report No. OD-SP-112.) L. J. Jelsch. 
NBS, Ordnance Development Division. May 7, 
1945. 

M4 Angle of attack of boresight datum line for 
SB2C-5, F4U and F6F-5 airplanes. (Report No. 
OD-SP-124.) John H. Park. NBS, Ordnance De¬ 
velopment Division. June 22, 1945. 

312 Errors and Corrections 

312.1 Sight Alignment 

Ml Effect of changing integrator RC ratio to correct 
for an error in alignment of sight with line of 
flight. (Report No. OD-SP-40.) William B. Me- 









DIVISION 4 • MICROFILM LIST 


85 


312.2 


312.3 


312.4 


Lean. NBS, Ordnance Development Division. 
October 26, 1944. 

M2 Method of checking the alignment of the sight 
with the flight line in a dive. (Memorandum No. 
OD-SP-47M.) William B. McLean. t NBS, Ord¬ 
nance Development Division.] November 16, 1944. 312.1 

M3 The effect of sight misalignment and angle of 
attack variation. (Report No. OD-SP-131.) S. H. 
Lachenbruch. NBS, Ordnance Development Divi¬ 
sion. July 23, 1945. 

Dive Angle Correction Factor 

Ml Bridge for adjustment of 'P for different plane 
velocities. (Report No. OD-TB-33.) Harold N. 

Cones. NBS, Ordnance Development Division. 
September 28, 1944. 

M2 Revised computation of gyro output voltage at 
40 degrees dive angle for different plane veloci¬ 
ties. (Addendum to Report No. OD-TB-33.) S. H. 
Lachenbruch. NBS, Ordnance Development Divi¬ 
sion. October 25, 1944. 

M3 Use of the 100-ft horizontal error curves for errors 
of other magnitudes. (Report No. OD-SP-46.) 

S. H. Lachenbruch. NBS, Ordnance Development 
Division. November 8, 1944. 

M4 Variation of integrator SP function with velocity, 
neglecting air resistance. (Report No. OD-SP-41.) 

R. De Amicis. NBS, Ordnance Development Divi¬ 
sion. November 14, 1944. 

M5 Tables of new •p functions and other related quan¬ 
tities. (Report No. OD-SP-77.) C. F. Eve and 
Albert London. NBS, Ordnance Development 
Division. January 15, 1945. 

M6 New >P card design. (Report No. OD-SP-78.) 

Albert London and A. E. Willgoos. NBS, Ord¬ 
nance Development Division. January 17, 1945. 

M7 An analytical method for correcting systematic 
toss-bombing errors, involving revision of the SP 
function. (Report No. OD-SP-150.) S. H. Lachen¬ 
bruch. NBS, Ordnance Development Division. 
November 30, 1945. 

Altitude Ratio Errors 

Ml Horizontal range errors resulting from altitude 
ratio errors. (Report No. OD-SP-80.) Arnold 
Wexler and Albert London. NBS, Ordnance De¬ 
velopment Division. January 18, 1945. 

Wind Corrections 

Ml Measurements of wind velocity with the direc¬ 
tional gyro. (Report No. OD-SP-53.) William L. 
Whitson. NBS, Ordnance Development Division. 
November 22, 1944. 

M2 Wind correction for toss bombing. (Report No. 
OD-SP-97.) T. H. Nicholl. NBS, Ordnance De¬ 
velopment Division. March 14, 1945. 

M3 Wind correction sighting grids for toss bombing. 

(Report No. OD-SP-106.) Albert London and 
A. E. Willgoos. NBS, Ordnance Development 
Division. May 11, 1945. 


M4 Range wind correction for toss bombing. (Report 
No. OD-SP-107.) Albert London and C. F. Eve. 
NBS, Ordnance Development Division. June 5, 
1945. 

Air Resistance Corrections 

Ml A preliminary analysis of the effect of air resist¬ 
ance on certain aspects of toss bombing. (Report 
No. A-308.) S. H. Lachenbruch. Service Project 
Nos. AC-62 and NO-185; OSRD No. 4589. NBS, 
Ordnance Development Division. September, 1944. 
M2 Correction of the acceleration integrator for air 
resistance. (Report No. OD-SP-76.) S. H. Lachen¬ 
bruch. NBS, Ordnance Development Division. 
January 12, 1945. 

313 Trajectories 

Ml Toss-bombing trajectories. (Memorandum No. OD- 
OAG-32.) F. L. Celauro and D. Fisher. [NBS, 
Ordnance Development Division.] September 6, 
1944. 

314 Operational Range Limits 

Ml Range limitations resulting from approximations 

in toss-bombing equations. (Report No. OD-SP- 
105.) S. H. Lachenbruch. NBS, Ordnance Devel¬ 
opment Division. April 16, 1945. 

M2 Tables of operational limits in toss bombing. 

(Memorandum No. OD-SP-140M.) C. F. Eve. 
[NBS, Ordnance Development Division.] October 
29, 1945. 

315 Radar Aids to Toss Bombing 

Ml Use of radar range for toss bombing. (Division 14. 
Report No. 63.) J. R. Rogers and J. W. Gray. 
[MIT, Radiation Laboratory.] April 21, 1943. 

316 Pull-Up Time 

Ml Pull-up acceleration as a function of time for F6F 
and TBM flights releasing rockets and bombs. 
(Memorandum No. MC-2-4-45.) A. H. Crippen. 
OEMsr-769. State University of Iowa. February 
24, 1945. 

317 Rack-Lag Time 

Ml Rack-lag time for Mark 50 and Mark 46, Model 1 
racks with AN/ASG-10 gear. (Report No. OD-SP- 
136.) A. E. Peterson. NBS, Ordnance Develop¬ 
ment Division. August 23, 1945. 

318 Flight Curves 

Ml Flight curves for Patuxent planes. (Memorandum 
No. OD-SP-61M.) F. R. Kotter. [NBS, Ordnance 
Development Division.] November 25, 1944. 

320 Toss-Bombing Equipment 

321 Directors 


i 


SECRET 






86 


DIVISION 4 • MICROFILM LIST 


321.1 AN/ASG-10 Director 

Ml Introduction to operation of bomb director, 
AN/ASG-IO(XN). (Report No. OD-SP-67.) W. S. 
Hinman, Jr. NBS, Ordnance Development Divi¬ 
sion. December 15, 1944. 

M2 Pilot production of toss-bombing equipment, 
(n.a.) [OEMsr-1227.] Bowen and Company, Inc. 

(May, 1945.] 

M3 Type test of AN/ASG-10, Serial Numbers 1004 and 
1555 [Covering the period from] July 6 to August 
13, 1945. (n.a.) Magna vox Company. 

M4 Type test of AN/ASG-10A [Covering the period 
from] November 26 to 29, 1945. C. B. Fine and 
W. Harl. Magnavox Company. 

M5 [The] AN/ASG-10 bomb director. Development, 
design and production. R. H. Dreisbach, N. F. 
Martin and others. OEMsr-1417. Magnavox 
Company. May 9, 1946. Includes: Pilot’s operat¬ 
ing manual for bomb director Mark 1, Model 1, 
AN/ASG-10. (Report No. CO NAVAER 08-5S-501.) 
(n.a.) US Navy Department. January 17, 1945. 
Handbook of maintenance instructions for bomb 
director Mark 1, Model 1, AN/ASG-10. (Report 
No. CO-AN 16-30ASG10-7.) (n.a.) US Navy De¬ 

partment. August 1, 1945. Operator’s manual for 
bomb director Mark 1, Model 2, AN/ASG-10A. 
(Report No. CO NAVAER 16-5S-524.) (n.a.) US 
Navy Department. June 15, 1945. 

321.11 AN/ASG-10 Components 

Ml Humidity tests on production AN/ASG-10 and 
various cables. (Report No. OD-SP-96.) J. L. Pike 
and Joseph Johansen. NBS, Ordnance Develop¬ 
ment Division. March 12, 1945. 

M2 Summary of time in air for all toss-bombing 
equipment at Patuxent from October 28, 1944 to 
March 19, 1945, listing all faults in equipment 
and adjustments made. (Report No. OD-SP-IOO.) 
John H. Park. NBS, Ordnance Development Divi¬ 
sion. March 27, 1945. 

M3 Further humidity tests on AN/ASG-10 computer, 
cables, connectors and altimeter. (Report No. OD- 
SP-96a.) J. L. Pike and Joseph Johansen. NBS, 
Ordnance Development Division. April 13, 1945. 

M4 Maintenance notes on AN/ASG-10(XN) equip¬ 
ment. (Report No. OD-SP-109.) F. M. Defandorf. 
NBS, Ordnance Development Division. May 1, 
1945. 

M5 Humidity tests on AN/ASG-10 computer, pilot’s 
control box, altimeter and sealed chamber ter¬ 
minals. (Report No. OD-SP-96b.) Joseph Johan¬ 
sen and J. L. Pike. NBS, Ordnance Development 
Division. May 14, 1945. 

M6 A list of unsatisfactory features in Models 1 and 2 
equipment and some remedies. (Memorandum No. 
OD-SP-126M.) F. M. Defandorf. C NBS, Ordnance 
Development Division.] August 14, 1945. 

321.2 Mark I 

Ml Tests on effect of aircraft radio and intercommuni¬ 


cation system on operation of Mark 1 bomb direc¬ 
tor. (Report No. OD-SP-71.) A. E. Peterson and 
C. Weaver Creed. NBS, Ordnance Development 
Division. December 29, 1944. 

M2 Difference between bomb directors Mark 1, 
Model 0 and Mark 1, Model 1. (Memorandum 
No. OD-SP-73M.) F. B. Silsbee. f NBS, Ordnance 
Development Division.] January 9, 1945. 

M3 Bomb director Mark 1, Model 1 specifications. 
(Memorandum No. OD-SP-112M.) F. B. Silsbee. 
[NBS, Ordnance Development Division.] June 11, 
1945. 

M4 Effect of variation in dive angle and release alti¬ 
tude on operation of Mark 1, Model 1 bomb 
director in an SB2C-4 airplane. (Report No. OD- 
SP-152.) E. U. Rotor. ( NBS, Ordnance Develop¬ 
ment Division.] January 10, 1946. 

321.3 Director Performance 

Ml Bomb director performance at Naval Air Station, 
Patuxent River, Md., November 7, 1944 to June 
30, 1945. (Report Nos. OD-SP-55, -63, -69, -73, -82, 
-93, -102, -113, -118 and -127.) P. V. Johnson and 
John H. Park. NBS, Ordnance Development Divi¬ 
sion. November 22, December 8, 16, 30, 1944 and 
February 16, March 10, April 10, May 8, June 14 
and July 12, 1945. 

M2 Effect of variation in dive angle and release alti¬ 
tude on bomb director operation in SB2C planes. 
(Report No. OD-SP-65.) P. V. Johnson and John 
H. Park. NBS, Ordnance Development Division. 
December 27, 1944. 

M3 Effect of variation in dive angle and altitude of 
release on bomb director performance in an F6F-5 
airplane. (Report No. OD-SP-72.) John H. Park. 
NBS, Ordnance Development Division. December 
30, 1944. 

321.4 Bomb Director Tests 

Ml Description of test unit Mark 16, Model 0. (Report 
No. OD-SP-87.) V. W. Cohen. NBS, Ordnance 
Development Division. March 1, 1945. 

M2 Instructions for test of bomb director Mark t lj 
Model 1 prior to installation. Supplement to the 
Magnavox handbook. (Report No. OD-SP-137.) 

V. W. Cohen. NBS, Ordnance Development Divi¬ 
sion. August 25, 1945. 

M3 Translation of Ziess’ report on TSA-2 low-level 
and dive bomb director. (Report No. OD-SP-140.) 
F. B. Silsbee. [NBS, Ordnance Development Divi¬ 
sion.] August 31, 1945. 

M4 Portable DC-operated test unit. (Report No. OD- 
SP-141.) V. W. Cohen. NBS, Ordnance Develop¬ 
ment Division. September 4, 1945. 

M5 Quality control report for bomb director test 
equipment . . . Mark 17, Model O, TS-362/ASG-10, 
Serial Numbers 204 and 212. [C. B. Fine and 

W. Harl.j Magnavox Company. September 25 
and 26, 1945. 







DIVISION 4 • MICROFILM LIST 


87 


322 Altimeters 

322.1 AN/ASG-10 Altimeter 

Ml Modified Kollsman altimeter for toss-bombing 
equipment. (Report No. OD-SP-58.) B. L. Wilson 
and Arnold Wexler. NBS, Ordnance Development 
Division. December 2, 1944. 

M2 Vibration tests of modified Kollsman altimeter for 
toss-bombing equipment. (Report No. OD-SP-79.) 
B. L. Wilson and Arnold Wexler. NBS, Ordnance 
Development Division. January 17, 1945. 

M3 Altimeter shock mounts. (Report No. OD-SP-130.) 
Arnold Wexler. NBS, Ordnance Development 
Division. July 23, 1945. 

M4 An improved altimeter unit circuit for AN/ASG- 
10. (Report No. OD-SP-133.) J. L. Pike. NBS, 
Ordnance Development Division. August 1, 1945. 

322.2 Electrical Altimeters 

Ml Results of field test of electrical indicating altim¬ 
eter. (Memorandum No. OD-SP-64M.) Joseph H. 
Hibbs. [NBS, Ordnance Development Division.] 
December 14, 1944. 

M2 Progress of development of the El A, electrical 
indicating altimeter. (Report No. OD-SP-66.) 
Joseph H. Hibbs. NBS, Ordnance Development 
Division. December 19, 1944. 

M3 Laboratory tests of electrical altimeter No. 2 for 
use with toss-bombing equipment. (Report No. 
OD-SP-99.) Arnold Wexler and Ray F. Smith, Jr. 
NBS, Ordnance Development Division. March 24, 
1945. 

322.3 Aneroid Altimeters 

Ml A photoelectric altimeter for use with toss-bomb¬ 
ing equipment. (Report No. OD-SP-128.) Arnold 
Wexler, Harold N. Cones and Fred Nemir. NBS, 
Ordnance Development Division. August 7, 1945. 

M2 The calibration of two altimetric slides. (Report 
No. OD-SP-142.) Arnold Wexler and Robert L. 
Nutter. NBS, Ordnance Development Division. 
September 6, 1945. 

M3 A short description of the technique of dynamic 
testing of aneroid altimeters and barometers. (Re¬ 
port No. OD-SP-147.) Arnold Wexler. NBS, 
Ordnance Development Division. October 11, 
1945. 

322.4 Altimeter Components 

322.41 Whiskers 

Ml Cycling test of Raymond modified altimeter with 
new whisker design. (Memorandum No. OD-SP- 
84M.) Arnold Wexler. t NBS, Ordnance Develop¬ 
ment Division.] January 31, 1945. 

M2 Altimeter contacts. (Memorandum No. OD-SP- 
119M.) F. M. Defandorf. f NBS, Ordnance Devel¬ 
opment Division.] July 11, 1945. 

M3 Variations in overhang of altimeter whisker. (Ad¬ 
dendum to Memorandum No. OD-SP-119M.) 
F. M. Defandorf. ( NBS, Ordnance Development 
Division.] August 13, 1945. 


322.42 Miscellaneous Components 

Ml Laboratory tests of an altitude switch for use with 
toss-bombing equipment. (Report No. OD-SP-85.) 
Arnold Wexler, B. L. Wilson and F. O. Harrer. 
NBS, Ordnance Development Division. February 
16, 1945. 

M2 Tactical limitations of the modified altimeter cir¬ 
cuit. (Report No. OD-SP-146.) Albert London and 
S. H. Lachenbruch. NBS, Ordnance Development 
Division. October 2, 1945. 

322.5 Miscellaneous Altimeter Research 

Ml Test of X-2 altimeter. ( t PartS] A to D. Engineering 
Report No. 226.) T. H. Carter. [OEMsr-1378.] 
Raymond Engineering Laboratory, Inc. January 
18, 20, 26 and February 2, 1945. 

M2 Change in drag tolerances of altimeter unit. 
(Memorandum No. OD-SP-136M.) Arnold Wex¬ 
ler. [NBS, Ordnance Development Division.] 
October 11, 1945. 

323 Sights and Sighting 

323.1 Sights 

Ml An introduction to the analytical principles of 
lead-computing sights. (AMP Memorandum No. 
55.1.) Saunders McLane. AMG-Columbia. March 
27, 1944. 

M2 [The K-ll, or Mark 21 sight as an aid to toss 
bombing.] Report of visit to Massachusetts Insti¬ 
tute of Technology, February 16, 1945. (Memo¬ 
randum No. OD-SP-87M.) William B. McLean. 
[NBS, Ordnance Development Division.] Febru¬ 
ary 23, 1945. 

M3 [The K-14 sight.] Trip to Eglin Field, March 3 
to 8, 1945. (Memorandum No. OD-8-92M.) Wil¬ 
liam B. McLean. [NBS, Ordnance Development 
Division.] March 16, 1945. 

323.2 Sight Setting 

Ml Gunsight setting on P-47 airplane for toss bomb¬ 
ing. (Report No. OD-SP-51.) William L. Whitson. 
NBS, Ordnance Development Division. November 
10, 1944. 

M2 Sight line adjusted off line of flight. (Memorandum 
No. OD-SP-43M.) William L. Whitson. t NBS, 
Ordnance Development Division.] November 11, 
1944. 

M3 Sight settings. (Memorandum No. OD-SP-44M.) 
P. V. Johnson. t NBS, Ordnance Development 
Division.] November 13, 1944. 

M4 Sight setting for TBM-1C as determined with the 
aid of a theodolite on December 6, 1944, at Pa¬ 
tuxent. (Memorandum No. OD-SP-75M.) Albert 
G. Hoyem. t NBS, Ordnance Development Divi¬ 
sion.] January 1, 1945. 

M5 Theodolite measurement of sight setting for 
SB2C-4, No. 19717. (Memorandum No. MC-3-1-45.) 
A. H. Crippen. OEMsr-769. State University of 
Iowa. March 10, 1945. 



88 


DIVISION 4 • MICROFILM LIST 


324 Computers (or, Integrators) 

Ml Integrators. (Weekly Progress Report Nos. 36, 39A 
to 51A, 58A to 69A; A-P120, A-P122, A-P124, 
A-P125, A-P127, A-P129, A-P131, A-P133, A-P135, 
A-P137, A-P140, A-P142, A-P144, A-P147, A-P149; 
PA-46-44 to PA-52-44; PA-1-45 to PA-5-45 and 
PA-11-45 to PA-16-45 for . . . December 11, 1943, 
January 1, 1944 to March 25, 1944; May 13, 1944 
to February 3, 1945; March 17, 1945 to April 
21, 1945.) James A. Jacobs, Irvin H. Swift and 
others. OEMsr-769. State University of Iowa. 

324.1 Types 

324.11 Acceleration Integrator 

Ml Toss bombing. Acceleration integrator bomb re¬ 
lease. (Memorandum No. 5-S.) William B. Mc¬ 
Lean, William L. Whitson and Jacob Rabinow. 
NBS, Ordnance Development Division. May 16, 

1943. 

M2 Toss bombing. Compensating acceleration integra¬ 
tor bomb release, including field test data. (Memo¬ 
randum No. 7-S.) William B. McLean and Wil¬ 
liam L. Whitson. Service Project No. AC-62. 
NBS, Ordnance Development Division. August 
14, 1943. 

324.12 Reversing Electrical Integrator 

Ml Reversing integrator with hyperbolic slidewire. 
(Report No. OD-4-57.) William L. Whitson. 
NBS, Ordnance Development Division. May 22, 

1944. 

M2 The use of a reversing electrical integrator in low- 
level toss bombing with a TBM airplane. (Report 
No. OD-TB-15.) F. R. Kotter. NBS, Ordnance 
Development Division. August 25, 1944. 

324.13 Fixed-Time Integrator 

Ml Toss bombing with a TBM airplane using a fixed¬ 
time integrator. (Report No. OD-TB-IO.) F. R. 
Kotter. NBS, Ordnance Development Division. 
August 21, 1944. 

324.14 Mark 20 

Ml Bench tests on Magnavox computers. (Report No. 
OD-SP-91.) R. W. Gustafson. NBS, Ordnance 
Development Division. February 24, 1945. 

M2 Relay lag timing errors in the Mark 20, Model 2 
computer. (Report No. OD-SP-153.) F. R. Kotter. 
NBS, Ordnance Development Division. January 
31, 1946. 

324.15 AN/ASG-10 

Ml Protek (silica gel) dryer plugs used in computer 
for AN/ASG-10. (Report No. OD-SP-111.) Harold 
N. Cones. NBS, Ordnance Development Division. 
May 2, 1945. 

324.2 Components 


324.21 Circuits 

Ml Alternative integrator circuit. (Memorandum No. 
OD-SP-58M.) F. B. Silsbee. [NBS, Ordnance De¬ 
velopment Division.] December 2, 1944. 

M2 Operation of toss-bombing integrator circuit. (Re¬ 
port No. OD-SP-60.) Albert London. NBS, 
Ordnance Development Division. December 7, 

1944. 

M3 The effect of certain modifications in the integra¬ 
tor circuit. (Memorandum No. MC-2-1-45.) Irvin 
H. Swift. OEMsr-769. State University of Iowa. 
February 17, 1945. 

324.22 Miscellaneous Components 

Ml Integrator brushes and commutator. (Report No. 
OD-SP-52.) Forest K. Harris. NBS, Ordnance 
Development Division. November 15, 1944. 

M2 Determination of proper radio frequency filter for 
the thyratron in the integrator. (Report No. OD- 
SP-57.) Joseph H. Hibbs. NBS, Ordnance Devel¬ 
opment Division. December 4, 1944. 

M3 Results of tests on switches of the microswitch 
type. (Memorandum No. MC-2-3-45.) T. C. 
Stephens. OEMsr-769. State University of Iowa. 
February 24, 1945. 

M4 K-bob springs. (Memorandum No. OD-SP-141M.) 
Arnold Wexler. t NBS, Ordnance Development 
Division.] November 1, 1945. 

324.3 Tests 

Ml Vibration tests on integrator during actual flights. 
(Report No. OD-SP-50.) Leroy R. Sweetman. 
NBS, Ordnance Development Division. November 
6, 1944. 

M2 Iowa experience with vibration tests on REIX-T4 
units. (Memorandum No. MA-11-1-44.) George S. 
Carson. OEMsr-769. State University of Iowa. 
November 21, 1944. 

M3 Integrator test procedure. (Memorandum No. MA- 
1-3-45.) Lloyd O. Herwig. OEMsr-769. State 
University of Iowa. January 27, 1945. 

M4 Flight tests of Iowa integrator mounted on A-l-A 
and new design shock mount. (Report No. OD-SP- 
86.) Leroy R. Sweetman. NBS, Ordnance Devel¬ 
opment Division. February 8, 1945. 

M5 Preliminary test procedure for REIX-T4 revised 
for circuit 326. (Memorandum No. MA-12-1-44.) 
George S. Carson. OEMsr-769. State University 
of Iowa. Revised: February 10, 1945. 

M6 Leakage effect with combination integrator and 
PCB. (Memorandum No. MC-1-1-45.) Irvin H. 
Swift. OEMsr-769. State University of Iowa. 
Revised: March 31, 1945. 

M7 Vibration tests of Magnavox computers. (Report 
No. OD-SP-121.) C. Weaver Creed and J. L. Pike. 
NBS, Ordnance Development Division. July 24, 

1945. 

325 Gyroscopes 

_ Ml Comparison between actual and theoretical values 






DIVISION 4 • MICROFILM LIST 


89 


of output voltage from gyro potentiometer. (Re¬ 
port No. OD-SP-42.) R. De Amicis. NBS, Ord¬ 
nance Development Division. November 3, 1944. 

M2 Change of shape of gyro card for Magnavox pro¬ 
duction. (Memorandum No. OD-SP-67M.) William 
B. McLean. t NBS, Ordnance Development Divi¬ 
sion.] December 26, 1944. 

M3 Recommendations on gyro processing at Magnavox 
on basis of visit to Fort Wayne during week of 
April 2, 1945. (Memorandum No. OD-SP-104M.) 

Frank E. Inman. [NBS, Ordnance Development 
Division.] April 16, 1945. 

M4 [Gyroscopes.] Report on visit to Groves, Sickles 
and Sperry plants. (Memorandum No. OD-SP- 
114M.) Frank E. Inman. [NBS, Ordnance Devel¬ 
opment Division.] June 15, 1945. 

M5 Gyroscope turn error compensation. (Report No. 
OD-SP-125.) Forest K. Harris and Frank E. 
Inman. NBS, Ordnance Development Division. 

July 11, 1945. 

M6 Modification of gyros with CAG-93. (Memorandum 
No. OD-SP-135M.) Frank E. Inman. [NBS, Ord¬ 
nance Development Division.] September 17, 

1945. 

M7 Instructions for the modification of gyro Mark 20, 

Model 1. (Report No. OD-SP-144.) Frank E. 
Inman. NBS, Ordnance Development Division. 
October 4, 1945. 

M8 Elimination of gyro turn error and automatic 
caging of gyro. (Memorandum No. OD-SP-142M.) 

Frank E. Inman. t NBS, Ordnance Development 
Division.] November 8, 1945. 

M9 The electrically driven attitude gyro. (Memo¬ 
randum No. OD-SP-144M.) Frank E. Inman. 

[NBS, Ordnance Development Division.] Novem¬ 
ber 26, 1945. 

325.1 Tests 

Ml Procedure for altering and rebalancing the gyro. 
(Report No. OD-TB-21.) Frank E. Inman. NBS, 
Ordnance Development Division. September 18, 

1944. 

M2 Bridge for checking gyro angle vs voltage. (Report 
No. OD-TB-25.) Harold N. Cones. NBS, Ord¬ 
nance Development Division. September 21, 1944. 

M3 Test of electric gyro-caging mechanism. (Engineer¬ 
ing Report No. 230.) H. H. Raymond. [OEMsr- 
1378.] Raymond Engineering Laboratory, Inc. 
January 27, 1945. 

M4 Tests of electric gyro-caging mechanism with elec¬ 
tromagnetic brake. (Engineering Report No. 232.) 

K. G. Bacheller. [OEMsr-1378.] Raymond Engi¬ 
neering Laboratory, Inc. March 15, 1945. 

M5 Magnavox gyro test fixtures and procedures. 327 
(Memorandum No. OD-SP-116M.) Forest K. 

Harris. t NBS, Ordnance Development Division.] 

June 27, 1945. 

M6 Tests of pitch-indicating gyro with added freedom 


about the roll axis. (Report No. OD-SP-132.) 
Frank E. Inman. NBS, Ordnance Development 
Division. July 25, 1945. 

M7 Flight test of Conn pitch-indicating gyro with 
added freedom about the roll axis. (Report No. 
OD-SP-134.) Forest K. Harris. NBS, Ordnance 
Development Division. August 11, 1945. 

326 Accelerometers 

326.1 Photoelectric 

Ml Rocket and bomb-tossing circuit for use with 
photoelectric accelerometer. (Preliminary Report 
No. OD-SP-101.) William B. McLean. NBS, Ord¬ 
nance Development Division. April 3, 1945. 

M2 Toss director using photoelectric accelerometer, 
continuous take-off altimeter, and a linear con¬ 
denser-charging circuit. (Report No. OD-SP-119.) 
William B. McLean. NBS, Ordnance Develop¬ 
ment Division. June 22, 1945. 

M3 Photoelectric accelerometer to replace gyro in 
Mark 1, Models 1 and 2 bomb directors. (Pre¬ 
liminary Report No. OD-8-138.) William B. 
McLean. NBS, Ordnance Development Division. 
August 12, 1945. 

M4 Wind compensation of the photoelectric acceler¬ 
ometer when used with a lead-computing sight. 
(Report No. OD-SP-135.) Albert London. NBS, 
Ordnance Development Division. August 21, 1945. 

326.2 Linderman 

Ml Tests of the Linderman accelerometer. (Memo¬ 
randum No. OD-SP-124M.) V. W. Cohen. [NBS, 
Ordnance Development Division.] July 30, 1945. 

326.3 Integrating Accelerometer Tests 
Ml Test of integrating accelerometers at Aberdeen, 

February 27, 1943. (Memorandum No. 98-T.) 
F. R. Kotter. Service Project No. OD-27. NBS, 
Ordnance Development Division. March 17, 1943. 
M2 Tests of accelerometers at Aberdeen, March 12, 
1943. (Memorandum No. 112-T.) F. R. Kotter 
and T. C. Hellmers. Service Project No. OD-27. 
NBS, Ordnance Development Division. March 
23, 1943. 

M3 Test of integrating accelerometers, April 6, 1943. 
(Memorandum No. 152-T.) F. R. Kotter. Service 
Project No. OD-112. NBS, Ordnance Develop¬ 
ment Division. April 10, 1943. 

M4 Test of mechanical integrating accelerometer. 
(Memorandum No. 166-T.) D. A. Worcester and 
F. R. Kotter. Service Project No. OD-112. NBS, 
Ordnance Development Division. April 15, 1943. 

Dive-Angle Indicators 

Ml Solenoid-operating air valve for use with dive- 
angle indicator. (Memorandum No. OD-SP-62M.) 
F. M. Defandorf. t NBS, Ordnance Development 
Division.] December 8, 1944. 






90 


DIVISION 4 • MICROFILM LIST 


328 

328.1 


328.2 


328.3 


328.4 

328.41 


M2 The photoelectric dive-angle meter. (Report No. 
OD-SP-74.) William B. McLean, Joseph H. Hibbs 
and McKay R. Bradley. NBS, Ordnance Develop¬ 
ment Division. January 8, 1945. 

M3 Conversion of Jack and Heintz horizon to dive- 
angle indicator. (Memorandum No. OD-SP-85M.) 

Forest K. Harris. t NBS, Ordnance Development 
Division.] February 12, 1945. 

M4 Construction of dive-angle indicators (gyro re¬ 
peaters) for use with AN/ASG-10 gear. (Report 328.5 
No. OD-SP-116.) A. E. Peterson. NBS, Ordnance 
Development Division. May 21, 1945. 

M5 The modified Linderman dive-angle indicator. 

(Report No. OD-SP-151.) McKay R. Bradley and 
F. L. Hermach. NBS, Ordnance Development 
Division. December 31, 1945. 

Miscellaneous Equipment 

Intervalometers 330 

Ml Setting of the intervalometer for toss bombing. 

(Report No. OD-SP-61.) S. H. Lachenbruch. 

NBS, Ordnance Development Division. January 
1, 1945. 

M2 Stick offset setting nomograph. (Memorandum No. 
OD-8-SP-133M.) C. F. Eve. [NBS, Ordnance De¬ 
velopment Division.] August 30, 1945. 

Resistors 

Ml Investigation of thyratron [No.] 2050 filament volt¬ 
age. (Memorandum No. MA-1-1-45.) John I. Gan- 
sert. OEMsr-769. State University of Iowa. Jan¬ 
uary 20, 1945. 

M2 Compensated vs uncompensated resistors for sen¬ 
sitivity measurements on reaction grid detection 
units. (Memorandum No. OD-5-242M.) Paul E. 

Landis. [NBS, Ordnance Development Division.] 

June 25, 1945. 

M3 Analysis of resistor values needed for Mark 3 
circuit. (Report No. OD-SP-145.) Martha Cox, 

Ray F. Smith, Jr. and A. E. Willgoos. NBS, Ord¬ 
nance Development Division. September 20, 1945. 

Capacitors 

Ml Further temperature tests on Sprague “Vitamin 

Q” capacitors, September 28 to December 4, 1944. 340 

(Report No. OD-SP-68.) A. E. Peterson and F. O. 

Harrer. NBS, Ordnance Development Division. 
December 16, 1944. 

Relays 

Tests 

Ml Checking and adjusting procedure for Clare A- 
16494 relays. (Report No. A-S138A.) (n.a.) 

OEMsr-769. State University of Iowa. October 
17, 1944. 

M2 Test set for measuring closing time of relays. 

(Report No. OD-SP-43.) Harold N. Cones. NBS, 


Ordnance Development Division. October 17, 
1944. 

M3 Relay tests. (Report No. OD-SP-54.) Harold N. 
Cones and F. O. Harrer. NBS, Ordnance Develop¬ 
ment Division. November 22, 1944. 

M4 Operating time of relay. (Report No. OD-SP-62.) 
Harold N. Cones. NBS, Ordnance Development 
Division. December 7, 1944. 

Bomb Releases 

Ml Test of bomb release mechanism. (Memorandum 
No. 4-S.) William B. McLean and Jacob Rabi- 
now. Service Project No. OD-27. NBS, Ordnance 
Development Division. March 19, 1943. 

M2 First button releases in SB2C planes, their cause 
and probable cure. (Report No. OD-SP-103.) John 
H. Park. NBS, Ordnance Development Division. 
April 11, 1945. 

Toss-Bombing Tests 

Ml Toss-bombing tests at Cedar Point Naval Air Sta¬ 
tion, October 9 to November 4, 1943. (Report No. 
OD-1-57.) F. R. Kotter. NBS, Ordnance Develop¬ 
ment Division. November 18, 1943. 

M2 Toss-bombing field data using AYF altimeter and 
gyro dive-angle attachment. (Report Nos. OD-4-34 
and -39.) William L. Whitson. NBS, Ordnance 
Development Division. February 14 and March 
16, 1944. 

M3 Toss-bombing tests at Patuxent. (Report No. OD- 
4-64.) William L. Whitson. NBS, Ordnance De¬ 
velopment Division. May 10, 1944. 

M4 Toss-bombing tests at Patuxent using Kollsman 
altimeter in SB2C-3 plane. (Report Nos. OD-4-67 
and -70.) William L. Whitson. NBS, Ordnance 
Development Division. May 25 and 29, 1944. 

M5 Field test t of] toss bombing at Patuxent, June 23, 
1944. (Report No. OD-1-401.) D. C. Friedman. 
NBS, Ordnance Development Division. July 14, 
1944. 

M6 Toss bombing with an F6F airplane at the Naval 
Proving Ground, Dahlgren, Va. (Report No. OD- 
TB-17.) F. R. Kotter. NBS, Ordnance Develop¬ 
ment Division. August 25, 1944. 

Torpedo Tossing 

Ml Field tests with toss-bombing equipment adjusted 
for tossing torpedoes, July 4, 1944 to September 9, 
1944, at Patuxent. (Memorandum No. OD-SP-24M.) 
F. R. Kotter. t NBS, Ordnance Development Divi¬ 
sion.] September 29, 1944. 

M2 Application of toss-bombing equipment to torpedo 
tossing. (Report No. OD-SP-56.) Albert London. 
NBS, Ordnance Development Division. November 
28, 1944. 

M3 Installation of toss-bombing equipment in an 
F7F-1 airplane. (Report No. OD-SP-129.) J. L, 
Pike. NBS, Ordnance Development Division. 
July 27, 1945. 





DIVISION 4 • MICROFILM LIST 


91 


400 ROCKETS AND ROCKET TOSSING 

410 Rockets 

Ml Rocket fundamentals. An introduction to the 

theory and practice of military rocket engineer¬ 
ing. (Report No. ABL-SR4.) Edited by: Bryce L. 
Crawford, Jr. OEMsr-273; OSRD No. 3992. 
George Washington University. 1944. 

411 Rocket Components 

411.1 Motors 

Ml [Rocket motor.] (NBS Drawing No. 440-R.) (n.a.) 

NBS, Ordnance Development Division. Revised: 
September 23, 1941. 

M2 [Cenco rocket] motor. (NBS Drawing No. 440-R.) 
(n.a.) NBS, Ordnance Development Division. 
May 20, 1942. 

M3 Tests of miscellaneous rocket motors. May 31, 1942. 
(Report No. PG-97.) Lauriston S. Taylor. f NBS, 
Ordnance Development Division.] June 2, 1942. 
M4 Tests of Cenco rocket motors received June 12 and 
13. (Preliminary Report No. PG-106.) Lauriston 
S. Taylor. t NBS, Ordnance Development Divi¬ 
sion.] June 22, 1942. 

M5 Ballistics of Mark 1 and Mark 7 motors with T-50 
and T-51 units and slip factor data for various 
vehicles. (Report No. OD-1-591.) D. C. Friedman 
and G. L. Rabinow. NBS, Ordnance Development 
Division. December 21, 1944. 

411.11 After-Burning 

(See also: 238.212) 

Ml After-burning. Robert D. Huntoon. E NBS, Ord¬ 
nance Development Division.] March 18, 1943. 

M2 [Test of the] effect of powder lot on after-burning 
and slivers [at] M Range, Corncake, February 25, 
1943. (Report No. OD-1-AB2.) L. C. Miller. NBS, 
Ordnance Development Division. March 18, 1943. 
M3 Static tests on after-burning [at] Blossom Point, 
March 23 to 25, 1943. [Part] I, Use of metal sweeps. 
[Part] II, Use of JP-265 powder. (Preliminary 
Report No. OD-1-AB8.) L. C. Miller. NBS, Ord¬ 
nance Development Division. March 29, 1943. 

M4 After-burning. (Progress Report No. OD-1-AB9.) 
H. F. Stimson. NBS, Ordnance Development Divi¬ 
sion. April 9, 1943. 

M5 High-angle night firing with powders A-20, A-21 
and A-22. After-burning [and] burning distances. 
(Report No. OD-1-AB14.) H. F. Stimson. NBS, 
Ordnance Development Division. May 13, 1943. 
M6 After-burning from rocket motors and malfunc¬ 
tioning of VT fuzes. (Report No. OD-1-896.) H. F. 
Stimson. NBS, Ordnance Development Division. 
October 15, 1945. 

411.2 Fins 

Ml Fin. (NBS Diagram Nos. 443, 444 and 447.) (n.a.) 
NBS, Ordnance Development Division. September 
25, and October 15, 1941. 


M2 Experiments on early functioning with Revere 
motors t at] Corncake, March 2 to 4, 1943. [Part] I, 
Soldering of fin retaining rings. [Part] II, Tests of 
powder lot No. 9978. [Part] III, Soldering of fins 
in open position. (Final Report No. OD-1-AB7.) 
L. C. Miller. NBS, Ordnance Development Divi¬ 
sion. March 31, 1943. 

411.3 Launchers 

Ml Details and material list for launching trailers, 
Design D. (Drawing Nos. A-30686, A-30687, A-30688 
and A-30697.) Edward Jindra. Koppers Company. 
Revised: March 23, 1942. 

411.4 Sights and Sighting 

Ml Boresighting and effective angle of attack data for 
various aircraft. (Division 3. Report No. CIT/ 
UNC-2.) (n.a.) OEMsr-418; Service Project Nos. 

OD-162, OD-164 and NO-170; OSRD No. 2254. 
California Institute of Technology. October 25, 
1944. 

M2 Sight settings for 2.25-inch, 3.65-inch and 5.0-inch 
aircraft rockets [fired onj F4U-1, F4U-1D [and] 
FG-1 [aircraft]. (Division 3. Report No. CIT/ 
UNC-4.) (n.a.) OEMsr-418; OSRD No. 2271. 

California Institute of Technology. November 
14, 1944. 

M3 Sight settings for 2.25-inch, 3.5-inch and 5.0-inch 
aircraft rockets [fired on] F6F-3 t and] F6F-5 [air¬ 
craft]. (Division 3. Report No. CIT/UNC-5.) (n.a.) 
OEMsr-418; Service Project Nos. OD-162, OD-164 
and NO-170; OSRD No. 2272. California Insti¬ 
tute of Technology. November 18, 1944. 

M4 Sight settings for 2.25-inch, 3.5-inch and 5.0-inch 
aircraft rockets [fired on] SB2C-1, SB2C-1C, 
SB2C-3 ( and] SB2C-4 [aircraft]. (Division 3. Report 
No. CIT/UNC-8.) (n.a.) OEMsr-418; Service 
Project Nos. OD-162, OD-164 and NO-170; OSRD 
No. 2275. California Institute of Technology. 
November 23, 1944. 

M5 Sight settings for 2.25-inch, 3.5-inch and 5.0-inch 
aircraft rockets fired on TBM-1 t and] TBF-1 [air¬ 
craft]. (Division 3. Report No. CIT/UNC-6.) (n.a.) 
OEMsr-418; OSRD No. 2273. California Institute 
of Technology. November 28, 1944. 

M6 Sight settings for 2.25-inch, 3.5-inch and 5.0-inch 
aircraft rockets [fired onj TBM-1C f and] TBF-1C 
[aircraft]. (Division 3. Report No. CIT/UNC-7.) 
(n.a.) OEMsr-418; OSRD No. 2274. California 
Institute of Technology. December 1, 1944. 

412 Ballistics 

412.1 Trajectories 

Ml Method of computing trajectories and sighting 
tables for forward-firing aircraft rockets. (Divi¬ 
sion 3. Report No. CIT/JPC-17.) L. Blitzer and 
L. Davis, Jr. OEMsr-418; Service Project Nos. 
NO-33 and NO-170; OSRD No. 3361. California 
Institute of Technology. February 20, 1944. 




92 


DIVISION 4 • MICROFILM LIST 


M2 Trajectories of aircraft rockets, 3.5-inch and 5.0- 
inch. (Division 3. Report No. CIT/UBC-27.) (n.a.) 
OEMsr-418; Service Project Nos. OD-162, OD-164 
and NO-170; OSRD No. 2225. California Insti¬ 
tute of Technology. September 25, 1944. 

M3 Trajectories of 11.75-inch aircraft rockets. (Divi¬ 
sion 3. Report No. CIT/UBC-30.) (n.a.) OEMsr- 
418; OSRD No. 2290. California Institute of 
Technology. November 17, 1944. 

M4 Trajectories of 5.0-inch high-velocity aircraft rocket 
and 2.25-inch practice round. (Division 3. Report 
No. CIT/UBC-32.) (n.a.) OEMsr-418; OSRD No. 
2314. [California Institute of Technology.] De¬ 
cember 15, 1944. 

M5 An empirical equation for trajectory drops of 3.5- 
inch aircraft rocket. (Technical Paper No. TC-1- 
1-45.) M. E. Rolfs. OEMsr-769. State University 
of Iowa. Revised: January 20, 1945. 

M6 Empirical equations for trajectory drops of 11.75- 
inch aircraft rocket and 5.0-inch high-velocity air¬ 
craft rocket. (Technical Paper No. TC-1-3-45.) 
M. E. Rolfs. OEMsr-769. State University of 

Iowa. January 27, 1945. 

M7 Empirical equations for trajectory drops of 2.25- 
inch AR (fast), RP-3 3.5-inch, 5.0-inch AR and 
RP-3 5.0-inch. (Technical Paper No. TC-3-1-45.) 
M. E. Rolfs. OEMsr-769. State University of 

Iowa. March 31, 1945. 

M8 Navy rocket trajectory analysis. (Memorandum No. 
OD-2-203.) A. L. Leiner. t NBS, Ordnance Devel¬ 
opment Division.] May 5, 1945. 

M9 Empirical equation for the trajectory drop of 
present model 11.75-inch aircraft rocket. (Memo¬ 
randum No. M7-6-1-45.) M. E. Rolfs. OEMsr-769. 
State University of Iowa. June 6, 1945. 

M10 Revision of empirical equation for trajectory drop 
of 5.0-inch AR. (Memorandum No. M7-6-2-45.) 
M. E. Rolfs. OEMsr-769. State University of 
Iowa. June 6, 1945. 

Mil Note concerning the function F(a). (Memorandum 
No. M7-6-3-45.) L. E. Ward. OEMsr-769. State 
University of Iowa. June 13, 1945. 

412.2 Rocket Motion 

Ml Frequency of yaw of Budd 41,4-inch rockets fired 
from a plane. (Memorandum No. 47-T.) Theo¬ 
dore B. Godfrey. Service Project No. OD-27. 
NBS, Ordnance Development Division. February 
11, 1943. 

M2 Yaw-reporter test [at] Corncake, July 16, 1943. 
(Memorandum No. 401-T.) L. C. Miller. Service 
Project No. OD-27. NBS, Ordnance Development 
Division. August 9, 1943. 

M3 [Field test of] rotation of M-9A1 with hand- 
crimped fins [at] Blossom Point, June 30 and July 
13, 1944. (Report No. OD-1-588.) D. W. Scott. 
NBS, Ordnance Development Division. December 
18, 1944. 

M4 The motion of aircraft rockets during burning. 
(Technical Paper No. TC-1-2-45.) L. E. Ward. 


OEMsr-769. State University of Iowa. January 
13, 1945. 

412.3 Damage Probabilities 

Ml Probability that a 414-inch rocket fired from astern 
will destroy a twin-engine bomber, JU-88, as a 
function of the point of burst. (AMP Report No. 
21.1R.) (n.a.) SRG-Columbia. July, 1944. 

M2 Optimum burst surface for 414-inch airborne 
rocket fired from astern at twin-engine bomber, 
JU-88. (AMP Report No. 21.2R.) (n.a.) SRG- 

Columbia. July, 1944. 

M3 Effectiveness of a 414-inch airborne rocket with 
T-5 fuze when fired at twin-engine bomber from 
astern. (AMP Report No. 21.3R.) (n.a.) SRG- 
Columbia. July, 1944. 

M4 Estimates of damage to military aircraft from a 
head-on burst of HVAR 5-inch rocket shell as a 
function of the radius of action of the fuze. 
(Report No. OD-AG-54. Revised.) B. M. Bennett. 
NBS, Ordnance Development Division. January 
8, 1945. 

M5 Probability of damage computations pertinent to 
design of fuze for 5-inch AR and 5-inch HVAR. 
(AMP Study No. 21.) Milton Friedman. SRG- 
Columbia. January 9, 1945. 

412.4 Miscellaneous Rocket Problems 

Ml Rocket targets, as of November 1, 1941. (Progress 
Report No. A-27.) A. J. Dempster. December 24, 
1941. 

M2 Tables of doppler frequency vs altitude of release 
at 200 miles per hour for carrier frequencies. 
(Report No. OD-OAG-42.) (n.a.) t NBS, Ordnance 
Development Division.] [September 19, 1944.] 

M3 Summary of ballistic data for Mark 7 California 
Institute of Technology rocket. (Memorandum No. 
OD-OAG-45.) F. A. Ransom. NBS, Ordnance 
Development Division. September 28, 1944. 

M4 Calculations concerning radius of action in plane- 
to-plane application. (Memorandum No. OD-BE- 
82M.) Bertrand J. Miller. NBS, Ordnance Devel¬ 
opment Division. November 14, 1944. 

M5 An upper limit for angular mil separation in 
range between two rockets launched simultane¬ 
ously. (Report No. MC-1-2-45.) Carl E. Noble. 
OEMsr-769. State University of Iowa. January 6, 
1945. 

M6 Striking angles and vertical components of striking 
velocities of rockets fired from an airplane in dive. 
(Memorandum No. OD-2-261M.) F. L. Celauro. 
NBS, Ordnance Development Division. July 25, 
1945. 

M7 Notes on loading, assembly and storage procedures 
in rocket testing at Blossom Point Proving Ground. 
(Report No. OD-l-TM-19.) R. G. Tobey and 
L. T. Johnson. NBS, Ordnance Development 
Division. September 25, 1945. 

M8 Notes on mock-plane target, rocket launchers and 
firing procedures at Blossom Point. (Technical 




DIVISION 4 • MICROFILM LIST 


93 


Memorandum No. OD-l-TM-20.) A. P. Sutten. 
NBS, Ordnance Development Division. September 
25, 1945. 

M9 Notes on drainage, firing tower constructions, fire 
prevention and observational procedures at Blos¬ 
som Point Proving Ground. (Technical Memo¬ 
randum No. OD-l-TM-21.) R. G. Tobey. NBS, 
Ordnance Development Division. September 25, 
1945. 

413 Rocket Flight Tests 

Ml Rocket flight tests at Aberdeen, February 5 c 1942j. 
(Report No. PG-48.) Lauriston S. Taylor. t NBS, 
Ordnance Development Division.] February 17, 
1942. 

M2 Flight tests on 3^-inch rockets. (Report No. 
PG-87.) Lauriston S. Taylor. t NBS, Ordnance 
Development Division.] May 16, 1942. 

M3 Acceptance tests of Westinghouse M-l, 3i/£-inch 
rockets carrying M-l photoelectric fuzes at Aber¬ 
deen, December 9, 1942. (Report No. 425.) Lauris¬ 
ton S. Taylor. t NBS, Ordnance Development 
Division.] December 15, 1942. 

420 Rocket Tossing 

421 Theory 

Ml Rocket tossing. (Weekly Progress Report Nos. 
PC-46-44 to PC-52-44, PC-1-45 to PC-17-45 and 
P7-18-45 [Covering the period from November 18] 
1944 to May 5, 1945.) Irvin H. Swift, Carl E. 
Noble and others. OEMsr-769. State University 
of Iowa. 

M2 Rocket-tossing theory. (Report No. OD-SP-90.) 
Albert London and C. F. Eve. NBS, Ordnance 
Development Division. February 24, 1945. 

M3 Rocket-tossing theory. (Technical Report No. 
T7-7-2-45.) Irvin H. Swift. OEMsr-769. State 
University of Iowa. July 25, 1945. 

421.1 Pull-Up Time 

Ml An equation for the rocket-tossing pull-up time, 
T p . (Technical Paper No. TC-2-2-45.) L. E. Ward. 
OEMsr-769. State University of Iowa. February 
24, 1945. 

M2 Values of the A factor for rocket tossing. (Tech¬ 
nical Paper No. TC-4-2-45.) Irvin H. Swift. 
OEMsr-769. State University of Iowa. April 7, 
1945. 

M3 An equation for the rocket-tossing pull-up time T p 
when spatial acceleration varies with time. (Tech¬ 
nical Paper No. TC-4-3-45.) L. E. Ward. OEMsr- 
769. State University of Iowa. April 7, 1945. 

M4 The effect of change in angle of attack of an 
airplane on rocket-tossing pull-up time. (Tech¬ 
nical Paper No. T7-5-2-45.) L. E. Ward. OEMsr- 
769. State University of Iowa. May 30, 1945. 

421.2 Mean Point of Impact (MPI) 

Ml Rocket tossing. Results of SP-5 tests with the 


TBM-1C at Patuxent. (Memorandum No. MC-1-3- 
45.) Albert G. Hoyem. OEMsr-769. State Uni¬ 
versity of Iowa. January 13, 1945. 

M2 The method of reducing aircraft data used by the 
University of Iowa Rocket Tossing Group at the 
Naval Ordnance Test Station, Inyokern, California. 
(Memorandum No. MC-2-2-45.) Carl E. Noble. 
OEMsr-769. State University of Iowa. February 
17, 1945. 

M3 The effect of plane velocity on mean point of 
impact in tossing rockets at Patuxent. (Memo¬ 
randum No. MC-4-1-45.) Robert E. Holland. 
OEMsr-769. State University of Iowa. April 14, 
1945. 

M4 Shift in mean point of impact with change in a 
factor in rocket tossing. (Memorandum No. MC- 
4-2-45.) Irvin H. Swift. OEMsr-769. State Uni¬ 
versity of Iowa. April 28, 1945. 

422 Rocket-Tossing Equipment 

422.1 Sights and Sighting 

Ml The failure of the Mark 18 as a collision course 
determiner. (AMG Report No. 371.) Harry Pol¬ 
lard. AMG-Columbia. February 20, 1945. 

M2 Summary of data on tossing 3.5-inch AR’s obtained 
with TBM-1C No. 45473 at Patuxent. (Technical 
Paper No. TC-4-4-45.) Albert G. Hoyem. OEMsr- 
769. State University of Iowa. April 14, 1945. 

M3 Wind corrections for the toss sight in forward 
firing of rockets from aircraft. (Technical Paper 
No. TC-4-5-45.) M. E. Rolfs. OEMsr-769. State 
University of Iowa. April 21, 1945. 

M4 Sight settings for tossing compared with California 
Institute of Technology attack-angle values. 
(Memorandum No. M7-5-1-45.) T. C. Stephens. 
OEMsr-769. State University of Iowa. May 5, 
1945. 

M5 The results obtained from launching 5.0-inch 
HVAR with the toss sight in an F4U-1D at 
Inyokern. (Technical Report No. T7-6-2-45.) 
Philip G. Hubbard. OEMsr-769. State University 
of Iowa. June 20, 1945. 

M6 The results obtained from firing 5.0-inch HVAR 
with the toss sight in an F6F-5 at Inyokern. 
(Technical Paper No. TC-4-1-45.) Carl E. Noble. 
OEMsr-769. State University of Iowa. Revised: 
July 18, 1945. 

422.2 Directors 

Ml Operation of the AN/ASG-10 Mark 1, Model 2 
bomb-rocket director for rocket tossing. (Technical 
Report No. T7-6-1-45.) Irvin H. Swift. OEMsr- 
769. State University of Iowa. June 13, 1945. 

422.3 Integrators 

Ml Actual operation of an REIX combination unit 
when spatial acceleration varies with time. (Tech¬ 
nical Paper No. T7-5-1-45.) Philip G. Hubbard. 



94 


DIVISION 4 • MICROFILM LIST 


OEMsr-769. State University of Iowa. May 5, 
1945. 

423 Rocket-Tossing Tests 

Ml Test program on rocket tossing at Patuxent. (Re¬ 
port No. A-S-146EP.) Irvin H. Swift and J. A. 
Jacobs. State University of Iowa. November 4, 
1944. 

M2 General summary of rocket-tossing field tests. 
(Technical Report No. T7-7-3-45.) Albert G. 
Hoyem. OEMsr-769. State University of Iowa. 
July 25, 1945. 


No. OD-4-103.) Jacob Rabinow and L. M. An¬ 
drews. NBS, Ordnance Development Division. 
April 25, 1945. 

M3 Effect of a lighter weight fin assembly on stability 
of the M-56 and T-25 mortar shells. (Report No. 
OD-4-103, Supplement No. 2.) L. M. Andrews and 
O. R. Cruzan. NBS, Ordnance Development Divi¬ 
sion. November 21, 1945. 

M4 Effect of fin shape on T-25 mortar ballistics. (Re¬ 
port No. OD-4-103, Supplement No. 3.) L. M. 
Andrews. NBS, Ordnance Development Division. 
December 17, 1945. 


500 

510 

511 


512 


513 


MORTARS 514 

Ballistics 

General T-25 Ballistic Tests 

Ml Ballistic data on the T-25 mortar shell. (Report 
No. OD-4-103, Supplement No. 1.) L. M. Andrews. 

NBS, Ordnance Development Division. August 

25, 1945. 

M2 Field test [Of] ballistics of T-25 mortar shells t at] 
Blossom Point, October 29, 30, 31 and November 
2, 1945. (Report No. OD-1-901.) G. Rabinow. 

NBS, Ordnance Development Division. November 
29, 1945. 

M3 Physical tests of T-25 shell sections. (Report No. 
OD-4-103, Supplement No. 5.) Louis Schuman. 

NBS, Ordnance Development Division. December 

26, 1945. 

M4 T-25 ballistic data. (Report No. OD-4-103, Supple¬ 
ment No. 4.) L. M. Andrews. NBS, Ordnance 
Development Division. January 23, 1946. 

600 

Trajectories 

Ml MRLG apex firing and generator regulation. (Re¬ 
port No. OD-3-142.) Chester H. Page. NBS, 610 
Ordnance Development Division. May 9, 1944. 

M2 Selection of screen grid voltage divider for 611 
MRLG-1, T-132, in connection with apex firing 
problem. (Report No. OD-3-221.) George Nord- 
quist. NBS, Ordnance Development Division. 

March 10, 1945. 

M3 The calculation of trajectories. (Technical Report 

No. T3-8-1-45.) L. E. Ward. OEMsr-769. State 612 
University of Iowa. August 29, 1945. 

M4 The effects on trajectories of small changes in 
initial conditions with application to wind cor¬ 
rections. (Technical Report No. T3-9-1-45.) L. E. 

Ward. OEMsr-769. State University of Iowa. 
September 12, 1945. 

Fin and Tail Shapes 

Ml Summary of wind tunnel ballistics of MRLG and 613 
MROG fuzes on M-43A-1 shells. (Report No. 
OD-4-102.) L. M. Andrews. NBS, Ordnance De¬ 
velopment Division. April 2, 1945. 

M2 Suggestion for new 81-mm mortar shell. (Report 


Nose Shapes 

Ml Preliminary ballistic measurements on mortar 
shell M-43A-1 using different types of fuzes. (Re¬ 
port No. OD-4-46 and Supplement Nos. 1 and 2.) 
L. M. Andrews. NBS, Ordnance Development 
Division. April 15, June 5 and 17, 1944. 

M2 Wind tunnel tests on MRLG units. (Report No. 
OD-4-76.) L. M. Andrews. NBS, Ordnance De¬ 
velopment Division. July 24, 1944. 

M3 Ballistic test t ofj M-43/56 shell with various fuzes 
t at] Blossom Point, May 5, 1945. (Report No. 
OD-1-737.) G. Rabinow. NBS, Ordnance Devel¬ 
opment Division. May 8, 1945. 

Muzzle Velocity 

Ml An investigation of mortar shell muzzle velocities 
[at] Blossom Point, January 18, 24 and February 
18 and 25, 1946. (Report No. OD-1-909.) G. Rabi¬ 
now. NBS, Ordnance Development Division. 
March 14, 1946. 

FUZE AND FUZE PERFORMANCE TESTING 
EQUIPMENT 

Testing Equipment and Devices 
Reporters 

Ml Radio reporters for proximity fuze testing. (Prog¬ 
ress Report No. A-53.) Allen V. Astin. OSRD 
No. 589. NBS, Ordnance Development Division. 
May 21, 1942. 

Dynamometers 

Ml Turbine dynamometer for determining input 
torque of gear trains. (Report No. OD-4-63.) 
Jacob Rabinow and Louis Schuman. NBS, Ord¬ 
nance Development Division. May 10, 1944. 

M2 Torsion wire dynamometer. (Report No. OD-4- 
105.) Louis Schuman. NBS, Ordnance Develop¬ 
ment Division. May 26, 1945. 

Electronic Frequency Meter 

Ml Electronic frequency meter. (Report No. OD-2-15.) 
Charles Ravitsky, Leonard C. Pochop and J. G. 
Reid, Jr. NBS, Ordnance Development Division. 
July 26, 1943. 



DIVISION 4 • MICROFILM LIST 


95 


614 Rotary Shaker 

Ml Rotary shaker for pre-testing BRLG heads. (Re¬ 
port No. OD-3-7.) Robert D. Huntoon. [NBS, 
Ordnance Development Division.] October 22, 

1943. 

615 Centrifuge 

Ml Description of 1000-G centrifuge. [Alien S. Clarke.] 

[NBS, Ordnance Development Division.] Novem¬ 
ber 25, 1942. 

616 Propeller Unbalance Tester 

Ml Propeller unbalance tester. (Report No. OD-4-48.) 

Jacob Rabinow. NBS, Ordnance Development 
Division. April 20, 1944. 

M2 Equipment for balancing propellers. (Report No. 
OD-4-48, Supplement t No. lj.) Jacob Rabinow 
and A. Donald Arsem. NBS, Ordnance Develop¬ 
ment Division. May 19, 1944. 

M3 Calibration of propeller unbalance tester. A. 
Donald Arsem. t NBS, Ordnance Development 
Division.] June 30, 1944. 

M4 Propeller unbalance specification. Jacob Rabi¬ 
now. [NBS, Ordnance Development Division.] gjg 
October 16, 1944. 

M5 Propeller balancing equipment. (Report No. OD- 
4-48, Supplement No. 2.) A. Donald Arsem. NBS, 
Ordnance Development Division. October 17, 

1944. 

M6 Test fixture for balancing the single-bearing nose 
assemblies. (Report No. OD-4-48, Supplement 
No. 3.) Jacob Rabinow. NBS, Ordnance Devel¬ 
opment Division. January 13, 1945. 

M7 Development of balancing equipment for T-171 
turbine rotor assembly. M. S. Redden and Allen 
S. Clarke. [OEMsr-1227.] Bowen and Company, 

Inc. [May, 1945.] 

M8 Proposed design for dynamic balancing machine. 
(Report No. OD-4-108.) Jacob Rabinow. NBS, 
Ordnance Development Division. June 6, 1945. 

617 Recorders 

Ml A modified method of scanning phonograms. (Re¬ 
port No. OD-1-130.) J. J. Hopfield. NBS, Ord¬ 
nance Development Division. February 5, 1944. 

M2 Audio limiter. (Technical Memorandum No. OD- 
l-TM-5.) W. A. Yates. NBS, Ordnance Develop¬ 
ment Division. October 29, 1945. 

M3 Recording oscilloscope and 16-mm Eastman oscil¬ 
loscope camera. (Technical Memorandum No. 
OD-l-TM-8.) N. Newman. NBS, Ordnance De¬ 
velopment Division. November 2, 1945. 

M4 Intermittent recording control. (Technical Memo¬ 
randum No. OD-l-TM-9.) N. Newman. NBS, 
Ordnance Development Division. November 7, 

1945. 

618 Targets 

Ml Target function test t of] fuze MC-380-Wurlitzer 
rejects with changed coupling condensers t at] 


Blossom Point, April 10, 1943. (Memorandum No. 
155-T. Revised.) T. N. White. Service Project 
No. OD-27. NBS, Ordnance Development Divi¬ 
sion. April 12, 1943. 

M2 Design of special targets. (Memorandum No. 44-R.) 
Robert D. Huntoon. Service Project No. OD-27. 
NBS, Ordnance Development Division. May 12, 

1943. 

M3 Targets for MC-380 units. Allen V. Astin. [NBS, 
Ordnance Development Division.] July 3, 1943. 
M4 Test for target function t of] . . . PEP-M2, MC- 
380-National Bureau of Standards special modified 
fuzes t at] North Range, Corncake, June 10, 1943. 
(Memorandum No. 346-T.) R. R. Vorkink. Serv¬ 
ice Project No. OD-27. NBS, Ordnance Develop¬ 
ment Division. July 5, 1943. 

M5 Test for target function t of] fuze PEP-M2, MC- 
380-National Bureau of Standards special rejects 
t atj North Range, Corncake, June 17, 1943. 
(Memorandum No. 347-T.) R. R. Vorkink. Serv¬ 
ice Project No. OD-27. NBS, Ordnance Develop¬ 
ment Division. July 6, 1943. 

Miscellaneous Testing Media 

Ml Proposed specifications for acceptance gauges to be 
used with M-2 and M-3 fuze components. Clarence 
B. Crane. t NBS, Ordnance Development Divi¬ 
sion.] December 3, 1942. 

M2 Mechanical properties of final test chamber. (Re¬ 
port No. OD-BE-9R.) Robert D. Huntoon and 
T. F. Protz. NBS, Ordnance Development Divi¬ 
sion. July 24, 1944. 

M3 Specifications of humidity test chamber. (Memo¬ 
randum No. OD-SP-81M.) V. W. Cohen. t NBS, 
Ordnance Development Division.] January 24, 
1945. 

M4 Mortar fuze recovery. (Memorandum No. MB-3-1- 
45.) W. E. Nickell. OEMsr-769. State University 
of Iowa. March 31, 1945. 

M5 Fifty-cycle oscillator. (Technical Memorandum No. 
OD-l-TM-10.) N. Newman. NBS, Ordnance De¬ 
velopment Division. November 7, 1945. 

620 Measurements 

621 Voltage 

Ml Generator voltage measurements. (Report No. OD- 
4-1.) F. Manov and Jacob Rabinow. NBS, 
Ordnance Development Division. August 13, 1943. 
M2 Measurement of firing voltage. Robert D. Hun¬ 
toon. NBS, Ordnance Development Division. 
August 20, 1943. 

M3 The performance of Zenith BRTG-Z units as a 
function of supply voltages. (Report No. OD-3- 
189.) Lawrence J. Diou and Ralph Stair. NBS, 
Ordnance Development Division. October 27, 

1944. 

M4 Blecking voltage for use in making audio tests 
on oscillator-diode units. (Memorandum No. OD- 




96 


DIVISION 4 • MICROFILM LIST 


TEG-35M.) Herbert D. Cook. t NBS, Ordnance 
Development Division.] February 12, 1945. 

M5 Hum injection adjustment. (Memorandum No. 
OD-TEG-78M.) Charles R. Duke, Herbert D. 
Cook and Thomas C. Bagg. t NBS, Ordnance De¬ 
velopment Division.] July 28, 1945. 

621.1 Tachometer 

Ml Electronic tachometer. (Report No. OD-3-137.) 
Herbert D. Cook. NBS, Ordnance Development 
Division. April 28, 1944. 

622 Vibration 

Ml Mechanical vibration of the BRLG units mounted 
on M-64 bomb. (Report No. OD-4-32.) Jacob 
Rabinow. NBS, Ordnance Development Division. 
February 12, 1944. 

M2 A new proposal for shaking each unit in final test. 
(Report No. OD-BE-72R.) Wendell L. Lees. 
NBS, Ordnance Development Division. February 
24, 1945. 

M3 Zenith revised final test position. (Report No. OD- 
5-787.) Paul E. Landis. NBS, Ordnance Develop¬ 
ment Division. April 16, 1945. 

623 Compression 

Ml Compression test equipment. (Report No. OD-4- 
50.) A. Chartock. NBS, Ordnance Development 
Division. April 27, 1944. 

624 Reflection Coefficient 

Ml Experimental measurement of the effect of an 
imperfect reflector on the induction field sensi¬ 
tivity of a radio proximity fuze. (Report No. OD- 
3-36.) Otto E. Spokas, Charles C. Gordon and 
Robert D. Huntoon. NBS, Ordnance Development 
Division. November 25, 1943. 

M2 Measurement of the reflection coefficient of the 
new bombing range at Aberdeen Proving Ground. 
(Report No. OD-3-90.) Otto E. Spokas. NBS, 
Ordnance Development Division. January 29, 
1944. 

M3 Construction of apparatus for measuring reflection 
coefficient. (Report No. OD-BE-77R.) Otto E. 
Spokas. NBS, Ordnance Development Division. 
April 23, 1945. 

M4 Measurement of the reflection coefficient of the 
water bombing range at Aberdeen Proving 
Ground. (Report No. OD-7-201R.) Otto E. 
Spokas. NBS, Ordnance Development Division. 
May 1, 1945. 

625 Sensitivity 

Ml A device for the measurement of the absolute 
sensitivity of an end-fed axially-excited radio 
proximity fuze. (Report No. A-143.) William L. 
Kraushaar and Robert D. Huntoon. Service Proj¬ 
ect No. OD-26, OD-27 and others. NBS, Ord¬ 
nance Development Division. February 13, 1943. 


M2 Measurement of BRTG sensitivity. (Report No. 
OD-BE-39R.) R. F. Morrison, Jr. NBS, Ordnance 
Development Division. September 18, 1944. 

626 Visibility of Mortar Shell Puffs 

Ml Static tests of BRLG function indicators (twenty- 
one BRLG rejects) [at] Aberdeen, April 20, 1944. 
(Report No. OD-1-272.) T. C. Hellmers and L. C. 
Miller. NBS, Ordnance Development Division. 
May 3, 1944. 

M2 [Test of] visibility of various mortar spotting 
charges [Using] thirteen Globe-Union T-132 units 
t at] Blossom Point, June 29, 1945. (Report No. 
OD-1-829.) G. Rabinow. NBS, Ordnance Devel¬ 
opment Division. July 11, 1945. 

M3 Determination of height of function of VT fuze. 
(Field Test Report No. 60.) John I. Gansert. 
OEMsr-769. State University of Iowa. August 22, 
1945. 

700 MISCELLANEOUS RESEARCH 

710 Powder Bag Fabrics 

Ml Development of substitutes for silk in powder bags, 
as of December 31, 1941. (Memorandum No. 
A-32M.) Ralph T. Mease. NBS, Ordnance Devel¬ 
opment Division. February 5, 1942. 

M2 Effect of oxides of nitrogen on fabrics. (Memo¬ 
randum No. A-35M.) Ralph T. Mease. Service 
Project No. NO-5. NBS, Ordnance Development 
Division. June 11, 1942. 

M3 Treatments and tests for cotton fabrics for powder 
bags. (Progress Report No. A-72.) Ralph T. 
Mease. Service Project No. NO-5. NBS, Ordnance 
Development Division. July 21, 1942. 

720 Range Finder Goggles 

Ml Displaced-image range finder goggles. (Report No. 
OD-4-33.) William L. Whitson. NBS, Ordnance 
Development Division. February 14, 1944. 

730 Radar Ranging 

Ml Radar ranging. Tests at Parris Island. (Memo¬ 
randum No. S67-1047, Revision [No.] 4.) M. Emer¬ 
son Murphy. t US Navy Department.] October 
13, 1941. 

M2 [Ranging on shell bursts.] (File No. SC-S78-1, 
SONRD.) Lybrand Smith. US Navy Department 
October 24, 1941. 

M3 Special projectile firing. J. N. Opie. [US Navy 
Department.] January 20, 1942. 

M4 Radar ranging on antiaircraft shell bursts, as of 
May 1, 1942. (Progress Report No. A-68.) Robert 
D. Huntoon. Service Project No. NO-111. NBS, 
Ordnance Development Division. July 9, 1942. 

M5 [Radar ranging.] Trip to Camp Davis. Robert D. 
Huntoon. ( NBS, Ordnance Development Divi¬ 
sion.] August 29, 1942. 



DIVISION 4 • MICROFILM LIST 


97 


740 Size and Concentration of Raindrops 

Ml A method of recording size and concentration of 
raindrops. (Report No. OD-1-920.) Theodore B. 
Godfrey, R. K. Pickels and D. A. Worcester. NBS, 
Ordnance Development Division. May 21, 1946. 


760 Electric and Magnetic Field Problems 

Ml Measurements of electric fields near airplanes in 
flight. (Progress Report No. A-7.) E. J. Workman 
and R. E. Holzer. NDCrc-67; Service Project No. 
OD-27; OSRD No. 11. University of New Mexico. 
June, 1941.] 

M2 The magnetic field machine. A summary report 
on the design, construction, testing and operation 
of an apparatus for the solution of magnetic field 


problems, a project developed for the use of the 
Naval Ordnance Laboratory in connection with 
the protection of ships against magnetic mines. 
(Summary Report No. A-8.) Jesse W. M. DuMona. 
NBS, Ordnance Development Division. July 21, 
1941. 

Statistical Methods 

Ml Sampling formulas for qualification and proof 
testing of production lots. (Memorandum No. 
A-82M.) T. N. White. OSRD No. 3198. NBS, 
Ordnance Development Division. January, 
1944.] 

M2 Sequential analysis of statistical data. Applications. 
(Report No. OD-OAG-46.) T. N. White and 
H. C. Doob. [NBS, Ordnance Development Divi¬ 
sion.] September 27, 1944. 

M3 Standard statistical methods for testing the differ¬ 
ence between two percentages, or the difference 
between mean values. ([Memorandum] No. OD-2- 
205M.) B. M. Bennett. t NBS, Ordnance Develop¬ 
ment Division.] May 7, 1945. 


750 Electrical Contact Resistance 

Ml A study of the properties of electrical contact 770 
resistance under very light pressures and under 
light electrical load. (Engineering Report No. 225.) 

Lloyd E. Stein. [OEMsr-1378.j Raymond Engi¬ 
neering Laboratory, Inc. January 6, 1945. 
























DIVISION 5 • GUIDED MISSILES 

Microfilm Index 


10 SUMMARY REPORTS FOR DIVISION 5 
100 AERODYNAMICS 

200 TYPES OF GUIDED MISSILES 

210 Homing Glide Bombs 
220 Roc (Medium-Angle Bomb) 

221 Development and Design 

222 Tests 

223 Roc Control 

224 Roc Trainer 

230 High-Angle Dirigible Bomb 

231 Theory and Development 

232 Types 

232.1 Azon 

232.2 Razon 

232.21 Link Receivers 

233 Azon-Razon Trainer 

234 Bomb Trajectory Camera 

240 Felix (High-Angle Heat-Homing Bomb) 

(See also: 330) 

300 CONTROL MECHANISMS OF GUIDED MISSILES 

(See also: 223) 

310 Radio Control 


311 Television Equipped 
(See also: 400) 

312 Target Airplanes 
320 Radar Homing Control 
330 Heat-Homing Devices 

(See also: 240) 

331 Scanning Devices 

332 Bolometers 

333 Flares 

(See also: 331) 

340 Homing Devices Controlled by Birds 
350 Servomechanisms 
360 Miscellaneous Devices 


400 AIRBORNE TELEVISION TRANSMITTING 
EQUIPMENT 

(See also: 311) 

410 Frequency Modulation and Amplitude Modulation 
420 Block Equipment 
421 Conversion Units 

421.1 Cameras 

421.2 Tubes 

421.21 Image Orthicon 

421.22 Dissector 

421.23 Vericon 



99 


DIVISION 5 • GUIDED MISSILES 

List of Microfilmed Reports 


10 SUMMARY REPORTS FOR DIVISION 5 

Ml Final report on engineering activities for Division 5, 
NDRC. (Report covering period [from] May 1, 1944 
to September 30, 1945.) Wallace H. Nichols. 

OEMsr-240; Service Project No. AC-36. Massachu¬ 
setts Institute of Technology. October 1, 1945. 

100 AERODYNAMICS 

Ml Aerodynamics of aircraft bombs. (Volumes I and II.) 
Hugh L. Dryden. National Bureau of Standards. 
February 28, 1927. 

M2 Phorodromics. (Chapters I to III. Report No. SM- 
3536.) W. B. Klemperer. Douglas Aircraft Com¬ 
pany, Inc. July 17, 1942. 

M3 Echodromics. Chapter I, Flight characteristics. (Re¬ 
port No. SM-3745.) W. B. Klemperer. Douglas 
Aircraft Company, Inc. Revised: December 31, 
1942. 

200 TYPES OF GUIDED MISSILES 

210 Homing Glide Bombs 

Ml Analysis of the longitudinal stability of homing 
glide bombs with applications to Navy SWOD Mark 
7 and Mark 9. Harold K. Skramstad. Service Proj¬ 
ect Nos. AC-1, NO-115 and others. National Bureau 
of Standards. October 15, 1945. 

M2 Representation of longitudinal stability and control 
of homing glide bombs by an electromechanical 
model. Harold K. Skramstad. Service Project Nos. 
AC-1, NO-115 and others. National Bureau of 
Standards. October 26, 1945. 

M3 An automatic pilot for homing glide bombs. John 
A. Hart. Service Project Nos. AC-1, NO-115 and 
others. National Bureau of Standards, (n.d.) 

220 Roc (Medium-Angle Bomb) 

221 Development and Design 

Ml Echodromics. Chapter IV, Design of flight test bird, 
Roc-1. (Report No. SM-3745.) W. B. Klemperer. 
Douglas Aircraft Company, Inc. December 1, 1943. 

M2 Design and development of the Roc-00-1000, Serial 
Nos. 1 to 20. (Report No. SM-8349, covering the 
period of December 10, 1943 to April 26, 1945.) 
(n.a.) OEMsr-327; Service Project No. AC-36. 
Douglas Aircraft Company, Inc. June 15, 1945. 

M3 Design modifications of the Roc-00-1000, Serial Nos. 
21 to 55. (Report No. RL-8384, covering the period 
of April 27 to December 31, 1945.) (n.a.) OEMsr- 
327; Service Project No. AC-36; OSRD No. 6609. 
Douglas Aircraft Company, Inc. January 25, 1946. 

222 Tests 

Ml Echodromics. Chapter V, Wind tunnel tests ( ot'j 


Model Roc-1. (Report No. SM-3745.) W. B. Klem¬ 
perer and R. S. Shevell. Douglas Aircraft Company, 
Inc. October 15, 1943. 

M2 Project Roc. Chapter VI, Functional tests t of] brood 
I-A, test birds with quadrant eyes. (Report No. 
SM-3745.) W. B. Klemperer. Douglas Aircraft 
Company, Inc. April 18, 1944. 

M3 Project Roc. Chapter VII, Brood I-B, test birds with 
Fairchild eyes. (Report No. SM-3745.) W. B. Klem¬ 
perer. Douglas Aircraft Company, Inc. July 25, 
1944. 

M4 Recording cameras. Joseph L. Boon. OEMsr-978. 
Eastman Kodak Company. September 9, 1944. 

M5 Tests of a ^4-scale model of the NDRC Roc-00 mis¬ 
sile. (Memorandum Report No. A-4K10.) Kenneth 
M. Hughes. November 10, 1944. 

M6 Flight tests of the Roc-OO-lOOOV. Drops V-l through 
V-21. (Report No. SM-8386, covering the period of 
June, 1944 to September, 1945.) (n.a.) OEMsr- 

327; Service Project No. AC-36; OSRD No. 6414. 
Douglas Aircraft Company, Inc. January 15, 1946. 

M7 Flight tests of the Roc-00- 1000T. Drops T-l through 
T-10. (Report No. RL-8387, covering the period of 
January 1 to December 31, 1945.) (n.a.) OEMsr- 

327; Service Project No. AC-36; OSRD No. 6610. 
Douglas Aircraft Company, Inc. February 25, 1946. 

223 Roc Control 

Ml Project Beetle. W. S. Leitch. OEMsr-1002. Ben- 
dix Aviation Corporation. October 13, 1943. 

M2 Special amplifier project. Control amplifiers for 
guided missiles. (Final Report No. RDE-13035-1.) 
W. S. Leitch. OEMsr-1002; Service Project No. 
AC-36. Bendix Aviation Corporation. January 
30, 1946. 

M3 Experimental study of control techniques for tele¬ 
vision Roc. (Report No. RL-8385, covering the 
period of January, 1945 to February, 1946.) E. H. 
Pier. OEMsr-327; Service Project No. AC-36; OSRD 
No. 6562. Douglas Aircraft Company, Inc. Febru¬ 
ary 25, 1946. 

224 Roc Trainer 

Ml Theory and operation of television bomb MI MO 
simulator, Model I, with a general discussion of 
some electrical computation methods. (Final Report 
No. R-199, covering the period from August 1, 1945 
to December 14, 1945.) A. Costa de Beauregard, 
George Bartholomei and others. OEMsr-1493; Serv¬ 
ice Project No. AC-36; OSRD No. 6396. Specialties, 
Inc. December 14, 1945. 

230 High-Angle Dirigible Bomb 

231 Theory and Development 

Ml Experimental investigations in connection with the 



DIVISION 5 • MICROFILM LIST 


101 


flight characteristics of bombs. (Progress Report No. 
232.) T. B. Pepper. NDCrc-183. Gulf Research 
and Development Company. April 1, 1942. 

M2 Development of a dirigible bomb. (Seventh Progress 
Report.) J. F. Hutzenlaub. OEMsr-240. Massa¬ 
chusetts Institute of Technology. April 15, 1943. 

M3 Experimental investigations in connection with 
high-angle dirigible bombs. The photoelectric tar¬ 
get-seeking bomb, (n.a.) NDCrc-183; OSRD No. 
3422. Gulf Research and Development Company. 
January 1, 1944. 

M4 Tests of television equipped high-angle bombs at 
Tonopah, Nevada, April to May, 1944. Alfred E. 
Jackson. OEMsr-441. National Broadcasting Com¬ 
pany, Inc. May, 1944. 

M5 The high-angle dirigible bomb project. (Final Re¬ 
port covering the period t from] July 1, 1942 to 
October 31, 1945.) (n.a.) NDCrc-183; Service Proj¬ 
ect No. AC-36. Gulf Research and Development 
Company. October, 1945. 

232 Types 

232.1 Azon 

Ml Experimental investigations in connection with 

high-angle dirigible bombs. (n.a.) NDCrc-183; 

OSRD No. 1397. Gulf Research and Development 
Company. March 15, 1943. 

M2 Experimental investigations in connection with 

high-angle dirigible bombs. (n.a.) NDCrc-183; 

OSRD No. 1785. Gulf Research and Development 
Company. May 15, 1943. 

M3 Experimental investigations in connection with 

high-angle dirigible bombs. The azon bomb, (n.a.) 

NDCrc-183; OSRD No. 3086. Gulf Research and 
Development Company. October 15, 1943. 

M4 [The] VB-1 tail assembly. (Final Report [Covering 
period] from June 1, 1943 to March 30, 1944.) (n.a.) 
OEMsr-1081; Service Project No. AC-36; OSRD No. 
5288. Union Switch and Signal Company. June 
15, 1945. 

232.2 Razon 

Ml Experimental investigations in connection with 

high-angle dirigible bombs. Early razon experiments, 
(n.a.) NDCrc-183. Gulf Research and Develop¬ 
ment Company. September 1, 1944. 

M2 Experimental investigations in connection with 

high-angle dirigible bombs. VB-3 ballistic data. 
(Progress Report covering period [from] April 1 to 
September 1, 1945.) (n.a.) NDCrc-183; Service 

Project No. AC-36. Gulf Research and Develop¬ 
ment Company. September 1, 1945. 

232.21 Link Receivers 

Ml A discussion of the radio link receiver problem and 
descriptions of low intermediate frequency crystal 
controlled superheterodyne receivers for azon and 
razon. (Report of developments to July 15, 1944.) 
A. W. Friend. NDCrc-180; OEMsr-240 and OEMsr- 


1195. Massachusetts Institute of Technology and 
Harvey Radio Laboratories. July, 1944. 

M2 Razon link receiver equipment. Joseph C. Tellier. 
OEMsr-1314. Philco Radio and Television Cor¬ 
poration. September 18, 1944. 

233 Azon-Razon Trainer 

Ml The azon-razon bombing trainer, Models X-1010 and 
X-1020. (n.a.) August 15, 1945. 

234 Bomb Trajectory Camera 

Ml Bomb trajectory camera. (Report [Covering the 
period from] November 1, 1943 to October 31, 1945.) 
(n.a.) NDCrc-183; Service Project No. AC-36. Gulf 
Research and Development Company. October 31, 
1945. 

240 Felix (High-Angle Heat-Homing Bomb) 

(See also: 330) 

Ml Felix. Alan C. Bemis. NDCrc-180; Service Proj¬ 
ect No. AC-36. Massachusetts Institute of Tech¬ 
nology. June 1, 1944. 

M2 A survey of targets for Felix. (Report covering 
period [from] October 1, 1943 to October 31, 1945.) 
Alan C. Bemis. NDCrc-180; Service Project No. 
AC-36; OSRD No. 6661. Massachusetts Institute 
of Technology. October 31, 1945. 

M3 Felix, a high-angle heat-homing bomb, and related 
researches. (Final Report covering period [from, 
June 1, 1944 to October 31, 1945.) Alan C. Bemis. 
NDCrc-180; Service Project No. AC-36; OSRD No. 
6416. Massachusetts Institute of Technology. Oc¬ 
tober 31, 1945. 

300 CONTROL MECHANISMS OF GUIDED MISSILES 

(See also: 223) 

310 Radio Control 

Ml [Design of single radio band interference reducing 
systems for radio control purposes., (n.a.) OEMsr- 
694; OSRD No. 3229. Hammond Research Corpo¬ 
ration. November 30, 1943. 

M2 [Radio control system for right-left deflection of 
a mobile object., E. S. Purington. OEMsr-694. 
Hammond Research Corporation. November 30, 
1943. 

311 Television Equipped 

(See also: 400) 

Ml Television equipped radio-controlled bomb. [Part, 
VI, Television transmitter, Model D. (Progress Re¬ 
port No. 288.) A. V. Loughren and John A. Han¬ 
sen. Hazeltine Service Corporation. September 18, 
1942. 

M2 Television equipped radio-controlled bomb. [Part, 
IX, Television receiver. Model C. (Progress Report 
No. 291.) A. V. Loughren and John A. Rado. 
Hazeltine Service Corporation. September 22, 1942. 

M3 Television equipped high-angle projectiles. Radi- 






102 


DIVISION 5 • MICROFILM LIST 


ating system camera transmitter unit. (Status Report 
as of January 23, 1943.) H. P. See. OEMsr-615. 
National Broadcasting Company, Inc. January, 
1943. 

M4 Block equipment used in glider bombs, Eglin Field, 
Florida. (Field Service Report [for the period from] 
June 25, 1943 to July 7, 1943.) Robert W. Clark, 
Alfred E. Jackson and R. R. Davis. National Broad¬ 
casting Company, Inc. [July (?) 1943.] 

312 Target Airplanes 

Ml Improved radio control equipment for target air¬ 
planes. (Final Progress Report No. 340.) Richard 
C. Webb. OEMsr-278. Purdue University. De¬ 
cember 1, 1942. 

320 Radar Homing Control 

Ml Radio set, RHB. Section I, Technical description of 
production model radio set RHB. (Section II, Ad¬ 
justment and alignment of radio set RHB. (Division 
14. Report No. 508-1.) Edited by: Elisabeth M. 
Lyman. OEMsr-262. MIT, Radiation Laboratory. 
January 17, 1944. 

M2 Developments in radar homing missiles for the 
period March 1, 1944 to May 1, 1945. (Sections I to 
IV.) R. A. Lamm, A. J. McLennan and P. R. Stout. 
OEMsr-240; Service Project Nos. NO-115, AC-36 and 
others. Massachusets Institute of Technology. June 
1, 1945. 

M3 Developments in radar homing missiles. (Final Re¬ 
port for the period May 1 to November 30, 1945.) 
R. A. Lamm, P. R. Stout and E. R. Toporeck. 
OEMsr-240; Project Nos. NO-115, AC-36 and others; 
OSRD No. 6413. Massachusetts Institute of Tech¬ 
nology. November 30, 1945. 


331 Scanning Devices 

Ml A to-and-fro scanning device giving right-left con¬ 
trol. Charles B. Aiken. OEMsr-921; Service Proj¬ 
ect No. AC-36. Electro-Mechanical Research, Inc. 
January 28, 1944. 

M2 The Fairchild wide-angle scanner, (n.a.) OEMsr- 
1182. Fairchild Camera and Instrument Corpora¬ 
tion. May 24, 1944. 

M3 Heat sensitive devices employing to-and-fro scan¬ 
ning. (Report [Covering period from] February 1, 
1943 to May 31, 1945.) Charles B. Aiken, M. Le- 
bourg and W. C. Welz. OEMsr-921; Service Proj¬ 
ect No. AC-36. Electro-Mechanical Research, Inc. 
September 20, 1945. 

332 Bolometers 

Ml Analysis of bolometer response to modulated energy, 


with applications to the design of to-and-fro scan¬ 
ning systems. Charles B. Aiken. OEMsr-921, Serv¬ 
ice Project No. AC-36. Electro-Mechanical Re¬ 
search, Inc. December 22, 1943. 

M2 The frequency characteristics of bolometers. 
Charles B. Aiken. OEMsr-921; Service Project No. 
AC-36. Electro-Mechanical Research, Inc. Novem¬ 
ber 17, 1944. 

M3 Film-type bolometers. (Report [Covering period 
from] February 1, 1943 to May 31, 1945.) Charles 
B. Aiken, William H. Carter, Jr. and F. S. Phillips. 
OEMsr-921; Service Project No. AC-36. Electro- 
Mechanical Research, Inc. August 13, 1945. 

M4 Metal strip bolometers. (Report covering period 
[from] March 1, 1944 to November 30, 1945.) Bruce 
Billings, Edgar Barr and Lewis Hyde. OEMsr-1317 
and NOrd-6013; Service Project Nos. NO-257 and 
AC-36; OSRD No. 6397. Polaroid Corporation. 
March, 1946. 

333 Flares 

(See also: 331) 

Ml Colored flares. (Division 11.) G. Albert Hill and 
R. G. Clarke. OEMsr-321; Research Project No. 
PDRC-432; OSRD No. 4408-A. Wesleyan Univer¬ 
sity. February 10, 1945. 

340 Homing Devices Controlled by Birds 

Ml The present status of the bird’s eye bomb. B. F. 
Skinner, K. B. Breland and Norman Guttman. 
General Mills, Inc. February 1, 1943. 

M2 Characteristics of the response of the vacuum system 
unit. Philip Christopherson. OEMsr-1068. Gen¬ 
eral Mills, Inc. January 7, 1944. 

M3 Cost of homing units. Personnel and organization 
required. Discussion and analysis. B. F. Skinner, 
E. E. Kuphal and others. General Mills, Inc 
February 21, 1944. 

Servomechanisms 

Ml The analysis and synthesis of linear servomecha¬ 
nisms. (Division 7.) Albert C. Hall. Massachusetts 
Institute of Technology. May, 1943. 

M2 Development of a servocontrol system for guided 
missiles. (Preliminary Report covering the period 
from May 1, 1943 to March 15, 1945.) (n.a.) 

OEMsr-1013; Service Project Nos. NO-115 and AC- 
36. Massachusetts Institute of Technology. July 2, 
1945. 

M3 Development of a servocontrol system for guided 
missiles. (Report covering period from March 15 to 
October 31, 1945.) (n.a.) OEMsr-1013; Project 

Nos. NO-115, AC-36 and MIT Research Project 
DIC-6168; OSRD No. 6418. Massachusetts Institute 
of Technology. October 31, 1945. 

M4 The development of servocontrol mechanisms for 
homing aero-missiles. Emmett C. Bailey and Wes¬ 
ley G. Spangenberg. Service Project Nos. AC-1, 
NO-115 and others. National Bureau of Standards, 
(n.d.) 


330 Heat-Homing Devices 

(See also: 240) 

Ml [The heat-homing eye.] (Final Report covering 

period [from] March 1, 1944 to June 30, 1945.) 350 

(n.a.) OEMsr-1317; Service Project Nos. AC-36 and 
NO-257. Polaroid Corporation. August 15, 1945. 



DIVISION 5 • MICROFILM LIST 


103 


360 Miscellaneous Devices 

Ml Detector systems for interference reducing radio sys¬ 
tems. E. S. Purington. OEMsr-694. Hammond 
Research Corporation. May 17, 1943. 

M2 An antirotational stabilizer. (Report [Covering period 
from] February 1, 1943 to May 31, 1945.) H. G. 
Doll, G. K. Miller and Charles B. Aiken. OEMsr- 
921; Service Project No. AC-36. Electro-Mechanical 
Research, Inc. September 15, 1945. 

400 AIRBORNE TELEVISION TRANSMITTING 
EQUIPMENT 

(See also: 311) 

Ml Field Service Project. (Status Report as of June 30, 
1943.) Alfred E. Jackson. OEMsr-441. National 
Broadcasting Company, Inc. August 19, 1943. 

M2 Field service. (Progress Report No. 1 [Covering 
period from] April 1 to August 1, 1944.) Ray D. 
Kell. OEMsr-441. Radio Corporation of America. 
August 1, 1944. 

M3 Military television equipment. (Final Report for the 
period of June 30, 1942 to October 31, 1945.) 
Walter L. Lawrence. OEMsr-441; Service Project 
Nos. AC-36, NA-190 and NS-132; OSRD No. 6415. 
Radio Corporation of America. January 29, 1946. 
M4 Development of high-sensitivity airborne television 
transmitting equipment. (Final Report for the period 
of March 15, 1942 to October 31, 1945.) A. V. Bed¬ 
ford. OEMsr-441; Service Project Nos. AC-36, NA- 
190 and NS-132; OSRD No. 6655. Radio Corpora¬ 
tion of America. February 6, 1946. 

410 Frequency Modulation and Amplitude Modulation 

Ml Frequency modulation for the transmission of tele¬ 
vision signals. (Final Report as of September 20, 

1942. ) Robert W. Clark, Robin D. Compton and 
Vernon J. Duke. OEMsr-513. National Broadcast¬ 
ing Company, Inc. [September (?) 1942.] 

M2 Frequency modulation and amplitude modulation 
comparison. (Final Report as of June 30, 1943.) 
Robert W. Clark. OEMsr-441; OSRD No. 1988. 
National Broadcasting Company, Inc. August 4, 

1943. 

420 Block Equipment 

Ml Development of block equipment. Final report on 
1200-megacycle transmitter. H. N. Kozanowski. 
OEMsr-441; Research Project No. PDRC-677. 
Radio Corporation of America. August 15, 1943. 
M2 General block improvements. T. L. Gottier. 
OEMsr-441. Radio Corporation of America. April 
21, 1944. 

M3 Block 10 equipment. (Final Report No. RP-164.) 
R. C. Moore. OEMsr-1159. Philco Radio and 
Television Corporation. October 17, 1944. 

M4 Block 18 television equipment. (Final Report as of 
June 1, 1944.) H. B. Fancher. OEMsr-1172; Re¬ 
search Project No. PDRC-101S. General Electric 
Company. December, 1944. 

M5 Block simplification and improvement. (Status Re¬ 
port [Covering period from] May 15, 1944 to October 


31, 1945.) W. J. Poch and A. H. Turner. OEMsr- 
441; Service Project Nos. AC-36, NA-190 and NS- 
132; OSRD No. 6394. Radio Corporation of Amer¬ 
ica. November 20, 1945. 

421 Conversion Units 

Ml Conversion unit comparisons. (Report No. ERD-2, 
for the period of January 1, 1944 to March 13, 1945.) 
Paul S. Hendricks. OEMsr-1191; Service Project 
Nos. AC-36 and NA-116. Columbia Broadcasting 
System, Inc. March 15, 1945. 

421.1 Cameras 

Ml Development of moving picture camera installation 
in bombs to study flight characteristics of bombs 
with special reference to their yaw and spin motions. 
T. B. Pepper. NDCrc-183. Gulf Research and De¬ 
velopment Company. September 1, 1941. 

M2 Television camera employing Schmidt optics. (Final 
Report as of September 20, 1942.) E. Dudley Good- 
ale, L. R. Moffett and W. L. States. OEMsr-515; 
Research Project No. PDRC-285. National Broad¬ 
casting Company, Inc. September, 1942. 

M3 Improved sensitivity of television equipment. (Prog¬ 
ress Report No. 1 [Covering period from] January to 
August, 1943.) Ray D. Kell. OEMsr-441. Radio 
Corporation of America. August 1, 1943. 

421.2 Tubes 

421.21 Image Orthicon 

Ml The image orthicon. A description of its construc¬ 
tion and operation. Albert Rose, Paul K. Weimer 
and Harold B. Law. OEMsr-441. Radio Corpora¬ 
tion of America. February, 1944. 

M2 Development of a television pickup tube of greater 
sensitivity. (Final Report for the period of March 
15, 1942 to October 31, 1945.) Albert Rose. 
OEMsr-441; Service Project Nos. AC-36, NA-190 and 
NS-132; OSRD No. 6393. Radio Corporation of 
America. October 31, 1945. 

421.22 Dissector 

Ml Dissector camera project. (Final Report [Covering 
period from] July 1, 1942 to January 1, 1945.) 
Madison Cawein. OEMsr-620 and OEMsr-1093; 
Service Project Nos. AC-36 and NA-116. Farns¬ 
worth Television and Radio Corporation. Febru¬ 
ary 1, 1945. 

M2 Sealed-beam dissector development and circuit prob¬ 
lems. (Report No. 51, covering period [from] Febru¬ 
ary to October, 1944.) Madison Cawein. OEMsr- 
1093 and OEMsr-620. Farnsworth Television and 
Radio Corporation. April 5, 1945. 

421.23 Vericon 

Ml Vericon television equipment. (Final Report cover¬ 
ing the period from November 1, 1941 to February 
1, 1945.) (n.a.) OEMsr-187; Service Project No. 

AC-36; OSRD No. 5289. Remington Rand, Inc. 
February 1, 1945. 







DIVISION 6 • SUBSURFACE WARFARE 


Microfilm Index 


100 FINAL AND SUMMARY REPORTS FOR DIVISION 6 

110 University Research Laboratories 

111 California Institute of Technology 

111.1 Contract OEMsr-124 

111.2 Contract OEMsr-329 

112 Columbia University, Division of War Research 
(OEMsr-20) 

112.1 New London Laboratory (OEMsr-1128) 

112.11 Field Engineering Group (OEMsr-1128) 

112.2 Underwater Sound Reference Laboratories 
(OEMsr-1130) 

112.3 Program Analysis Group (OEMsr-1131) 

113 Harvard University (OEMsr-58 and OEMsr-287) 

114 Massachusetts Institute of Technology (OEMsr-1046) 

115 Newark College of Engineering (OEMsr-1342) 

116 University of California, Division of War Research 
(OEMsr-30 and NObs-2074) 

120 Industrial Research Laboratories 

121 Bell Telephone Laboratories 

121.1 Contract OEMsr-346 

121.2 Contract OEMsr-352 

121.3 Contract OEMsr-783 

121.4 Contract OEMsr-1189 

122 General Electric Company 

122.1 Contract OEMsr-43 

122.2 Contract OEMsr-44 

122.3 Contract OEMsr-323 

123 Radio Corporation of America (OEMsr-33) 

124 American Can Company (OEMsr-1105) 

125 Leeds and Northrup Company (OEMsr-1419) 

200 OPERATIONS RESEARCH 

201 Search and Screening 

300 SELECTION AND TRAINING OF PERSONNEL; 
TRAINING DEVICES 

310 Selection of Personnel 

311 Sonar Operators 

312 Sonar Officers 

320 Training of Personnel and Training Devices 

321 Antisubmarine Warfare Sonar Operators 

321.1 Bearing Teachers 

321.2 Bearing Deviation Indicator (BDI) 

321.21 Trainers 

321.22 Maintenance 

321.3 Group Operator Trainer 

321.4 Echo Recognition Group Trainer 

321.5 Artificial Projector Maintenance 

321.6 JP-1 Training Program 

322 Antisubmarine Warfare Sonar Officers 

322.1 Recorder Trainers 

322.2 Conning Teachers 

323 Antisubmarine Warfare Sonar Teams 

323.1 Classroom Attack Teachers 


323.2 Shipboard Antisubmarine Attack Teacher 
(SASAT) 

323.3 Practice Targets 

324 Submarine Sonar Operators 

325 Submarine Officers 

325.1 Periscope Trainers 

325.2 Bathythermograph Trainers 

326 Miscellaneous Trainers 

326.1 Operational Bearing Recorders 

326.2 Animated Trainers 

326.3 Radio Sonic Buoy Trainers 

400 MAGNETIC AIRBORNE DETECTION 

401 Summary Reports 

402 Operational Reports 

410 Saturated Core Magnetometers 

411 Theory 

412 Design 

413 Sensitivity 

414 Noise 

420 Experimental Systems 

421 Gulf Research Development Company 

422 General Electric Company 

423 CUDWR, Airborne Instrument Laboratory Mark I, 
II, HI and IV 

423.1 Head Design 

423.2 Test Procedures 

424 CUDWR, Airborne Instrument Laboratory Mark V 

425 Bell Telephone Laboratories, Inc. 

426 Miscellaneous Component Studies 
430 Production Models 

431 AN/ASQ-1 (Mark VI) 

431.1 Universal Head (AN/ASQ-1A) 

432 Automatic Firing Systems 

432.1 CP-2/ASQ-1 and CP-2/ASQ-1A 

432.2 AN/ASQ-2A and CM-l/ASQ-2 
440 Magnetic Airborne Signal Studies 

441 Submarine Magnetic Field Patterns 

442 Dynamic Signals 

443 Magnetic Airborne Detector Tactics 

444 Fluctuations of Earth’s Field 

450 Installation of Magnetic Airborne Detection in Aircraft 

451 Magnetic Compensation in Aircraft Equipped with 
Magnetic Airborne Detection 

451.1 Permanent and Induced Fields 

451.2 Eddy Current Fields 

451.3 Compensating Flight Procedure 

451.4 Equipment 

452 Towed Bird 

460 Training Devices and Experimental Equipment 

461 Magnetic Attack Trainer 

462 Test Equipment 

470 Detection of Land Targets 


106 


DIVISION 6 • MICROFILM INDEX 


500 UNDERWATER SOUND, PRINCIPLES OF 

501 Oceanography 

501.1 Bathythermograph, Use of the 

501.11 Submarines 

501.12 Surface Vessels 

501.2 Sound Surveys 

501.3 Diving Operations (Submarine) 

501.31 Sailing and Operating Directions 

501.32 Submergence 

501.321 Buoyancy 

501.322 Density 

501.4 Internal Waves 
510 Transmission 

510.1 Theory 

510.11 Sound Waves 

510.111 Lloyd Mirror Effect 

510.12 Explosion Waves 

510.2 Measurements 

510.21 Sonic Sound Waves 

510.22 Supersonic Sound Waves 

510.221 Shallow Water 

510.222 Deep Water 

510.23 Explosion Waves 

510.3 Fluctuation Phenomena 

510.4 Oceanographic Factors 

510.41 Layer Effect 

510.5 Bottom Studies 
520 Reverberation 

520.1 Theory 

520.11 Scattering 

520.2 Measurements 

520.21 Shallow Water 

520.22 Deep Water 

520.3 Frequency Characteristics 
530 Reflection 

530.1 Theory 

530.2 Measurements 

530.21 Surface Vessels 

530.22 Submarines 

530.23 Model Studies 

540 Wakes 

540.1 Mathematical Theory 

540.2 Bubble Theory 

540.21 Formation and Dissolution 

540.22 Acoustic Effects 

540.3 Acoustic Wakes 

540.31 Submarines 

540.32 Surface Vessels 

540.4 Thermal Wakes 
550 Sonar Calibration 

551 Theory 

552 Techniques 

553 Calibration Systems 

553.1 Hydrophone Standard 

553.2 Calibration Projectors 

553.3 Standard Targets 

553.4 Tank and Screen 

553.5 Recorders 

554 Transducers 

554.1 Projectors 


554.2 Magnetostriction Hydrophones 

554.3 Crystal Hydrophones 

554.4 Special Devices 

555 Domes 

556 Sonar Systems 

556.1 US Navy 

556.2 British and Canadian 
560 Recognition 

560.1 Physiological Factors 

560.2 Listening 

560.21 Laboratory Tests 

560.22 Field Tests 

560.3 Echo Ranging 

560.31 Noise Masking 

560.32 Reverberation Masking 

560.4 Non-aural Recognition 
570 Maximum Ranges 

570.1 Prediction 

570.2 Measurements 

570.21 Echo Ranges 

570.22 Listening Ranges 

580 Noise 

580.1 Submarines 

580.2 Surface Vessels 

580.3 Background Noise 

580.31 Aircraft Noise 

580.32 Self-Noise 

580.33 Ambient Noise 

600 SONAR RESEARCH AND DEVELOPMENT 

610 Transducers 

611 Crystal Transducers 

611.1 Piezoelectric Crystals, Properties of 

611.2 Design Data 

612 Magnetostrictive Transducers 

612.1 Magnetostriction Principles 

612.2 Acoustic Theory 

612.21 Directivity 

612.22 Efficiency and Threshold 

612.23 Frequency Response 

612.3 Transducer Networks 

612.31 Equivalent Circuits 

612.32 Impedance 

612.33 Coupling 

612.34 Band-Pass Circuits 

612.4 Materials 

612.41 Nickel 

612.42 Alloys 

612.43 Rubber 

612.44 Plastics and Paints 

612.5 Measurements 

612.51 Theory and Techniques 

612.511 Impedance 

612.512 Reciprocity 

612.52 Facilities 

612.53 Instruments 

612.54 Transducer Standards 

612.55 Transducer Characteristics 

612.6 Radially-Vibrating Transducers 
612.61 Laminated Ring Stacks 



DIVISION 6 • MICROFILM INDEX 


107 


612.611 B-19B 

612.612 B-19D, -F and -G 

612.613 B-19H 

612.614 B-19J 

612.615 B-19K 

612.616 B-19L 

612.62 Tube Hydrophones 

612.63 Laminated Scrolls 

612.7 Longitudinally-Vibrating Transducers 
612.71 Laminated Stacks 

612.711 Hebbphone No. 1 

612.712 Hebbphone No. 2 

612.713 Hebbphone No. 3 

612.714 Hebbphone No. 5 

612.715 Hebbphone No. 8 

612.716 SPEP Units 

612.717 Sword Arm 

612.8 Tube and Plate Transducers 
620 Sonar Listening Equipment 

621 Listening Studies 

622 Surface Vessels 

622.1 Experimental Systems 

622.2 JP Overside System 

622.3 Through-the-Hull System 

623 Submarines 

623.1 JP-1 Topside System 

623.2 JT System 

623.3 Triangulation-Listening-Ranging System 

623.4 Communications 

623.41 Internal 

623.42 Underwater Telephony 

624 Aircraft 

624.1 Expendable Radio Sonic Buoy (ERSB) 

624.11 Equipment 

624.12 Performance Tests 

624.2 Directional Radio Sonic Buoy (DRSB) 

624.21 Performance Tests 

624.3 Blimp-Towed Hydrophone Systems 

625 Harbor Protection 

625.1 Cable-Connected Hydrophone System 

625.11 Harbor Noise Surveys 

625.2 Anchored Radio Sonic Buoy (ARSB) 

626 Antitorpedo 

626.1 Merchant Vessel Systems 

626.2 Submarine Installations (WCA-2) 

630 Echo-Ranging Systems 

631 QC Improvements 

631.1 Gain Compensating Circuits 

631.11 Time-Varied Gain (TVG) 

631.12 Reverberation-Controlled Gain (RCG) 

631.13 Automatic Gain Control (AGC) 

631.2 Projector Training Controls 

631.21 Automatic Target Training (ATT) 

631.22 Maintenance of True Bearing (MTB) 

631.23 Electronic Automatic Search (EAS) 

631.3 Doppler Applications 

631.31 Own-Doppler Nullifier (ODN) 

631.32 Reverberation Suppression Filter (RSF) 

631.33 Electronic Aural Responder (EAR) 


631.34 Target Doppler Indicator (TDI) and 
Echo Doppler Indicator (EDI) 

631.35 Audible Doppler Enhancer (ADE) 

631.4 Bearing Deviation Indicator (BDI) 

631.41 Theory 

631.411 Harvard Underwater Sound 
Laboratory Systems (SLC) 

631.412 Radio Corporation of America 
Systems 

631.42 Circuits 

631.421 Model X-3 

631.422 Model X-4 

631.43 Installations 

631.431 QB Gear 

631.432 QC Gear 

631.433 WEA-1 

631.44 Performance 

631.45 Depth and Azimuth Systems 

631.5 Improved Echo-Ranging Console 
632.0 QH Sonar 

632.01 Pulse Transmitter 

632.02 Sweep Circuits and Tuners 

632.03 Receiver Systems 

632.04 Indicators and Recorders 

632.05 Attack Teachers and Plotters 

632.06 Monitor and Test Equipment 

632.1 Mechanical Rotation System (MR) (Rotoscope) 

632.11 Circuits and Designs 

632.12 Performance Tests 

632.2 Capacitive Rotation System (CR) 

632.21 Experimental Systems 

632.211 Circuits and Designs 

632.212 Performance Tests 

632.22 XQHA (Sangamo) 

632.221 Circuits and Designs 

632.222 Performance Tests 

632.3 Electrical Rotation System (ER) (Submarine) 
632.31 Experimental Systems 

632.311 Circuits and Designs 

632.312 Performance Tests 

632.4 Composite Systems 

632.41 Ultimate Systems 

632.42 Depth-Scanning Sonar (Integrated 
Type B) 

632.421 Circuits and Designs 

632.422 Performance Tests 

632.5 Transducers 

632.51 Magnetostrictive 

632.52 Piezoelectric 

632.53 Transducer Cables 

632.6 Beam Formation and Rotation 

632.61 Theory 

632.62 Network Design 

632.63 Rotor Design 
633 Searchlight Sonar Systems 

633.1 Anchored Vessel Screening (AVS) 

633.11 Mark I, Anchor (HUSL) 

633.12 Mark III (BTL) 

633.2 Small Object Detectors (SOD) 



108 


DIVISION 6 • MICROFILM INDEX 


633.21 Mine and Torpedo Detection Equip¬ 
ment (MATD) 

633.22 UCDWR Models 

633.23 Underwater Sound Detection and 
Ranging Equipment (USDAR) 

633.24 British Models 

633.3 The 692 Submarine Sonar 

634 Echo-Sounding Equipment 

634.1 Silent Fathometer 

634.2 Secure Echo Sound Equipment (SESE) 

635 Frequency Modulation Sonar 

635.1 Frequency Modulation Theory 

635.11 Scanning 

635.12 Doppler Effect 

635.13 Reverberation 

635.14 Depth of Focus 

635.2 Developmental Systems 

635.21 Echoscope 

635.211 Sine Sweep Echoscope 

635.212 Supersonic Prism 

635.213 Frequency Modulation in 
Echoscope 

635.22 Cobar 

635.23 Subsight 

635.24 Frequency Modulation Sonar Systems 

635.241 Fampas 

635.242 Model I 

635.3 QLA Equipment 

635.4 Test and Training Equipment 

635.5 Photographs of Frequency Modulated Sonar 
Systems Equipment 

640 Underwater Sound Instruments and Ordnance 

641 Calibration Instruments 

641.1 Sound Gear Monitor (OAX) 

641.11 Installed Monitor 

641.12 Extended Range Monitor (OCP) 

641.13 Split Projector Test Unit (SPTU) 

641.14 Projector Test Gear (PTG) 

641.2 Dynamic Monitor 

641.3 OAY Sound Measuring Equipment 

641.31 Noise Measurements 

642 Operational Aids 

642.1 Noise Level Monitor and Cavitation Indicator 

642.11 Tests and Performance 

642.2 Depth Charge Direction Indicator (DCDI) 

642.21 Tests and Performance 

642.3 Depth Charge Range Estimator (DCRE) 

642.31 Tests and Performance 

642.4 Acoustic Marine Speedometer (AMS) 

642.41 Steady-State Acoustic Marine Speedom¬ 
eter (SAMS) 

642.42 Acoustic Marine Pinging Speedometer 
(AMPS) 

642.43 Phase Acoustic Marine Speedometer 
(PAMS) 

642.44 Transducers 

643 Echo Repeaters 

643.1 Theoretical Discussion 

643.11 Electronic Design 

643.12 Mechanical Design 


643.2 Types 

643.21 Triplane 

643.22 Smecho 

643.23 Model II (Gas Pipe) 

643.24 Whale 

643.25 60-kc Echo Repeater 

643.26 Artificial Echo Repeater 

643.27 Experimental Surface Model 

643.3 Performance Characteristics of Echo Repeaters 

643.4 Calibrators 

643.5 Dopplerizers 

644 Attack Aids 

644.1 Attack Plotters 

644.11 Dead-Reckoning Tracer Modifications 

644.12 Antisubmarine Attack Plotters (ASAP)- 
General Electric 

644.13 Mechanical Geographical Attack Plot¬ 
ter (MGAP) 

644.14 Path Integrator 

644.2 Attack Directors 

644.21 Attack Director III and Related Devel¬ 
opments 

644.22 Attack Director B 

644.23 Miscellaneous Attack Directors 

645 Design and Measurements 

645.1 Electronic 

645.11 Tube Characteristics 

645.12 Amplifier Circuits 

645.13 Filters 

645.14 Coils and Cores 

645.15 Measurements 

645.2 Sound Recordings 

645.3 Servo Systems 

645.31 Amplifiers 

645.32 Motors 

645.33 Synchro Test Unit 

646 Ordnance Developments 

646.1 Charges 

646.11 Fast-Sinking Depth Charges 

646.12 Scatter Charges for Surface Vessels 

646.2 Fire Control Components 

646.21 Fuzes 

646.22 Intervalometers 

646.23 Dispensers and Racks 

646.24 Hydrostatically-Detonated Exploders 

646.25 Fluid Gyroscopes 

646.26 Miscellaneous Fire Control Components 

646.3 Sea Markers 

646.31 Float Lights 

646.32 Underwater Flares 

646.33 Buoys 

646.4 Miscellaneous Ordnance 

647 Sea-Water Batteries 
650 Sonar Countermeasures 

651 Noisemakers and Decoys 

651.1 Evaluation of Devices 

651.11 Countermeasures to the Acoustic 
Torpedo 

651.12 Submarine Evasion Devices 



DIVISION 6 • MICROFILM INDEX 


109 


651.2 Measurement Techniques of Noisemakers and 
Decoys 

651.3 Masking and Jamming Devices 

651.31 Mechanical Noisemakers 

651.311 Towed Parallel Bars 

651.312 FXP Towed Rotary Noise¬ 
makers 

651.313 NAE Rotary Noisemakers 

651.314 XNAG Noisemakers 

651.315 Hammer Bottle Noisemakers 

651.32 Electronic Noisemakers 

651.33 Explosive Noisemakers 

651.34 Gas Ejection Noisemakers 

651.4 Submarine-Simulating Decoys 

651.41 NAD-3 

651.42 NAD-6 

651.43 NAD-10 

651.5 Depth Controls for Expendable Devices 

652 Acoustic Absorbing Coatings 

653 Miscellaneous Countermeasures 

700 FLUID DYNAMICS 

710 Theory and Development 

711 High Speed Water Tunnel (California Institute of 
Technology) 

712 Cavitation and Sound 

713 Miscellaneous Research 
720 Projectiles 

721 Torpedoes 

721.1 Projectile 61 and British Type Fido 

721.2 Mark 13 

721.3 Mark 14, 15 and 26 

721.4 Mark 25 

721.5 Squid (British Type C) 

722 Rockets 

722.1 2i4-inch Antiaircraft Rocket 

722.2 2.36-inch Antitank Rocket 

722.3 2.37-inch Rocket 

722.4 3.5-inch Rotating Rocket 

722.5 4.5-inch Rocket 

722.6 5-inch Rocket 

722.7 Miscellaneous Rockets 

723 Bombs and Hydro Bombs 

800 TORPEDO STUDIES 

810 Hydrodynamics and Aerodynamics 


810.1 Torpedo Flight in Air 

810.2 Water Entry and Travel 

810.21 Trajectory Studies 

810.22 Dart Tests 

810.23 Cavitation Studies 
820 Torpedo Control Systems 

820.1 Theory of Control 

820.2 Types of Torpedo Control 

820.21 Steering Control 

820.22 Depth Control 
830 Torpedo Power Plant 

830.1 Torpedo Igniters 

830.2 Torpedo Fuels 

830.21 Decomposition Studies 

900 ACOUSTICALLY-CONTROLLED TORPEDOES 

910 Listening Torpedoes 

911 Airplane-Launched Torpedoes (Project NO-149) 

911.1 Mark 13 (Project NO-149-C) 

911.2 Mark 21 

911.3 Mark 24 (Project NO-94) 

912 Submarine and Surface-Launched Torpedoes (Proj¬ 
ect NO-157) 

912.1 Mark 18 (Project NO-157-C) 

912.2 Mark 22 (Project NO-157A-1) 

912.3 Mark 27 

912.4 Mark 28 (Project NO-157A-2) 

913 Miscellaneous Noise Studies 

920 Echo-Ranging Torpedoes (Project NO-181) 

921 Harvard Type 

921.1 Doppler Enablement 

921.2 Bearing Deviation Indicator Patterns and 
Search Plans 

921.3 Receiving Amplifiers 

921.4 Dynamics and Control 

921.5 Project Fish (Project 4G-2) 

922 General Electric Type 

923 Bell Telephone Laboratory Type (Project NO-157-B) 

924 British Torpedoes 

925 German Torpedoes 

930 Miscellaneous Torpedo Studies and Developments 

931 Electronic Equipment 

932 Pattern Measurements 

933 Counter-Rotating Motor 

934 Propeller Design Studies 

935 Torpedo Retrieving Gear 



DIVISION 6 • SUBSURFACE WARFARE 

List of Microfilmed Reports 


100 FINAL AND SUMMARY REPORTS FOR DIVISION 6 

110 University Research Laboratories 

111 California Institute of Technology 

111.1 Contract OEMsr-124 

Ml Studies of the jet propulsion of submerged projec¬ 
tiles. (Final Report No. CIT/RDC-1.) (n.a.) 
OEMsr-124; Section No. C4-srl24-495. CIT. June 

I, 1942. 

111.2 Contract OEMsr-329 

Ml Final technical report on OSRD Contract OEMsr- 

329. (Morris Dam Report No. 107.) Bruce H. Rule 
and W. P. Huntley. OEMsr-329. CIT. March 
25, 1944. 

112 Columbia University, Division of War Research 

(OEMsr-20) 

Ml Final report on OSRD Contract OEMsr-20 [for, 
April 26, 1941 to August 31, 1943. Part I, New 
London Laboratory. Timothy E. Shea. Part II, 
Field Engineering Group. Timothy E. Shea and 

J. W. Kennard. Part III, Airborne Instruments 
Laboratory. D. G. C. Hare. Part IV, Program 
Analysis Group. William V. Houston. Part V, 
Underwater Sound Reference Laboratories. Robert 
S. Shankland. Part VI, Operational Research 
Group. Philip M. Morse and George E. Kimball. 
OEMsr-20. CUDWR. 

M2 Bibliography and brief review of published mate¬ 
rial on the physical principles of submarine de¬ 
tection. Millard F. Manning, Conyers Herring 
and David Keppell. OEMsr-20; OSRD No. 237; 
Section No. C4-sr20-018. CUDWR. September, 
1941. 

M3 Probability studies for patterns of antisubmarine 
contact charges launched from surface craft. H. R. 
Davidson, Conyers Herring and Leonard I. Schiff. 
OEMsr-20; OSRD No. 1368; Section No. 6.1-sr20- 
834. CUDWR. April 5, 1943. 

M4 Method of harbor protection against non-magnetic 
submarine. L. B. Slichter and L. Batchelder. 
OEMsr-20. [CUDWR., (n.d.) 

112.1 New London Laboratory (OEMsr-1128) 

Ml A summary of the work of the New London Labo¬ 
ratory on equipment and methods for submarine 
and subsurface warfare. (Final Report No. G22/ 
R1426 [Covering the period, from 1941 t to, 1945.) 
Timothy E. Shea and T. Keith Glennan. OEMsr- 
20 and OEMsr-1128; OSRD No. 5436; Section No. 

6.1-srl 128-2337. NLL. June 30, 1945. 


112.11 Field Engineering Group (OEMsr-1128) 

Ml Final report under Contract No. OEMsr-1128 of 
the Field Engineering Group. (Volumes I and II.) 
Timothy E. Shea. OEMsr-1128; OSRD No. 6363; 
Section No. 6.1-srl 128-2128. Field Engineering 
Group. June 30, 1945. 

112.2 Underwater Sound Reference Laboratories 
(OEMsr-1130) 

Ml Activities of the Underwater Sound Reference 
Laboratories t for the period, May 1, 1942 to No¬ 
vember 1, 1945. (Final report.) Robert S. Shank- 
land. OEMsr-1130; OSRD No. 6575; Section No. 

6.1- srll30-2381. CUDWR. October 31, 1945. 

112.3 Program Analysis Group (OEMsr-1131) 

Ml A theoretical study of factors influencing the effec¬ 
tiveness of attacks against deep submarines. Con¬ 
yers Herring. OEMsr-1131; Service Project No. 
NA-121; OSRD No. 3#85; Section No. 6.1-srll31- 
1153. CUDWR. December 13, 1943. 

M2 Probability studies on the effectiveness of anti¬ 
submarine attacks by surface craft. E. Ward 
Emery. OEMsr-1131; OSRD No. 3916; Section No. 

6.1- srl 131-1426. CUDWR. June 2, 1944. 

113 Harvard University (OEMsr-58 and OEMsr-287) 

Ml Applied acoustics in subsurface warfare. Final 
report for Contract OEMsr-58 and Contract 
OEMsr-287 for the period 1941 to 1946. (n.a.) 

OEMsr-58 and OEMsr-287; OSRD No. 6658; Sec¬ 
tion No. 6.1-sr287-2097. HUSL. January 31, 1946. 

114 Massachusetts Institute of Technology (OEMsr-1046) 

Ml Activities of the Massachusetts Institute of Tech¬ 
nology Underwater Sound Laboratory under Con¬ 
tract No. OEMsr-1046. (n.a.) OEMsr-1046; MIT 

Research Project DIC-6187; OSRD No. 5513; Sec¬ 
tion No. 6.1-srl046-2039. MIT. August 6, 1945. 

115 Newark College of Engineering (OEMsr-1342) 

Ml Torpedoes for high-speed aircraft, (n.a.) OEMsr- 
1342; Research Project No. 176; Section No. 6.1- 
srl 342-2334. Newark College of Engineering. 
[1945., 

116 University of California, Division of War Research 

(OEMsr-30 and NObs-2074) 

Ml Completion report [Covering period, from April 26, 
1941 to June 30, 1946. (n.a.) OEMsr-30 and 

NObs-2074. UCDWR. 1946. 

120 Industrial Research Laboratories 

121 Bell Telephone Laboratories 


110 


DIVISION 6 • MICROFILM LIST 


111 


121.1 Contract OEMsr-346 

Ml Final technical report [Under] Contract No. 
OEMsr-346. (n.a.) OEMsr-346; Section No. 6.1- 
sr346-1333. BTL. August 24, 1945. 

121.2 Contract OEMsr-352 

Ml Magnetic tape compensator, (n.a.) OEMsr-352; 
OSRD No. 688; Section No. C4-sr352-088. BTL. 
April 30, 1942. 

121.3 Contract OEMsr-783 

Ml Final technical report [for] Contract No. OEMsr- 
783. (n.a.) OEMsr-783; Section No. 6.1-sr783-2384. 
BTL. November 30, 1945. 

121.4 Contract OEMsr-1189 

Ml Letter to Dr. John T. Tate. Subject: Final report 
for Contract No. OEMsr-1189. William H. Martin. 
OEMsr-1189; Section No. 6.1-srl 189-2373. BTL. 
August 31, 1945. 

122 General Electric Company 

122.1 Contract OEMsr-43 

Ml Detection of underwater craft by means of short 
pulses of light. C. Mannal and Elmer J. Wade. 
OEMsr-43; OSRD No. 1400; Section No. 6.1-sr43- 
870. GE. (n.d.) 

122.2 Contract OEMsr-44 

Ml Short range submarine echoes. Kenneth H. King- 
don. OEMsr-44; OSRD No. 1084; Section No. 
C4-sr44-629. GE. November 21, 1942. 

122.3 Contract OEMsr-323 

Ml Antisubmarine weapons and devices. (n.a.) 
OEMsr-323; OSRD No. 6430; Section No. 6.1- 
sr323-2387. GE. November 15, 1945. 

123 Radio Corporation of America (OEMsr-33) 

Ml Development of a flotation device. Equipment: 

1, Self-contained buoy equipped with underwater 
microphone, transmitter and dry cell battery. 

2, Receiving apparatus with antennae and power 
supplies. K. A. Chittick. OEMsr-33. RCA. 
September 19, 1941. 

124 American Can Company (OEMsr-1105) 

Ml Research and development of aerial-type torpedo. 
(Final Report and Supplement.) (n.a.) OEMsr- 
1105; OSRD No. 6456; Section No. 6.1-srl 105-2390. 
American Can Company. December 31, 1945. 

125 Leeds and Northrup Company (OEMsr-1419) 

Ml Final technical report f under] Contract No. 
OEMsr-1419. (n.a.) OEMsr-1419; OSRD No. 

6560; Section No. 6.1-sr1419-2394. Leeds and 
Northrup Company. November 30, 1945. 


200 OPERATIONS RESEARCH 

201 Search and Screening 

Ml Probable effectiveness of antisubmarine attacks. 
Choice of size and type of antisubmarine bar¬ 
rages. L. B. Slichter. t OEMsr-20;j Section No. 
C4-sr20-054. CUDWR. January 19, 1942. 

M2 Antisubmarine searching plans. Chaim L. Pekeris 
and Patrick M. Hurley. [OEMsr-20;] Section No. 
C4-sr20-184. CUDWR. August 6, 1942. 

M3 Naked eye spotting of low-flying aircraft from the 
ground by day. K. J. W. Craik, J. M. Mitchison 
and S. J. Macpherson. Medical Research Council 
[Great Britain]. October 17, 1943. 

M4 Visual sightings of U-boats in theory and practice. 
(ORS/CC/Report No. 283.) [E. S. Lamar and 

G. W. Robertson.] Royal Air Force, Coastal 
Command, Operational Research Section [Great 
Britain]. April 3, 1944. 

M5 Minutes and preceedings of the twelfth meeting 
of the Army, Navy t and] OSRD Vision Committee, 
(n.a.) National Academy of Sciences. June 12, 
1945. 

M6 Minutes and proceedings of the twelfth meeting 
of the Army, Navy t and] OSRD Vision Committee. 
(Supplement.) (n.a.) National Academy of Sci¬ 
ences. July 12, 1945. 

M7 Naked eye scanning by day, with special reference 
to observation from coastal command aircraft. 
K. J. W. Craik and S. J. Macpherson. Cambridge 
University [Great Britain], (n.d.) 

M8 The visibility of aircraft in relation to camouflage. 
(ORS/CC/Report No. 151.) W. R. Merton. OSRD 
Liaison Office No. WA-941-16b(2). Royal Air 
Force, Coastal Command, Operational Research 
Section [Great Britain], (n.d.) 

300 SELECTION AND TRAINING OF PERSONNEL; 

TRAINING DEVICES 

Ml Concluding summary report of the Selection and 
Training Committee, Division Six of the National 
Defense Research Committee. Gaylord P. Harn- 
well. Division 6. December 15, 1944. 

310 Selection of Personnel 

Ml Bi-weekly report of psychological aspects of the 
selection and training of sound operators. (Re¬ 
port No. ST-16.) Adelbert Ford. UCDWR. 

August 23, 1943. 

M2 Proposed classification and training program of 
ComSubTrainPac. (Report No. G42/PHR-T1.) 
William D. Neff and Willard R. Thurlow. NLL. 
July, 1944. 

M3 Basic classification program for the Training Com¬ 
mand [Of thej Submarine Force, Pacific Fleet. Ad¬ 
ministration of SubTrainPac classification tests and 
questionnaires. (Report Nos. G42/PHR-40 and 
G42/PHR-48.) Kendon R. Smith and Willard R. 
Thurlow. NLL. November 27 and November 30, 
1944. 




112 


DIVISION 6 • MICROFILM LIST 


M4 Monthly report of the New London Laboratory 
[Covering the] period from February 1 to February 
28, 1945. Part I, Studies, equipment development 
and work of laboratory service groups. Part II, 
Training programs for Naval personnel and me¬ 
chanical aids to training programs. (Report No. 
G34A/R1377.) (n.a.) OEMsr-1128; Section No. 

6.1-srll28-1942. NLL. [February, 1945.] 

311 Sonar Operators 

Ml An abbreviated procedure for the determination of 
audiograms in the selection of sound operators. 
William D. Neff. NLL. 1942. 

M2 The validity of certain tests for the selection of 
sound operators, (n.a.) [Division 6.] March 6, 

1942. 

M3 The selection and training of sound operators. 

William D. Neff. NLL. July 7, 1942. 

M4 Test-retest reliability of pitch discrimination tests. 

William D. Neff. NLL. December 14, 1942. 

M5 The use of audiograms in the selection of sound 
operators. William D. Neff. NLL. December 14, 
1942. 

M6 Selection of elementary sound material students. 
Some problems and some results. Robert L. 
French. NLL. December 22, 1942. 

M7 Instructions for the propeller noise discrimination 
meter. (Report No. P61/R1293.) Robert T. Zern. 
NLL. January 6, 1944. 

M8 The University of California, Division of War 
Research, Pitch-Memory Selection Test. A report 
on design standards. (Report No. U-196.) Adel- 
bert Ford. OEMsr-30; Section No. 6.1-sr30-1413. 
UCDWR. March, 1944. 

M9 Revised selection procedure for sonar operators. 
A report on validating research. (Report No. 
U-197.) Adelbert Ford, Stanley W. Osgood and 
others. OEMsr-30; Section No. 6.1-sr30-1414. 
UCDWR. March, 1944. 

M10 A survey of 4003 audiograms in relation to the 
performance of sonar operators at the West Coast 
Sound School. (Report No. G-42.) Adelbert Ford. 
UCDWR. April, 1944. 

Mil Tryout of the propeller noise discrimination meter 
at the West Coast Sound School. (Report No. 
P61/R1378.) Stanley W. Osgood. NLL. Febru¬ 
ary 28, 1945. 

M12 Tryout of the target discrimination test records at 
the West Coast Sound School. (Report No. P61/ 
R1383.) Stanley W. Osgood. NLL. February 28, 
1945. 

312 Sonar Officers 

Ml The selection of sound officers and antisubmarine 
warfare officers. (Report No. G42/TG192.) (n.a.) 

NLL. September 9, 1943. 

M2 Selection research on sonar officers. Technical re¬ 
port on validation studies. (Report No. M-235.) 
Adelbert Ford, Stanley W. Osgood and others. 
Service Project No. NS-97. UCDWR. June, 1944. 


M3 The Relative Movement Test in sonar officer selec¬ 
tion. (Report No. M-245.) (n.a.) Service Project 

No. NS-97. UCDWR. August 5, 1944. 

320 Training of Personnel and Training Devices 

321 Antisubmarine Warfare Sonar Operators 

321.1 Bearing Teachers 

Ml Service manual for NDRC bearing teacher, (n.a.) 
RCA. [1942(?)] 

M2 Primary bearing teacher. Henry E. Hartig, Firth 
Pierce and George A. Brettell, Jr. OEMsr-30; 
OSRD No. 1063; Section No. C4-sr30-393. 
UCDWR. November 5, 1942. 

M3 Advanced bearing teacher. (Report No. U-18.) 
Henry E. Hartig, Firth Pierce and George A. Bret¬ 
tell, Jr. OEMsr-30; Section No. 6.1-sr30-409. 
UCDWR. January 2, 1943. 

M4 Instructor’s manual for use with the primary bear¬ 
ing teacher, (n.a.) OEMsr-30. UCDWR. May 1, 

1943. 

M5 Instructor’s manual for the advanced bearing 
teacher. (Report No. U-69.) (n.a.) OEMsr-30. 

UCDWR. June 8, 1943. 

M6 Midget bearing demonstrator. (Report No. M-256.) 
Karl F. Sommermeyer. OEMsr-30; Service Project 
No. NS-97. UCDWR. September 14, 1944. 

321.2 Bearing Deviation Indicator (BDI) 

321.21 Trainers 

Ml Bearing deviation indicator trainer. (Report No. 
U-218.) Clark F. Bradley. OEMsr-30: Section No. 
6.1-sr30-1517. UCDWR. May 23, 1944. 

M2 Operating training equipment, Models 2 and 10. 
(n.a.) OEMsr-287; Section No. 6.1-sr287-1555. 
HUSL. June 20, 1944. 

M3 Bearing deviation indicator training aid. Operator 
training equipment, Model 8, for use with Radio 
Corporation of America advanced bearing teacher, 
Type QFD. Neil E. Handel, Benjamin A. Wooten 
and Dwight E. Gray. OEMsr-287; OSRD No. 4156; 
Section No. 6.1-sr287-1787. HUSL. September 5, 

1944. 

M4 Operator training equipment, Models 2 and 10. 
(n.a.) OEMsr-287; Section No. 6.1-sr287-2055. 
HUSL. January 1, 1945. 

M5 Operator training equipment, Model 8, bearing 
deviation indicator adapter for QFD. (n.a.) 
OEMsr-287; OSRD No. 5208; Section No. 6.1-sr287- 
2063. HUSL. May 15, 1945. 

321.22 Maintenance 

Ml Installation and maintenance manual for bearing 
deviation indicator unit, Model X-3. (n.a.) 

HUSL. October 1, 1943. 

M2 Bearing deviation indicator dynamic demonstrator. 
Charles R. Rutherford, Benjamin A. Wooten and 




DIVISION 6 • MICROFILM LIST 


113 


Dwight E. Gray. OEMsr-287; Section No. 6.1- 
sr287-1557. HUSL. June 15, 1944. 

M3 Operator training equipment, Model 9, bearing 
deviation indicator signal generator. (n.a.) 
OEMsr-287; Service Project No. NS-142; OSRD 
No. 5008; Section No. 6.1-sr287-2064. HUSL. 

April 1, 1945. 

M4 Bearing deviation indicator dynamic demonstrator. 

(n.a.) OEMsr-287; Service Project No. NS-142; 
Section No. 6.1-sr287-2066. HUSL. June 30, 1945. 

321.3 Group Operator Trainer 
Ml Preliminary instruction manual for the group op¬ 
erator trainer. (Report No. M-376.) (n.a.) NObs- 
2074. UCDWR. February 8, 1946. 

321.4 Echo Recognition Group Trainer 

Ml Echo recognition group training as developed for 
use with the echo recognition monitor recorder. 

Model 2. (Report No. U-325.) (n.a.) NObs-2074. 
UCDWR. July 10, 1945. 

321.5 Artificial Projector Maintenance 
Ml Inductive echo simulator. O. Hugo Schuck. 

OEMsr-287; Section No. 6.1-sr287-901. HUSL. 

June 28 1943. 

M2 Projector simulator coil development aims. 

O. Hugo Schuck. HUSL. February 2, 1944. 

M3 Projector simulator coil development aims. (Con¬ 
tinued from memorandum of February 2, 1944.) 

O. Hugo Schuck. HUSL. February 10, 1944. 

M4 Spherical-shaped artificial projectors. John O. 

Hancock. HUSL. March 17, 1944. 

M5 Operational testing and training equipment proj¬ 
ect aims. O. Hugo Schuck. HUSL. March 26, 

1944. 

M6 Artificial projector. John O. Hancock and 
O. Hugo Schuck. HUSL. May 23, 1944. 

M7 Lag line for artificial projector. John O. Hancock. 
HUSL. July 26, 1944. 

M8 Artificial projector. Testing of O. Hugo Schuck 
and John O. Hancock. HUSL. September 23, 

1944. 

M9 Artificial projector. O. Hugo Schuck, John O. 
Hancock and Benjamin A. Wooten. OEMsr-287; 
Section No. 6.1-sr287-1786. HUSL. November 1, 

1944. 

M10 Instruction manual for artificial projector, (n.a.) 

HUSL. December 1, 1944. 

Mil Artificial QC projector, Model 3. William C. 

Kraft. HUSL. May 8, 1945. 

M12 Artificial sonar projector. (n.a.) OEMsr-287; 

OSRD No. 6080; Section No. 6.1-sr287-2054. 

HUSL. September 1, 1945. 

321.6 JP-1 Training Program 

Ml Neil Handel on operational testing equipment. 323 
Neil E. Handel. HUSL. October 5, 1943. 

M2 Instructor’s manual for the JP-1 training pro¬ 
gram. (Report No. P50/R1197.) (n.a.) OEMsr- 


1128; Service Project No. N-118. NLL. Novem¬ 
ber 2, 1944. 

322 Antisubmarine Warfare Sonar Officers 

322.1 Recorder Trainers 

Ml The West Coast Sound School training program 
for the tactical sound range recorder teacher, 
Navy QFL. (Report No. U-190.) William L. 
Jenkins. Section No. 6.1-sr30-1470. UCDWR. 
March, 1944. 

M2 Preliminary installation, adjustment and main¬ 
tenance instructions for Model QFL, tactical range 
recorder teacher. (Report No. P21/R533.) (n.a.) 

NLL. May 8, 1944. 

M3 Recorder trace projector. RQ-10310 recorder pro¬ 
jector assembly. (Report No. P39/R711.) Cecil E. 
Walton. OEMsr-1128; Service Project No. NS-97; 
Section No. 6.1-srl 128-1571. NLL. August 14, 
1944. 

M4 Model QFL, tactical range recorder teacher. (Re¬ 
port No. P21/R1402.) William L. Jenkins. 
OEMsr-1128; Service Project No. NS-97; OSRD 
No. 5073; Section No. 6.1-srll28-1943. CUDWR. 
May 9, 1945. 

322.2 Conning Teacher 

Ml A conning teacher. William E. Stephens. 

UCDWR. August 29, 1942. 

M2 Installation, operation and maintenance instruc¬ 
tions for Model QFH underwater sound equip¬ 
ment, Type CAN-55117 conning teacher, (n.a.) 
NXss-29059. Sangamo Electric Company. June, 
1943. 

M3 Primary conning teacher. (Report No. U-89.) 
A. W. Mellon. OEMsr-30; OSRD No. 1845; Sec¬ 
tion No. 6.1-sr30-681. UCDWR. August 14, 1943. 
M4 Instructor’s manual for Model QFH sound train¬ 
ing equipment, conning teacher. (Edition B. Re¬ 
port No. R-192.) (n.a.) Service Project No. NS-97. 
UCDWR. [March, 1944.] 

M5 Conning officer attack teacher. (Report No. P40/ 
R1147.) Glenn D. Gillett. Service Project No. 
NS-257. NLL. September 23, 1944. 

M6 Preliminary installation, operation and main¬ 
tenance instructions for the modified Mark I con¬ 
ning officer attack teacher, COAT. (Report No. 
P40/R1156.) (n.a.) NLL. February 15, 1945. 

M7 Modification of the Mark I conning officer attack 
teacher. (Report No. P40/R1227.) Glenn D. Gil¬ 
lett, Harold I. Hultgren and Nelson W. Rodelius. 
OEMsr-1128; Service Project Nos. N-118 and NO- 
226; Section No. 6.1-srl 128-1583. NLL. February 
19, 1945. 

Antisubmarine Warfare Sonar Teams 

Ml Practice attack meter, (n.a.) OEMsr-346; OSRD 
No. 1367; Section No. 6.1-sr346-830. BTL. March 
25, 1943. 







114 


DIVISION 6 • MICROFILM LIST 


M2 Preliminary instruction book for depth charge 
pattern recorder, Mark I, Model 0 Installation, 
operation and maintenance. (Report No. R-173.) 
(n.a.) Service Project No. NO-195; OSRD No. 
3759; Section No. 6.1-sr30-1680. UCDWR. May, 
1944. 

M3 Echo injector. (Report No. U-302.) Karl Sommer- 
meyer. NObs-2074. UCDWR. March 1, 1945. 

M4 Preliminary instruction book for the assisting ship 
projector, Model I. (Report No. M-373.) (n.a.) 

NObs-2074; Service Project No. NS-97. UCDWR. 
January 21, 1946. 

323.1 Classroom Attack Teachers 

Ml Installation, operation and maintenance instruc¬ 
tion book for underwater sound attack teacher, 
Models QFA and QFA-1. (n.a.) NOs-94981. 

Sangamo Electric Company. December 6, 1941. 

M2 Bearing deviation indicator training aid for use 
with Sangamo attack teacher, (n.a.) OEMsr-287; 
OSRD No. 3104; Section No. 6.1-sr287-1340. 
HUSL. December 22, 1943. 

M3 Bearing deviation indicator training aid for use 
with Sangamo attack teacher, QFA-3. (n.a.) 
Section No. 6.1-sr287-1440. HUSL. February 21, 
1944. 

M4 Operator training equipment, Model 4. (n.a.) 

OEMsr-287; OSRD No. 4932; Section No. 6.1- 
sr287-2059. HUSL. March 1, 1945. 

323.2 Shipboard Antisubmarine Attack Teacher (SASAT) 

Ml A device for obtaining bearing and range rate to 
be used as an auxiliary to SASAT A. (Report No. 
M-82.) Carl Eckart. UCDWR. July 15, 1943. 
M2 The SASAT slide rule. (Report No. U-90.) Gay¬ 
lord P. Harnwell and Leonard I. Schiff. OEMsr- 
30; OSRD No. 1932; Section No. 6.1-sr30-682. 
UCDWR. August 13, 1943. 

M3 Shipboard antisubmarine attack teacher, SASAT A. 
(Report No. U-93.) Clark F. Bradley. OEMsr-30; 
OSRD No. 1933; Section No. 6.1-sr30-684. 
UCDWR. August 30, 1943. 

M4 Preliminary instruction manual for the shipboard 
antisubmarine attack teacher, SASAT A. (Report 
No. R-94.) Clark F. Bradley and James M. Snod¬ 
grass. UCDWR. August 31, 1943. 

M5 WEA-1 and WEA-2 adapters for SASAT. (Report 
No. U-121.) Clark F. Bradley. UCDWR. October 
22, 1943. 

M6 Installation, operation and maintenance instruc¬ 
tion book for Navy Model QFK shipboard sound 
operator trainer, (n.a.) NXss-30773. UCDWR 

and Stoddart Aircraft Radio Company. January, 
1944. 

M7 Shipboard antisubmarine attack teacher, SASAT B. 
(Report No. U-186.) Firth Pierce and Jay Schisel. 
OEMsr-30; OSRD No. 3442; Section No. 6.1-sr30- 
1402. UCDWR. February 25, 1944. 

M8 Instructor’s manual for the Model QFK shipboard 


sound operator trainer. (Report No. R-191.) (n.a.) 
OEMsr-30. UCDWR. March, 1944. 

M9 Shipboard antisubmarine sonar trainer, SASAT A, 
Model V. (Report No. U-211.) Edward G. 

Smuckler. OEMsr-30; Section No. 6.1-sr30-1511. 

UCDWR. May 5, 1944. 

323.3 Practice Targets 

Ml Experimental underwater towed model echo re¬ 
peater. Edwin M. McMillan, William A. Meyers 
and David J. Evans. Section No. C4-sr30-515. 
UCDWR. September 1, 1942. 

M2 Echo repeater target. Surface Model RR-1. (Re¬ 
port No. U-l.) Edwin M. McMillan, David J. 
Evans and William A. Meyers. OEMsr-30; Sec¬ 
tion No. C4-sr30-399. UCDWR. November 12, 

1942. 

M3 Operation, maintenance and installation instruc¬ 
tions for Surface Model RR-1 practice target. 
(Report No. U-15.) (n.a.) Service Project No. 

NS-97. UCDWR. December 14, 1942. 

M4 Towed submerged antisubmarine practice target, 
Model SR-2. (Report No. U-42.) David J. Evans, 
T. Finley Burke and Donald G. Reed. Service 
Project No. NS-144; Section No. 6.1-sr30-736. 
UCDWR. February 25, 1943. 

M5 Antisubmarine practice target. Keel Model KP-1. 
(Report No. U-45.) David J. Evans and Donald 
G. Reed. Service Project No. NS-144. UCDWR. 
February 25, 1943. 

M6 Preliminary instruction book for Model SR-2 anti¬ 
submarine practice target equipment. Installation, 
operation and maintenance manual. (Report No. 
U-64.) (n.a.) Service Project No. NS-144. 

UCDWR. May 14, 1943. 

M7 Preliminary instruction book for Model BR-1 anti¬ 
submarine practice target equipment with the 
Model Sl-AB amplifier. Installation, operation and 
maintenance manual. (Report No. U-70.) (n.a.) 

Service Project No. NS-144. UCDWR. June 2, 

1943. pp. 15-16. 

M8 Preliminary instruction book for Model BR-1 anti¬ 
submarine practice target equipment with the 
Model S3-AB amplifier. Installation, operation and 
maintenance manual. (Report No. U-71.) (n.a.) 

Service Project No. NS-144. UCDWR. June 11, 

1943. pp. 15-16. 

M9 Supplementary notes on: Preliminary instruction 
book for Model BR-1 antisubmarine practice tar¬ 
get with the Model S3-AB amplifier. (Report No. 
U-7la.) (n.a.) UCDWR. September 16, 1943. 

pp. 1-3. 

M10 Instruction book for Model SR-5 practice target, 
Navy Model OAT. Installation, operation and 
maintenance manual. (Report No. R-142.) (n.a.) 

Service Project No. NS-144. UCDWR. January, 

1944. 

Mil Supplementary instruction book for antisubmarine 
practice targets. (Report No. R-200.) (n.a.) Serv- 



DIVISION 6 • MICROFILM LIST 


115 


324 


325 


325.1 


325.2 


326 


326.1 


ice Project No. NS-144; OSRD No. 3806; Section 326.2 
No. 6.1-sr30-1684. UCDWR. April, 1944. 

Submarine Sonar Operators 

Ml Training equipment for submarine personnel. (Re¬ 
port No. G11/R913.) (n.a.) NLL. May 6, 1944. 

M2 Instructor’s handbook for the noise level monitor 
trainer. (Report No. 4E/M2.) (n.a.) CUDWR. 

[1945 (?)j 

M3 ComSubsLant sonar. Radar training barge. (Re¬ 
port No. P63/R1414.) George M. Gourley. NLL. 
February 28, 1945. 

M4 Preliminary instruction book for the sound recog¬ 
nition group trainer. (Report No. M-342.) (n.a.) 

NObs-2074. UCDWR. July 20, 1945. 

M5 Preliminary instruction manual for the group 

listening teacher. Model CXKG, WCA portion. 326.3 
Operation, installation and maintenance. Part I, 

Text. Part II, Illustrations. (Report No. M-380.) 

(n.a.) NObs-2074. UCDWR. March 15, 1946. 

Submarine Officers 

Ml Submarine barometer simulator. (Report No. M- 
270.) (n.a.) OEMsr-30. UCDWR. October 28, 

1944. 

Periscope Trainers 

Ml General specification for [the] periscope trainer. 

(Report No. P41/R841.) (n.a.) Service Project 

No. NS-97. NLL. July 11, 1944. 

M2 Periscope trainer manual. (Report No. P41 / 

R1325.) (n.a.) Service Project No. N-118. NLL. 

February 5, 1945. 

M3 Periscope trainer. (Report No. P41/R1420.) Joseph 
A. Barkson. Service Project No. N-118; OSRD 
No. 5233; Section No. 6.1-srl 128-2213. NLL. May 
21, 1945. 

M4 Shipboard submarine periscope attack teacher. 400 
[Gaylord P. Harnwell.] UCDWR. (n.d.) 

401 

Bathythermograph Trainers 

Ml The bathythermograph simulator. (Report No. 

U-360.) (n.a.) NObs-2074. UCDWR. Septem¬ 

ber 13, 1945. 

M2 Submarine bathythermograph classroom demon¬ 
strator. (Report No. M-363.) (n.a.) NObs-2074. 

UCDWR. September 20, 1945. 

Miscellaneous Trainers 

Ml The range indicator trainer. (Report No. M-381.) 

(n.a.) NObs-2074. UCDWR. December 11, 1945. 402 

Operational Bearing Recorders 

Ml Operational bearing recorder, (n.a.) OEMsr-287; 

OSRD No. 3562; Section No. 6.1-sr287-1454. 

HUSL. April 10, 1944. 

M2 Operational bearing recorder, (n.a.) OEMsr-287; 

Service Project No. NS-97; Section No. 6.1-sr287- 
2065. HUSL. March 1, 1945. 


Animated Trainers 

Ml Instructor’s pamphlet for the bearing indicator 
animated trainer. (Report No. P47/R937.) (n.a.) 

NLL. July 1, 1944. 

M2 Instructor’s pamphlet for the relative bearing ani¬ 
mated trainer. (Report No. P47/R936.) (n.a.) 

NLL. July 1, 1944. 

M3 Instructor’s pamphlet for the IS-WAS animated 
trainer. (Report No. P47/R1000.) (n.a.) NLL. 

July 10, 1944. 

M4 Animated trainers, BIAT, RBAT [and] IS-WAS- 
AT. (Report No. P47/R1193.) Glenn D. Gillett 
and Nelson W. Rodelius. Service Project No. 
NS-118; Section No. 6.1-srl 128-1598. NLL. Octo¬ 
ber 31, 1944. 

Radio Sonic Buoy Trainers 

Ml Recorded water noise for the directional radio 
sonic buoy trainer. (Report No. P52/R945.) Glenn 

D. Gillett. Service Project No. NS-106. NLL. 
May 29, 1944. 

M2 Synchro requirements for attack teachers, etc. (Re¬ 
port No. P40/P52/R955.) Glenn D. Gillett. NLL. 
June 7, 1944. 

M3 Filter and mixer unit for the directional radio 
sonic buoy trainer. (Report No. P52/R1037.) 
Robert T. Zern. NLL. July 21, 1944. 

M4 Report on training activities. Part 1, Expendable 
radio sonic buoy. Part 2, Directional radio sonic 
buoy. (Report No. P52/R1142 [Covering period 
from] April 1, 1944 [tO] September 1, 1944.) (n.a.) 
NLL. September 25, 1944. 

M5 Directional radio sonic buoy trainer. (Report No. 
P52/R1335.) Joseph A. Barkson. Service Project 
No. NS-106; OSRD No. 5095; Section No. 6.1- 
srl 128-1947. NLL. May 1, 1945. 

MAGNETIC AIRBORNE DETECTION 

Summary Reports 

Ml [Magnetic airborne detection equipment.] Annual 
report [forj 1942 by Operations and Installation 
Department, (n.a.) AIL. 1942. 

M2 [Magnetic airborne detection.] Annual report [for] 
July 1, 1942 t tO] August 31, 1943. (n.a.) AIL. 

October 1, 1943. 

M3 Magnetic airborne detection equipment, (n.a.) 
OEMsr-1129; OSRD No. 5486; Section No. 6.1- 
srl 129-1773. AIL. July 15, 1945. 

Operational Reports 

Ml Magnetic airborne detection performance data 
during operation of VP-91 at Kaneohe Bay, Oahu, 
T. H., August 14 [tO] September 4, 1943. Winfield 

E. Fromm. CUDWR. September 11, 1943. 

M2 VP-91, August 18 to September 13, 1943. Walter 
E. Tolies. AIL. September 25, 1943. 

M3 Trip to Kaneohe Bay, Oahu, T. H., with VP-91. 
Walter E. Tolies. AIL. September 25, 1943. 



116 


DIVISION 6 • MICROFILM LIST 


M4 U-boat contact and attack by VP-63, February 24, 
1944. Edmond W. Westrick. AIL. April 1, 1944. 

410 Saturated Core Magnetometers 

Ml Saturated core magnetometers. Walter H. Brat- 
tain. AIL. July 14, 1943. 

M2 Saturated core magnetometers, (n.a.) OEMsr- 
1129; Service Project No. NA-120; OSRD No. 5314; 
Section No. 6.1-srl 129-1772. AIL. May 16, 1945. 

411 Theory 

Ml Derivatives of a dipolar field. (Technical Memo¬ 
randum No. 5.) Norman A. Haskell. CUDWR. 
September 16, 1941. 

M2 A graphical explanation of the behavior of the 
saturated core magnetometer. Franklin L. Furst. 
AIL. September 28, 1943. 

M3 The theory of the magnetometer detector. Paul 
S. Lansman. AIL. March 11, 1944. 

412 Design 

Ml Preliminary design considerations in maximizing 
rigidity of coil-pair supports. John N. Adkins. 
AIL. June 25, 1941. 

M2 Technique used in assembly of coils and magnetic 
elements in magnetic airborne detector, Mark 
1V-B. Walter H. Brattain. AIL. May 11, 1942. 

M3 Sorting of magnetic strips. Arthur C. Weid and 
Max S. Richardson. AIL. August 4, 1942. 

M4 Measuring and matching of coils for magnetic 
airborne detector heads. Arthur C. Weid and Max 
S. Richardson. AIL. August 4, 1942. 

M5 Technique used in assembly of coils and magnetic 
cores in magnetic airborne detector, Mark IV-B 
heads. Arthur C. Weid and Max S. Richardson. 
August 4, 1942. 

M6 Characteristics of permalloy magnetometer using 
thyratron pulse driver. Walter E. Tolies. AIL. 
March 15, 1943. 

M7 Ceramic mounting for detector elements. Karl S. 
Packard. AIL. August 31, 1943. 

M8 Magnetometer bridge. Walter H. Brattain. AIL. 
September 18, 1943. 

M9 Magnetometer bridge balance. Walter H. Brat¬ 
tain. AIL. November 26, 1943. 

413 Sensitivity 

Ml Sensitivity of the permalloy magnetometer. John 
N. Adkins. AIL. July 13, 1942. 

M2 Sensitivity instability in Mark VI equipment. Jay 
W. Wright. AIL. April 9, 1943. 

M3 Relative sensitivity of paired Mark VI units for 
dual operation. Jay W. Wright. AIL. April 21, 
1943. 

M4 Stability of sensitivity of Mark VI units to be used 
in conjunction with T-units. Jay W. Wright. 
AIL. April 28, 1943. 

M5 Voltage sensitivity of the detector strips. Arthur 
C. Weid. AIL. August 3, 1943. 


414 Noise 

Ml Noise rejector for O-unit. James H. Stein. AIL. 
May 4, 1943. 

M2 Preliminary statement concerning apparent oblit¬ 
eration of noise by signals. Paul S. Lansman. 
AIL. September 8, 1943. 

M3 Magnetic airborne detector. Investigation of mag¬ 
netic noise, (n.a.) OEMsr-967; Section No. 6.1- 
sr967-l 111. BTL. October 14, 1943. 

M4 Noise in magnetic airborne detection equipment 
and the signal-to-noise ratio. Karl S. Packard. 
AIL. December 8, 1943. 

M5 Secondary effect from Helmholtz coils. W. B. 
Greenlee. AIL. (n.d.) 

M6 Magnetic airborne detector. Investigation of mag¬ 
netic noise. (Supplemental report.) (n.a.) OEMsr- 
967; OSRD No. 3148; Section No. 6.1-sr967-1320. 
BTL. (n.d.) 

420 Experimental Systems 

421 Gulf Research Development Company 

Ml Development of a device responsive to changes in 
magnetic field and designed to indicate the ap¬ 
proach of ferromagnetic objects. Victor V. Vac- 
quier. NDCrc-99; Research Project No. 45P1. 
Gulf Research and Development Company. April 
1, June 1 and July 1, 1941. 

M2 Results of magnetic detection tests of submarine 
S-48 from PBY plane on October 21, 1941. Victor 
V. Vacquier. OEMsr-27. Gulf Research and De¬ 
velopment Company. October 28, 1941. 

M3 Aircraft magnetometer. L. D. Palmer and R. D. 
Wyckoff. Gulf Research and Development Com¬ 
pany. April 7, 1942. 

M4 Application of sensitive magnetic devices to de¬ 
tection of submarines from aircraft. (n.a.) 
OEMsr-27; OSRD No. 1870; Section No. 6.1-sr27- 
1107. Gulf Research and Development Company. 
July 1, 1942. 

422 General Electric Company 

Ml [Development of devices and methods for detect¬ 
ing submarines by magnetic effects.] Report of 
work on Contract No. OEMsr-34. Albert W. Hull. 
OEMsr-34; OSRD No. 1042; Section No. C4-sr34- 
536. GE. October 24, 1942. 

423 CUDWR Airborne Instrument Laboratory Mark I, II. 
Ill and IV 

Ml Magnetically-oriented magnetic airborne detection 
equipment. Basic principles of design. Otto H. 
Schmitt. OEMsr-20; Section No. C4-sr20-174. 
AIL. July 15, 1942. 

M2 Descriptive notes t on, magnetic airborne detector, 
Mark IV-B2. Jay W. Wright. AIL. October 8, 
1942. 

M3 The magnetic airborne detector. Thomas H. 
Osgood and R. R. Palmer. OEMsr-20; OSRD 



DIVISION 6 • MICROFILM LIST 


117 


No. 1124; Section No. 6.1-sr20-664. CUDWR. 
December 19, 1942. 

423.1 Head Design 

Ml Interaction between orientor and detector ele¬ 
ments. Walter H. Brattain. AIL. May 15, 1942. 
M2 Unbalance in heads. Walter H. Brattain. AIL. 
June 8, 1942. 

M3 Misalignment of detector elements. John N. Ad¬ 
kins. AIL. June 10, 1942. 

M4 Heads. Walter H. Brattain. AIL. August 6, 
1942. 

M5 Moments of inertia of various Mark IV heads and 
attending parts. Norman E. Klein. AIL. August 
17, 1942. 

423.2 Test Procedures 

Ml Microphonics in Mark IV-B1 equipment. Russell 
R. Yost, Jr. AIL. July 15, 1942. 

M2 Procedures for tests of performance of magnetic 
airborne detection equipment. (Report No. 3110.) 
L. G. Parratt. NOL. February 6, 1943. 

M3 Routine measurements of frequency and phase 
response of detector units. Reuben A. Isberg. 
AIL. March 10, 1943. 

M4 Maintenance and 6K5 tube selection for magnetic 
airborne detector, Mark IV-B2. (n.a.) OEMsr-20. 
AIL. (n.d.) 

424 CUDWR, Airborne Instrument Laboratory Mark V 

Ml Magnetic airborne detector, Mark V. Victor V. 
Vacquier. AIL. March 8, 1943. 

425 Bell Telephone Laboratories, Inc. 

Ml Magnetic airborne detector apparatus for differen¬ 
tial coil method, (n.a.) OEMsr-40; OSRD No. 
885; Section No. C4-sr40-084. BTL. June 20, 

1942. 

M2 Magnetic airborne detector. Development of a 
magnetic orienting system. (n.a.) OEMsr-367; 
Section No. 6.1-sr367-535. BTL. January 4, 1943. 
M3 Performance and characteristics of AN/ASQ-1 and 
AN/ASQ-3 equipment, (n.a.) BuShips. May 25, 

1943. 

426 Miscellaneous Component Studies 

Ml Magnetic airborne detection system. Tests on com¬ 
pensating system. (Report No. 2110-EPF-ML.) 
E. P. Felch and T. Slonczewski. BTL. May 27, 

1942. 

M2 Spinner type of magnetic orientation system. Nor¬ 
man E. Klein. AIL. June 20, 1942. 

M3 The 12-volt operation of Mark IV-B2. Russell R. 

Yost, Jr. AIL. October 16, 1942. 

M4 Jacobs right-left indicator. Jay W. Wright. AIL. 
January 1, 1943. 

M5 400-cycle motors for HG assemblies. Jay W. 

Wright. AIL. March 31, 1943. 

M6 RC filters. Tames T. Wilson. AIL. September 6, 

1943. 


M7 Proposed magnetometer which does not require 
orientation. W. B. Greenlee. AIL. October 12, 
1943. 

M8 Investigation of effect of frequency and phase dis¬ 
crimination on character of magnetic airborne 
detection signals. C. Richard Evans and Lyman 
C. Ihrig. AIL. October 15, 1943. 

M9 Wave train magnetometer. Walter H. Brattain. 
AIL. December 4, 1943. 

M10 Dzwon’s Q-stabilized oscillator and differential de¬ 
tector. Judson Mead. AIL. March 3, 1944. 

Mil Analysis of the parallel-T network and how it 
differs from the analysis of the Wien bridge though 
both accomplish the same purpose. Winston C. 
Backstrand. AIL. (n.d.) 

M12 Duplex detector and orientor amplifier channels. 
Otto H. Schmitt. CUDWR. (n.d.) 

430 Production Models 

431 AN/ASQ-1 (Mark VI) 

Ml Performance of Mark VI magnetic airborne de¬ 
tection equipment on planes of First Sea Search 
Attack Group, USAAF, at Key West, Florida, May 
16 [toj 26, 1943. Winfield E. Fromm. AIL. May 
29, 1943. 

M2 Handbook of maintenance instructions for AN/ 
ASQ-1 and AN/ASQ-1 A equipment. (Handbook 
No. CO-AN-08-20-5.) (n.a.) US War and Navy 

Departments and the Air Council of the United 
Kingdom. September 22, 1943. 

M3 [The] AN/ASQ-1 magnetic airborne detection 
equipment, (n.a.) OSRD No. 2035; Section No. 

6.1- S3280-813. AIL. October 19, 1943. 

M4 Frequency response measurements of Mark VI 
equipment. C. Richard Evans and Lyman C. 
Ihrig. AIL. (n.d.) 

M5 The latitude of magnetic airborne detector, Mark 
VI. Milford C. Jensen and Carl P. Swinnerton. 
AIL. (n.d.) 

431.1 Universal Head (AN/ASQ-1A) 

Ml Equatorial head construction. Norman E. Klein. 
AIL. January 25, 1943. 

M2 Universal head. Norman E. Klein. AIL. March 
22, 1943. 

M3 Maneuver noise in universal head. Walter H. 

Brattain. AIL. April 23, 1943. 

M4 Analysis of operation of the universal magnetom¬ 
eter head. Max S. Richardson and Arthur C. 
Weid. OEMsr-20; Section No. 6.1-sr20-806. AIL. 
August 19, 1943. 

M5 A general type of operation of the universal 
magnetometer head. Max S. Richardson and 
Arthur C. Weid. Section No. 6.1-S3280-810. AIL. 
September 28, 1943. 

M6 Operation of the universal magnetometer head 
with linear non-ideal control mechanism. Max S. 
Richardson and Arthur C. Weid. Section No. 

6.1- S3280-812. AIL. September 30, 1943. 



118 


DIVISION 6 • MICROFILM LIST 


M7 Magnetometer orientation suspensions. Norman 
E. Klein. AIL. December, 1943. 

M8 The DT-3 No. 1 gimbal jitter. Henry B. Riblet. 
AIL. December 3, 1943. 

M9 Magnetometer suspensions, (n.a.) OEMsr-1129; 

OSRD No. 5051; Section No. 6.1-srl 129-1771. AIL. 
May 7, 1945. 

432 Automatic Firing Systems 

432.1 CP-2/ASQ-1 and CP-2/ASQ-1 A 

Ml Notes on peak tripper circuits for use with Mark 
IV-B2. James H. Stein. AIL. January 5, 1943. 
M2 Frequency-discriminating network used in CP-2 
and CM-1. John N. Adkins. AIL. October 27, 
1943. 

M3 Handbook of maintenance instructions for CP-2/ 
ASQ-1 and CP-2/ASQ-1A equipment. (n.a.) 
OEMsr-1129; Section No. 6.1-srl 129-1386. AIL. 
May 12, 1944. 


440 Magnetic Airborne Signal Studies 

441 Submarine Magnetic Field Patterns 

Ml Magnetic field patterns above submarines. (Parts 1 
and 2.) Otto H. Schmitt, Viola E. Schmitt and 
others. OEMsr-20; Section No. 6.1-sr20-845. AIL. 
April 5, 1943. 

M2 Laboratory method for investigation of submarine 
magnetic field patterns. Otto H. Schmitt and 
Viola E. Schmitt. OEMsr-20; Section No. 6.1-sr20- 
844. AIL. April 23, 1943. 

M3 Measurement above submarines. William B. 

Lodge. AIL. April 27, 1943. 

M4 Estimate of magnetic moments of U-boats attacked 
March 16 and May 15, 1944 by VP-63. George 
W. Morton. AIL. July 12, 1944. 

442 Dynamic Signals 

Ml Range variations and lateral errors in inferred 
target position. John N. Adkins. AIL. January, 
1943. 

M2 Peak position charts for 50° dip. John N. Adkins. 
AIL. February 18, 1943. 


M3 Lateral width of a track over a peak as determined 
by the ratio: sum to difference. P. E. Martin. 
AIL. June 16, 1943. 

M4 Dynamic signals. James T. Wilson. AIL. August 
6, 1943. 

M5 Signal recognition manual. Magnetic airborne de¬ 
tector, Type IV-B2, in airships, (n.a.) OEMsr- 
1129; Section No. 6.1-srl 129-820. AIL. December 
20, 1943. 

M6 Signal recognition manual. AN/ASQ-1 and AN/ 
ASQ-1 A in airplanes, (n.a.) OEMsr-1129; OSRD 
No. 3630; Section No. 6.1-srl 129-1383. AIL. 
April 6, 1944. 

M7 Experimental study of AN/ASQ-1 signals. (Vol¬ 
umes I-A to IV-A and I-B to IV-B.) (n.a.) 
OEMsr-1129; Section No. 6.1-srl 129-1387. AIL. 
June 10, 1944. 

M8 Theoretical consideration of AN/ASQ-1 signals. 
An appendix to: Experimental study of ASQ-1 
signals. (n.a.) OEMsr-1129; Section No. 6.1- 

srll29-1387a. AIL. November 4, 1944. 

M9 Statistical study of AN/ASQ-1 signal data. An 
appendix to: Experimental study of AN/ASQ-1 
signals. (n.a.) OEMsr-1129; Section No. 6.1- 

srll29-1387b. AIL. November 4, 1944. 

Magnetic Airborne Detector Tactics 
Ml Relative effectiveness of different barrage patterns 
for aircraft retrocontact rocket bombs fired on 
magnetic airborne detection contact. Leonard I. 
Schiff and W. H. Wilson. OEMsr-20; Section No. 
C4-sr20-207. CUDWR. August 4, 1942. 

M2 Exercises with submarine S-44, 750 ton. Elywyne 
M. Mulherin. AIL. February 19, 1943. 

M3 Automatic retrobombing in regions of high-dip 
angle. John N. Adkins. AIL. May 25, 1943. 

M4 Tactical use of the magnetic airborne detector, 
(n.a.) AIL. July 13, 1943. 

M5 Effect of wind on magnetic airborne detection 
tactics. Judson Mead. AIL. February 1, 1944. 

444 Fluctuations of Earth’s Field 

Ml A study of short-time fluctuations in the magnetic 
field of the earth, (n.a.) OEMsr-1129; Service 

Project No. NA-120; Section No. 6.1-srl 129-1769. 
AIL. February 7, 1945. 

M2 [The apparatus used in measuring the fluctuations 
of the earth’s magnetic field.] Project No. 323. 
M. R. Winkler. CUDWR. (n.d.) 

450 Installation of Magnetic Airborne Detection in Aircraft 

451 Magnetic Compensation in Aircraft Equipped with 
Magnetic Airborne Detection 

Ml Origin and reduction of maneuver noise in mag¬ 
netic airborne detection equipped aircraft. R. A. 
Peterson. OEMsr-20; Section No. 6.1-sr20-317. 
AIL. March 25, 1943. 

M2 Compensation of magnetic fields in magnetic air¬ 
borne detection equipped aircraft. Walter E. 


432.2 AN/ASQ-2A and CM-l/ASQ-2 

Ml Notes on automatic lateral control for vertical 
bombs. James H. Stein. AIL. March 8, 1943. 

M2 Tripper units. Jay W. Wright. AIL. May 10, 

1943. 

M3 Flight tests of CM-l/ASQ-2 in B-24 at Langley 443 
Field, July 12 [tO] July 17, 1943. Judson Mead. 

AIL. July 27, 1943. 

M4 Results of tests on the CM-l/ASQ-2 unit. Russell 
R. Yost, Jr. and Julius Hetland. AIL. July 31, 

1943. 

M5 Tripper research. Report of Project 311. Cutler 
R. Miller. AIL. August 18, 1943. 

M6 Installation of AN/ASQ-2A in PBM-3S. Donald 
B. Lee. AIL. February 19, 1944. 



DIVISION 6 • MICROFILM LIST 


119 


Tolies and Victor V. Vacquier. OEMsr-1129; Sec¬ 
tion No. 6.1-srl 129-1393. AIL. July 24, 1944. 

451.1 Permanent and Induced Fields 

Ml Compensation of B-18M [No.] 6288 at runway in 
front of Hangar 6 , Mitchell Field. John N. Ad¬ 
kins and T. H. Johnson. OEMsr-20. AIL. May 
15, 1942. 

M2 Compensation of Navy boat PC-64 at main pier, 

Sandy Hook, N. J. John N. Adkins and T. H. 
Johnson. AIL. May 26, 1942. 

M3 Compensation of induced magnetic fields in mag¬ 
netic airborne detection equipped aircraft. Wal¬ 
ter E. Tolies. OEMsr-20; Section No. 6.1-sr20-320. 

AIL. April 21, 1943. 

M4 Electronic perm and induced compensation. Rus¬ 
sell R. Yost, Jr. AIL. May 12, 1943. 

M5 Magnetic survey of PBY float X-frame. Edmond 
A. Westrick. AIL. May 17, 1943. 

M6 Flight tests of permalloy compensators for PBY 
tail cones. Victor V. Vacquier. AIL. June 15, 

1943. 

M7 General solution for angular position of compensa¬ 
tion magnets. Paul V. Dimock. AIL. September 
2, 1943. 

M8 Compensation of ASQ-2 installation in K-3 blimp. 

Victor V. Vacquier. AIL. September 7, 1943. 

M9 Compensation of ASQ-2 installation in blimp K-7. 

Victor V. Vacquier. AIL. October 8 , 1943. 

M10 Magnetic measurements of the TBF parts made 
at Naval Air Station, Quonset Point. Walter E. 

Tolies. AIL. December 10, 1943. 

Mil Deperming procedure. R. Glen Madsen. AIL. 
December 23, 1943. 

M12 Procedure for approximate adjustments of the 
transverse and longitudinal perm compensating 
fields on the ground. William R. Keye. AIL. 
January 26, 1944. 

M13 Compensation of TT and V maneuver signal in 
magnetic airborne detection aircraft with V ma¬ 
neuver signals. William R. Keye. AIL. March 
17, 1944. 

M14 Study and neutralization of the magnetic field of 
PBY-5A [No.] 94P7 by Peterson, Adkins, Stein and 
Blomquist at Quonset Point. John N. Adkins. 

AIL. (n.d.) 

451.2 Eddy Current Fields 

Ml Test of eddy current disturbance from instru¬ 
ment support on PBM wing. Victor V. Vacquier. 

AIL. September 3, 1943. 

M2 Eddy current effect from PBM fairing. Victor V. 
Vacquier. AIL. September 9, 1943. 

M3 Analysis of data supplied by the Alhambra Labo¬ 
ratory concerning the eddy currents in a PBY 
wing. Walter E. Tolies. AIL. February 5, 1944. 451 

M4 Study of TBF eddy current compensation. Wil¬ 
liam R. Keye. AIL. March 24, 1944. 


451.3 Compensating Flight Procedure 

Ml Magnetic compensation for magnetic airborne de¬ 
tection aircraft installations. R. A. Peterson and 
Orrin W. Towner. OEMsr-20; Section No. 6.1- 
sr20-309. AIL. December 14, 1942. 

M2 Mark VI magnetic airborne detection installation 
in Stinson 10-A airplane, AAF designation L-9B, 
No. 42-94136. Victor V. Graf. AIL. March 16, 
1943. 

M3 Supplement to magnetic compensation of VP-91, 
August 21, 1943. Walter E. Tolies. AIL. Sep¬ 
tember 22, 1943. 

M4 Compensation of AN/ASQ-2 installation in Army 
B-18 bomber. No. 7470. Victor V. Vacquier and 
Walter E. Tolies. Section No. 6.1-S3280-816. AIL. 
October 30, 1943. 

M5 Procedure for PBM magnetic compensation. 

Harry N. Jacobs. AIL. April 15, 1944. 

M6 Compensation of PBY tail cone installation. Wil¬ 
liam R. Keye. AIL. May 18, 1944. 

M7 Compensation of the PBY dual wing installation. 
William R. Keye. AIL. May 27, 1944. 

451.4 Equipment 

Ml The compensation of one component of induced 
magnetism. Wilmer C. Anderson. AIL. March 
15, 1943. 

M2 Eddy current compensation. Harry N. Jacobs and 
Robert I. Strough. AIL. April 29, 1943. 

M3 Proposed improvement of eddy current compensa¬ 
tion amplifier. Walter E. Tolies and William R. 
Keye. AIL. December 23, 1943. 

M4 The electronic direct current magnetometer. 

Philip N. Smith. AIL. January 29, 1944. 

M5 Electronic compensation of an eddy current field 
in magnetic airborne detection equipped aircraft 
using a single-channel electronic amplifier with 
one input and one output coil. William R. Keye. 
AIL. March 10, 1944. 

M6 Low sensitivity magnetometer. K. A. McLeod. 
AIL. June 13, 1944. 

M7 Handbook of instructions for AN-36/ASQ. (n.a.) 
OEMsr-1129; Section No. 6.1-srll29-1763. AIL. 
September 11, 1944. 

452 Towed Bird 

Ml The towed Birdie. Judson Mead and Robert T. 
Knapp. OEMsr-20; Section No. 6.1-sr20-705. AIL. 
April 28, 1943. 

M2 Towed Birdie investigation. Philip N. Smith. 
AIL. October 26, 1943. 

M3 The towed Bird. Mechanical details. Philip N. 
Smith. AIL. February 19, 1944. 

Training Devices and Experimental Equipment 

Magnetic Attack Trainer 

Ml Self-propelled magnetic target. John N. Adkins. 
AIL. March 29, 1943. 






120 


DIVISION 6 • MICROFILM LIST 


M2 Remote view optical system for the attack trainer. 

W. B. Greenlee. AIL. August 30, 1943. 

M3 Magnetic attack trainer, (n.a.) OEMsr-1129; Sec¬ 
tion No. 6.1-srl 129-825. AIL. February 16, 1944. 

M4 Towed magnetic submarine simulator. (n.a.) 501 

OEMsr-1129; Service Project No. AC-53; Section 
No. 6.1-srl 129-1398. AIL. July 22, 1944. 

M5 Pantograph-type attack trainer, (n.a.) OEMsr- 
1129; Section No. 6.1-srl 129-1380. AIL. July 26, 

1944. 

M6 Magnetic attack trainer, MAT-3, (n.a.) OEMsr- 
1129; Section No. 6.1-srl 129-1764. AIL. October 

9, 1944. 

M7 Magnetic airborne detection operator’s short 
course. James M. Snodgrass. AIL. (n.d.) 

M8 Handbook of instructions [for] MAT-3. (Volumes 
A, B and C.) (n.a.) Service Project No. NA-120. 

AIL. (n.d.) 

M9 Universal motor and control system for MAT-3 
and MATT. Wesley A. Fails. AIL. (n.d.) 

462 Test Equipment 

Ml Standard magnets. William R. Keye. AIL. July 
21, 1943. 

M2 Magnetic screening by thin shields. Paul S. Lans- 
man. AIL. January 21, 1944. 

M3 The vibration equipment of Airborne Instruments 
Laboratory. R. F. Norris. AIL. February 5, 

1944. 

470 Detection of Land Targets 

Ml Signatures of moving vehicles. James T. Wilson. 

AIL. July 9, 1943. 

M2 Suggestions for the use of magnetic airborne detec¬ 
tion for bombing-through-overcast. Victor V. 
Vacquier. AIL. September 27, 1943. 

M3 Bombing-through-overcast report for flight of 
January 19, 1944. K. A. McLeod. AIL. February 

10, 1944. 

M4 [Equipment for the detection of objects other than 
submarines.] Report On Project NA-143. (n.a.) 

OEMsr-1129; Service Project No. NA-143; Section 
No. 6.1-srl 129-826. AIL. February 16, 1944. 

M5 Detection of armored vehicles with AN/ASQ-1A 
in B-25H aircraft, No. 34535. James H. Stein and 
Philip N. Schwartz. OEMsrll29; Section No. 6.1- 
srl 129-1844. AIL. August 26, 1944. 

M6 [Investigation of the use of AN/ASQ-1A in detec¬ 
tion of magnetic land targets.] Report on Project 
AC-82, (n.a.) OEMsr-1129; Service Project No. 

AC-82; Section No. 6.1-srll29-1768. AIL. Febru¬ 
ary 7, 1945. 

M7 [Equipment for the detection of objects other than 
submarines.] Report on Project NA-143. (n.a.) 

OEMsr-1129; Service Project No. NA-143; Section 
No. 6.1-srl 129-826a. AIL. February 7, 1945. 

500 UNDERWATER SOUND, PRINCIPLES OF 

Ml Sound ranges under the sea. Thomas H. Osgood. 
Section No. C4-sr20-100. CUDWR. June 5, 1942. 


M2 Sound ranges under the sea [during] 1944. (n.a.) 

OEMsr-1131; OSRD No. 4400; Section No. 6.1- 
srl 131-1880. CUDWR. November, 1944. 

Oceanography 

Ml Visibility in ocean water. F. A. Jenkins, Ira S. 
Bowen and F. T. Rogers, Jr. Section No. C4- 
sr30-024. UCDWR. October 18, 1941. 

M2 Instruction manual for the use of the underwater 
camera. J. Lamar Worzel and Maurice Ewing. 
OEMsr-31; Service Project No. NO-100; Section No. 
6.1-sr31-740. WHOI. March 16, 1943. 

M3 The oceanography of subsurface warfare. C. O’D. 

Iselin. WHOI. March 14, 1944. 

M4 The transparency and color of ocean waters, with 
special reference to the Western Pacific. George 
L. Clarke and Henry D. Russell. WHOI. May 
23, 1944. 

M5 Oceanographic studies. (Report No. P28/R1214.) 
Henry B. Hoff, Jordan J. Markham and George R. 
Perry. OEMsr-1128; Service Project No. NS-140; 
Section No. 6.1-srl 128-1933. NLL. May 5, 1945. 
M6 Notes on mass transport velocity. [H. U. Sverdrup 
and W. Munk.] [Scripps Institution of Oceano¬ 
graphy.] (n.d.) 

501.1 Bathythermograph, Use of the 

Ml Preliminary studies for the development of a 
salinity-corrected bathythermograph. t A. W. 

Jacobson.] OEMsr-31. The Bristol Company. 

July 17, 1944. 

501.11 Submarines 

Ml Prediction of echo ranges from submarine bathy¬ 
thermograph observations. Instruction manual for 
submarine bathythermograph observers. (Part II.) 
[Richard H. Fleming (?), WHOI, UCDWR and 
BuShips. September 1, 1942. 

M2 The submarine bathythermograph as an aid in 
underwater operations, (n.a.) WHOI. Novem¬ 

ber 22, 1943. 

M3 Lecture notes on use of submarine bathythermo¬ 
graph. (n.a.) WHOI. January, 1944. 

M4 Description and operating instructions for Model 
CXJC. (n.a.) OEMsr-31; Section No. 6.1-sr31- 
1735. The Bristol Company. February, 1945. 

M5 Navy Model OCO submarine bathythermograph 
equipment. (Instruction No. 79001R, Issue 1.) 

(n.a.) NXss-8740. Brown Instrument Company. 

February 15, 1945. 

M6 Lecture notes on the use of the submarine bathy¬ 
thermograph. (n.a.) WHOI. July, 1945. 

M7 Reference book for submarine bathythermograph 
field engineers, (n.a.) WHOI. (n.d.) 

M8 Instructions for the installation, care and use of 
the submarine bathythermograph, Types CTB- 
40079 and CTB-40131. (n.a.) NOs-98660. WHOI, 
BuShips and The Bristol Company, (n.d.) 

M9 Instructions for the installation, care and use of 



DIVISION 6 • MICROFILM LIST 


121 


the submarine bathythermograph, Type CTB- 
40131. (n.a.) NXss-24692. WHOI, BuShips and 

The Bristol Company, (n.d.) 

501.12 Surface Vessels 

Ml Use of surface vessel bathythermograph observa¬ 
tions. (n.a.) BuShips. December, 1943. 

M2 Bathythermograph readings accompanying sound 
gear tests on the USCG335. [Gordon A. Riley.] 
US Navy Department, Oceanography Office. Feb¬ 
ruary 24, 1944. 

M3 Manual for bathythermograph pilot instructors. 
(Report No. M-250.) (n.a.) OEMsr-30. UCDWR. 
September, 1944. 

501.2 Sound Surveys 

Ml Average summer sound-ranging conditions in the 
Mediterranean Sea. (n.a.) WHOI. April 13, 
1942. 

M2 Late summer hydrographic conditions in the Japa¬ 
nese area. (UCDWR Report No. U-85. Hydro- 
graphic Office Publication No. 123: Asiatic Pilot, 
Volume II, The Japanese Archipelago.) (n.a.) 
UCDWR, US Navy Department, Hydrographic 
Office and BuShips. July, 1943. 

M3 Annual cycle of temperature and salinity between 
the surface and a depth of 150 feet in the western 
North Atlantic. (n.a.) WHOI. February 15, 
1944. 

M4 A preliminary study of echo-ranging conditions in 
the Casco Bay area of the Gulf of Maine. Richard 
A. Geyer. WHOI. February 17, 1945. 

M5 Hydrography of the Formosa Strait. (Technical 
Report No. 16.) (n.a.) Scripps Institution of 

Oceanography. June 19, 1945. 

501.3 Diving Operations (Submarine) 

Ml Experiences with the bathythermograph in diving 
and suggestions for its use in aggressive and eva¬ 
sive tactics, (n.a.) WHOI. December 14, 1943. 

M2 Pro-submarine warfare research, (n.a.) [WHOI.] 
[April 13, 1944.] 

M3 Examples illustrating the use of the bathythermo¬ 
graph in diving, (n.a.) WHOI. (n.d.) 

501.31 Sailing and Operating Directions 

Ml Sailing directions for the west coasts of Spain. 
Portugal and Northwest Africa and off-lying 
islands. (Submarine Supplement to Hydrographic 
Office Publication No. 134.) (n.a.) WHOI. Janu¬ 
ary, 1944. 

M2 Predicted submarine operating conditions in the 
Manitowoc Area, Lake Michigan, (n.a.) WHOI. 
September 1, 1944. 

M3 Submarine operational conditions in the Kii 
Suido. (Technical Report No. 14.) (n.a.) Scripps 

Institution of Oceanography. May 24, 1945. 

M4 Hydrography and submarine operating conditions 
in Tsugaru Kaikyo and its eastern approach. 


(Technical Report No. 17.) (n.a.) Scripps Insti¬ 

tution of Oceanography. August 9, 1945. 

M5 The waters off the south coast of Japan, longi¬ 
tudes 131°-136° East. Submarine operation condi¬ 
tions. (Technical Report No. 19.) (n.a.) Scripps 

Institution of Oceanography. August 20, 1945. 

501.32 Submergence 

Ml Tests of the compressibility of fifty submarines. 
Dean F. Bumpus, Allyn C. Vine and Alfred C. 
Redfield. OEMsr-31; Service Project No. NS-140; 
Section No. 6.1-sr31-1079. WHOI. June 20, 1944. 

M2 Resubmergence problems in the Yellow Sea. (Tech¬ 
nical Report No. 3.) (n.a.) Scripps Institution of 
Oceanography. January 19, 1945. 

501.321 Buoyancy 

Ml Direct observations of factors affecting buoyancy of 
submarines. Allyn C. Vine, Dean F. Bumpus and 
Alfred C. Redfield. WHOI. August 11, 1943. 

M2 A slide rule to facilitate buoyancy computations. 
(Technical Report No. 5.) (n.a.) Scripps Insti¬ 

tution of Oceanography. January 29, 1945. 

M3 Vertical buoyancy differences due to salinity in the 
Yellow and East China Seas. (Technical Report 
No. 8.) (n.a.) Scripps Institution of Oceanog¬ 

raphy. February 20, 1945. 

M4 A method for determination of the relative sub¬ 
surface currents from profiles of relative buoyancy. 
(Technical Report No. 13.) (n.a.) Scripps Insti¬ 

tution of Oceanography. May 12, 1945. 

M5 Methods employed in the construction of average 
buoyancy charts for the submarine supplements. 
(Technical Report No. 12.) (n.a.) Scripps Institu¬ 
tion of Oceanography. May 19, 1945. 

501.322 Density 

Ml Instruments for measuring density of sea water 
from submarines, (n.a.) [WHOI.j [October 29, 
1942.] 

M2 The use of a density meter as an aid to submarine 
diving. Alfred C. Redfield and Allyn C. Vine. 
Section Nos. 6.1-sr31-427, -430. WHOI. December 
11, 1942. 

M3 Submarine densitometers. (n.a.) WHOI. No¬ 
vember 9, 1943. 

M4 Density gradients in the Northwestern Pacific, 
August. (Technical Report No. 6.) (n.a.) Scripps 

Institution of Oceanography. January 23, 1945. 

501.4 Internal Waves 

Ml Internal waves. (Bi-monthly summary of projects 
for Division 6, as of October 1, 1944.) (n.a.) 

Section No. 6.1-NDRC-1852. Division 6. Novem¬ 
ber, 1944. pp. 31-33. 

M2 Internal waves. (Bi-weekly Report No. U-285, 
covering period from December 10 t tO] December 
23, 1944.) (n.a.) Section No. 6.1-sr30-2014. 

UCDWR. December 27, 1944. p. 12. 





122 


DIVISION 6 • MICROFILM LIST 


M3 Internal waves. (Bi-weekly Report No. U-297, 
covering period from January 21 t tO] February 3, 
1945.) (n.a.) Section No. 6.1-sr30-2025. UCDWR. 
February 10, 1945. p. 6 . 

M4 Internal waves. (Bi-monthly summary of projects 
for Division 6 , as of February 1, 1945.) (n.a.) 

Section No. 6.1-NDRC-1859. Division 6 . March, 
1945. p. 29. 

M5 Thermal investigations. Series I, Sonar data. 
(Monthly Progress Report No. MR-316-1 t for] 
April, 1945.) (n.a.) NObs-2074. UCDWR. April, 
1945. p. 11. 

510 Transmission 

Ml Sound transmission in sea water. (Report No. 
Gl/1184.) (n.a.) WHOI. February 1, 1941. 

510.1 Theory 

Ml Factors affecting long distance sound transmission 
in sea water. A study of radio acoustic ranges from 
data taken by the US Coast and Geodetic Survey. 
George P. Woollard. OEMsr-31; OSRD No. 1505; 
Section No. 6.1-sr31-426. WHOI. March 30, 1943. 
M2 Echo ranging at lower frequencies. (Interim Report 
No. U-109.) L. M. Langer. OEMsr-30; OSRD 
No. 1954; Section No. 6.1-sr30-1114. UCDWR. 
September 1, 1943. 

M3 Solution of acoustic boundary problems. (Parts I 
to III.) Leonard I. Schiff. University of Penn¬ 
sylvania. September 4, October 7 and November 
2, 1943. 

M4 Long range sound transmission. (Interim Report 
No. 1 [for the period] March 1, 1944 to January 
20, 1945.) Maurice Ewing and J. Lamar Worzel. 
NObs-2083. WHOI. August 25, 1945. 

510.11 Sound Waves 

Ml The extinction of sound in water. Carl F. Eckart. 
Section No. C4-sr30-021. UCDWR. August 31, 
1941. 

M2 Propagation of sound in a medium of variable 
velocity. Chaim L. Pekeris. Section No. C4-20- 
001. NLL. September 29, 1941. 

M3 Calculation of sound ray paths in sea water. 
Theory, tables and description of a slide rule for 
computation of limiting echo ranges and construc¬ 
tion of sound ray diagrams from bathythermo¬ 
graph observations, with examples. Richard H. 
Fleming and Roger Revelle. UCDWR. January 
16, 1942. 

M4 Some characteristics of the sound field in the sea. 
(n.a.) OSRD No. 546; Section No. C4-sr30-083. 
UCDWR. March 13, 1942. 

M5 Variation of the sound field near the surface in 
deep water. (Report No. U-49.) H. T. O’Neil and 
T. F. Johnston. OEMsr-30. UCDWR. March 
16, 1943. 

M6 Theory of diffraction of sound in the shadow zone. 
Chaim L. Pekeris. OEMsr-20; Section No. 6.1- 
sr20-846. CUDWR. May 5, 1943. 


M7 Some theoretical studies of the propagation of 
sound in shallow water. (Report No. U-102.) 
Glen D. Camp and Carl F. Eckart. Section No. 
6.1-sr30-1208. UCDWR. August 15, 1943. 

M8 The sonic ray plotter. (Report No. U-246.) Leon¬ 
ard I. Schiff. OEMsr-30; Service Project No. NS- 
140; Section No. 6.1-sr30-1741. UCDWR. August 
8 , 1944. 

M9 Sound beam patterns in sea water, (n.a.) OEMsr- 
31; Section No. 6.1-sr31-1730. WHOI. October 
10, 1944. 

M10 Variation of signal amplitude after transmission 
in the sea. Malcolm H. Hebb and Nelson M. 
Blachman. HUSL. December 19, 1944. 

510.111 Lloyd Mirror Effect 

Ml Lloyd mirror effect in a variable velocity medium. 
(Report No. M-140.) Richard R. Carhart. 
UCDWR. October 23, 1943. 

510.12 Explosion Waves 

Ml Theory of the pulsations of the gas bubble pro¬ 
duced by an underwater explosion. Conyers Her¬ 
ring. OSRD No. 236; Section No. C4-sr20-010. 
CUDWR. October, 1941. 

M2 Explosions. Propagation in linear case. Harry 
Nyquist. [Division 6 .] October 31, 1941. 

M3 Pressure-time curves for submarine explosions. 
(Report No. RC-333.) W. G. Penney and H. K. 
Dasgupta. OSRD Liaison Office No. WA-273-54. 
Ministry of Home Security, Research and Experi¬ 
ments Department [Great Britain]. July 23, 1942-j 
M4 Note on the possible existence of negative shock 
fronts. (Report No. AUW/TRI-68/RP-21.) H. N. 
V. Temperley and J. Craig. Admiralty Undex 
Works, Rosyth [Great Britain]. August, 1944. 

M5 Theory of propagation of explosive sound in shal¬ 
low water. Chaim L. Pekeris. OEMsr-1131; 
OSRD No. 6545; Section No. 6.1-srl 131-1891. 
CUDWR. January, 1945. 

510.2 Measurements 

Ml Attenuation of underwater sound. Frederick A. 
Everest and H. T. O’Neil. OEMsr-30; Section No. 
C4-sr30-494. UCDWR. Revised: July 30, 1942. 
M2 Some shallow water sound propagation measure¬ 
ments in the Thirteenth Naval District. (Report 
No. M-126.) (n.a.) Service Project Nos. NS-140 

and NS-163; Section No. 6.1-sr30-13l7. UCDWR. 
October 26, 1943. 

M3 Transmission of continuous sound. (Bi-weekly Re¬ 
port No. U-176, covering period from January 23 
to February 5, 1944.) (n.a.) Service Project No. 

NS-140; Section No. 6.1-sr30-1233. UCDWR. Feb¬ 
ruary 11, 1944. pp. 9-12. 

M4 Some experiments on the transmission of con¬ 
tinuous sound in 100 -fathom to 600-fathom water. 
(Report No. M-193.) (n.a.) OEMsr-30; Service 

Project No. NS-140; Section No. 6.1-sr30-1842. 
UCDWR. March 15, 1944. 



DIVISION 6 • MICROFILM LIST 


123 


M5 Transmission survey. Block Island Sound. (Report 
No. D12/R616.) William B. Snow, Henry B. Hoff 
and Jordan J. Markham. OEMsr-1128; Section 
No. 6.1-srll28-1027. NLL. March 16, 1944. 

M6 Some sound propagation measurements in the 
Fourteenth Naval District. (Report No. M-228.) 
(n.a.) OEMsr-30; Service Project No. NS-140; 
Section No. 6.1-sr30-1691. UCDWR. Tune 19, 
1944. 

M7 Transmission measurements in the vicinity of San 
Diego, California. (Report No. D12F/R822.) Wil¬ 
liam B. Snow, Henry B. Hoff and Jordan J. Mark¬ 
ham. OEMsr-1128; Service Project No. NO-163; 
Section No. 6.1-sr1128-1574. NLL. September 20, 

1944. 

M8 Operational procedure and equipment used in 
sonar sound field studies. (Report No. U-295.) 
(n.a.) OEMsr-30; Service Project No. NS-140; Sec¬ 
tion No. 6.1-sr30-2024. UCDWR. February 15, 

1945. 

510.21 Sonic Sound Waves 

Ml Sound transmission measurements made off San 
Diego from August 31 to September 10, 1943. 
(n.a.) OEMsr-1046; Service Project Nos. NS-140, 

NS-164 and MIT Research Project DIC-6187; Sec¬ 
tion No. 6.1-srl046-1047. MIT. February 10, 
1944. 

M2 Transmission of underwater sound at lower fre¬ 
quencies. (Interim Report No. U-362.) (n.a.) 

NObs-2074. UCDWR. November 1, 1945. 

510.22 Supersonic Sound Waves 

Ml Transmission of sound in sea water. Absorption 
and reflection coefficients and temperature gradi¬ 
ents. (Report No. S-1204.) E. B. Stephenson. 
NRL. October 16, 1935. 

M2 Attenuation of sound in sea water. (Report No. 
PS-162.) G. J. Thiessen. OSRD Liaison Office No. 
III-I-830. National Research Council, Division of 
Physics and Electrical Engineering, Canada. June 
10, 1943(?). 

M3 The sound field of echo-ranging gear. (Interim 
Report No. U-113.) (n.a.) OEMsr-30; OSRD No. 
2011; Section No. 6.1-sr30-1206. UCDWR. Octo¬ 
ber 1, 1943. 

M4 The attenuation of sound in the sea. (Report No. 
U-236.) Carl F. Eckart. OEMsr-30; Service Proj¬ 
ect No. NS-140; Section No. 6.1-sr30-1532. 
UCDWR. July 6 , 1944. 

M5 A comparison of calculated and observed intensi¬ 
ties of some split beam sound field runs. (Internal 
Report No. A-26.) Richard R. Carhart and L. A. 
Thacker. UCDWR. August 2, 1944. 

M6 An acoustic interferometer for the measurement 
of sound velocity in the ocean. (Report No. S-18.) 
Robert J. Urick. NRSL. September 18, 1944. 

M7 Reverberation and scattering. Series I, Sonar data. 
(Monthly Progress Report No. MR-365-1 [for] Sep¬ 


tember, 1945.) (n.a.) NObs-2074. UCDWR. 

September, 1945. pp. 4-6. 

510.221 Shallow Water 

Ml Transmission of 24-kc and 60-kc sound in very 
shallow water, June, 1944. (Internal Report No. 
A-31.) M. J. Sheehy. UCDWR. August 26, 1944. 

M2 Transmission of 24-kc and 60-kc sound in very 
shallow water, October, 1944. (Internal Report 
No. A-31a.) M. J. Sheehy. UCDWR. October 
23, 1944. 

M3 The short range spatial pattern measurements on 
the JK-SK4926 transducer at 24 kc. (Internal Re¬ 
port No. A-52.) N. Most. UCDWR. January 5, 
1945. 

M4 Transmission of 24-kc sound in shallow water. 
(Report No. M-368.) (n.a.) NObs-2074. UCDWR. 
November 20, 1945. 

M5 The additive effects of wind force, thermal gradi¬ 
ent and particle size on the transmission of 24-kc 
sound over sand bottoms in shallow water. (Report 
No. M-375.) (n.a.) NObs-2074. UCDWR. De¬ 

cember 1, 1945. 

M6 Attenuation and fluctuation studies based on 
supersonic bottom echoes. (Report No. M-384.) 
(n.a.) NObs-2074. UCDWR. December 13, 1945. 

510.222 Deep Water 

Ml Absorption coefficients of sound in sea water. (Re¬ 
port No. S-1466.) E. B. Stephenson. NRL. 
August 12, 1938. 

M2 Absorption coefficients of supersonic sound in open 
sea water. (Report No. S-1549.) E. B. Stephenson. 
NRL. August 2, 1939. 

M3 Correlation of simultaneous transmission in deep 
water at different frequencies. (Internal Report 
No. A-44.) M. J. Sheehy. UCDWR. October 28, 
1944. 

510.23 Explosion Waves 

Ml The nature of the pressure impulse produced by 
the detonation of explosives under water. An in¬ 
vestigation by the piezoelectric cathode-ray oscillo¬ 
graph method. (Report No. CB-01670-12.) (n.a.) 

OSRD Liaison Office No. W-201-le. Admiralty 
Research Laboratory, Teddington [Great Britain]. 
November, 1924. 

M2 Propagation of steep-fronted sonic pulses through 
the sea. (Internal Report No. 66 .) (n.a.) OSRD 

Liaison Office No. W-215-5. HMA/SEE, Fairlie 
[Laboratory, Great Britain]. March 17, 1942. 

M3 Development of single sweep equipment for im¬ 
pulse work. T. F. Johnston. OSRD No. 766; 
Section No. C4-sr30-189. UCDWR. April 29, 
1942. 

M4 A study of the transmission of explosive impulses 
in sea water. T. F. Johnston. OEMsr-30. 
UCDWR. June 25, 1942. 

M5 Explosive sound waves in the sea. Observations 




124 


DIVISION 6 • MICROFILM LIST 


with a 2500-cycle moving-coil oscillograph. (Memo¬ 
randum No. M-10.) T. F. Johnston and R. W. 
Raitt. OEMsr-30. UCDWR. September 16, 1942. 

M6 Transmission of explosive impulses in the sea. 
(Report No. U-8.) T. J. Johnston and R. W. 
Raitt. OEMsr-30; Section No. C4-sr30-403. 
UCDWR. December 2, 1942. 

M7 The pressure pulses produced by the oscillation 
of the underwater explosion bubble from 1 oz of 
polar ammon gelignite. (Note No. ADM/99/ARB.) 
(n.a.) OSRD Liaison Office No. WA-497-40. De¬ 
partment of Scientific and Industrial Research, 
Road Research Laboratory [Great Britain]. Feb¬ 
ruary, 1943. 

M8 Explosive load on underwater structures as modi¬ 
fied by bulk cavitation. (Report No. 511.) E. H. 
Kennard. US Navy Department, David W. Taylor 
Model Basin. May, 1943. 

M9 Radial motion of water surrounding a sphere of 
gas in relation to pressure waves. (Report No. 
517.) E. H. Kennard. US Navy Department, 
David W. Taylor Model Basin. September, 1943. 

M10 Migration of underwater gas globes due to gravity 
and neighboring surfaces. (Report No. R-182.) 
E. H. Kennard. US Navy Department, David W. 
Taylor Model Basin. December, 1943. 

Mil Hydrophone calibration by explosion waves. (Re¬ 
port No. S-2179.) J. L. Carter and M. F. M. 
Osborne. NRL. April 19, 1944. 

M12 Explosion sounds in shallow water. Maurice 
Ewing and J. Lamar Worzel. Nllls-38137. NOL 
and WHOI. October 11, 1944. 

M13 The error in the measurement of pressure in an 
explosion pressure wave due to finite gauge size 
and to inadequate frequency response of the re¬ 
cording amplifier. (Report No. ADM/219/ARB.) 
(n.a.) OSRD Liaison Office No. WA-4243-2C. 
Department of Scientific and Industrial Research, 
Road Research Laboratory [Great Britain]. Feb¬ 
ruary, 1945. 

M14 Deep water sound transmissions from shallow ex¬ 
plosions. J. Lamar Worzel and Maurice Ewing. 
WHOI. (n.d.) 

M15 Note on the second pulse efEect for large charges. 
(Report No. SS-1179.) (n.a.) OSRD Liaison Office 
No. WA-556-33. [Scientific Section, Mine Design 
Department, Great Britain.] (n.d.) 

510.3 Fluctuation Phenomena 

Ml Observations of echo signals obtained using vari¬ 
able frequency transmission. Edwin M. McMillan. 
Section No. C4-sr30-208. UCDWR. July 4, 1942. 

M2 The effect of the ship’s roll on echo ranging. (Re¬ 
port No. M-114.) John S. McNown and Carl F. 
Eckart. Section No. 6.1-sr30-1205. UCDWR. 

October 8, 1943. 

M3 Amplitude fluctuations of transmitted and re¬ 
flected sound signals in the ocean. (Internal Re¬ 
port No. A-29.) M. J. Sheehy. UCDWR. August 
17, 1944. 


M4 Fluctuation of transmitted sound in the ocean. 
(Technical Memorandum No. 6.) (n.a.) Section 

No. 6.1-srl 131-1883. CUDWR. January 17, 1945. 

510.4 Oceanographic Factors 

Ml Oceanographic factors entering into harbor pro¬ 
tection by underwater sonic devices. (n.a.) 
WHOI. January 21, 1942. 

M2 The prediction of afternoon effect. C. O’D. Iselin 
and A. H. Woodcock. OEMsr-31; Section No. 
C4-sr31-137. WHOI. July 25, 1942. 

M3 Reflection of sound in the ocean from tempera¬ 
ture changes. (Report No. U-74.) Richard R. 
Carhart. Service Project No. NS-140; Section No. 
6.1-sr30-960. UCDWR. May 17, 1943. 

M4 Statistical importance of oceanographic factors in 
antisubmarine attacks by surface craft. Lyman 
Spitzer, Jr. OEMsr-1131; Section No. 6.1-srl 131- 
1140. CUDWR. December 23, 1943. 

M5 The influence of thermal conditions on trans¬ 
mission of 24-kc sound. (Report No. U-307.) (n.a.) 
NObs-2074. UCDWR. March 16, 1945. 

510.41 Layer Effect 

Ml Range as a function of oceanographic factors. (Bi¬ 
weekly report covering period July 25 c tOj August 
7, 1943.) (n.a.) Service Project No. NO-140; Sec¬ 

tion No. 6.1-sr31-753. WHOI. August 11, 1943. 

pp. 1-2. 

M2 Range as a function of oceanographic factors. (Bi¬ 
weekly report covering period September 5 ( tO] 18, 
1943.) (n.a.) Service Project No. NO-140; Section 
No. 6.1-sr31-757. WHOI. September 22, 1943. 

p. 2. 

M3 Range as a function of oceanographic factors. (Bi¬ 
weekly report covering period September 19 [tOj 
October 2, 1943.) (n.a.) Service Project No. NO- 

140; Section No. 6.1-sr31-758. WHOI. October 6, 
1943. pp. 1-2. 

M4 Range as a function of oceanographic factors. (Bi¬ 
weekly report covering period October 3 t tO] 16, 

1943. ) (n.a.) Service Project No. NO-140; Section 
No. 6.1-sr31-759. WHOI. October 20, 1943. p. 3. 

M5 Prediction of sound ranges. (Bi-weekly report 
covering period October 17 [tO] 30, 1943.) (n.a.) 

Service Project No. NO-140; Section No. 6.1-sr31- 
1060. WHOI. November 3, 1943. p. 2. 

M6 Prediction of sound ranges. (Bi-weekly report 
covering period November 14 t tOj 27, 1943.) (n.a.) 
Service Project No. NO-140; Section No. 6.1-sr31- 
1062. WHOI. December 1, 1943. p. 2. 

M7 Layer effect. (Internal Report No. A-35.) R. W. 
Raitt and M. J. Sheehy. UCDWR. September 9, 

1944. 

M8 Layer effect at 24 kc and 60 kc. (Internal Report 
No. A-51.) M. 1. Sheehy. UCDWR. December 
27, 1944. 

510.5 Bottom Studies 

Ml The propagation of underwater sound at low fre- 



DIVISION 6 • MICROFILM LIST 


125 


quencies as a function of the acoustic properties 
of the bottom. (Report No. S-2113.) John M. Ide, 
Richard F. Post and William J. Fry. NRL. 
August 15, 1943. 

M2 Some evidence for specular bottom reflections of 
24-kc sound. (Internal Report No. A-17.) Richard 
R. Carhart. UCDWR. June 9, 1944. 

M3 Transmission of underwater sound over a sloping 
bottom. (Internal Report No. A-39.) Richard R. 
Carhart and K. O. Emery. UCDWR. October 1, 
1944. 

M4 Acoustic properties of mud bottoms. George P. 
Woollard. WHOI. December 6, 1944. 

520 Reverberation 

Ml Reverberation in echo ranging. Part I, General 
principles. Thomas H. Osgood. OEMsr-20; Sec¬ 
tion No. C4-sr20-149. CUDWR. July 28, 1942. 
M2 Reverberation studies at 24 kc. (Report No. U-7.) 
(n.a.) OEMsr-30; OSRD No. 1098; Section No. 
6.1-sr30-401. UCDWR. November 23, 1942. 

M3 Reverberation in echo ranging. Part II, Reverbera¬ 
tion found in practice. Thomas H. Osgood. 
OEMsr-20; Service Project No. NS-140; OSRD No. 
1422; Section No. 6.1-sr20-840. CUDWR. April 
14, 1943. 

520.1 Theory 

Ml The theory of reverberation and echo. Carl F. 
Eckart. OEMsr-30; Section No. C4-sr30-005. 
UCDWR. July 7, 1941. 

M2 Submarine detection. Tentative discussion of re¬ 
verberations. Harry Nyquist. [Division 6.j Octo¬ 
ber 20, 1941. 

M3 Reverberations in sea water. Theoretical consid¬ 
erations. Harry Nyquist. Section No. C4-NDRC- 
036. [Division 6.] December 19, 1941. 

M4 Reverberations in sea water. Temperature gradi¬ 
ents near the surface. Harry Nyquist. Section 
No. C4-NDRC-044. [Division 6.j March 2, 1942. 
M5 Microstructure of sea water. Notes on measuring 
temperature differences. Harry Nyquist. Section 
No. C4-NDRC-045. [Division 6.] March 12, 1942. 
M6 Microstructure in sea water. Theoretical analysis. 
Harry Nyquist. Section No. C4-NDRC-046. [Divi¬ 
sion 6.] March 17, 1942. 

M7 Theoretical discussion of reverberation. Chaim 
L. Pekeris. OEMsr-20; OSRD No. 684; Section 
No. C4-sr20-097. CUDWR. May 29, 1942. 

M8 The discrimination of transducers against rever¬ 
beration. (Report No. U-75.) (n.a.) OSRD No. 

1761; Section No. 6.1-sr30-968. UCDWR. May 
31, 1943. 

M9 Coherence of continuous-wave reverberation. 
(Memorandum No. SAS-11.) (n.a.) CUDWR. 

December 20, 1944. 

520.11 Scattering 

Ml Reverberations in sea water. Note on reflections 


at the surface. Harry Nyquist. Section No. C4- 
NDRC-065. [Division 6.] April 3, 1942. 

M2 Multiple scattering. Carl F. Eyring, Ralph J. 
Christiensen and Carl F. Eckart. UCDWR. April 
18, 1942. 

M3 Fluctuations in reverberation due to scattering 
centers in water. ([Partj II.) Leonard I. Schiff. 
University of Pennsylvania. June 5, 1943. 

M4 Scattering of sound by the surface of the sea. 
(Report No. M-217.) Leonard I. Schiff. Service 
Project No. NS-140. UCDWR. May 15, 1944. 

M5 Relation between scattering and absorption of 
sound. (Memorandum No. SAS-8.) (n.a.) CUDWR. 
December 11, 1944. 

M6 The sea surface and its effect on the reflection of 
sound and light. (Report No. M-407.) Carl F. 
Eckart. NObs-2074. UCDWR. March 20, 1946. 

520.2 Measurements 

Ml A system for recording reverberation as it occurs 
in the ocean. (Report No. M-lll.) (n.a.) OEMsr- 
30; Section No. 6.1-sr30-1202. UCDWR. August 
28, 1943. 

M2 The reverberation equalizer. (Report No. U-97.) 
George W. Downs, Jr. OEMsr-30; OSRD No. 
3100; Section No. 6.1-sr30-692. UCDWR. Sep¬ 
tember 18, 1943. 

M3 Apparatus for recording reverberation in the sea. 
Leonard N. Liebermann. OEMsr-31. WHOI. 
February 23, 1945. 

M4 Summary of the calibration of the reverberation 
equipment, November 24, 1943 to February 23, 
1945. T. H. Schafer. UCDWR. April 18, 1945. 

520.21 Shallow Water 

Ml Bottom reverberation. Dependence on frequency. 
(Report No. U-79.) (n.a.) OEMsr-30; Section No. 
6.1-sr30-677. UCDWR. June 16, 1943. 

M2 Bottom reverberation. (Internal Report No. A-5.) 

T. H. Schafer. UCDWR. May 16, 1944. 

M3 Bottom reverberation at 24-kc E. W. Scripps data. 
(Internal Report No. A-7.) Richard R. Carhart. 
UCDWR. May 18, 1944. 

M4 Range limitation in shallow water as controlled 
by bottom character, state of sea and thermal 
structure. (Internal Report No. A-10.) Francis P. 
Shepard. UCDWR. May 22, 1944. 

M5 Bottom reverberation in very shallow water. (Re¬ 
port No. SM-249.) (n.a.) OEMsr-30; Service Proj¬ 

ect Nos. NS-140 and NS-297; Section No. 6.1-sr30- 
1845. UCDWR. August 18, 1944. 

520.22 Deep Water 

Ml Reverberation and scattering. Series I, Sonar data. 
(Monthly Progress Report No. MR-345-1 [forj 
July, 1945.) (n.a.) NObs-2074. UCDWR. July, 

1945. pp. 4-6. 

M2 Limitation of echo ranges by reverberation in deep 
water. (Report No. M-361.) (n.a.) NObs-2074. 

UCDWR. September 20, 1945. 



126 


DIVISION 6 • MICROFILM LIST 


M3 Stratification of sound scatterers in the ocean. 
(Report No. M-397.) George E. Duvall. NObs- 
2074. UCDWR. February 16, 1946. 

M4 Forward scattering from the deep scattering layer. 
(Report No. M-398.) Richard R. Carhart. NObs- 
2074. UCDWR. March 19, 1946. 

520.3 Frequency Characteristics 

Ml Volume reverberation. Scattering and attenuation 
vs frequency. (Report No. U-50. (n.a.) OEMsr-30; 
OSRD No. 1555; Section No. 6.1-sr30-670. 
UCDWR. April 13, 1943. 

M2 Frequency characteristics of echoes and reverbera¬ 
tion. (Report No. U-244.) W. M. Ray ton and 
Raymond C. Fisher. OEMsr-30; Service Project 
No. NS-140; OSRD No. 4159; Section No. 6.1-sr30- 
1740. UCDWR. August 9, 1944. 

M3 Coherence and fluctuation of frequency modula¬ 
tion reverberation. (Internal Report No. A-37.) 
M. J. Sheehy. UCDWR. September 19, 1944. 

M4 Frequency characteristics of reverberation. (Memo¬ 
randum No. SAS-6.) (n.a.) Special Studies Group. 
November 23, 1944. 

M5 Frequency spread of reverberation as measured 
with the period meter. (Memorandum No. SAS-6.) 
(n.a.) Special Studies Group. January 17, 1945. 

530 Reflection 

530.1 Theory 

Ml Reflection and scattering of sound. (Internal Re¬ 
port No. 50.) (n.a.) OSRD Liaison Office No. 

WA-92-10f; Section No. C4-brTS-501. HMA/SEE, 
Fairlie [Laboratory, Great Britain]. December 21, 

1941. 

M2 Diffraction around a cylinder. W. H. Wise. Sec¬ 
tion No. C4-NDRC-117. [Division 6.] July 15, 

1942. 

M3 Reflections from submarines. Martin J. Klein and 
Joseph B. Keller. OEMsr-1130; Service Project 
No. NO-222; Section No. 6.1-srl 130-1376. USRL. 
April 15, 1944. 

M4 Change of average peak echo intensity with 
changing ping length. (Memorandum No. SAS-30.) 
Lyman Spitzer, Jr. Special Studies Group. March 
22, 1945. 

530.2 Measurements 
530.21 Surface Vessels 

Ml Oscillograms of 23-kc echoes from a destroyer and 
its wake. (Report No. M-141.) ( Carl F. Eckart.j 
UCDWR. January 3, 1944. 

M2 Underwater sound reflecting characteristics of sur¬ 
face ships. (Report No. 2320-CS-PD.) C. Shafer, 
Jr. BTL. October 6, 1944. 

M3 Surface vessel target strengths. (Memorandum No. 
SAG-38.) (n.a.) Sonar Analysis Group. July 5, 

1945. 


530.22 Submarines 

Ml General information and sketch book for the 
engine room personnel of German submarines, 
Type VII C. (n.a.) Translated by: Fritjof Raven. 
US Navy Department, David W. Taylor Model 
Basin. May, 1942. 

M2 Listening techniques. (Bi-weekly report covering 
period October 4 t tO] 17, 1942.) (n.a.) OEMsr- 

30; Section No. C4-sr30-396. UCDWR. Novem¬ 
ber 7, 1942. p. 5. 

M3 Echoes from a diving submarine and its wake. 
(Preliminary Report No. M-172.) (n.a.) Service 

Project No. NS-141. UCDWR. January 22, 1944. 

M4 Data at 45 kc on echoes from a diving submarine 
and its wake. (Report No. M-172a.) t W. M. Ray- 
ton.j OEMsr-30; Service Project No. NS-141; Sec¬ 
tion No. 6.1-sr30-1475. UCDWR. March 3, 1944. 

M5 Relative echo intensity versus aspect. (Report No. 
P29/R789.) F. E. Gilbert, Jr. and J. Kneeland 
Nunan. NLL. March 10, 1944. 

M6 Target strength of a submarine at 24 kc. (Internal 
Report No. A-4.) George E. Duvall. UCDWR. 
May 10, 1944. 

M7 Preparation of charts of average echo-ranging 
conditions. (Bi-weekly Report No. U-248, covering 
period July 23 [tO] August 5, 1944.) (n.a.) 

OEMsr-30; Service Project No. NO-140; Section 
No. 6.1-sr30-l745. UCDWR. August 10, 1944. 
p. 5. 

M8 Preparation of charts of average echo-ranging con¬ 
ditions. (Bi-weekly Report No. U-253, covering 
period August 6 ( tO] 19, 1944.) (n.a.) OEMsr-30; 

Service Project No. NS-140; Section No. 6.1-sr30- 
1750. UCDWR. August 23, 1944. p. 4. 

M9 An analysis of reflections from submarines. (Tech¬ 
nical Memorandum No. 4.) (n.a.) OEMsr-1131; 

Section No. 6.1-srl 131-1846. CUDWR. September 
9, 1944. 

M10 Sonar sound field. (Bi-weekly Report No. U-262, 
covering period September 17 [tO] 30, 1944.) (n.a.) 
OEMsr-30; Section No. 6.1-sr30-1862. UCDWR. 
October 5, 1944. pp. 4-5. 

Mil Reflectivity of targets. (Bi-weekly Report No. 
U-264, covering period October 1 f tO] 14, 1944.) 
(n.a.) OEMsr-30; Service Project No. NS-140; Sec¬ 
tion No. 6.1-sr30-1865. UCDWR. October 31, 
1944. pp. 3-5. 

M12 Reflectivity of targets. (Bi-weekly Report No. 
U-271, covering period October 15 [tO] 28, 1944.) 
(na.) OEMsr-30; Service Project No. NS-140; Sec¬ 
tion No. 6.1-sr30-1871. UCDWR. October 31, 
1944. pp. 5-6. 

M13 Reflectivity of targets. (Bi-weekly Report No. 
U-274, covering period October 29 t tO] November 
11, 1944.) (n.a.) OEMsr-30; Service Project No. 

NS-140; Section No. 6.1-sr30-1874. UCDWR. No¬ 
vember 16, 1944. pp. 5-6. 

M14 Reflectivity of targets. (Bi-weekly Report No. 
U-292, covering period January 7 t tOj 20, 1945.) 



DIVISION 6 • MICROFILM LIST 


127 


(n.a.) OEMsr-30; Service Project No. NS-140; Sec¬ 
tion No. 6.1-sr30-2021. UCDWR. January 26, 
1945. pp. 5-6. 

M15 Origin of nearest echo. (Internal Report No. 209.) 
W. E. Bentom, G. M. Johnson and others. OSRD 
Liaison Office No. WA-4297-1. HMA/SEE, Fairlie 
[Laboratory, Great Britain]. February 15, 1945. 
M16 Echoes of very short pings from submarines. (Re¬ 
port No. M-301.) W. M. Rayton. NObs-2074; 
Service Project No. NS-140. UCDWR. March 1, 
1945. 

M17 Surface reflected submarine echoes. (Report No. 
M-306.) (n.a.) NObs-2074; Service Project No. 

NS-140. UCDWR. March 15, 1945. 

M18 Small object detection. Series I, Sonar data. 
(Monthly Progress Report No. MR-323-1.) (n.a.) 

NObs-2074; Service Project No. NS-140. UCDWR. 
May, 1945. pp. 9-10. 

M19 Sonar and submarine diving. (Monthly Progress 
Report No. 3 [for] May, 1945.) (n.a.) NObs-2083. 
WHOI. May 10, 1945. p. 3. 

M20 Reflection of sound from targets. Series I, Sonar 
data. (Monthly Progress Report No. MR-334-1 t forj 
June, 1945.) (n.a.) NObs-2074. UCDWR. June, 
1945. pp. 10-12. 

M21 Sonar and submarine diving. (Monthly Progress 
Report No. 4 t for] June, 1945.) (n.a.) NObs-2083. 
WHOI. July 11, 1945. pp. 2-4. 

530.23 Model Studies 

Ml Reflection of light from a submarine model. (Re¬ 
port No. M-61.) R. B. Tibby. UCDWR. May 12, 
1943. 

M2 Reflections from submarines at close ranges. Model 
experiments using optical method, (n.a.) Service 
Project No. NO-222 and MIT Research Project 
DIC-6187. MIT. April 8, 1944. 

M3 Studies of optical reflections from submarine 
models. (Part I.) (n.a.) OEMsr-1046; Service Proj¬ 
ect No. NS-222 and MIT Research Project DIC- 
6187; OSRD No. 3706; Section No. 6.1-srl046-1053. 
MIT. April 12, 1944. 

M4 Studies of optical reflections from submarine 
models. (Part II.) (n.a.) OEMsr-1046; Service 

Project No. NS-222 and MIT Research Project 
DIC-6187; Section No. 6.1-srl046-1668. MIT. 
August 15, 1944. 

M5 Measurement of reflections from submarines using 
models and high-frequency sound. Joseph B. 
Keller. OEMsr-1130; Service Project No. NS-140; 
OSRD No. 4439; Section No. 6.1-srl 130-1834. 
USRL. September 27, 1944. 

540 Wakes 

Ml Echoes from swells. (Internal Report No. A-43.) 
George E. Duvall. UCDWR. October 27, 1944. 

540.1 Mathematical Theory 

Ml The geometry of surface wakes and experiments 


on artificial wakes. (Report No. S-10.) Norman 
J. Holier. NRSL. May 22, 1943. 

540.2 Bubble Theory 

Ml Submarine detection. Air bubbles in sea water. 

Harry Nyquist. [Division 6.] October 28, 1941. 
M2 Vertical motion of a spherical bubble and the 
pressure surrounding it. (Report No. SW-19.) 
G. I. Taylor. OSRD Liaison Office No. II-5-2702. 
Ministry of Home Security, Interdepartmental Co¬ 
ordinating Committee on Shock Wave [Great 
Britain]. August 8, 1942. 

M3 Comments on: Dissipation of energy due to pres¬ 
ence of air bubbles in the sea by t H. F. Willisj. 
Conyers Herring. [Special Studies.] (n.d.) 

540.21 Formation and Dissolution 

Ml The stability of air bubbles in the sea and the 
effect of bubbles and particles on the extinction 
of sound and light in sea water. Paul S. Epstein. 
OEMsr-30; Section No. C4-sr30-027. UCDWR. 

September 1, 1941. 

M2 The rate of rise and diffusion of air bubbles in 
water. Chaim L. Pekeris. OEMsr-20; OSRD No. 
976; Section No. C4-sr20-326. CUDWR. October 
22, 1942. 

M3 The effect of turbulent motion on the rate of rise 
of bubbles in a wake. (Report No. U-25.) John S. 
McNown. OEMsr-30; Section No. 6.1-sr30-731. 
UCDWR. February 19, 1943. 

540.22 Acoustic Effects 

Ml Acoustic properties of gas bubbles in a liquid. 
Lyman Spitzer, Jr. OEMsr-20; OSRD No. 1705; 
Section No. 6.1-sr20-918. CUDWR. July 15, 1943. 
M2 Propagation of sound through a liquid containing 
bubbles. Part I, General theory. Leslie L. Foldy. 
OEMsr-1130; Service Project No. NS-141; OSRD 
No. 3601; Section No. 6.1-srll30-1378. USRL. 
April 25, 1944. 

540.3 Acoustic Wakes 

Ml Preliminary measurements on the acoustic prop¬ 
erties of disturbed water. Eginhard Dietze. 
OEMsr-20; Section No. C4-sr20-205. USRL. Sep¬ 
tember 7, 1942. 

M2 Role of bubbles in the acoustic properties of 
wakes. Jeffries Wyman. OEMsr-31; Service Proj¬ 
ect No. NS-141; Section No. 6.1-sr31-437. WHOI. 
February 18, 1943. 

M3 Laboratory studies of the acoustic properties of 
wakes. [Part] I, Scattering and absorption of sound 
by the wake of a small submersible propeller. 
Jeffries Wyman, Wendel Lehmann and David 
Barnes. [Part] II, Role of bubbles in wakes. 
Jeffries Wyman. OEMsr-31; Service Project No. 
NS-141; Section No. 6.1-sr31-1069. WHOI. March, 
1944. 

M4 Propagation of sound through a liquid containing 
bubbles. Part II, Experimental results and theo- 



128 


DIVISION 6 • MICROFILM LIST 


retical interpretation. E. L. Carstensen and Leslie 
L. Foldy. OEMsr-1130; Service Project No. NS- 
141; OSRD No. 3872; Section No. 6.1-srl 130-1629. 
USRL. June 23, 1944. 

540.31 Submarines 

Ml Echoes from wakes. [Carl F. Eckart.j OEMsr-30; 
Section No. C4-sr30-498. UCDWR. August 29, 

1942. 

M2 Chemical recorder traces of submarine wakes at 
24 kc. (Internal Report No. A-23.) George E. 
Duvall. UCDWR. July 18, 1944. 

M3 Sonar submerged submarine wakes. (Serial No. 
S-RS-96.) [P. H. Hammond.] BuShips Problem 

No. U2-9CD. NRSL. August 9, 1944. 

M4 Wake of a fleet-type submarine. (Internal Report 
No. A-34.) W. M. Rayton and George E. Duvall. 
UCDWR. September 5, 1944. 

M5 Comments on Internal Report No. A-34: Wake of 
a fleet-type submarine. Carl F. Eckart. UCDWR. 
September 15, 1944. 

540.32 Surface Vessels 

Ml Acoustic measurements on surface wakes in San 
Diego harbor. (Report No. U-62.) Richard R. 
Carhart and George E. Duvall. OEMsr-30; OSRD 
No. 1628; Section No. 6.1-sr30-961. UCDWR. 

May 8, 1943. 

M2 Sound transmission loss through and thickness of 
the wakes of antisubmarine vessels. (Report No. 

S-13.) Norman I. Holter. NRSL. November 22, 

1943. 

M3 Sound transmission through destroyer wakes. (Re¬ 
port No. M-189.) (n.a.) OEMsr-30; Service Proj¬ 

ect No. NS-141. UCDWR. March 8, 1944. 

M4 Transmission of sound along wakes. (n.a.) 
OEMsr-1046; Service Project No. NS-141 and MU' 
Research Project DIC-6187; Section No. 6.1-srl046- 
1054. MIT. July 26, 1944. 

540.4 Thermal Wakes 

Ml Measurements of the horizontal thermal structure 
of the ocean. (Report No. S-17.) Norman }. 
Holter. NRSL. August 18, 1944. 

M2 Thermal wake detection. (Report No. S-20.) 

David H. Garber, Robert J. Urick and Joseph 
Cryden. NRSL. January 12, 1945. 

550 Sonar Calibration 

551 Theory 

Ml A survey of ship sounds. Measurements and 
analyses made from April to August 6, 1941. (n.a.) 

MIT Research Project DIC-5985. MIT. [August, 

1941. ] 

M2 Directivity patterns of sound sources. Walter O. 
Pennell, Malcolm H. Hebb and others. OEMsr- 
287; Section No. C4-sr287-089. HUSL. April 29, 

1942. 

M3 Absolute efficiency of projectors and hydrophones. 

Eginhard Dietze. OEMsr-20; Section No. C4-sr20- 552 

150. USRL. August 3, 1942. 


M4 The absolute efficiency of a device used as a pro¬ 
jector and as a hydrophone. Eginhard Dietze. 
OEMsr-20; Section No. C4-sr20-197. USRL. 
August 18, 1942. 

M5 Measurements of sound transmission through 
single and double plates. Frank H. Graham. 
OEMsr-20; Section No. C4-sr20-201. USRL. 
August 29, 1942. 

M6 Calculated and observed speeds of cavitation about 
two and three-dimensional bodies in water. (Re¬ 
port No. 495.) Hugh B. Freeman. US Navy 
Department, David W. Taylor Model Basin. No¬ 
vember, 1942. 

M7 Motional impedance analysis of underwater sound 
devices. Frank H. Graham and Eginhard Dietze. 
OEMsr-20; Section No. C4-sr20-591. USRL. De¬ 
cember 5, 1942. 

M8 Low-frequency calibration technique for under¬ 
water sound instruments. Leslie L. Foldy. 
OEMsr-20; Section No. 6.1-sr20-600. USRL. Jan¬ 
uary 26, 1943. 

M9 Directivity considerations for echo-ranging projec¬ 
tors. Eginhard Dietze and Leslie L. Foldy. 
OEMsr-20; Service Project No. NS-139; Section 
No. 6.1-sr20-617. USRL. April 30, 1943. 

M10 Theory of passive linear electromechanical trans¬ 
ducers. Leslie L. Foldy. OEMsr-20; Service Proj¬ 
ect No. NS-139; Section No. 6.1-sr20-878. USRL. 
June 9, 1943. 

Mil Relative pressure measurements in shock waves 
from small underwater explosions. (Report No. 
S-2305.) M. F. M. Osborne and A. H. Taylor. 
NRL. June 10, 1944. 

M12 Measurements of projector and hydrophone per¬ 
formance. Definitions and terms. Eginhard Dietze. 
OEMsr-1130; Service Project No. NS-182; Section 
No. 6.1-srl 130-1833. USRL. September 19, 1944. 
M13 Use of models as a tool in the study of under¬ 
water acoustics. Eginhard Dietze and Joseph B. 
Keller. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srl 130-1976. USRL. December 
1, 1944. 

M14 The dependence of the operational efficacy of 
echo-ranging gear on its physical characteristics. 
Henry Primakoff and Martin J. Klein. OEMsr- 
1130; Service Project No. NS-182; Section No. 6.1- 
srl 130-2141. USRL. March 15, 1945. 

M15 Visual recognition differential on the plan posi¬ 
tion indicator screen. Earl C. Gregg, Jr. and 
B. English. OEMsr-1130; Service Project No. NS- 
139; Section No. 6.1-srl 130-2378. USRL. October 
17, 1945. 

M16 Analytical calculation of coverage rate for scanning 
sonar and searchlight gear. Joseph B. Keller. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-2379. USRL. October 24, 1945. 

Techniques 

Ml Hydrophonic studies. Proposed calibration of 



DIVISION 6 • MICROFILM LIST 


129 


electro-acoustic transducers for hydrophonic sys¬ 
tems. (Report No. 2420-ED-BG.) Eginhard Dietze. 
[Section No. C4-sr00-004.j BTL. [August 23, 

1941. ] 

M2 Properties of acoustic screens for underwater ap¬ 
plications. Leslie L. Foldy. OEMsr-20; Section 
No. C4-sr20-146. USRL. July 20, 1942. 

M3 Free field reciprocity calibration of Underwater 
Sound Reference Laboratories’ standards. Leslie 
L. Foldy. OEMsr-20; Section No. C4-sr20-206. 

USRL. September 11, 1942. 

M4 The measurement of the absolute efficiency of 
hydrophones. (Report No. G12/R101.) Edward 
Gerjuoy and Ralph C. Maninger. OEMsr-20; 
Section No. 6.1-sr20-553. NLL. December 4, 

1942. 

M5 The relation between the absolute efficiency of a 
hydrophone and its thermal noise level. Eginhard 
Dietze. OEMsr-20; OSRD No. 1086; Section No. 
C4-sr20-593. USRL. December 11, 1942. 553 

M6 Measurements of hydrophone sensitivity depend¬ 
ence on static pressure. (Report Series A-l, No. 8.) 

(n.a.) MIT Research Project DIC-5985. MIT. 
January 9, 1943. 

M7 Vertical beam pattern measurements by pulse 
method. Erhard Hartmann. OEMsr-20; Service 
Project No. NS-139; Section No. 6.1-sr20-605. 

USRL. February 12, 1943. 

M8 The measurement of the working absolute effi¬ 
ciency of hydrophones. (Report No. G12/R166.) 
Edward Gerjuoy and Ralph C. Maninger. OEMsr- 
20; Section No. 6.1-sr20-647. NLL. February 18, 

1943. 

M9 Hydrophonic calibration. Development of tech¬ 
nique and facilities, (n.a.) OEMsr-212; Section 
No. 6.1-sr212-839. BTL. April 15, 1943. 

M10 Measurements of AX-48 hydrophones. A discus¬ 
sion of the validity of Barge calibrating technique. 
(Report No. G12/R439.) Edward Gerjuoy. NLL. 

July 20, 1943. 

Mil Production testing of projectors. Erwin F. 
Shrader. OEMsr-1130; Service Project No. NS-182; 

Section No. 6.1-srl 130-1622. USRL. May 22, 1944. 

M12 A calibration system in the lower megacycle range. 

(n.a.) OEMsr-783; Section No. 6.1-sr783-1697. 

BTL. August 17, 1944. 

M13 The use of the Henrici harmonic analyser to 
obtain frequency spectra of pulses. Leslie L. 

Foldy. OEMsr-1130; Service Project No. NS-139; 

Section No. 6.1-srl 130-1831. USRL. September 
18, 1944. 

M14 Double hydrophone baffle assembly with improved 
directivity. Barge measurements of directivity 
index. (Report No. G12/R1218.) Wilbur T. 

Harris and David W. Van Lennep. Service Proj¬ 
ect No. NS-102. NLL. November 6, 1944. 

M15 Transducer calibration technique, (n.a.) HUSL. 
December 1, 1944. 

M16 Toll systems; transmission measuring. [The] 31-A 
transmission measuring set. (Circuit Description; 


Memorandum No. CD-59120-01.) [Estill I. Green.] 
BTL. January 1, 1945.] 

M17 Absorption of coated steel plates. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srl 130-2146. USRL. April 5, 1945. 
M18 Acoustical calibrations and measurements at the 
New London Laboratory. (Report No. P34/R1244.) 
David W. Van Lennep and Ralph C. Maninger. 
OEMsr-1128; Section No. 6.1-srl 128-2214. NLL. 
April 30, 1945. 

M19 The acoustic shielding effect of baffles. Joseph 
B. Keller, Martin J. Klein and Henry Primakoff. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-2299. USRL. July 13, 1945. 

M20 Standards used by the Underwater Sound Refer¬ 
ence Laboratory. (n.a.) OEMsr-1130; Service 

Project No. NS-139; Section No. 6.1-srl 130-2303. 
USRL. July 23, 1945. 

Calibration Systems 

Ml [Thej 5-A impedance bridge. (Bell System Prac¬ 
tices; Section No. E40-517.) [Ludwig E. Herborn.] 
BTL. May, 1941. 

M2 Underwater sound standard hydrophones, projec¬ 
tors, and calibration apparatus developed by Bell 
Telephone Laboratories for the National Defense 
Research Committee. Robert S. Shankland. 
[USRL.] August 1, 1942. 

M3 Hydrophone calibrating equipment. Specification. 
(Report No. G12/R4121.) Roland G. Quest. 
NLL. September 15, 1942. 

M4 Thermocouple wattmeter. Earl C. Gregg, Jr. 

USRL. November 23, 1943. 

M5 Response characteristics of interphone equipment. 
(Division 17. Revision IV.) Leo L. Beranek. 
OEMsr-658; OSRD No. 3105. Harvard University, 
Cruft Laboratory. January 1, 1944. p. 15. 

M6 A low-frequency hydrophone calibration system, 
(n.a.) OEMsr-783; Section No. 6.1-sr783-1308. 
BTL. January 15, 1944. 

M7 Thermocouple wattmeters using unmatched 
thermocouples. Earl C. Gregg, Jr. OEMsr-1130; 
Service Project No. NS-139; Section No. 6.1-srl 130- 
1360. USRL. January 21, 1944. 

M8 Split projector test unit. Description and operating 
instructions. (n.a.) OEMsr-287; Section No. 6.1- 
sr287-1349. HUSL. January 31, 1944. 

M9 Description of the equipment used in the measure¬ 
ment of underwater acoustic transients. Earl C. 
Gregg, Jr. OEMsr-1130; Service Project No. NS- 
139; OSRD No. 4515; Section No. 6.1-srll30-1978. 
USRL. December 18, 1944. 

M10 Recording wattmeter. Earl C. Gregg, Jr. OEMsr- 
1130; Service Project No. NS-139; Section No. 
6.1-srl 130-2147. USRL. April 18, 1945. 

Hydrophone Standards 

Ml A primary standard pressure gradient hydrophone, 
(n.a.) OEMsr-212; Section No. C4-sr212-058. 
BTL. March 2, 1942. 


553.1 



130 


DIVISION 6 • MICROFILM LIST 


M2 A standard crystal hydrophone, (n.a.) OEMsr- 
212; Section No. C4-sr212-507. BTL. October 1, 

1942. 

M3 Calibration measurements on Naval Ordnance 
Laboratory standards SV No. 1 and No. 2; Radio 
Corporation of America hydrophone 2A, No. 47; 
and Brush Development Company hydrophone 
C21, A2 No. 9. Leslie L. Foldy and Eginhard 
Dietze. OEMsr-20; OSRD No. 978; Section No. 
C4-sr20-291. USRL. October 27, 1942. 

M4 Condenser hydrophone for frequencies below 75 
cycles per second. (Report Series A-l, No. 12.) 
Earl C. Gregg, Jr. MIT Research Project DIC- 
5985. MIT. April 1, 1943. 

M5 Low-frequency calibration measurements on Mas¬ 
sachusetts Institute of Technology crystal hydro¬ 
phones XMS-5, HKC-126 and HKC-127; and MIT 
condenser hydrophone CMF-3. Leslie L. Foldy. 
OEMsr-20; Service Project No. NS-139; Section No. 
6.1-sr20-881. USRL. June 30, 1943. 

M6 Calibration of Naval Ordnance Laboratory hydro¬ 
phones, Mark I and Mark II, and Naval Ordnance 
Laboratory standard hydrophone SV, No. 2. 
Eginhard Dietze. OEMsr-20; Service Project No. 
NS-139; Section No. 6.1-sr20-886. USRL. June 30, 

1943. 

M7 Wide-range hydrophone for low-sound fields, 
(n.a.) OEMsr-346; Section No. 6.1-sr346-1321. 
BTL. March 20, 1944. 

M8 The XMX hydrophone, (n.a.) OEMsr-1046; Serv¬ 
ice Project No. NS-164 and MIT Research Project 
DIC-6187; Section No. 6.1-sr1046-2036. MIT. 
May 31, 1945. 

553.2 Calibration Projectors 

Ml Performance characteristics and operating instruc¬ 
tions for lj-type projector, (n.a.) BTL. April 
28, 1942. 

M2 Test on model of working standard projector for 
25- to 100-kc frequency range. Frank H. Graham 
and Eginhard Dietze. USRL. May 25, 1942. 

M3 A subaqueous projector for hydrophone calibra¬ 
tions in the audible frequency range. (n.a.) 
OEMsr-212; OSRD No. 705; Section No. C4-sr212- 
103. BTL. June 1, 1942. 

M4 Calibration measurements on three intermediate 
frequency projectors Nos. 2, 4 and 5, covering the 
frequency range from 7 to 30 kilocycles. Norma 
Bailey and Frank H. Graham. OEMsr-20; Section 
No. C4-sr20-152. USRL. August 4, 1942. 

M5 Standard supersonic projectors, (n.a.) OEMsr- 
212; Section No. 6.1-sr212-625. BTL. January 21, 
1943. 

M6 A wide-range projector for the lower audible and 
upper subsonic frequencies, (n.a.) OEMsr-783; 
Section No. 6.1-sr783-1213. BTL. November 20, 
1943. 

M7 Performance characteristics and operating instruc¬ 
tions for National Defense Research Committee 
4A projector, (n.a.) BTL. December 6, 1943. 


M8 Calibration of Massachusetts Institute of Tech¬ 
nology crystal projector, XPA. L. P. Leighton. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-1631. USRL. June 29, 1944. 

M9 Wide-range supersonic projector for calibration 
work, (n.a.) OEMsr-783; Section No. 6.1-sr783- 
1325. BTL. August 10, 1944. 

M10 Calibration projector for frequencies from 20 to 
150 kilocycles, (n.a.) OEMsr-783; Section No. 
6.1-sr783-1329. BTL. February 7, 1945. 

Mil The XPA crystal transducer, (n.a.) OEMsr-1046; 
Service Project No. NS-164 and MIT Research 
Project DIC-6187; Section No. 6.1-sr 1046-2041. 
MIT. June 30, 1945. 

553.3 Standard Targets 

Ml Characteristics of portable supersonic prism for 
offshore ship location. Eginhard Dietze and W. F. 
Offutt. USRL. June 12, 1942. 

M2 Characteristics of supersonic prism PAlc intended 
for offshore ship location. W. F. Offutt. OEMsr- 
20; Section No. C4-sr20-198. USRL. August 18, 
1942. 

M3 Characteristics of supersonic prism PA2 intended 
for offshore ship location. W. F. Offutt. OEMsr- 
20; Section No. C4-sr20-281. USRL. September 
15, 1942. 

M4 Reflections from a two-foot diameter steel sphere. 
Eginhard Dietze. OEMsr-20; Section No. 6.1-sr20- 
598. USRL. January 1, 1943. 

553.4 Tank and Screen 

Ml Acoustic tank. (Report No. 2210-ACK-MS.) 

Arthur C. Keller. BTL. March 8, 1943. 

M2 Measuring tank suitable for acoustic measure¬ 
ments in water, (n.a.) Section No. 6.1-NDRC-836. 
BTL. March 31, 1943. 

553.5 Recorders 

Ml Automatic frequency response recorder. (Report 
No. P35/R671.) Alfred K. Tatum. NLL. Decem¬ 
ber 22, 1943. 

M2 Portable polar chart recorder and servomecha¬ 
nisms. (n.a.) OEMsr-287; Section No. 6.1-sr287- 
2060. HUSL. September 15, 1945. 

554 Transducers 

Ml Preliminary hydrophone calibrations. (Report No. 
2420-FFR-ED-BA.) Frank F. Romanow and Egin¬ 
hard Dietze. BTL. November 1, 1941. 

M2 Preliminary calibration of hydrophones. (Report 
No. 2420-ED-BG.) Eginhard Dietze. BTL. No¬ 
vember 8, 1941. 

M3 Preliminary calibration of condenser-type hydro¬ 
phone, NOCT No. 2. (Report No. 2420-FHG-MA.) 
Frank H. Graham. BTL. November 21, 1941. 

M4 Hydrophonic work on Case 23211. William H. 

Martin. BTL. December 4, 1941. 

M5 Preliminary calibration of hydrophones. (Report 



DIVISION 6 • MICROFILM LIST 


131 


No. 2420-EH-RA.) Erhard Hartmann. BTL. 
December 20, 1941. 

M6 Calibration of Semmes hydrophones. (Report No. 
G12/1818.) Donald P. Loye. NLL. January 8 , 
1942. 

M7 Preliminary calibration of two hydrophones de¬ 
signed by Mr. A. L. Thuras: inertia-type hydro¬ 
phone, TIH, No. 4 and magnetostriction-type, 
TMSH, No. 1. (Report No. 2420-FHG-AT.) Frank 
H. Graham. BTL. January 9, 1942. 

M8 Preliminary calibration of two pressure gradient- 
type hydrophones coded T-22, furnished by the 
Signal Corps Laboratories, Fort Monmouth, New 
Jersey. (Report No. 2420-FHG-RK.) Frank H. 
Graham. BTL. February 6 , 1942. 

M9 Calibration of hydrophones and projectors, (n.a.) 
[CUDWR.j [March 6 , 1942.] 

M10 Analysis of calibration data of magnetostriction 
echo-ranging equipment. (Report No. 2420-WDG- 
ED-VP.) Walter D. Goodale, Jr. and Eginhard 
Dietze. BTL. March 18, 1942. 

Mil Calibration of electro-acoustic transducers for 
hydrophonic systems. (Report No. 2420-ED-LA.) 
Eginhard Dietze. OEMsr-212; Section No. C4- 
sr212-101. BTL. April 17, 1942. 

M12 Calibration measurements on Naval Ordnance 
Laboratory’s standard velocity-type hydrophone, 
SV-1. Norma Bailey. OEMsr-20; Section No. 
C4-sr20- 111. USRL. June 18, 1942. 

M13 Directional patterns of sample C-26 sound trans¬ 
ceiver built by Brush Development Company. 
(Report No. D6/R3368.) Ray S. Alleman. NLL. 
July 10, 1942. 

M14 General Electric Company inertia-type carbon 
hydrophone, Nos. 1 and 2. Eginhard Dietze. 
OEMsr-20; Section No. C4-sr20-293. USRL. No¬ 
vember 12, 1942. 

M15 Calibration measurements on hydrophones used 
in the GR-5 and GR-7 offshore units for harbor 
defense. Frank H. Graham. OEMsr-20; Section 
No. C4-sr20-294. USRL. November 13, 1942. 

M16 Calibration of Bell Telephone Laboratories’ 5A 
hydrophone. D. Bernard Simmons. OEMsr-20; 
Section No. C4-sr20-297. USRL. November 16, 
1942. 

M17 Listening systems for patrol craft. A multipurpose 
hydrophone for listening systems. (Progress Re¬ 
port No. 2.) (n.a.) OEMsr-692; Section No. C4- 

sr692-661. BTL. December 15, 1942. 

M18 Information on low-frequency secondary standard 
hydrophones, HKC-126 and HKC-127. (Report 
Series A-l, No. 10.) (n.a.) MIT Research Project 
DIC-5985. MIT. March 5, 1943. 

M19 Comparison of piezoelectric and magnetostriction 
hydrophones for sonic listening. (Report No. G27/ 
R130.) James W. Follin, Jr. OEMsr-20; Section 
No. 6.1-sr20-653. NLL. March 21, 1943. 

M20 Characteristics of some transducers made by Uni¬ 
versity of California, Division of War Research. 


(Report No. U-23.) (n.a.) OEMsr-30; Section No. 
6.1-sr30-848. UCDWR. May 6 , 1943. 

M21 Calibration of Brush crystal hydrophones C43, 
No. 5 and No. 11; and Thuras magnetostriction 
hydrophones. Type D-16, Mark IV-D, No. 1 and 
No. 2. Eginhard Dietze and D. Bernard Simmons. 
OEMsr-20; Service Project No. NS-139; Section 
No. 6.1-sr20-871. USRL. May 14, 1943. 

M22 Handbook of DIC-5985 hydrophones. (Report 
Series A-l, No. 13.) J. E. White and Roland M. 
Gogolick. MIT Research Project DIC-5985. MIT. 
May 17, 1943. 

M23 Measurements on CH-10, No. 384 crystal trans¬ 
ducer. (Report No. D41/R354.) Edward Gerjuoy. 
NLL. May 22, 1943. 

M24 Calibration of C21-A2, No. 1 and C21-A2, No. 5 
hydrophones from the David Taylor Model Basin. 
Frank H. Graham. OEMsr-20; Service Project No. 
NS-139; Section No. 6.1-sr20-877. USRL. June 14, 
1943. 

M25 Low-frequency calibration of three Massachusetts 
Institute of Technology crystal hydrophones, 
HKB-65, HKB-121 and HKB-125; one MIT mag¬ 
netostriction hydrophone, HU-9; and the British 
low-frequency quartz crystal hydrophone, 2V-LF. 
Leslie L. Foldy. OEMsr-20; Service Project No. 
NS-139; Section No. 6.1-sr20-879. USRL. June 
19, 1943. 

* 

M26 Calibration of five C-50 type hydrophones. Frank 
H. Graham. OEMsr-20; Service Project No. NS- 
139; Section No. 6.1-sr20-880. USRL. Tune 19, 
1943. 

M27 Calibration of General Electric Company inertia- 
type carbon hydrophone units. Nos. 3, 4, 5 and 32. 
D. Bernard Simmons. OEMsr-20; Service Project 
No. NS-139; Section No. 6.1-sr20-940. USRL. 

July 17, 1943. 

M28 A practical dictionary of underwater acoustical 
devices. (Volume 1 and supplementary loose leaf 
sheets.) (n.a.) OEMsr-20; OSRD No. 772; Sec¬ 
tion No. 6.1-sr20-889. USRL. July 27, 1943. 

M29 Calibration of C21-A2, No. 1 and C21-A2, No. 5 
hydrophones from the David Taylor Model Basin. 
Frank H. Graham. OEMsr-20; Service Project 
No. NS-139; Section No. 6.1-sr20-947. USRL. 

August 11, 1943. 

M30 Comparison of directive patterns of hydrophones. 
(Report No. G12/R488.) Albert L. Thuras. NLL. 
August 28, 1943. 

M31 Measurements of C-26 transducer. (Report No. 
G13/R662.) Edward Gerjuoy and David W. Van 
Lennep. NLL. December 29, 1943. 

M32 Measurements of C26-1, No. 4 crystal transducer. 
(Report No. G13/710.) Edward Gerjuoy. NLL. 
January 19, 1944. 

M33 Calibration of sound meter and hydrophone. (Re¬ 
port No. P42/R787.) Robert A. Wagner. Service 
Project No. NS-212. NLL. March 9, 1944. 

M34 Hydrophone preamplifier for Woods Hole Oceano¬ 
graphic Institution. (Report No. P34/R788.) Mark 





132 


DIVISION 6 • MICROFILM LIST 


Harrison. Service Project No. NS-139. NLL. 
March 9, 1944. 

M35 Recommended calibration of Block Island cable 
system. (Report No. D12A/R1118.) Henry B. 
Hoff. Service Project No. NO-163. NLL. Sep¬ 
tember 7, 1944. 

M36 Calibration of NL-I30 hydrophones, No. H-191 
and No. H-193. L. P. Leighton. OEMsr-1130; 
Service Project No. NS-139; Section No. 6.1-srll30- 
1838. USRL. October 19, 1944. 

M37 Calibration of NL-124 hydrophone, CQA-5107, 
with NL-129-A baffle Eginhard Dietze and 
Genevieve D. Weldon. OEMSR-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-2135. 
USRL. February 12, 1945. 

M38 Calibration of NRL-X7 transducer. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srll30-2309. USRL. August 29, 
1945. 

554.1 Projectors 

Ml Analysis of measurements on crystal, JK, echo¬ 
ranging projector. (Report No. 2420-WDG-ED- 
MA.) Walter D. Goodale, Jr. and Eginhard 
Dietze. BTL. March 27, 1942. 

M2 Effect of painting diaphragm of Radio Corpora¬ 
tion of America QC projector, Serial No. 25. 
Frank H. Graham. OEMsr-20; Section No. C4- 
sr20-290. USRL. October 26, 1942. 

M3 Calibration measurements on crystal projectors 
2B, No. 7 and 3B, No. 8. Eginhard Dietze. 
OEMsr-20; Service Project No. NS-139; Section 
No. 6.1-sr20-602. USRL. January 27, 1943. 

M4 Projector patterns of QC-type echo-ranging equip¬ 
ment on board the USS Sardonyx. (Report No. 
P29/A24A/R531.) Robert J. Callen. NLL. Sep¬ 
tember 28, 1943. 

M5 Operating notes for 6B crystal projector, (n.a.) 
BTL. May 30, 1944. 

M6 The XQHA projector No. 8. Effects of protective 
sheath and of hydrostatic pressure. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srll30-2301. USRL. July 20, 1945. 
M7 Calibration of Submarine Signal Company QGC 
projector. Eginhard Dietze. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-2306. 
USRL. August 13, 1945. 

554.2 Magnetostriction Hydrophones 

Ml The tubular magnetostriction microphone. (Re¬ 
port No. G4/1937.) Albert L. Thuras. NLL. 
March 17, 1942. 

M2 Preliminary calibration of Thuras-type magneto¬ 
striction hydrophones for harbor defense. (Report 
No. 2420-FHG-MS.) Frank H. Graham. BTL. 
April 29, 1942. 

M3 Development of the directional voice frequency 
toroidal magnetostriction hydrophone. (Report No. 
G5S/3413.) Albert L. Thuras. OEMsr-20; OSRD 


No. 775; Section No. C4-sr20-214. NLL. luly 

I, 1942. 

M4 Calibration of toroidal magnetostriction hydro¬ 
phone with backing plate to reduce rear response. 
W. F. Offutt. OEMsr-20; Section No. C4-sr20-155. 
USRL. August 3, 1942. 

M5 Calibration measurements of three special magne¬ 
tostriction hydrophones from the Bell Telephone 
Laboratories. Frank H. Graham. OEMsr-20; 
Section No. C4-sr20-151. USRL. August 4, 1942. 
M6 Calibration measurements of four-foot rubber- 
covered magnetostriction hydrophone as a hydro¬ 
phone and as a projector. Frank H. Graham and 
W. F. Offutt. OEMsr-20; Section No. C4-sr20-196. 
USRL. August 15, 1942. 

M7 Calibration of two Radio Corporation of America 
magnetostriction hydrophones in the Mark 9 
depth charge container. Frank H. Graham and 
Norma Bailey. OEMsr-20; Section No. C4-sr20-200. 
USRL. August 24, 1942. 

M8 Calibration of two 4-foot Thuras magnetostriction 
hydrophones. No. 9 and No. 10. Norma Bailey 
and Eginhard Dietze. OEMsr-20; Section No. 
C4-sr20-203. USRL. September 1, 1942. 

M9 The calibration of toroidal hydrophones in a 
canvas tank. (Report No. D22.2/3935. ) Edward 
Gerjuoy. OEMsr-20; Section No. C4-sr20-344. 
NLL. September 23, 1942. 

M10 Calibration tests on toroidal magnetostriction 
hydrophone system. Norma Bailey and Eginhard 
Dietze. OEMsr-20; Section No. C4-sr20-284. 
USRL. September 25, 1942. 

Mil Calibration of three D-16 IV-D magnetostriction 
hydrophones. Serial Numbers 38, 98 and 105. 
Frank H. Graham. OEMsr-20; Service Project 
No. NS-139; Section No. 6.1-sr20-885. USRL. July 
7, 1943. 

M12 Calibration data on eight expendable radio sono 
buoy hydrophones. (Report No. D16/R472.) Ed¬ 
ward Gerjuoy and Ralph R. MacLaughlin. Service 
Project No. NS-106. NLL. August 11, 1943. 

M13 Measurements on magnetostriction transducer, 
Model COG-50153. (Report No. C-17.) C. J. 
Burbank. Service Project No. NS-139. UCDWR. 
November 8, 1943. 

M14 Measurements of 5-inch straight toroidally-wound 
hydrophones. Evaluation of annealing of nickel 

II. (Report No. D16/R610.) Wilbur T. Harris, 
Ralph R. MacLaughlin and Edward Gerjuoy. 
Service Project No. NS-106. NLL. November 11, 
1943. 

M15 Calibration of A-24, A-25 and A-27 toroidally- 
wound straight magnetostriction hydrophones. 
Frank H. Graham and D. Bernard Simmons. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-1193. USRL. December 17, 1943. 
M16 Calibration of two B19-B magnetostriction hydro¬ 
phones, Nos. 61 and 67. Frank H. Graham. 




DIVISION 6 • MICROFILM LIST 


133 


554.3 


OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-1199. USRL. January 17, 1944. 
M17 Calibration of magnetostriction hydrophone. Model 
COG-51053, No. 62. L. P. Leighton, Erwin 
Shrader and Leslie L. Foldy. OEMsr-1130; Serv¬ 
ice Project No. NS-139; Section No. 6.1-srl 130- 
1363. USRL. February 2, 1944. 

M18 Non-directional magnetostriction transducer, (n.a.) 
OEMsr-1097; Section No. 6.1-srl097-1328. BTL. 
February 1, 1945. 

Crystal Hydrophones 

Ml Preliminary calibration of Brush crystal hydro¬ 
phones, Model C10-A1. (Report No. 2240-FHG- 
VY.) Frank H. Graham. BTL. October 18, 1941. 
M2 Preliminary calibration of Brush crystal hydro¬ 
phones, Model Cll-Al, Serial No. 6 (NDRC No. 
176). (Report No. 2420-ED-EX.) Eginhard Dietze. 
BTL. December 24, 1941. 

M3 Preliminary calibration of crystal hydrophones de¬ 
signed for harbor defense. (Report No. 2420- 
FHG-TK.) Frank H. Graham. BTL. January 
9, 1942. 

M4 Preliminary calibration of XEI-2, Serial Nos. 6 
and 7, crystal hydrophones. (Report No. 2420- 
ED-HX.) Eginhard Dietze. BTL. March 17, 
1942. 

M5 Calibration of crystal hydrophones, HK-18 and 
HK-35, and of portable acoustic range sound level 
indicators, PAR-5 and PAR-6. Eginhard Dietze 
and W. F. Offutt. OEMsr-20; Section No. C4- 
sr20-113. USRL. June 15, 1942. 

M6 Calibration measurements on Brush crystal hydro¬ 
phones XEI-2, No. 5 and C23-1, No. 2. Frank H. 
Graham. OEMsr-20; Section No. C4-sr20-114. 
USRL. June 20, 1942. 

M7 Calibration measurements on Submarine Signal 
Company crystal hydrophones, SS-6-B, SS-6-P, 
S-124, No. 1 and S-124, No. 2. Frank H. Graham. 
OEMsr-20; Section No. C4-sr20-144. USRL. July 

13, 1942. 

M8 Calibration of Massachusetts Institute of Tech¬ 
nology crystal hydrophones, HK-29, HP-3 and 
HP-5, and British crystal hydrophone standard, 
No. 24. Frank H. Graham and W. F. Offutt. 
OEMsr-20; Section No. C4-sr20-132. USRL. July 
15, 1942. 

M9 Calibration of crystal hydrophones C10-A1, No. 11 
and Cll-Al, No. 13. Eginhard Dietze and Norma 
Bailey. OEMsr-20; Section No. C4-sr20-148. 

USRL. July 27, 1942. 

M10 Calibration of crystal hydrophones Cll-Al, No. 16, 
Cll-Al, No. 17, and HK-15. Norma Bailey and 
Eginhard Dietze. OEMsr-20; Section No. C4- 

sr20-147. USRL. July 27, 1942. 

Mil The HK microphone preamplifier. (Report Serial 
No. A-4, Nos. 5 and 7.) A. A. Petrauskas. MIT 
Research Project DIC-5985. MIT. September 

14, 1942. 


M12 Calibration measurements on crystal hydrophone, 
Cll-Al, No. 11, with special Naval Ordnance 
Laboratory preamplifier. Eginhard Dietze. OEM- 
sr-20; Section No. C4-sr20-282. USRL. September 
15, 1942. 

M13 Calibration measurements of the Brush AX-6 and 
C-44 dual pattern crystal hydrophones. Frank H. 
Graham. OEMsr-20; Section No. C4-sr20-285. 
USRL. September 30, 1942. 

M14 Calibration measurements on Brush crystal hydro¬ 
phones, C-23 No. 355, C-37 No. 1, AX-10 No. 4 and 
AX-10 No. 5. Leslie L. Foldy. OEMsr-20; Sec¬ 
tion No. C4-sr20-286. USRL. October 5, 1942. 

M15 Calibration of two C-23 hydrophones, Serial Nos. 
703 and 707, and one HK-21 hydrophone, MIT 
[Research Project] DIC-5985. Frank H. Graham. 
OEMsr-20; Section No. C4-sr20-298. USRL. No¬ 
vember 20, 1942. 

M16 Calibration measurements on Brush AX-6-F dual 
pattern crystal hydrophones. Norma Bailey and 
Eginhard Dietze. OEMsr-20; Section No. C4-sr20- 
299. USRL. November 26, 1942. 

M17 Calibration measurements on crystal hydrophone 
Cl 1-2, No. 11, with redesigned special Naval 
Ordnance Laboratory preamplifier. Norma Bailey. 
OEMsr-20; Section No. C4-sr20-596. USRL. De¬ 
cember 18, 1942. 

M18 Calibration measurements on the Massachusetts 
Institute of Technology crystal hydrophones, 
HK-35, XMS-3Y, XMS-5, XMS-6, HKA-57, HKC-59 
and XMQ-1. D. Bernard Simmons. OEMsr-20; 
Section No. 6.1-sr20-599. USRL. January 6, 1943. 

M19 Electrical impedance of Massachusetts Institute of 
Technology Rochelle salt hydrophones. (Report 
Series A-l, No. 9.) (n.a.) MIT Research Project 

DIC-5985. MIT. January 25, 1943. 

M20 Calibration of Brush dual pattern AX-47 and 
AX-47-1 crystal hydrophones. Norma Bailey. 
OEMsr-20; Service Project No. NS-139; Section No. 
6.1-sr20-610. USRL. March 9, 1943. 

M21 Preliminary calibration of three Massachusetts 
Institution of Technology crystal hydrophones, 
HKB-65, HKB-121 and HKB-125; one MIT mag¬ 
netostriction hydrophone, HU-9; and the British 
low-frequency quartz crystal hydrophone. Norma 
Bailey. OEMsr-20; Service Project No. NS-139; 
Section No. 6.1-sr20-619. USRL. May 6, 1943. 

M22 Measurements of AX-58 hydrophones. (Report No. 
G27/R353.) Edward Gerjuoy. NLL. May 21, 
1943. 

M23 Calibration of the Naval Research Laboratory 
tourmaline hydrophones, OL-A-3 and OL-A-4. 
D. Bernard Simmons. OEMsr-20; Service Project 
No. NS-139; Section No. 6.1-sr20-884. USRL. 
June 28, 1943. 

M24 Measurements of AX-50 hydrophones. (Report No. 
G12/R408.) Edward Gerjuoy. NLL. June 30, 
1943. 

M25 Calibration of Brush crystal hydrophone AX-58, 






134 


DIVISION 6 • MICROFILM LIST 


No. 6. Frank H. Graham. OEMsr-20; Service 
Project No. NS-139; Section No. 6.1-sr20-949. 

USRL. August 17, 1943. 

M26 Calibration of HT-1 tourmaline crystal hydro¬ 
phone and Cll-Al, No. 22 Rochelle salt crystal 
hydrophone. D. Bernard Simmons. OEMsr-20; 

Service Project No. NS-139; Section No. 6.1-sr20- 
952. USRL. August 30, 1943. 

M27 Measurements of AX-58, No. 6 Brush crystal 
hydrophone. (Report No. G12/554.) Edward 
Gerjuoy. NLL. October 19, 1943. 

M28 Calibration of AX-50, No. 2 and AX-50, No. 3 
crystal hydrophones. D. Bernard Simmons. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-1181. USRL. October 22, 1943. 

M29 Calibration of several Brush C-ll hydrophone 
units used with Naval Ordnance Laboratory Mark 3 
acoustic system. L. P. Leighton. OEMsr-20; 

Service Project No. NS-139; Section No. 6.1-sr20- 
1182. USRL. October 27, 1943. 

M30 Measurements of 3A, No. 35 crystal hydrophone. 

(Report No. G12/R579.) Edward Gerjuoy. NLL. 

October 30, 1943. 

M31 Measurements of AX-50, No. 2 and AX-50, No. 3 
hydrophone. (Report No. G12/R583.) Edward 
Gerjuoy. NLL. November 1, 1943. 

M32 Calibration of Brush AX-68, No. 4 and C45-C, 

No. 1 crystal hydrophones. D. Bernard Simmons. 
OEMsr-20; Service Project No. NS-139; Section 
No. 6.1-sr20-1184. USRL. November 11, 1943. 

M33 Calibration of Brush AX-57, No. 2 ADB crystal 
hydrophone, and AX-74, No. 1; C49-1, No. 175; 

C37-5, No. 72, Rochelle salt crystal hydrophones. 

D. Bernard Simmons. OEMsr-1130; Service Project 
No. NS-139; Section No. 6.1-srl 130-1185. USRL. 
November 12, 1943. 

M34 Measurements on crystal transducer, CS2-3, No. 

1122. (Report No. C-24.) C. J. Burbank. Service 554.4 
Project No. NS-139. UCDWR. November 19, 

1943. 

M35 Measurements of C-35 Brush crystal hydrophones, 
t thej Navy JO gear. (Report No. G12/R619.) Ed¬ 
ward Gerjuoy. NLL. November 20, 1943. 

M36 Calibration of HKC-59, HKB-78, XMX-1, and 
B19-B, No. 25 hydrophones. L. P. Leighton. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-1362. USRL. February 1, 1944. 

M37 Calibration of AX-105, No. 1 and No. 2 trans¬ 
ducers with EN-1 noise generator. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 

Section No. 6.1-srl 130-1371. USRL. March 24, 

1944. 

M38 Calibration of 5D-1 crystal hydrophone. D. Ber¬ 
nard Simmons. OEMsr-1130; Service Project No. 

NS-139; Section No. 6.1-srl 130-1375. USRL. 

April 13, 1944. 

M39 Calibration of GBL-2 crystal hydrophone. (Report 
No. G12/R914.) David W. Van Lennep. Service 
Project No. NS-139. NLL. May 10, 1944. 

M40 Calibration of Brush AX-68, No. 4 and C45-C, 


No. 1 crystal hydrophones. (Addendum to Report 
No. 6.1-sr20-1184.) Eginhard Dietze. OEMsr-1130; 
Service Project No. NS-139; Section No. 6.1-srl ISO- 
1624. USRL. May 26, 1944. 

M41 Calibration tests on four XMX hydrophones. 
L. P. Leighton. OEMsr-1130; Service Project No. 
NS-139; Section No. 6.1-srl 130-1635. USRL. July 
11, 1944. 

M42 Calibration of CY4-35 crystal hydrophone, Serial 
No. 1235. L. P. Leighton. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srll30-1637. 
USRL. July 17, 1944. 

M43 Calibration of tourmaline hydrophone No. 529 
manufactured by the Stanolind Oil and Gas Com¬ 
pany. Frank H. Graham. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-1828. 
USRL. September 8, 1944. 

M44 Calibration of Stanolind Oil and Gas Company 
tourmaline gauges. Eginhard Dietze. OEMsr- 
1130; Service Project No. NS-139; Section No. 
6.1-srll30-1971. USRL. October 31, 1944. 

M45 Calibration of RQ-51055, AX-58-A, hydrophones 
to be employed with OAY sound meters. Com¬ 
parison of two methods. (Report No. D53/R1271.) 
David W. Van Lennep. Service Project No. NS- 
212. NLL. December 7, 1944. 

M46 Calibration of C-37 hydrophone. Eginhard Dietze 
and L. P. Leighton. OEMsr-1130; Service Project 
No. NS-139; Section No. 6.1-srl 130-2130. USRL. 
January 31, 1945. 

M47 Calibration of three AX-120 hydrophones. (Report 
No. G12/R1419.) William B. Snow. Service 
Project No. NS-102. NLL. February 28, 1945. 
M48 The AX-48-A ammonium dihydrogen phosphate 
crystal hydrophone. (Report .No. G12/R1417.) 
William B. Snow. Service Project No. NS-102. 
NLL. February 28, 1945. 

Special Devices 

Ml Tests on 100-kc proximity fuze. Eginhard Dietze. 
OEMsr-20; Section No. C4-sr20-106. USRL. June 
5, 1942. 

M2 Calibration of Bell Telephone Laboratories’ 10- 
kilocycle transceiver units, Nos. 1 and 2. Eginhard 
Dietze. OEMsr-20; Section No. C4-sr20-592. 
USRL. December 10, 1942. 

M3 Calibration of dual pattern AX-3C hydrophones 
and of C-17 hydrophone mounted on test pot, 
Mark 15. Eginhard Dietze. OEMsr-20; Section 
No. C4-sr20-594. USRL. December 15, 1942. 

M4 Calibration of Bell Telephone Laboratories’ 20-kc 
and 40-kc transceiver units. No. 1 and No. 2. 
Eginhard Dietze. OEMsr-20; Service Project No. 
NS-139; Section No .6.1-sr20-613. USRL. March 

29, 1943. 

M5 Calibration of standard practice target trans¬ 
ducers, BDI-32, No. 337 and CDI-21, No. 283. 
Frank H. Graham. OEMsr-20; Service Project No. 
NS-139; Section No. 6.1-sr20-614. USRL. March 

30, 1943. 

M6 Calibration of San Diego crystal transceiver GA2-2, 







DIVISION 6 • MICROFILM LIST 


135 


No. 355. Eginhard Dietze. OEMsr-20; Service 
Project No. NS-139; Section No. 6.1-sr20-873. 
USRL. May 18, 1943. 

M7 Calibration of C49-1 hydrophones in Mark 13-5 
mine case. L. P. Leighton. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-1372. 
USRL. March 30, 1944. 

M8 Calibration of Radio Corporation of America 

Laboratories’ USDAR 1000 units, No. 1 and No. 2. 
Earl C. Gregg, Jr. and Eginhard Dietze. OEMsr- 
1130; Service Project No. NS-297; Section No. 

6.1- srll30-1632. USRL. June 30, 1944. 

M9 Calibration of Radio Corporation of America 

Laboratories’ USDAR 500 units, No. 1. L. P. 
Leighton. OEMsr-1130; Service Project No. NS- 
297; Section No. 6.1-srl 130-1821. USRL. August 
15, 1944. 

M10 Calibration of Radio Corporation of America 

Laboratories’ USDAR 250 units, Serial No. 1. 
L. P. Leighton and Joseph B. Keller. OEMsr-1130; 
Service Project No. NS-297; Section No. 6.1-srl 130- 
1822. USRL. August 18, 1944. 

Mil Calibration of Naval Research Laboratory small 
object locator. Eginhard Dietze. OEMsr-1130; 
Service Project No. NS-139; Section No. 6.1-srl ISO- 
1979. USRL. December 19, 1944. 

M12 Calibration of projector for underwater object 

locator equipment, UOL. Eginhard Dietze. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-2302. USRL. July 23, 1945. 

M13 Calibration of XQHA scanning sonar. Leslie L. 
Foldy. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srl 130-2370. USRL. September 
10, 1945. 

M14 Experimental 314 -layer XQHA transducer. Gene¬ 
vieve D. Weldon and Frank H. Graham. OEMsr- 
1130; Service Project No. NS-139; Section No. 

6.1- srl 130-2372. USRL. September 18, 1945. 

555 Domes 

Ml Memorandum regarding recent tests on domes 
under Naval Research Laboratory supervision. 
Gaylord P. Harnwell. Division 6. August 12, 
1941. 

M2 QC projector water-noise measurements t on the] 
USS Rathburne. Frederick A. Everest and David 
J. Evans. [UCDWR.j February 24, 1942. 

M3 Calibration of steel domes for echo-ranging pro¬ 
jectors. Eginhard Dietze. OEMsr-20; Section No. 
C4-sr20-153. USRL. August 7, 1942. 

M4 Directivity measurements on British-type steel 
dome for echo-ranging projectors. Eginhard Dietze 
and Norma Bailey. OEMsr-20; Section No. C4- 
sr20-289. USRL. October 26, 1942. 

M5 Echo-ranging performance of Budd 1/16-inch cor¬ 
rugated domes filled with prestone and water. 
Ralph B. Bowersox, Cassius M. Clay, Jr. and 
others. OEMsr-287; Section No. 6.1-sr287-769. 
HUSL. April 30, 1943. 

M6 Advantages of aluminum as a dome material. 


Theoretical study. Leslie L. Foldy. OEMsr-20; 
Service Project No. NS-142; Section No. 6.1-sr20- 
882. USRL. June 23, 1943. 

M7 Calibration tests on two 54-inch British-type domes 
with expanded metal stainless steel windows. 
Eginhard Dietze. OEMsr-20; Service Project No. 
NS-139; Section No. 6.1-sr20-887. USRL. July 
6, 1943. 

M8 Calibration tests on a Radio Corporation of 
America 14-inch permanent magnet echo-ranging 
projector, Model No. 3, in a WEA-2 dome. Egin¬ 
hard Dietze. OEMsr-20; Service Project No. NS- 
139; Section No. 6.1-sr20-944. USRL. July 23, 
1943. 

M9 Calibration tests on a 57-inch Budd dome with ex¬ 
panded metal stainless steel window. Genevieve 
D. Weldon and Eginhard Dietze. OEMsr-20; 
Service Project No. NS-139; Section No. 6.1-sr20- 
948. USRL. August 16, 1943. 

M10 Calibration measurements on a Radio Corpora¬ 
tion of America 9-inch projector with 1/16-inch 
corprene band in a .020-inch experimental WEA-1 
dome. Eginhard Dietze. OEMsr-20; Service Proj¬ 
ect No. NS-139; Section No. 6.1-sr20-951. USRL. 
August 24, 1943. 

Mil Calibration tests on a 100-inch expanded metal 
stainless steel dome section, QGA. L. P. Leighton 
and Eginhard Dietze. OEMsr-20; Service Project 
No. NS-139; Section No. 6.1-sr20-953. USRL. 
September 2, 1943. 

M12 Calibration measurements on a modified WEA-1 
dome, [the] New London B dome. L. P. Leighton 
and Frank H. Graham. OEMsr-20; Service Project 
No. NS-139; Section No. 6.1-sr20-954. USRL. Sep¬ 
tember 2, 1943. 

M13 Calibration of Model C dome for WEA-1 echo¬ 
ranging system. L. P. Leighton. OEMsr-1130; 
Service Project No. NS-139; Section No. 6.1-srl ISO- 
959. USRL. October 15, 1943. 

M14 Calibration measurements on an aluminum dome 
and two steel domes for use with WEA-1 equip¬ 
ment. L. P. Leighton. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-1192. 
USRL. December 15, 1943. 

M15 Calibration tests on the Naval Research Laboratory 
corrugated dome. L. P. Leighton. OEMsr-1130; 
Service Project No. NS-139; Section No. 6.1-srl ISO- 
1194. USRL. December 28, 1943. 

M16 The acoustic properties of domes. (Part I.) Henry 
Primakoff. OEMsr-1130; Service Project No. NS- 
182; Section No. 6.1-srl 130-1197. USRL. January 
5, 1944. 

M17 The acoustic properties of domes. (Part II.) Henry 
Primakoff. OEMsr-1130; Service Project No. NS- 
182; Section No. 6.1-srl 130-1366. USRL. February 
18, 1944. 

M18 The effect of Naval Research Laboratory anti¬ 
fouling paint No. 364 on the acoustic properties 
of a 54-inch dome. Eginhard Dietze and L. P. 



136 


DIVISION 6 • MICROFILM LIST 


Leighton. OEMsr-1130; Service Project No. NS- 
139; Section No. 6.1-srl 130-1368. USRL. March 
6, 1944. 

M19 Calibration of 54-inch expanded metal stainless 
steel Budd dome with reinforcements. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srl 130-1373. USRL. April 5, 1944. 

M20 Calibration of the QCU, No. 3 and QCU, No. 5 
projectors in the QCU dome. Frank H. Graham. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-1379. USRL. April 28, 1944. 

M21 Comparison of two 54-inch domes, one equipped 
with 20-mil window and the other with 30-mil 
window. Eginhard Dietze. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srll30-1628. 
USRL. June 19, 1944. 

M22 Effect of Naval Research Laboratory antifouling 
paint No. 364 used on domes. (Report No. C-57.) 
(n.a.) Service Project No. NS-139. UCDWR. 
June 22, 1944. 

M23 Monitoring CMB-78165A projectors inside 54-inch 
domes. (Report No. C-58.) (n.a.) Service Project 

No. NS-139. UCDWR. June 23, 1944. 

M24 The effect of Naval Research Laboratory anti¬ 
fouling paint No. 364 on the acoustic properties 
of echo-ranging domes. Eginhard Dietze and 
Frank H. Graham. OEMsr-1130; Service Project 
No. NS-139; Section No. 6.1-srl 130-1633. USRL. 
July 1, 1944. 

M25 Comparison of acoustic properties of QCU baffles 
manufactured by the Edward G. Budd Manufac¬ 
turing Company. Eginhard Dietze. OEMsr-1130; 
Service Project No. NS-139; Section No. 6.1-srl 130- 
1823. USRL. August 21, 1944. 

M26 Calibration of 54-inch dome with experimental 
Naval Research Laboratory rubber window. Egin¬ 
hard Dietze. OEMsr-1130; Service Project No. 
NS-139; Section No. 6.1-srl 130-1982. USRL. Jan¬ 
uary 3, 1945. 

M27 Calibration of Radio Corporation of America 14- 
inch ammonium dihydrogen phosphate crystal pro¬ 
jector and QCU-2 dome. Eginhard Dietze and 
Genevieve D. Weldon. OEMsr-1130; Service Proj¬ 
ect No. NS-139; Section No. 6.1-srl 130-2140. 

USRL. February 26, 1945. 

M28 Vertical directivity tests on Naval Research Labo¬ 
ratory corrugated dome. Eginhard Dietze and 
Genevieve D. Weldon. OEMsr-1130; Service Proj¬ 
ect No. NS-139; Section No. 6.1-srll30-2143. 

USRL. February 28, 1945. 

556 Sonar Systems 

Ml Calibration of University of California, Division of 
War Research, frequency modulated sonar. Leslie 
L. Foldy. OEMsr-1130; Service Project No. NS- 
139; Section No. 6.1-srl 130-2139. USRL. February 
24, 1945. 

556.1 US Navy 

Ml Preliminary calibration of magnetostriction echo¬ 


ranging QC projectors, and crystal JK supersonic 
listening unit. (Report No. 2420-WDG-ED-HI.) 
Walter D. Goodale and Eginhard Dietze. BTL. 
March 18, 1942. 

M2 Calibration measurements on crystal supersonic 
listening unit, JK-9. Frank H. Graham and 
Eginhard Dietze. OEMsr-20; Section No. C4-sr20- 
115. USRL. June 20, 1942. 

M3 Calibration of Submarine Signal Company echo¬ 
ranging projector. Eginhard Dietze. OEMsr-20; 
Section No. C4-sr20-202. USRL. September 3, 

1942. 

M4 Calibration measurements on parabolic hydro¬ 
phone assembly. Navy Type CBD-51035. T. Ble- 
witt. OEMsr-20; Section No. C4-sr20-280. USRL. 
September 23, 1942. 

M5 Calibration of Submarine Signal Company com¬ 
bination WEA-2 projector and dome. Eginhard 
Dietze and Norma Bailey. OEMsr-20; Section No. 
C4-sr20-295. USRL. November 16, 1942. 

M6 Note on back and side radiation of the WEA-1, 
Radio Corporation of America 9-inch, projector. 
Robert L. Cummerow and Francis P. Bundy. 
OEMsr-287; Section No. C4-sr287-380. HUSL. 
November 21, 1942. 

M7 Measurement of the angular characteristics of the 
WEA-1 projector. (Report No. G13/R175.) Ed¬ 
ward Gerjuoy. NLL. February 23, 1943. 

M8 Radio Corporation of America echo-ranging 
equipment WEA-1, Serial No. 159, and RCA engi¬ 
neering standard WEA-1 projector. Eginhard 
Dietze. OEMsr-20; Service Project No. NS-139; 
Section No. 6.1-sr20-607. USRL. February 25, 

1943. 

M9 Angular characteristics of the WEA-1 used as a 
hydrophone. (Report No. G13/R176.) Edward 
Gerjuoy. NLL. March 2, 1943. 

M10 Calibration of US Navy sound power units, Serial 
Number 3554-L-D. Frank H. Graham. OEMsr- 
20; Service Project No. NS-139; Section No. 6.1- 
sr20-611. USRL. March 10, 1943. 

Mil Calibration measurements on several WEA-1 Radio 
Corporation of America echo-ranging projectors. 
Eginhard Dietze. OEMsr-20; Service Project No. 
NS-139; Section No. 6.1-sr20-875. USRL. June 4, 
1943. 

M12 Overall calibration of NL-105, No. 9 amplifier, 
and COG-51053, No. 30 hydrophone and baffle. 
(Report No. G12/G7/R447.) Roland G. Quest. 
NLL. July 21, 1943. 

M13 Calibration of QBG crystal transducer, No. 603. 
L. P. Leighton and Eginhard Dietze. OEMsr-20; 
Service Project No. NS-139; Section No. 6.1-sr20- 
941. USRL. July 21, 1943. 

M14 Calibration of JP Nos. 1, 2, 3 and 4, and COG- 
51053 tubular magnetostriction hydrophones. 
D. Bernard Simmons. OEMsr-20; Service Project 
No. NS-139; Section No. 6.1-sr20-942. USRL. 
July 22, 1943. 





DIVISION 6 • MICROFILM LIST 


137 


M15 Calibration of two experimental model magneto¬ 
striction projectors, QGB-A and QGB-B, for use in 
bearing deviation indicator modified echo ranging. 
Frank H. Graham. OEMsr-20; Service Project 
No. NS-139; Section No. 6.1-sr20-943. USRL. 
July 23, 1943. 

M16 Calibration of an experimental model magneto¬ 
striction 26-kc projector, QGB, Model C. Frank 
H. Graham. OEMsr-20; Section No. 6.1-sr20-957. 
USRL. September 28, 1943. 

M17 Calibration of a 14-inch ammonium dihydrogen 
phosphate crystal projector, AX-63 No. 1, manu¬ 
factured by the Brush Development Company. 
Leslie L. Foldy and Frank H. Graham. OEMsr- 
1130; Service Project No. NS-139; Section No. 

6.1-srl 130-1187. USRL. November 16, 1943. 

M18 Calibration of hydrophones used with the Model 
JQ and modified JQ sound receiving equipments. 
Frank H. Graham. OEMsr-1130; Service Project 
No. NS-139; Section No. 6.1-srl 130-1190. USRL. 
December 14, 1943. 

M19 Calibration of Submarine Signal Company experi¬ 
mental ammonium dihydrogen phosphate crystal 
projector SK-5982 in QB housing. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srl 130-1191. USRL. December 
15, 1943. 

M20 Measurements on QB transducer CBM-78115, No. 
41. (Report No. C-32.) C. J. Burbank. OEMsr-30; 
Service Project No. NS-139; Section No. 6.1-sr30- 
1312. UCDWR. December 17, 1943. 

M21 Calibration of QC projector CBM-78183, No. 565. 
Frank H. Graham and Eginhard Dietze. OEMsr- 
1130; Service Project No. NS-139; Section No. 

6.1-srl 130-1196. USRL. January 4, 1944. 

M22 Calibration of a QB-733J transducer. (Report No. 
G27/R718.) David W. Van Lennep. Service Proj¬ 
ect No. NS-139. NLL. April 28, 1944. 

M23 Calibration of four QB-733R transducers. (Report 
No. G27/R878.) David W. Van Lennep. Service 
Project No. NS-139. NLL. May 1, 1944. 

M24 Calibration of 94111-A, 94120 and 94211-A trans¬ 
ducers and the 100-inch dome used in the QGA 
echo-ranging system. Frank H. Graham. OEMsr- 
1130; Service Project No. NS-139; Section No. 

6.1-srl 130-1626. USRL. June 7, 1944. 

M25 Calibration of QBF projector No. 461 in dome 
No. 14. Eginhard Dietze. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-1634. 
USRL. July 5, 1944. 

M26 Measurements on QB Submarine Signal Company 
projector. Eginhard Dietze. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-1820. 
USRL. August 11, 1944. 

M27 Calibration of Harvard Underwater Sound Labo¬ 
ratory HP-4, No. 1 laminated stack transducer, 
sword arm depth angle transducer, and B19-H 
hydrophone. Eginhard Dietze. OEMsr-1130; 


Service Project No. NS-139; Section No. 6.1-srl 130- 
1826. USRL. August 28, 1944. 

M28 Calibration of Submarine Signal Company pro¬ 
jector 947, No. 65, US Navy CBM-78214, for 
fathometer use. Frank H. Graham. OEMsr-1130; 
Service Project No. NS-297; Section No. 6.1-srl 130- 
1837. USRL. October 13, 1944. 

M29 Calibration of QJB projector No. 637. Eginhard 
Dietze and Genevieve D. Weldon. OEMsr-1130; 
Service Project No. NS-139; Section No. 6.1-srl 130- 
1986. USRL. January 16, 1945. 

M30 Calibration of ammonium dihydrogen phosphate, 
QGB and NMC sonar-ranging projectors manu¬ 
factured by the Radio Corporation of America. 
Frank H. Graham. OEMsr-1130; Service Project 
No. NS-139; Section No. 6.1-srl 130-1985. USRL. 
January 16, 1945. 

M31 Calibration of two ammonium dihydrogen phos¬ 
phate crystal projectors. Eginhard Dietze and 
Genevieve D. Weldon. OEMsr-1130; Service Proj¬ 
ect No. NS-139; Section No. 6.1-srl 130-1988. 
USRL. January 25, 1945. 

M32 Calibration of the Naval Research Laboratory 
tourmaline hydrophones, OL-A-1 and OL-A-2. 
Cathleen Anderson. OEMsr-1130; Service Project 
No. NS-139; Section No. 6.1-srl 130-2132. USRL. 
January 31, 1945. 

M33 Calibration of Bell Telephone Laboratories, Inc. 
ammonium dihydrogen phosphate crystal projec¬ 
tor. Eginhard Dietze and L. P. Leighton. OEMsr- 
1130; Service Project No. I^LS-139; Section No. 

6.1-srl 130-2131. USRL. February 1, 1945. 

M34 Calibration of experimental QCU projector, 
Models No. 1 and No. 2. Eginhard Dietze. 
OEMsr-1130; Service Project No. -^-139; Section 
No. 6.1-srl 130-2138. USRL. February 24, 1945. 
M35 Captured Japanese acoustic equipment. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srll30-2291. USRL. May^24, 1945. 
M36 Experimental football-type WFA-1 topside pro¬ 
jector. Frank H. Graham. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-2295. 
USRL. June 25, 1945. 

M37 US Navy sonar equipment, (n.a.) OEMsr-1130; 

Service Project No. NS-139; Section No. 6.1-srl 130- 
2307. USRL. August 24, 1945. 

556.2 British and Canadian 

Ml Calibration of British echo-ranging unit. Asdic 
A/S-96. E. Carstensen. OEMsr-20; Service Proj- 
ect No. NS-139; Section No. 6.1-sr20-608. USRL. 
March 4, 1943. 

M2 Calibration of British quartz crystal hydrophone, 
No. 34. Eginhard Dietze. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srll30-1364. 
USRL. February 4, 1944. 

M3 Measurements on Type 135 Asdic magnetostric¬ 
tion transducer. (Report No. 53.) (n.a.) Service 

Project No. NS-139. UCDWR. May 18, 1944. 




138 


DIVISION 6 • MICROFILM LIST 


M4 Calibration of British quartz crystal hydrophone 
No. 34. (Addendum to Report No. 6.1-srl 130-1364.) 
Eginhard Dietze. OEMsr-1130; Service Project No. 

NS-139; Section No. 6.1-srl 130-1623. USRL. May 
24, 1944. 

M5 Calibration of Asdic set, Type 135. Erwin F. 

Shrader. OEMsr-1130; Service Project No. NS-297; 

Section No. 6.1-srl 130-1827. USRL. September 4, 

1944. 

M6 Calibration of 147B British Asdic sword arm depth 
angle transducer. Eginhard Dietze and L. P. 
Leighton. OEMsr-1130; Service Project No. NS- 
139; Section No. 6.1-srl 130-2134. USRL. Febru¬ 
ary 6, 1945. 

M7 Calibration of Asdic transducer. Type 150. Erwin 
F. Shrader. OEMsr-1130; Service Project No. NS- 
297; Section No. 6.1-srl 130-2136. USRL. February 
17, 1945. 

560 Recognition 

560.1 Physiological Factors 

Ml Telegraph theory. Electrical equivalent of the ear 
as a receiver. Harry Nyquist. [Division 6.] 

January 13, 1942. 

M2 Binaural phenomena. (Report No. PI 2/4089.) 

Ralph C. Maninger. NLL. September 29, 1942. 

M3 Interval tests. (Report No. D13/R249.) Harold L. 

Bumbaugh. NLL. April 8, 1943. 

M4 Tone duration as a factor in pitch discrimination. 

(Report No. M-179.) E. G. Wever. UCDWR. 
February 16, 1944. 

M5 A study of binaural perception of the direction 
of a sound source. Irving Langmuir, Vincent J. 

Schaefer and others. OEMsr-323; OSRD No. 4079; 

Section No. 6.1-sr323-1840. GE. June 30, 1944. 

560.2 Listening 

Ml Submarine detection. Directivity indications. 

Harry Nyquist. [Division 6.] October 11, 1941. 

M2 Subaqueous listening. Directivity of a pair of 560.3 
rings. Harry Nyquist. Section No. C4-NDRC-064. 
[Division 6.] April 2, 1942. 

M3 Frequency sensitivity curves for Type W-621 head¬ 
phones. (Internal Report No. 89.) (n.a.) OSRD 

Liaison Office No. W-282-15. HMA/SEE, Fairlie 
[Laboratory, Great Britain]. May 21, 1942. 

M4 Directivity with two microphones. Harry Nyquist. 

Section No. C4-NDRC-071. [Division 6.] June 12, 

1942. 

M5 Directivity with two microphones. Addition vs 
multiplication of outputs. Harry Nyquist. Sec¬ 
tion No. C4-NDRC-073. [Division 6.] July 1, 

1942. 

M6 Masking of submarine noise by a sound composed 
of a finite number of single frequency tones. 
(Memorandum No. SAG-32.) Edward Gerjuoy. 

Sonar Analysis Group. April 28, 1945. 

M7 An experimental study of masking by a line 


spectrum. (Report No. M-314.) (n.a.) NObs-2074. 
UCDWR. June 7, 1945. 

560.21 Laboratory Tests 

Ml An investigation of the audibility of underwater 
noises. (Report No. 1.) W. F. Higgins. OSRD 
Liaison Office No. WA-317-18. National Physical 
Laboratory [Great Britain]. July 17, 1942. 

M2 An investigation of the audibility of underwater 
noises. (Second Report.) W. F. Higgins. OSRD 
Liaison Office No. WA-317-19. National Physical 
Laboratory [Great Britain]. August 24, 1942. 

M3 An investigation of the audibility of underwater 
noises. (Third Report.) C. G. Darwin. OSRD 
Liaison Office No. WA-2125-6B. National Physical 
Laboratory [Great Britain]. April 28, 1944. 

M4 Masking experiments. ([Part] I. Report No. U-229.) 
(n.a.) OEMsr-30; Service Project Nos. NO-163 and 
NS-164; Section No. 6.1-sr30-1751. UCDWR. June 
28, 1944. 

M5 Peak recognition tests. (Report No. P33/R1053.) 
Donald L. Cole and Sylvester J. Haefner. NLL. 
August 14, 1944. 

M6 Masking experiments. ([Part] II. Report No. U-258.) 
(n.a.) OEMsr-30; Service Project Nos. NO-163 and 
NS-164; Section No. 6.1-sr30-1757. UCDWR. Sep¬ 
tember 15, 1944. 

M7 Frequency weighting in ship sound measurements. 
An audibility meter. (Report No. M-399.) R. S. 
Gales, L. S. Goldberg and A. M. Small. NObs- 
2074. UCDWR. March 19, 1946. 

560.22 Field Tests 

Ml Binaural tests on the Amada, September 15, 1942. 
(Report No. P12/4021.) Donald P. Loye. NLL. 
September 18, 1942. 

M2 Binaural tests on the Amada, September 24, 1942. 
(Report No. P12/4090.) Donald A. Proudfoot. 
NLL. October 1, 1942. 

Echo Ranging 

Ml Submarine detection. Scheme employing frequency 
modulation in transmitted signal. Harry Nyquist. 
Section No. C4-NDRC-039. [Division 6.] January 
5, 1942. 

M2 Selectivity in Asdic reception. (Internal Report 
No. 109.) (n.a.) OSRD Liaison Office No. WA- 

362-9. HMA/SEE, Fairlie [Laboratory, Great 
Britain]. November 9, 1942. 

M3 Submarine detection. Pinging patterns. Harry 
Nyquist. Section No. 6.1-NDRC-126. [Division 6.] 
March 28, 1944. 

M4 Comparison of loudspeaker and telephones for 
detectability of weak echoes. (Internal Report No. 
178.) H. M. McNair and R. Hall. OSRD Liaison 
Office No. WA-2246-5A. HMA/SEE, Fairlie [Labo¬ 
ratory, Great Britain]. May 8, 1944. 

M5 The detectability of repeated pulses. (Report No. 
M-261.) Raymond C. Fisher and Carl F. Eckart. 





DIVISION 6 • MICROFILM LIST 


139 


560.31 


560.32 


560.4 


570 


570.1 


Service Project No. NS-221. UCDWR. September 

27, 1944. 

Noise Masking 

Ml Detection of radio echoes. Noise discrimination. 
Harry Nyquist. Section No. C4-NDRC-063. [Divi¬ 
sion 6.] March 27, 1942. 

M2 Telegraph signaling. Aural reception vs other. 
Report of laboratory tests. (Report No. 3410- 
RSA-MS.) R. S. Alford. BTL. July 2, 1942. 

Reverberation Masking 

Ml The detection of an echo in the presence of rever¬ 
beration. Carl F. Eckart. OEMsr-30; OSRD No. 
173; Section No. C4-sr30-175. UCDWR. May 12, 
1942. 

M2 Automatic gain control in echo-ranging systems. 
(Report No. D-4330.) J. Anderson. OSRD Liaison 
Office No. WA-854-15a. HMA/SEE, Fairlie [Labo¬ 
ratory, Great Britain]. July 14, 1943. 

M3 The D-Series of doppler drills and tests. A report 
on the psychological standards of auditory dis¬ 
crimination. (Report No. U-206.) Adelbert Ford. 
OEMsr-30; OSRD No. 3691; Section No. 6.1-sr30- 
1505. UCDWR. March, 1944. 

M4 Single tone carrier telegraphy. Comparison of 
masking effect of thermal noise vs reverberations. 
(Report No. 210-KWP-QY.) Kenneth W. Pfleger. 
Section No. 6.1-NDRC-1482. [Division 6.] August 

28, 1944. 

M5 Comparison of loudspeaker and telephones for 
recognition of doppler. (Internal Report No. 199.) 
H. M. McNair. OSRD Liaison Office No. WA- 
3065-8. HMA/SEE, Fairlie [Laboratory, Great 
Britain]. October 17, 1944. 

M6 Laboratory tests of the masking of echoes by re¬ 
verberation. R. S. Alford and W. E. Reid. OEMsr- 
346; Section No. 6.1-sr346-2126. BTL. June 8, 
1945. 

Non-Aural Recognition 

Ml Submarine detection. Aural vs automatic recep¬ 
tion. Harry Nyquist. [Division 6.] December 1, 
1941. 

M2 Telegraph theory. Aural reception vs other. Harry 
Nyquist. [Division 6.] December 11, 1941. 

Maximum Ranges 

Ml A summary of factors governing sound ranges. 
(Preliminary edition. ) George P. Woollard. 
WHOI. June, 1944. 

M2 Computed maximum echo and detection ranges 
for submarine echo-ranging gear. William B. 
Snow and Edward Gerjuoy. Section No. 6.1- 
srl 131, 1128-1688. CUDWR. July, 1944. 

Prediction 

Ml Predicted maximum listening ranges in sonic and 


supersonic listening to submarines and surface 
ships. J. W. Emling and M. T. Dow. BTL. 
August 30, 1943. 

M2 Current methods for prediction of maximum 
sound ranges. (Technical Memorandum No. 1.) 
(n.a.) CUDWR. May 1, 1944. 

M3 Bathythermograph predictions. Key West area. 
Gordon A. Riley. US Navy Department, Oceanog¬ 
raphy Office. June 7, 1944. 

M4 A review of the problem of predicting ranges in 
shallow water, (n.a.) WHOI. August 17, 1944. 

M5 Maximum echo ranges in shallow water. (Tech¬ 
nical Memorandum No. 5.) (n.a.) CUDWR. 

October 21, 1944. 

M6 Prediction of sonic and supersonic listening ranges, 
(n.a.) Service Project No. NS-140; Section No. 6.1- 
srl 131-1884. CUDWR. December, 1944. 

M7 Memorandum summarizing discussions with Lieu¬ 
tenant Rather concerning possible methods of 
overcoming very bad sound conditions. (n.a.) 
WHOI. December 12, 1945. 

570.2 Measurements 

570.21 Echo Ranges 

Ml Sound-ranging experiments at Key West, July, 
1941. Maurice Ewing. OSRD No. 725; Section 
No. C4-sr31-130. WHOI. May 23, 1942. 

M2 Echo-range observations of the USS Sylph. 
Maurice Ewing. OEMsr-31; Section No. C4-sr31- 
142. WHOI. September 10, 1942. 

M3 Asdic area trials. (Internal Report No. 127.) G. E. 
R. Deacon and H. Wood. HMA/SEE, Fairlie 
[Laboratory, Great Britain]. May 10, 1943. 

M4 Sonar tests of tilting beam sound gear on [the] 
USCG335. (n.a.) US Navy Department, Oceanog¬ 
raphy Office. March 4, 1944. 

M5 Sonar echo-ranging tests t on the] YMS370. (n.a.) 

US Navy Department, Oceanography Office. 
March 18, 1944. 

M6 Sonar sub runs by [the] USCGC Blanco. [William 
Wood.] US Navy Department, Oceanography 
Office. May 15, 1944. 

M7 Echo-ranging tests t on the] DD743. (n.a.) US 

Navy Department, Oceanography Office. [July, 
1944.] 

M8 Echo-range data [for the period] June 2 to June 
15, 1944. [Gordon A. Riley.] US Navy Depart¬ 
ment, Oceanography Office. July 3, 1944.] 

M9 Echo-ranging data t in the 3 Miami area. t L. V. 
Worthington and Helen S. Magee.] US Navy De¬ 
partment, Oceanography Office. July 5, 1944. 

M10 A comparison of achieved and predicted echo 
ranges on submerged submarines in deep water, 
(n.a.) WHOI. August 19, 1944. 

Mil Achieved echo ranges on surface ship targets in 
deep and shallow water, (n.a.) WHOI. August 
30, 1944. 

M12 Echo-range data, Key West operating area [for 



140 


DIVISION 6 • MICROFILM LIST 


the period] June 16 to October 13, 1944. [Gordon 
A. Riley, Thomas S. Austin and others.] US 
Navy Department, Oceanography Office. January 
17, 1945. 

M13 Tests made with the QDA/OKA stabilized depth 
determining gear on the USS Semmes, to ascertain 
the accuracy of depth indications with adverse 
temperature conditions. Thomas S. Austin. 
WHOI. January 11, 1946. 

570.22 Listening Ranges 

Ml Maximum listening ranges of underwater sound 
equipment. (Report No. P33/R794.) Ralph C. 
Maninger. NLL. March 13, 1944. 

M2 Addendum I to: Maximum listening ranges of 
underwater sound equipment. [Report No. P33/ 
R794.] (Report No. P33/R1008.) LeRoy A. 
Woodward. NLL. July 1, 1944. 

580 Noise 

Ml Survey of underwater sound. (Report No. 1.) 
Vern O. Knudsen, R. S. Alford and J. W. Emling. 
Section No. 6.1-NDRC-729. Division 6. February 
26, 1943. 

M2 Spectrograms of underwater sounds. Final report 
on Project NO-221. W. Koenig, Jr. and J. W. 
Emling. OEMsr-346; Service Project No. NO-221; 
Section No. 6.1-sr346-1682. BTL. June 10, 1944. 

580.1 Submarines 

Ml Submarine noise and performance of JP-1 sonic 
listening equipment aboard the USS Corvina 
(SS226) [from] September 13 t tO] 14, 1943. (Report 
No. D24/R526.) Hollie C. Williams. NLL. Sep¬ 
tember 17, 1943. 

M2 Survey of underwater sound. Sounds from sub¬ 
marines. (Report No. 2.) Vern O. Knudsen, R. S. 
Alford and J. W. Emling. Section No. 6.1-NDRC- 
1306. Division 6. December 31, 1943. 

M3 Key West trials, January 10 ( tO] 16, 1944. (Report 
No. D16/R778.) Walter L. Clearwaters and Price 

E. Fish. Service Project No. NS-106. NLL. 
March 2, 1944. 

M4 Submarine listening range at Loch Goil. Rodney 

F. Simons. OSRD Liaison Office No. WA-1730-8D. 
[Great Britain.] March 8, 1944. 

M5 USS Shark. Noise vs speed tests. (Report No. P32/ 
P33/R812.) William B. Snow and Henry B. Hoff. 
NLL. April 12, 1944. 

M6 Sound output measurements on USS Blue gill at 
62-, 150- and 250-foot keel depths, (n.a.) OEMsr- 
1046; Service Project No. NS-164 and MIT Re¬ 
search Project DIC-6187; Section No. 6.1-srl046- 
1050. MIT. May 15, 1944. 

M7 Analyses of reduction gear noise in water r on the] 
USS Blackfin (SS322). (Report No. D53/R1042.) 
Edwin E. Teal and Robert W. Pratt. NLL. July 
24, 1944. 

M8 Submarine sounds recorded for Mare Island Navy 


Yard. (Report No. M-277.) (n.a.) UCDWR. No¬ 
vember 18, 1944. 

M9 Sound cavitation tests on USS Springer (SS414). 
(Report No. M-283.) (n.a.) UCDWR. December 
20, 1944. 

M10 Underwater sound output of USS Spot (SS413). 
(Report No. M-296.) (n.a.) NObs-2074. UCDWR. 
March 1, 1945. 

Mil Underwater sound output of USS Tinosa (SS283). 
(Report No. M-303.) (n.a.) UCDWR. March 5, 
1945. 

580.2 Surface Vessels 

Ml The acoustic fields of ships of various kinds as 
determined on the Mark 2 acoustic range at Wolf 
Trap. (Report No. 700.) (n.a.) NOL. March 25, 

1943. 

M2 Oscillograms of 24-kc noise produced by a de¬ 
stroyer. (Internal Report No. A-2.) George E. 
Duvall. UCDWR. May 1, 1944. 

M3 Underwater sound measurements on aircraft car¬ 
riers. (Report No. M-212.) (n.a.) Service Project 

No. NO-163. UCDWR. May 15, 1944. 

M4 Underwater sound output of cruiser, destroyer and 
aircraft carrier. (Report No. SM-268.) (n.a.) 

UCDWR. October 28, 1944. 

M5 Acoustic measurements (75-150 cps) on escort 
vessels at Treasure Island, California. (Report No. 
AAR-35.) Joseph Ashbrook. US Navy Depart¬ 
ment, Bureau of Ordnance. December 1, 1944. 
M6 Acoustic measurements (75-150 cps) on merchant 
vessels at Treasure Island, California. (Report No. 
AAR-36.) A. B. McCaleb. US Navy Department, 
Bureau of Ordnance. December 29, 1944. 

M7 Survey of underwater sound. Sounds from surface 
ships. (Report No. 4.) M. T. Dow, J. W. Emling 
and Vern O. Knudsen. OSRD No. 5424; Section 
No. 6.1-NDRC-2124. Division 6. June 15, 1945. 

580.3 Background Noise 

580.31 Aircraft Noise 

Ml Effects of airplane noise on listening with head¬ 
phones. Experiments conducted at the Psycho- 
Acoustic Laboratory, Harvard University, Septem¬ 
ber 27 to 29, 1942 and November 6 to 8, 1942. 
(Report No. D16/D34/R107.) William B. Snow 
and William D. Neff. OEMsr-20; Section No. 
6.1-sr20-550. CUDWR. January 25, 1943. 

M2 Airplane detection by submarines. (Report No. 
P33/R897.) Edward Gerjuoy. NLL. May 10, 

1944. 

M3 Sonar hut noise measurements on a frigate. (Re¬ 
port No. M-324.) (n.a.) NObs-2074. UCDWR. 

June 11, 1945. 

580.32 Self-Noise 

Ml Self-noise in sonar gear. (Report No. C-2(01.332).) 




DIVISION 6 • MICROFILM LIST 


141 


(n.a.) OEMsr-1131, OEMsr-1483 and NObs-2083. 

WHOI. August 1, 1946. 

580.33 Ambient Noise 

Ml Sound survey. San Francisco harbor during No¬ 
vember, 1942. (Report No. U-27.) (n.a.) UCDWR. 
February 3, 1943. 

M2 Survey of underwater sound. Ambient noise. (Re¬ 
port No. 3.) Vern O. Knudsen, R. S. Alford and 
J. W. Emling. Section No. 6.1-NDRC-1848. Divi¬ 
sion 6. September 26, 1944. 

M3 Ambient noise survey. Miami area and the East 
Coast of the United States. (Report No. D46A/ 
R1215.) Henry B. Hoff, Donald L. Cole and 
Robert A. Wagner. OEMsr-1128; Service Project 
No. NO-163; Section No. 6.1-srl 128-1944. NLL. 
May 5, 1945. 

600 SONAR RESEARCH AND DEVELOPMENT 

Ml Sonar scanning systems. Roy C. Hopgood. OSRD 
No. 3220; Section No. 6.1-NDRC-1307. Division 6. 
January, 1944. 

610 Transducers 

611 Crystal Transducers 

Ml Condensed description of Brush hydrophones and 

underwater transducers. (Report No. LR-118.) 
Frank Massa. Brush Development Company. 
September 9, 1943. 

M2 Field and pattern of 3 x 12 X-cut crystal trans¬ 
ducer made by Massachusetts Institute of Tech¬ 
nology. Paul E. Sabine. [HUSL.] January 20, 
1944. 

611.1 Piezoelectric Crystals, Properties of 

Ml Interelectrode leakage of Rochelle salt crystals 
used in piezoelectric devices. ([Technical Memo¬ 
randum No.] MM-41-160-52.) H. J. McSkimin. 
BTL. October 14, 1941. 

M2 Fundamental studies on X-cut Rochelle salt 
Darol K. Froman. OEMsr-30; Section No. C4- 
sr30-392. UCDWR. July 15, 1942. 

M3 Properties of 45° Y-cut Rochelle salt crystals and 
the load-carrying capacity of liquids used with 
them, (n.a.) OEMsr-346; OSRD No. 1308; Sec¬ 
tion No. 6.1-sr346-627. BTL. December 15, 1942. 

M4 The electrical resistivity of crystals of ammonium 
and potassium dihydrogen phosphate. ([Technical 
Memorandum No.] MM-43-160-32.) J. B. Johnson 
and H. B. Briggs. BTL. March 20, 1943. 

M5 Constants and temperature coefficients of am¬ 
monium dihydrogen phosphate crystals. ([Tech¬ 
nical Memorandum No.] MM-43-160-38.) W. P. 
Mason and R. G. Kinsley. BTL. March 30, 1943. 

M6 Data on piezoelectric PN crystals. (Report No. 
LR-112.) Hans Jaffe. Brush Development Com¬ 
pany. Revised: November 23, 1943. 

M7 Electrical measurements for 45° Z-cut ammonium 


dihydrogen phosphate crystals. ([Technical Memo¬ 
randum No.] 44-120-97.) H. J. McSkimin. BTL. 
October 6, 1944. 

M8 Ammonium dihydrogen phosphate crystals. [Part] I, 
Growing ADP crystals and establishment of pilot 
plant. [Part] II, Processing ADP crystals. [Part] III, 
Electrical testing of ADP crystals, (n.a.) NXss- 
31643 and NXsr-46932; Task Nos. 7 and 8. BTL 
and BuShips. December 15, 1945. 

611.2 Design Data 

Ml Transmission of sound through flat plates. Edwin 
M. McMillan. OEMsr-30; [Section No. C4-sr30- 
025.] UCDWR. October 15, 1941. 

M2 Mechanical and acoustic attachments for piezo¬ 
electric crystals used in transducers. (n.a.) 
OEMsr-346; Section No. 6.1-sr346-628. BTL. De¬ 
cember 15, 1942. 

M3 Dissipation of energy in crystal transducers. Glen 
D. Camp. [UCDWR.] February 19, 1944. 

M4 Specification for ammonium dihydrogen phosphate 
crystal plates. (Addendum A attached. Report No. 
RE-13A-922A.) (n.a.) BuShips. March 16, 1944. 

M5 The investigation of adhesives for ammonium 
dihydrogen phosphate crystal assemblies, Bell Tele¬ 
phone Laboratories. ([Technical Memorandum 
No.] MM-44-120-99.) (n.a.) BTL. October 10, 

1944. 

M6 The design of crystal vibrating systems for pro¬ 
jectors and other applications. William J. Fry, 
John M. Taylor and Bertha W. Henvis. NRL. 
August, 1945. 

612 Magnetostriction Transducers 

612.1 Magnetostriction Principles 

Ml Hydrophonic listening devices. (Report No. 2420- 
ED-WDG-KM.) Eginhard Dietze and Walter D. 
Goodale, Jr. BTL. December 3, 1941. 

M2 Magnetostrictive transducers. Malcolm H. Hebb 
and Harvey A. Brooks. OEMsr-287; Section No. 
6.1-sr287-898. HUSL. June 22, 1943. 

M3 General ideas on permanent magnet polarization 
of magnetostrictive transducers. Francis P. 
Bundy. f HUSL.] September 29, 1943. 

M4 Permanent magnet polarization of magnetostric¬ 
tive sonar transducer. Francis P. Bundy. [HUSL.j 
October 4, 1943. 

M5 Permanent magnet polarization of laminated mag¬ 
netostrictive transducer elements by use of bi¬ 
metallic sheets. Specific application to No. 2 sonar 
elements. Francis P. Bundy. [HUSL.j October 
14, 1943. 

M6 Permanent magnet polarization of laminated ring 
stacks. Francis P. Bundy. [HUSL.j October 25, 
1943. 

M7 Electrodynamic transducers for supersonic under¬ 
water sound. Malcolm H. Hebb. HUSL. Sep¬ 
tember 13, 1944. 





142 


DIVISION 6 • MICROFILM LIST 


M8 Transducer research and production at the New 
London Laboratory. (Report No. G12/R1418.) 
William B. Snow, James W. Follin, Jr. and Wilbur 
T. Harris. OEMsr-1128; Service Project No. NS- 
113; Section No. 6.1-srl 128-2212. NLL. May 25, 
1945. 

612.2 Acoustic Theory 
612.21 Directivity 

Ml Directivity of radiation [Covering the period] from 
October, 1941 t tO] March, 1942. O. Hugo Schuck 
and others. t HUSL.j March, 1942. 

M2 On the theory of the directionality patterns of 
continuous source distributions on a plane surface. 
(Report No. MM-42-110-5.) R. Clark Jones. BTL. 
March 10, 1942. 

M3 Directivity of sound in water. Elementary arrays. 
Harry Nyquist. Section No. 6.1-NDRC-072. Divi¬ 
sion 6. June 24, 1942. 

M4 Program for studies of delay method of making 
toroidal hydrophone uni-directive. (Report No. 
G12/3769.) J. Warren Horton. NLL. August 21, 
1942. 

M5 Sign convention in pattern measurements. Fred¬ 
erick V. Hunt. [HUSL.] July 14, 1943. 

M6 Theoretical directivity characteristics for line hy¬ 
drophones. (Report No. G12/R450.) Wilbur T. 
Harris. NLL. August 26, 1943. 

M7 Pattern requirements for sonar transducer. Mal¬ 
colm H. Hebb. [HUSL.] October 15, 1943. 

M8 Shifted lobe and simultaneous lobe comparison 
patterns of a phase and shaded square transducer. 
Gerald I. Harrison. [HUSL.] November 19, 1943. 
M9 Advantages of increased hydrophone length to 
sonic listening. (Report No. G12/R631.) Albert 

L. Thuras. Service Project No. NS-113. NLL. 
December 6, 1943. 

M10 Theoretical patterns for circular radiators. Nelson 

M. Blachman. [HUSL.] December 30, 1943. 

Mil Directivity ratios for circular pistons. Nelson M. 

Blachman. t HUSL.] February 3, 1944. 

M12 Delay network to obtain front-to-back discrimina¬ 
tion. (Report No. G12/R743.) James W. Follin, 
Tr. Service Project No. NS-139. NLL. February 
11, 1944. 

M13 The vertical pattern of a split sonar element. 
Malcolm H. Hebb and Nelson M. Blachman. 
[HUSL.] March 1, 1944. 

M14 Circular transducer patterns. Gerald I. Harrison. 
[HUSL.] April 7, 1944. 

M15 Patterns of radiators in pressure-release baffles. 

Gerald I. Harrison. [HUSL.] April 12, 1944. 

M16 Single element pattern of cylindrical transducer. 

Gerald I. Harrison. [HUSL., April 28, 1944. 

M17 Elimination of side-lobe interference in the right- 
left indicator. Part I, Theoretic. (Report No. G12/ 
R947.) James W. Follin, Jr. NLL. June 8, 1944. 
M18 Directivity ratio of transducers. Gerald I. Harri¬ 
son. [HUSL.] August 21, 1944. 


M19 Shaded line sources. Gerald I. Harrison. [HUSL.j 
September 7, 1944. 

M20 Directivity ratios. Malcolm H. Hebb. t HUSL.] 
November 2, 1944. 

M21 Directivity at low sonic frequencies. (Report No. 
P33/R1067.) Walter F. Graham and Ralph C. 
Maninger. NLL. November 8, 1944. 

M22 Pattern of a sector of a cylinder. Gerald I. Harri¬ 
son. [HUSL.] November 14, 1944. 

M23 Improvement in submarine sonic listening and 
bearing accuracy. (Report No. G12/R1251.) Albert 
L. Thuras. Service Project No. NS-102. NLL. 
November 21, 1944. 

M24 Directivity patterns of a delobed hydrophone for 
various octave bands. (Report No. G12/R1254.) 
Jordan J. Markham. Service Project No. NS-102. 
NLL. November 27, 1944. 

M25 A statistical theory of errors in pattern formation. 

Gerald I. Harrison. t HUSL.] December 28, 1944. 
M26 Pattern of a 270° sector. Gerald I. Harrison. 
[HUSL.] January 5, 1945. 

M27 Theoretical formulae of hydrophone patterns in¬ 
tegrated over a band of frequencies. (Report No. 
G12/R1301.) LeRoy A. Woodward. Service Proj¬ 
ect No. NS-102. NLL. January 8, 1945. 

M28 Pattern of a 270° sector. (Corrected.) Gerald I. 

Harrison. [HUSL.] January 26, 1945. 

M29 Scattering and radiation from circular cylinders 
and spheres. Tables of amplitudes and phase 
angles. (AMP Report No. 62.1 R.) Arnold N. 
Lowan, Philip M. Morse and others. OEMsr-1046; 
MIT Research Project DIC-6187; Section No. 6.1- 
srl046-2032. MIT and AMP. February, 1945. 
M30 Pattern of 270° and 90° sectors. (Really correct.) 

Gerald I. Harrison. t HUSL.] February 26, 1945. 
M31 Scanning sonar, Directional transmitting beam for 
Frederick V. Hunt. HUSL. March 17, 1945. 

M32 Total attenuation patterns. Gerald I. Harrison. 
[HUSL.j March 24, 1945. 

M33 Transmission pattern for constant echo strength. 

Gerald I. Harrison. [HUSL.] March 26, 1945. 
M34 Advance notice of report on directivity patterns, 
(n.a.) OEMsr-58. HUSL. (n.d.) 

612.22 Efficiency and Threshold 

Ml Relation between power delivered by a hydrophone 
and its absolute efficiency. (Report No. 2420-ED- 
LA.) Eginhard Dietze. [BTL.] August 29, 1941. 
M2 Computation of absolute efficiency of a hydro¬ 
phone from its sensitivity. (Report No. 2420-ED-F.) 
Eginhard Dietze. [BTL.] August 29, 1941. 

M3 Absolute efficiency of hydrophones. (Report No. 
2420-ED-EN.) Eginhard Dietze. [BTL.j October 
18, 1941. 

M4 Noise level in small magnetostriction hydrophones. 
(Report No. D16/2814.) William B. Snow. NLL. 
May 15, 1942. 

M5 Efficiency of magnetostriction transducers. Mal¬ 
colm H. Hebb. [HUSL.j August 14, 1942. 





DIVISION 6 • MICROFILM LIST 


143 


M6 Relation between sensitivity and efficiency of a 
hydrophone. Harvey A. Brooks. [HUSL.] De¬ 
cember 4, 1942. 

M7 Shock excitation of resonant transducers. Harvey 
A. Brooks. t HUSL.] December 17, 1942. 

M8 Efficiency and sensitivity of cone-type magneto¬ 
striction transducers. Harvey A. Brooks. [HUSL.] 
January 4, 1943. 

M9 Efficiency of magnetostrictive transducers. Harvey 
A. Brooks. t HUSL.] January 19, 1943. 

M10 Figure of merit for magnetostrictive transducers. 
Harvey A. Brooks and Malcolm H. Hebb. [HUSL.] 
June 29, 1943. 

Mil A simplified method of computing potential effi¬ 
ciencies. Harvey A. Brooks. [HUSL.] September 
30, 1943. 

M12 Further generalization of the concept of potential 
efficiency applicable to any resonant transducer. 
Harvey A. Brooks. [HUSL.] October 1, 1943. 

M13 Non-linear magnetostrictive equations. Magneto¬ 
strictive transducer at high power. Malcolm H. 
Hebb. [HUSL.] March 23, 1944. 

612.23 Frequency Response 

Ml Harmonic operation of standard projectors. Fred¬ 
erick V. Hunt. [HUSL.] June 23, 1943. 

M2 Open circuit frequency response of parallel-tuned 
transducer. Malcolm H. Hebb. t HUSL.] Novem¬ 
ber 16, 1943. 

612.3 Transducer Networks 

Ml Magnetostrictive transducers. Representation of 
solid horn by four-terminal network. Malcolm H. 
Hebb. [HUSL.] November 3, 1943. 

M2 Motional admittance. Malcolm H. Hebb. [HUSL.] 
November 20, 1943. 

M3 Networks with 90° difference in phase over two 
octaves. Claude W. Horton. [HUSL.] December 
11, 1944. 

612.31 Equivalent Circuits 

Ml Equivalent circuits for electromechanical trans¬ 
ducers. Edwin M. McMillan. [UCDWR.] Janu¬ 
ary 10, 1942. 

M2 Equivalent circuit of magnetostriction oscillators. 
Harvey A. Brooks. [HUSL.] June 5, 1942. 

M3 Series and parallel tuning of transducers. Malcolm 
H. Hebb. t HUSL.] October 13, 1942. 

M4 Elementary results regarding tuning of magneto¬ 
striction microphones. Harvey A. Brooks. [HUSL.] 
December 1, 1942. 

M5 Equivalent circuit for magnetostrictive transducers. 
Malcolm H. Hebb. [HUSL.] July 12, 1943. 

M6 Relation between electromechanical coupling and 
DQ/|Z C |. Malcolm H. Hebb. [HUSL.] Febru¬ 
ary 16, 1944. 

M7 Elimination of eddy currents in magnetostriction 
hydrophones. (Report No. G12/R742.) James W. 
Follin, Jr. Service Project No. NS-139. NLL. 
February 24, 1944. 


M8 Coupling tests on segmented and unsegmented 
ladderphone stacks, LDPI No. 1 and No. 2. Wil¬ 
liam T. Bartholomew and Francis P. Bundy. 
[HUSL.] March 16, 1944. 

M9 Equivalent circuit for magnetostrictive transducers. 
Robert E. Payne. [HUSL.] August 3, 1944. 

M10 Equalization of hydrophones. Nelson M. Blach- 
man. [HUSL.] October 31, 1944. 

612.32 Impedance 

Ml The geometrical inversion transformation and its 
application in the admittance-impedance relations. 
Analytical admittance-impedance relations. Robert 
E. Payne and Malcolm H. Hebb. [HUSL.] Janu¬ 
ary 26, 1944. 

M2 Radiation impedance and equivalent circuits. 
Malcolm H. Hebb, Gerald I. Harrison and Nelson 
M. Blachman. t HUSL.] June 17, 1944. 

M3 Impedance diagram for parallel-tuned magneto¬ 
strictive transducer. Malcolm H. Hebb. [HUSL.] 
June 28, 1944. 

612.33 Coupling 

Ml Optimum coupling between microphone and am¬ 
plifiers. (Report No. G12/2805.) William B. Snow. 
NLL. May 15, 1942. 

612.34 Band-Pass Circuits 

Ml Band-pass characteristics of magnetostrictive trans¬ 
ducers. Malcolm H. Hebb and Nelson M. Blach¬ 
man. [HUSL.] January 28, 1944. 

M2 Methods of obtaining band-pass characteristics 
with magnetostriction transducers. James W. 
Follin, Jr. [HUSL.] February 17, 1944. 

M3 Band-pass transducers. Frederick V. Hunt. 
[HUSL.] February 19, 1944. 

M4 Some qualitative notes on band-pass transducers. 
Benjamin B. Drisko. [HUSL.j March 8, 1944. 

M5 Band-pass transducers. Malcolm H. Hebb and 
Nelson M. Blachman. [HUSL.] March 23, 1944. 

M6 Lamination design to minimize the Q. Nelson M. 
Blachman. t HUSL.] June 17, 1944. 

M7 Q and the Bell Telephone Laboratory. Malcolm 
H. Hebb. [HUSL.] March 12, 1945. 

612.4 Materials 

Ml Magnetic materials for magnetostriction micro¬ 
phones. (Report No. MM-42-110-14.) H. J. Wil¬ 
liams and R. M. Bozorth. [BTL.] July 7, 1942. 

M2 Measurements of the permeability of magneto¬ 
strictive materials. Howard C. Hardy. t HUSL.j 
January 14, 1943. 

M3 Visit to Bell Telephone Laboratories, November 
18 and 19 [1943]. Francis P. Bundy. t HUSL.] 
November 27, 1943. 

M4 Visit to Bell Telephone Laboratories, November 
18 and 19 [1943]. James W. Follin, Jr. [HUSL.] 
December 3, 1943. 

M5 A comparison of some possible materials for use 




144 


DIVISION 6 • MICROFILM LIST 


in JP-1 baffles. (Report No. G12/R805.) Wilbur 
T. Harris, David W. Van Lennep and Robert R. 
MacLaughlin. Service Project No. NS-113. NLL. 
March 15, 1944. 

M6 Magnetic materials for magnetostriction micro¬ 
phones and projectors. (Report No. MM-44-110- 
14.) H. J. Williams, E. A. Nesbitt and M. Goertz. 
[BTL.j March 22, 1944. 

612.41 Nickel 

Ml Residual magnetism in an unannealed nickel 
B-Type hydrophone. Paul E. Sabine. [HUSL.J 
January 28, 1943. 

M2 Acoustic properties of hydrogen-annealed nickel. 
Nelson K. Moody, Jr. and Harvey A. Brooks. 
[HUSL.j July 5, 1943. 

M3 Visit to laboratory of E. M. Wise of the Inter¬ 
national Nickel Company, Inc., on July 13, 1943. 
Malcolm H. Hebb and Francis P. Bundy. [HUSL.J 
July 27, 1943. 

M4 Nickel alloys for transducers. Frederick V. Hunt. 
[HUSL.j July 30, 1943. 

M5 Tests on hydrophones with shells specially heat 
treated by C. G. Conn, Ltd. (Report No. D16/ 
R473.) Robert R. MacLaughlin. Service Project 
Nos. AC-55 and NS-102. NLL. August 11, 1943. 

M6 Nickel strip material. Alan H. Selker. [HUSL.j 
August 24, 1943. 

M7 Heat treatment of nickel. (Report No. G12/R530.) 
Robert R. MacLaughlin. NLL. September 14, 
1943. 

M8 Measurements of 5-inch toroidally-wound mag¬ 
netostriction hydrophones. Evaluation of anneal¬ 
ing of nickel. (Report No. D16/R555.) Edward 
Gerjuoy and Wilbur T. Harris. NLL. October 
19, 1943. 

M9 Magnetic properties and electrical resistivities of 
oxide-annealed and cold-worked nickel [Grade] A. 
Shiao T. Pan. t HUSL.] November 8, 1943. 

M10 Performance of the 5-inch 20-kc oxide-annealed 
ring stacks, 20 ARS-2. Francis P. Bundy. [HUSL.j 
November 8, 1943. 

Mil Performance of the 5-inch 20-kc hardened nickel 
ring stack, 20 HRS-1. Jack C. Cotton and Francis 
P. Bundy. [HUSL.j November 17, 1943. 

M12 Hard nickel laminated transducers as powerful 
underwater sound projectors. Francis P. Bundy 
and Roland E. Mueser. [HUSL.j December 3, 
1943. 

M13 Magnetic properties of [Grade] A nickel for use in 
laminated transducers. James W. Follin, Jr. and 
Shiao T. Pan. OEMsr-287; Section No. 6.1-sr287- 
1352. HUSL. January 25, 1944. 

M14 Construction and performance of echo-repeater 
pair, 1-inch hard nickel and 2-inch annealed nickel 
ring stacks. Jack C. Cotton and Francis P. Bundy. 
[HUSL.j February 17, 1944. 

M15 Retest of 6 B-19B hydrophones from Harvey Radio 
after reannealing the shell. Paul E. Sabine. 
[HUSL.j February 24, 1944. 


M16 Annealing of JP-1, straight wood core, hydro¬ 
phone. (Report No. G12/R753.) Hector F. Ber¬ 
nier. Service Project Nos. NS-139 and NS-113. 
NLL. February 26, 1944. 

M17 Grade A nickel annealed in hydrogen. Shiao T. 
Pan. [HUSL.j April 13, 1944. 

M18 Handling equipment for cleaning, annealing and 
coating nickel laminations. Paul E. Sabine. 
[HUSL.j April 20, 1944. 

M19 Effect of annealing on the magnetic properties 
of nickel tubing. (Report No. G12/R928.) Albert 
L. Thuras and James W. Follin, Jr. NLL. May 
16, 1944. 

M20 Half-hard Grade A nickel. Shiao T. Pan. [HUSL.j 
July 6, 1944. 

M21 Variation of magnetization in legs of PM polarized 
SPEP element with driving field. Shiao T. Pan. 
[HUSL.j December 6, 1944. 

M22 Reversible permeability and hysteresis loss in 
oxide-annealed [Gradej A nickel polarized at 
B 0 z= 4100. Shiao T. Pan. t HUSL.j December 
12, 1944. 

612.42 Alloys 

Ml Properties and uses of Alnico magnets. Kenneth 
N. Fromm and Francis P. Bundy. [HUSL.j April 
23, 1943. 

M2 Visit to West Lynn Laboratory of General Electric 
regarding materials for permanent magnets. 
Francis P. Bundy. [HUSL.j September 25, 1943. 

M3 General magnetic properties and magnetostrictive 
properties of hydrogen-annealed 0.005-inch 45 
permalloy sheets. Shiao T. Pan. HUSL. January 
15, 1944. 

M4 [The] 8-Va vicalloy. Shiao T. Pan. [HUSL.j 
February 15, 1944. 

M5 [The] 2-V permendur. Shiao T. Pan. HUSL. 
March 14, 1944. 

M6 Bieber’s alloy. Shiao T. Pan. [HUSL.j April 26, 
1944. 

M7 Magnetic properties of 45 permalloy. Shiao T. 
Pan and B. A. Wooten. OEMsr-287; Section No. 
6.1-sr287-1542. HUSL. April 30, 1944. 

M8 Compressed metallic dust as a magnetostrictive 
material. William T. Bartholomew and Francis 
P. Bundy. [HUSL.j July 7, 1944. 

M9 The 6.5-V vicalloy. Shiao T. Pan. [HUSL.j July 
12, 1944. 

M10 Weston permalloy powder cores. Shiao T. Pan. 
[HUSL.j July 19, 1944. 

Mil A detailed study of sintered-oxide magnets in 
HP-3 stacks. Shiao T. Pan, Milton R. Carlson 
and Francis P. Bundy. [HUSL.j November 22, 
1944. 

M12 The magnetostriction, Young’s modulus and damp¬ 
ing of 68 permalloy as dependent on magnetiza¬ 
tion and heat treatment. (Magnetics; Monograph 
B-1303.) H. J. Williams, R. M. Bozorth and 
H. Christensen. BTL. (n.d.) 



DIVISION 6 • MICROFILM LIST 


145 


612.43 


612.44 


Rubber 

Ml The pc rubber. Francis P. Bundy. [HUSL.j 
June 10, 1943. 

M2 Transducer cable shield with conducting rubber. 

Herbert R. Stewart. [HUSL.j July 13, 1943. 

M3 Rubber for underwater use. Alan H. Selker. 
[HUSL.j March 31, 1944. 

M4 Suggested tests of acoustical transparency and 
damping of rubber and rubber substitutes. 
Francis P. Bundy. [HUSL.j May 2, 1944. 

M5 Transmission and reflection characteristics of 
rubber discs, natural and GR-S artificial. Jack 
C. Cotton. [HUSL.j May 11, 1944. 

M6 Transducers separated from the water by rubber 
or oil. Nelson M. Blachman. t HUSL.] May 12, 

1944. 

M7 Rubber-covered SPEP element. Gerard W. Ren¬ 
ner. [HUSL.j May 15, 1944. 

M8 Transmission loss in natural and synthetic rubbers. 

Paul E. Sabine. [HUSL.j May 24, 1944. 

M9 Transmission and reflection characteristics of rub¬ 
ber discs, natural and artificial. (Part II.) Jack 
C. Cotton. [HUSL.j June 3, 1944. 

M10 Transmission and density tests on twenty-one 
natural rubber discs. Jack C. Cotton. [HUSL.j 
June 9, 1944. 

Mil More transmission tests: Tyler No. 212, rubberized 
canvas, neoprene t andj pc rubber. Jack C. Cotton. 
HUSL. June 14, 1944. 

M12 Transmission tests t of] fifteen Tyler Rubber, No. 
212, SPEP faces, July 8, 1944. Jack C. Cotton. 
[HUSL.j July 10, 1944. 

M13 Sound transmission loss of SPEP face made by 
Alfred Hale Rubber Company. Paul E. Sabine. 
[HUSL.j October 4, 1944. 

M14 Measurement on SPEP stacks cemented to various 
diaphragms: rubber, stainless steel t and] plastic. 
Jack C. Cotton. [HUSL.j November 24, 1944. 
M15 Rubber faces for Leeds and Northrup SPEP trans¬ 
ducers. Francis P. Bundy. [HUSL.j February 
23, 1945. 

M16 Sound attenuation in coating materials. Alan H. 
Selker and Gerard W. Renner. [HUSL.j April 9, 

1945. 

M17 Some applications of organic plastics and rubber 
in underwater sound apparatus. Alan H. Selker. 
[HUSL.j May 26, 1945. 

Plastics and Paints 

Ml Liquid within dome. Addition of aerosol. Hay¬ 
ward W. Henderson. t HUSL.j April 22, 1943. 
M2 Cycleweld. Francis P. Bundy. [HUSL.j Septem¬ 
ber 18, 1943. 

M3 Tests on some new DuPont adhesives. Gerard W. 

Renner. [HUSL.j October 4, 1943. 

M4 Notes on painting JP-1 hydrophones. (Report No. 
D24/R539.) Frank M. Goyan. NLL. October 6, 
1943. 

M5 Blister rubber paint. Francis P. Bundy. [HUSL.j 
November 9, 1943. 


M6 Performance characteristics of a plastic-covered 
toroidally-wound hydrophone and baffle assembly. 
(Report No. G12/R708.) Wilbur T. Harris. Serv¬ 
ice Project No. NS-139. NLL. January 19, 1944. 

M7 Plastic molding materials for transducers as de¬ 
veloped at New London Laboratory. Francis P. 
Bundy. [HUSL.j March 6, 1944. 

M8 Visit to New London, April 19 t 1944j. Plastic 
potting. Alan H. Selker. [HUSL.j April 20, 
1944. 

M9 Tests on two plastic-covered, three-foot straight 
toroidally-wound hydrophones. (Report No. G12/ 
R915.) David W. Van Lennep. Service Project 
No. NS-139. NLL. May 12, 1944. 

M10 Miracle adhesives. Francis P. Bundy and Leon 
W. Camp. [HUSL.j May 18, 1944. 

Mil Consolidation of nickel laminations. Leon W. 
Camp. [HUSL.j July 26, 1944. 

M12 High-pressure water test on plastic cast transducer. 
Gerard W. Renner and Alan H. Selker. [HUSL.j 
October 2, 1944. 

M13 Oil filling of transducers. Alan H. Selker. 
[HUSL.j April 10, 1945. 

M14 Organic cements in underwater sound apparatus. 
Alan H. Selker. [HUSL.j April 18, 1945. 

612.5 Measurements 

Ml Graphical evaluation of the effect on right-left 
indicator accuracy of an interfering signal and a 
study of the relative merits of the two-section, 
5-foot hydrophone vs the ten-section, PM, 5-foot 
lobe reduction hydrophone from an interference 
view point; frontal lobe section only. (Report No. 
D55/R1144.) Frederick C. Reed, Jr. Service 
Project No. NS-113. NLL. September 22, 1944. 

612.51 Theory and Techniques 

Ml Frequency response curves. Malcolm H. Hebb. 
[HUSL.j January 7, 1943. 

M2 Capacity of ground in calibration of transducers. 
Harvey A. Brooks and Malcolm H. Hebb. [HUSL.j 
February 1, 1943. 

M3 Direction of rotation of transducers in the meas¬ 
urement of directivity patterns. Robert L. Cum- 
merow. [HUSL.j July 3, 1943. 

M4 Directivity index data sheets. Jack C. Cotton. 
[HUSL.j December 10, 1943. 

M5 Determination of E, ^ and electromechanical 
coupling coefficient from impedance data. Shiao 
T. Pan. [HUSL.j December 22, 1943. 

M6 Simplified conversion procedure for field and fre¬ 
quency-response data. Jack C. Cotton. [HUSL.j 
February 18, 1944. 

M7 Effect of cable on the measure voltage terminal 
of a transducer. Louis Fein. [HUSL.j February 
22, 1944. 

M8 Effect of shell painting upon the acoustic func¬ 
tioning of the M7/CRT-1A hydrophone. (Report 
No. D16/R799.) Robert R. MacLaughlin and 


SECRET 






146 


DIVISION 6 • MICROFILM LIST 


David W. Van Lennep. Service Project No. NS- 
106. NLL. March 20, 1944. 

M9 Measurement of reflection coefficient. Malcolm 
H. Hebb and Nelson M. Blachman. [HUSL.] 
May 19, 1944. 

M10 Field variations at the Barge. Louis Fein and 
Aaron B. Powers. t HUSL.] August 7, 1944. 

Mil Hydrophone tests adopted at the New London 
Laboratory of Columbia University, Division of 
War Research. (Report No. G12/R1092.) William 
B. Snow. OEMsr-1121; Section No. 6.1-srll21- 
1849. NLL. September 1, 1944. 

M12 Tests adopted by the Hydrophone Standards Com¬ 
mittee, July 10, 1944. (Report No. G12/R1342.) 
William B. Snow, James W. Follin, Jr. and others. 
Service Project Nos. NS-102 and NS-139. NLL. 
January 27, 1945. 

M13 Field variations at the Sweetwater Lake Calibra¬ 
tion Station of the University of California, Divi¬ 
sion of War Research. Paul Ebaugh. [HUSL.J 
February 20, 1945. 

M14 The nature of field intensity variations at Spy 
Pond. Roland E. Mueser. [HUSL.] February 
21, 1945. 

M15 How not to explain field variations. Louis Fein, 
Paul Ebaugh and Roland E. Mueser. t HUSL.] 
May 28, 1945. 

M16 Bubble trouble, continued. Roland E. Mueser. 
t HUSL.] May 29, 1945. 

M17 A calibrated field for hydrophone testing. ([Mem¬ 
orandum] C.) Roland E. Mueser. [HUSL.] June 
6, 1945. 

M18 The accuracy of an acoustic measurement. ([Mem¬ 
orandum] A.) Roland E. Mueser. [HUSL.] June 
6, 1945. 

612.511 Impedance 

Ml Underwater impedance measurements. Richard 
L. Brown and John R. Pellam. OEMsr-287; Sec¬ 
tion No. C4-sr287-093. HUSL. May 8, 1942. 

M2 Underwater impedance measurements. (Condensed 
report.) Richard L. Brown and John R. Pellam. 
OEMsr-287; Section No. C4-sr287-094. HUSL. 
May 8, 1942. 

M3 Comments on: Underwater impedance measure¬ 
ments, by Richard L. Brown and John R. Pellam, 
NDRC Report No. 264.1. H. T. O’Neil. 
[UCDWR.j August 12, 1942. 

M4 Direct measurement of complex impedance, (n.a.) 
[HUSL.] March 31, 1943. 

M5 Fourth floor impedance measurements. Paul M. 
Kendig. [HUSL.] August 23, 1943. 

M6 Some geometrical relations in the impedance dia¬ 
gram. James W. Follin, Jr. HUSL. October 11, 
1943. 

M7 Measurements of high-impedance transducers at 
the Barge, even if one side is grounded. Louis 
Fein. [HUSL.] November 15, 1944. 


612.512 Reciprocity 

Ml The alleged failure of reciprocity in electro- 
acoustical systems. Frederick V. Hunt. [HUSL.] 
November 30, 1942. 

M2 Results of reciprocity calibration as applied to 
hebbphone No. 4. Robert L. Cummerow. [HUSL.] 
May 12, 1943. 

M3 First reciprocity measurements at Spy Pond. 

Roland E. Mueser. t HUSL.] September 21, 1943. 
M4 The 4th and 5th reciprocities at Spy Pond, and 
summary. Roland E. Mueser. [HUSL.j Novem¬ 
ber 15, 1943. 

M5 Reciprocity of linear electromechanical systems. 

Malcolm H. Hebb. [HUSL.] December 8, 1943. 
M6 Broad frequency reciprocity calibration of stand¬ 
ards. Roland E. Mueser. [HUSL] February 16, 
1944. 

612.52 Facilities 

Ml Status of Barge plans. Robert L. Cummerow. 
[HUSL.] March 10, 1943. 

M2 Spy Pond equipment. Paul Ebaugh. HUSL. 
July 8, 1943. 

M3 Absorbent-lined tank for sonic gear monitor tests. 

Paul E. Sabine. [HUSL.] August 16, 1943. 

M4 Suggested simplifications in testing at Spy Pond. 

Roland E. Mueser. [HUSL.j January 21, 1945. 
M5 Suggestions for layout and handling gear at the 
Penn State Measurement Station. Paul Ebaugh. 
[HUSL.] February 7, 1945. 

M6 Comments on: Suggestions for layout and handling 
gear at the Penn State Measurement Station. 
Francis P. Bundy. [HUSL.j February 20, 1945. 
M7 Suggestions on Penn State Measurement Station. 

Roland E. Mueser. [HUSL.j March 14, 1945. 

M8 Black Moshannon. A. Nelson Butz, Jr. [HUSL.j 
May 19, 1945. 

M9 Spy Pond standards. ([Memorandum] B.) Roland 
E. Mueser. [HUSL.j June 6, 1945. 

M10 Electronic layout for Black Moshannon. Paul 
Ebaugh. [HUSL.j June 21, 1945. 

612.53 Instruments 

Ml Mechanical driver for testing 3*inch x 5-inch mag¬ 
netostriction hydrophone. (Report No. D16.2/ 
3716.) Walter L. Widlar. NLL. August 17, 1942. 
M2 Bell Laboratories’ absorbent-lined tank. Kenneth 

N. Fromm and Paul E. Sabine. [HUSL.j March 
9, 1943. 

M3 Markers for frequency scale in measurement set-up. 

O. Hugo Schuck. [HUSL.j April 5, 1943. 

M4 Standard pressure gradient hydrophone. (Report 
Nos. D-173204 and D-173206.) Eginhard Dietze. 
BTL. May 3, 1943. 

M5 Comparison of data taken at Barge and fur-lined 
bathtub. Robert B. Watson. [HUSL.j June 14, 
1943. 

M6 Amplifier and power supply for Harvard Labora¬ 
tory. (Report No. G30/R569.) Frank P. Herrnfeld 




DIVISION 6 • MICROFILM LIST 


147 


and Sylvester J. Haefner. NLL. October 25, 1943. 

M7 Sound apparatus recorders. John F. Hersh. 
[HUSL.] December 10, 1943. 

M8 Directional pattern tracer. Robert B. Watson. 
[HUSL.] January 19, 1944. 

M9 New London measuring amplifier. Henry New- 
burg. [HUSL.j February 2, 1944. 

M10 New London measuring amplifier. Fred H. Smith. 
[HUSL., February 3, 1944. 

Mil A power amplifier and bridge for the measurement 
of impedance at high-power level. (Report No. 
P35/R653.) Sylvester J. Haefner. NLL. February 
15, 1944. 

M12 Development of bridge circuits for the measure¬ 
ment of the transducer characteristics. Robert E. 
Payne. [HUSL.j April 21, 1944. 

M13 New thermal wattmeter. Mountain Lakes design. 
Jack C. Cotton. [HUSL.j May 3, 1944. 

M14 A secondary tuning fork frequency standard and 
harmonic generator. Paul Ebaugh. [HUSL.j 

May 15, 1944. 

M15 Fairprene for absorbent tank linings. Paul E. 
Sabine. HUSL. July 26, 1944. 

M16 The varistor conductometer. John F. Hersh and 
James J. Faran, Jr. [HUSL.] September 20, 1944. 

M17 Artificial transducers for scanning sonar. Robert 
E. Payne. [HUSL.] October 30, 1944. 

M18 The conductometer. James J. Faran, Jr. [HUSL.j 
November 17, 1944. 

M19 Portable polar chart recorder. (n.a.) Service 
Project No. NS-142. HUSL. December 1, 1944. 

M20 The vector impedance locus plotter. John F. 
Hersh and James J. Faran, Jr. [HUSL.] March 
2, 1945. 

M21 Design of potentiometer phase shifter for phase 
measurements over a broad frequency band. Rob¬ 
ert L. Cummerow. t HUSL.] March 5, 1945. 

M22 Vector impedance locus plotter, (n.a.) OEMsr- 
287; Section No. 6.1-sr287-2175. HUSL. March 
15, 1945. 

M23 Polar pattern plotting at Penn State. Harvey A. 
Brooks. [HUSL.j March 23, 1945. 

M24 Wetting agents. Paul Ebaugh. [HUSL.j June 
29, 1945. 

M25 Brief description of the circuit and performance 
of the last adaptation of the Shepard phase meter. 
Model 2 No. 1, undertaken at Harvard Under¬ 
water Sound Laboratory. Robert L. Cummerow. 
[HUSL.] July 2, 1945. 

612.54 Transducer Standards 

Ml Hydrophonic instruments. (Report No. 2240- 
AHI-VD.) A. H. Inglis. BTL. December 13, 1941. 

M2 Operating instructions for 2A and 3A projectors, 
(n.a.) BTL. December 7, 1942. 

M3 Temperature dependence of our 6-inch x 6-inch 
X-cut crystal projector. Precision of Barge meas¬ 
urements. Paul E. Sabine. [HUSL.j June 22, 
1943. 


M4 Sensitivity of standard hydrophone. Paul E. 

Sabine. [HUSL.j September 23, 1943. 

M5 Magnetostriction dual-purpose projectors for 
Moshannon Test Station. Roland E. Mueser and 
John R. Reitz. [HUSL.j April 18, 1945. 

M6 Reply to memorandum, April 18, 1945 [from] 
Mueser and Reitz: Magnetostriction dual-purpose 
projectors for Black Moshannon Test Station. 
Paul Ebaugh. [HUSL.j April 24, 1945. 

612.55 Transducer Characteristics 

Ml Intercomparison of microphones between MIT 
Project DIC-5985 and other groups. (Report [Cover¬ 
ing period fromj January 1, 1941 to February 24, 
1942.) (n.a.) MIT. February 24, 1942. 

M2 Characteristics of GB5-2 and C-26 transducers. 
(Report No. G12/R298.) Edward Gerjuoy. NLL. 
April 22, 1943. 

M3 Orlando calibration of proposed Mark 24 mine 
microphone. Lyman N. Miller. [HUSL.j June 
17, 1943. 

M4 Results of Spy Pond tests on waffle iron EP trans¬ 
ducer. Nelson K. Moody, Tr. HUSL. September 
21, 1943. 

M5 Measurements of 5-inch toroidally-wound magneto¬ 
striction hydrophones. (Report No. D16/R557.) 
Edward Gerjuoy. NLL. October 20, 1943. 

M6 Seat tests of JP-1 hydrophone. (Report No. G12/ 
R581.) Albert L. Thuras, Ralph C. Maninger and 
Hector F. Bernier. NLL. November 1, 1943. 

M7 Measurements of JP hydrophones. (Report No. 
G12/R597.) Edward Gerjuoy. NLL. November 
8, 1943. 

M8 JP-1 hydrophone vibration measurement. (Report 
No. G12/R620.) Albert L. Thuras and Hector F. 
Bernier. Service Project No. NS-113. NLL. No¬ 
vember 23, 1943. 

M9 Measurements of two JP-1 hydrophones with 
NL-105, No. 4 amplifier. (Report No. G12/R664.) 
Edward Gerjuoy. NLL. December 27, 1943. 

M10 Measurements of two-section three-foot hydro¬ 
phones. (Report No. G12/R683.) Edward Gerjuoy. 
NLL. January 11, 1944. 

Mil The complete magnetization of the JP-1 hydro¬ 
phone. (Report No. D24/G12/R727.) Edward 
Gerjuoy. Service Project Nos. NS-113 and NS-139. 
NLL. January 31, 1944. 

M12 Special hydrophones for range and bearing studies. 
(Report No. G12/R746.) Wilbur T. Harris. Serv¬ 
ice Project No. NS-139. NLL. February 15, 1944. 
M13 Depth charge tests on hydrophones. Effect of 
annealing on performance. (Report No. G12/R754.) 
Wilbur T. Harris, Phillip B. Edwards and Robert 
R. MacLaughlin. Service Project No. NS-139. 
NLL. March 14, 1944. 

M14 Preliminary survey of the analysis of the im¬ 
pedance and admittance data on the HP-II stacks. 
Robert E. Payne. [HUSL.j April 6, 1944. 

M15 Results of the analysis of the admittance data on 
the individual HP-II stacks, including the selec- 





148 


DIVISION 6 • MICROFILM LIST 


tion and arrangement of the elements in HP-II, 
No. 1-B. Robert E. Payne. t HUSL.j April 13, 
1944. 

M16 Tests and analysis of British scanning sonar trans¬ 
ducer element. Francis P. Bundy. t HUSL.j 
October 25, 1944. 

M17 Field of Q-P No. 2 in May and June, 1945. John 
R. Reitz. [HUSL.j June 7, 1945. 

612.6 Radially-Vibrating Transducers 

Ml Two “thimble” hydrophones. (Report No. G12/ 
R779.) Wilbur T. Harris. Service Project No. 
NS-102. NLL. March 6, 1944. 

M2 Midget element magnetostriction hydrophones. 
(Report No. G12/R889.) Wilbur T. Harris, Phillip 
B. Edward and David W. Van Lennep. NLL. 
May 23, 1944. 

M3 The 40-PR No. 1. John R. Reitz and Roland E. 

Mueser. [HUSL.j August 14, 1945. 

M4 Future work in the parabolic reflector field. John 
R. Reitz and Roland E. Mueser. [HUSL.j August 
20, 1945. 

M5 The 40-PR No. 2, esplanadephone. John R. Reitz 
and Roland E. Mueser. [HUSL.j August 20, 1945. 

612.61 Laminated Ring Stacks 

Ml Information on B-27A, Nos. 1 and 2, 39-kc nickel 
ring stack transducer. Francis P. Bundy. [HUSL.j 
May 12, 1943. 

M2 Results of tests on cyclewelded 20-kc ring stack. 

Francis P. Bundy. [HUSL.j October 14, 1943. 

M3 Tests of the large 4-segment 20-kc ring stack. 

Francis P. Bundy. [HUSL.j October 21, 1943. 

M4 Measurements on 14-inch 20-kc ring stack. James 
W. Follin, Jr. [HUSL.j November 20, 1943. 

M5 Performance of the 60-kc ring stacks H-9 and H-10, 
individually and in combination. Jack C. Cotton 
and Francis P. Bundy. [HUSL.j November 23, 

1943. 

M6 Ring stacks. Response of arrays of Frederick V. 

Hunt. HUSL. November 29, 1943. 

M7 Performance of the 60-ARS-l and -2 ring stacks. 
Jack C. Cotton and Francis P. Bundy. [HUSL.j 
December 1, 1943. 

M8 Tests on lucite-impregnated 60-kc ring stacks. 
Jack C. Cotton and Francis P. Bundy. [HUSL.j 
March 11, 1944. 

M9 Self-polarized ring stacks. Francis P. Bundy and 
Gerard W. Renner. [HUSL.j May 9, 1944. 

M10 Construction and performance of 60-kc echo re¬ 
peater transducer, Pair No. 3. Francis P. Bundy 
and Milton R. Carlson. [HUSL.j May 24, 1944. 
Mil Plastic casting of ring stack transducers. Gerard 
W. Renner and Alan H. Selker. [HUSL.j August 
29, 1944. 

M12 Control of pattern of a radially-vibrating trans¬ 
ducer. Paul E. Sabine. [HUSL.j September 22, 

1944. 

M13 [Thej 24.5-kc spherical source No. 3, delivered 


September 22, 1944. Gerard W. Renner. [HUSL.j 
September 22, 1944. 

M14 [The] 24.5-kc spherical source No. 4, delivered 
October 6, 1944. Gerard W. Renner. [HUSL.j 
October 9, 1944. 

M15 cThe^ 60-kc 2-VP-l, No. 1 c ring stack;,. Gerard W. 

Renner. [HUSL.j October 24, 1944. 

M16 [The] 24.5-kc spherical source transducers. Nos. 5 
and 6. Gerard W. Renner. [HUSL.j October 

27, 1944. 

M17 [The] 26-kc projectors for Aide de Camp. Gerard 
W. Renner. HUSL. November 2, 1944. 

M18 Tests on thin-walled 2-V permendur 60-kc ring 
stack. Francis P. Bundy. [HUSL.j November 
2, 1944. 

M19 [The] 60-kc 2-VP-l, No. 2 [ring stackj. Gerard W. 

Renner. [HUSL]. November 16, 1944. 

M20 [Thej 60-ARS No. 10 [ring stackj. Gerard W. 

Renner. [HUSL.j November 20, 1944. 

M21 [The, 60-kc 2-VP spherical source No. 1 [ring 
stackj. Gerard W. Renner. [HUSL.j December 
5, 1944. 

M22 Low-frequency thin-walled 2-VP ring stacks. 

Gerard W. Renner. [HUSL.j January 18, 1945. 
M23 [Thej 60-kc 2-VP spherical source No. 3 [ring 
stackj. Gerard W. Renner. [HUSL.j February 
2, 1945. 

M24 [Thej 24.5-kc 2-V permendur spherical source 
transducer No. 7 [ring stack,. Gerard W. Renner. 
[HUSL., February 26, 1945. 

M25 [The, 24.5-kc 2-VP spherical source No. 8 [ring 
stack,. Gerard W. Renner. [HUSL.j February 

28, 1945. 

M26 [The, 60-kc 2-VP spherical source No. 2 [ring 
stack,. Gerard W. Renner. [HUSL.j March 21, 
1945. 

M27 Plastic cast 2-VP ring stack projector for 25.5-kc 
use. Gerard W. Renner. [HUSL., April 10, 

1945. 

M28 [The, 24.5-kc 2-VP spherical source, Nos. 9 and 10 
t ring stacks,. Gerard W. Renner. [HUSL., April 
16, 1945. 

M29 Transducer construction in the low-frequency self- 
contained echo repeater. Model II. Milton R. 
Carlson. [HUSL., May 5, 1945. 

612.611 B-19B 

Ml Characteristics of B-19 sonic gear monitor trans¬ 
ducer. Francis P. Bundy. [HUSL., June 7, 1943. 
M2 [Portable sonic gear monitor transducers.] Francis 
P. Bundy. [HUSL., June 10, 1943. 

M3 Sensitivity of B-19B sonic gear monitor trans¬ 
ducer. Francis P. Bundy. [HUSL., June 15, 1943. 
M4 Suggestions on procedures for testing sonic gear 
monitor transducers as they proceed through the 
production line. Francis P. Bundy. [HUSL.j July 

29, 1943. 

M5 Tests of the first of Harvey Radio Laboratories’ 




DIVISION 6 • MICROFILM LIST 


149 


B-19B transducer. Francis P. Bundy. [HUSL.j 
September 28, 1943. 

M6 Performance tests on sonic gear monitor Model 50, 
Serial No. 2, with B-19B No. 26 hydrophone. Paul 
E. Sabine. [HUSL.j October 7, 1943. 

M7 VIR teardrop transducer for installed sound gear 
monitor. Francis P. Bundy. [HUSL.j October 
22, 1943. 

M8 Data on B-19B hydrophones. Paul E. Sabine. 
[HUSL.j January 14, 1944. 

M9 Tests on twenty-two B-19B hydrophones made by 
Harvey Radio Laboratories. Paul E. Sabine. 
[HUSL.j January 29, 1944. 

M10 Effect of depth and depth charges on a B-19B 
hydrophone. Paul E. Sabine. [HUSL.j February 
15, 1944. 

Mil Monitor transducer failures. Fred H. Smith. 
[HUSL.j February 15, 1944. 

M12 Field and frequency response sheet for B-19B, No. 
18, standard. Simplified conversion procedure. 
Jack C. Cotton. [HUSL.j February 29, 1944. 

M13 Temperature variation in sensitivity of B-19B 
hydrophones. Paul E. Sabine. [HUSL.j March 
6 , 1944. 

M14 Magnetostriction beeper listening hydrophone. 
R. Warren Marsh. [HUSL.j April 19, 1944. 

M15 Measurements on two B-19B hydrophones to be 
used as secondary standard for production tests on 
OAX-1 monitors by Harvey Radio Corporation. 
Paul E. Sabine. [HUSL.j May 11, 1944. 

M16 Sensitivity and pattern measurements on five 
monitor hydrophones submitted by Presto Record¬ 
ing Corporation. Paul E. Sabine. [HUSL.j June 
8 , 1944. 

M17 Testing of B-19B transducers at Presto Recording 
Corporation. Francis P. Bundy. [HUSL.j June 
28, 1944. 

M18 [Comparison of Harvard Underwater Sound Labo¬ 
ratory and Presto pattern and sensitivity measure¬ 
ments on Presto hydrophones.] Paul E. Sabine. 
[HUSL.j July 24, 1944. 

M19 Recent measurements on standard hydrophones, 
B-19B, No. 18; B-19H, No. 2 and B-19B, No. 1. 
Paul Ebaugh. [HUSL.j August 4, 1944. 

M20 Sensitivities of B-19B, No. 6 and B-19H, No. 1 
standard hydrophones used at the Barge. Louis 
Fein and Aaron B. Powers. [HUSL.j September 
20, 1944. 

M21 Acoustical measurements on B-19B, No. 123. Paul 
E. Sabine. [HUSL.j October 31, 1944. 

M22 Sensitivities of B-19B, No. 6 and QP-2. Louis 
Fein and Nelson M. Blachman. [HUSL.j Febru¬ 
ary 7, 1945. 

M23 Tests on beeper listening hydrophones. Paul E. 
Sabine. [HUSL.j February 28, 1945. 

M24 Test on beeper listening hydrophones. Paul E. 
Sabine. [HUSL.j April 20, 1945. 

612.612 B-19D, -F and -G 

Ml [The] B-19G, No. 1 transducer. Gerard W. Ren¬ 


ner. [HUSL.j January 24, 1944. 

M2 Installed sonic gear monitor transducer B-19D, 
No. 4 in VIR teardrop shell. Francis P. Bundy 
and Jack C. Cotton. [HUSL.j January 28, 1944. 

M3 Recalibration of B-19F hydrophone. Paul E. 
Sabine. [HUSL.j August 11, 1944. 

612.613 B-19H 

Ml [The] B-19H transducers. John R. Reitz. [HUSL.j 
February 21, 1944. 

M2 Installed sonic gear monitor transducer, B-19H, 
in VIR pit-log strut extension. John R. Reitz. 
[HUSL.j March 16, 1944. 

M3 [Thej B-19H transducers. ([Memorandum] II.) 
John R. Reitz. [HUSL.j April 13, 1944. 

M4 Effect of hanging weights from the bottom of 
monitor transducers. John R. Reitz. [HUSL.j 
April 17, 1944. 

M5 [The] B-19H expanded range monitor. John R. 
Reitz. [HUSL. May 12, 1944. 

M6 Procedure for assembly of B-19H expanded range 
monitor hydrophones. John R. Reitz. [HUSL.j 
June 13, 1944. 

M7 Construction of B-19H transducers in the trans¬ 
ducer shop. John R. Reitz. [HUSL.j August 
1, 1944. 

M8 Overload pressure on a B-19H type transducer. 
Louis Fein and Aaron B. Powers. [HUSL.j 
August 4, 1944. 

M9 Characteristics of B-19H hydrophone used as pro¬ 
jector. Paul E. Sabine and Paul Ebaugh. [HUSL.j 
August 7, 1944. 

M10 Use of B-19H hydrophones as projectors. Fred¬ 
erick V. Hunt. [HUSL.j August 9, 1944. 

Mil [The] B-19H standard transducers. Production 
tests. John R. Reitz. C HUSL. 3 October 31, 1944. 

M12 Hydrophone specification for X-OCP monitors. 
John R. Reitz. [HUSL.j December 18, 1944. 

M13 Use of filament heater for soldering and design of 
new soldering jig for B-19H. John R. Reitz and 
Alan H. Selker. [HUSL.j December 19, 1944. 

M14 Pit-log strut hydrophone. Conclusions and recom¬ 
mendations. John R. Reitz. C HUSL. 3 February 
21, 1945. 

M15 [Thej B-19H hydrophone specifications. John R. 
Reitz. [HUSL.j April 5, 1945. 

M16 High-pressure test of three B-19H hydrophones. 
John R. Reitz. [HUSL.j April 9, 1945. 

M17 High-pressure tests on B-19H hydrophones. Paul 
E. Sabine. [HUSL.j May 9, 1945. 

M18 Results of tests on eleven David Bogen OBY hydro¬ 
phones. John R. Reitz. [HUSL.j May 25, 1945. 

612.614 B-19J 

Ml [Thej B-19J hydrophones. John R. Reitz. 
[HUSL.j November 29, 1944. 

M2 Recent tests on B-19J hydrophones. John R. Reitz. 
[HUSL.j June 8, 1945. 

612.615 B-19K 

Ml Sensitivity of B-19K, No. 1 standard hydrophone 





150 


DIVISION 6 • MICROFILM LIST 


612.616 


612.62 


used at the Barge. Louis Fein and L. Curtis 
Foster. [HUSL.j October 17, 1944. 

M2 Sensitivity of B-19K, No. 1. Louis Fein. [HUSL.j 
December 8, 1944. 

M3 [Thej B-19K hydrophone for low-frequency moni¬ 
toring. John R. Reitz. [HUSL.j January 26, 
1945. 

B-19L 

Ml Experiment in alteration of the baffle of a B-19L 
beeper listening hydrophone. Francis P. Bundy. 
t HUSL.] May 4, 1945. 

Tube Hydrophones 

Ml Listening tests on Thuras “doughnut” hydro¬ 
phones. (Report No. G12/2679.) Donald P. Loye. 
NLL. April SO, 1942. 

M2 Magnetostriction microphone. Disclosure of in¬ 
vention. (Report No. G5/2625.) Albert L. Thuras. 
NLL. May 2, 1942. 

M3 Present status of the development of line micro¬ 
phones. (Report No. G12/3129.) J. Warren Hor¬ 
ton. NLL. June 13, 1942. 

M4 Thuras-type microphones at 100 kc and 1 me. 
Malcolm H. Hebb. [HUSL.j December 1, 1942. 

M5 Tubular magnetostriction hydrophone with cylin¬ 
drical internal coil. (Report No. G27/R131.) 
Hector F. Bernier. NLL. December 18, 1942. 

M6 Development of magnetostriction hydrophones, 
July 1, 1942 to April 1, 1943. (Report No. G12/ 
R158.) Albert L. Thuras. OEMsr-20; Section 
No. 6.1-sr20-639. NLL. [1943.] 

M7 Notes and observations from lecture by Albert L. 
Thuras at New London, March 24, 1943. Francis 
P. Bundy. [HUSL.j April 3, 1943. 

M8 Tests on small straight magnetostriction hydro¬ 
phones constructed with electroformed shells. (Re¬ 
port No. D16/R315.) Robert R. MacLaughlin. 
NLL. May 18, 1943. 

M9 Type tests on AN/CRT-1 units, second group. 
(Report No. D16/R376.) Henry N. Jasper, Jr. 
Service Project No. NS-106. NLL. May 19, 1943. 

M10 Straight toroidally-wound magnetostriction hydro¬ 
phone, TMS-53. (Report No. G12/R394.) James 
W. Follin, Jr. NLL. June 8, 1943. 

Mil Tests on small hydrophones, for expendable radio 
sono buoy, submitted by Aircraft Radio Labora¬ 
tory. (Report No. D16/R433.) Robert R. Mac¬ 
Laughlin. Service Project No. NS-106. NLL. 
July 16, 1943. 

M12 Line source transducer and possible sonar appli¬ 
cation. Roland E. Mueser. [HUSL.j July 30, 
1943. 

M13 Proposed changes in D16, Mark IV-E hydrophone. 
(Report No. D16/R467.) Robert R. MacLaughlin. 
NLL. August 3, 1943. 

M14 Tests on twenty expendable radio sono buoy 
hydrophones. (Report No. D16/R496.) Edward 
Gerjuoy and Robert R. MacLaughlin. NLL. Sep¬ 
tember 3, 1943. 


M15 Methods of constructing layer-built magnetostric- 
tive tubes to be used as radial oscillators. Francis 
P. Bundy. [HUSL.j September 30, 1943. 

M16 Tests on ten Series C expendable radio sono buoy 
hydrophones. (Report No. D16/R536.) Edward 
Gerjuoy and Robert R. MacLaughlin. NLL. Oc¬ 
tober 1, 1943. 

M17 Bearing accuracy of 3-ft, 2-ft and 1-ft straight 
magnetostriction hydrophones. (Report No. D17/ 
R543.) Ralph C. Maninger. NLL. October 9, 

1943. 

M18 Measurements of three-foot straight wood core 
hydrophone, D546-6 and D546-7. (Report No. 
G12/R547.) Edward Gerjuoy and Frank M. 
Goyan. NLL. October 15, 1943. 

M19 Performance of the JP baffle at supersonic fre¬ 
quencies. (Report No. G12/R643.) Edward Ger¬ 
juoy. NLL. December 11, 1943. 

M20 Improved preamplifier mounting of OAY sound 
level meter hydrophone. (Report No. P35/R679.) 
Garland W. Archer. Service Project No. NO-163. 
NLL. January 11, 1944. 

M21 The complete magnetizing of a 3-foot toroidally- 
wound magnetostriction hydrophone. (Report No. 
G12/R691.) Wilbur T. Harris and Edward Ger¬ 
juoy. Service Project No. NS-139. NLL. January 
14, 1944. 

M22 Effect of tape ties upon the acoustic functioning 
of the M-7/CRT-1A hydrophone. (Report No. 
D16/R798.) Robert R. MacLaughlin, David W. 
Van Lennep and Henry Suter. Service Project No. 
NS-106. NLL. March 20, 1944. 

M23 Permanent magnet core blastphone. (Report No. 
G12/R853.) Albert L. Thuras. NLL. April 6, 

1944. 

M24 General purpose non-directional sonic magneto¬ 
striction hydrophones. (Report No. G12/R852.) 
Wilbur T. Harris, David W. Van Lennep and 
Phillip B. Edwards. NLL. April 10, 1944. 

M25 A permanent magnet magnetostriction hydro¬ 
phone construction. (Report No. G12/R858.) 
Wilbur T. Harris and David W. Van Lennep. 
NLL. April 12, 1944. 

M26 The hydrophone, H-115. (Report No. G12/R929.) 
Wilbur T. Harris and David W. Van Lennep. 
NLL. May 19, 1944. 

M27 Comparative tests on 3-ft, 4-ft and 5-ft hydro¬ 
phones. (Report No. P33/R949.) Ralph C. Man¬ 
inger. NLL. June 12, 1944. 

M28 The straight toroidally-wound plastic-covered mag¬ 
netostriction hydrophone. (Report No. G12/R804.) 
Wilbur T. Harris. OEMsr-1128; Section No. 
6.1-srl 128-1573. NLL. June 15, 1944. 

M29 Tubular magnetostrictive transducer consisting of 
helix of fine nickel tubing. Nelson M. Blachman 
and Malcolm H. Hebb. [HUSL.j July 1, 1944. 
M30 Elimination of longitudinal resonance in the 
straight magnetostriction hydrophone. (Report No. 




DIVISION 6 • MICROFILM LIST 


151 


G12/R1014.) Hector F. Bernier. NLL. July 7, 612.1 

1944. 

M31 Preliminary specification for the NL-124 hydro¬ 
phone of the D-55 sonar system. (Report No. 
D55/R966.) (n.a.) NLL. July 21, 1944. 

M32 The modified baffle for topside straight hydro¬ 
phones. (Report No. G12/R1010.) James W. 

Follin, Jr. NLL. August 12, 1944. 

M33 Tests on six NL-130 hydrophones. (Report No. 
D50/R1110.) David W. Van Lennep. Service 
Project No. NS-238. NLL. September 4, 1944. 

M34 Measurements on New London permanent magnet 
hydrophone, H-192. Paul E. Sabine and Louis 
Fein. t HUSL.j September 7, 1944. 

M35 Five-foot split JP-1 type permanent magnet hydro¬ 
phone, TMS-97. (Report No. G12/R1125.) Albert 
L. Thuras. NLL. September 14, 1944. 

M36 Operation of topside sonic gear on USS Blue back. 612.7 
(Report No. G12/R1127.) Albert L. Thuras. 

NLL. September 18, 1944. 

M37 Magnetostriction hydrophone design. (Report No. 
G12/R1137.) Albert L. Thuras. NLL. Septem¬ 
ber 21, 1944. 

M38 Tests of an improved JP-1 type hydrophone on 612.' 
the USS Blueback. (Report No. P33/R1161.) 

Albert L. Thuras. Service Project No. NS-113. 

NLL. October 3, 1944. 

M39 Tests on two COG-51053, JP-1, hydrophones in 
NL-109 baffles removed from USS Sargo and USS 
Gabilain. (Report No. D24/R1243.) David W. Van 
Lennep and Wilbur T. Harris. NLL. November 
17, 1944. 

M40 Tests on NL-124 hydrophones manufactured by 
Astatic Corporation. (Report No. G12/R1284.) 

David W. Van Lennep and Wilbur T. Harris. 

Service Project No. NS-102. NLL. December 15, 

1944. 

M41 A permanent magnet magnetostriction hydro¬ 
phone construction. (Report No. G12/R1248.) 

Wilbur T. Harris. OEMsr-1128; Service Project 
No. NS-102; Section No. 6.1srl 128-1921. NLL. 
December 20, 1944. 

M42 An experimental streamlined baffle for two hydro¬ 
phones. (Report No. G12/R1327.) Wilbur T. 

Harris and David W. Van Lennep. Service Proj¬ 
ect No. NS-102. NLL. February 9, 1945. 

M43 Permanent magnet sonic projectors. (Report No. 
G27/R1353.) Wilbur T. Harris, Phillip B. Ed¬ 
wards and David W. Van Lennep. Service Project 
No. NS-102. NLL. February 11, 1945. 

M44 A new end fitting design for NL-124 and NL-130 
hydrophones. (Report No. G12/R1373.) Wilbur 
T. Harris and Phillip B. Edwards. Service Project 
No. NS-102. NLL. February 24, 1945. 

M45 Underwater sonic loudspeaker. (Report No. G13/ 

R1352.) Albert L. Thuras. OEMsr-1128; Service 
Project No. NS-182; Section No. 6.1-srl 128-1936. 

NLL. April 24, 1945. 

M46 Testing specification for toroidal hydrophone. (Re¬ 
port No. D22.6/3615.) (n.a.) NLL. (n.d.) 

SECRET 


Laminated Scrolls 

Ml Laminated magnetostriction tubes. Malcolm H. 
Hebb. [HUSL.j November 7, 1942. 

M2 [Thej MOX and MKX magnetostriction hydro¬ 
phones. (Report No. 2210-RLP-MS.) [R. L. Peek.] 
BTL. June 10, 1943. 

M3 Criticism of MOX and MKX magnetostrictive 
hydrophones. Lyman N. Miller. t HUSL.] August 
19, 1943. 

M4 Bell Telephone Laboratories’ magnetostrictive 
brainstorm, Type MKX. Frederick V. Hunt. 
t HUSL.] August 30, 1943. 

M5 Scroll stack transducer, April 18, 1944. John D. 
Lane. t HUSL.j April 19, 1944. 

M6 Scroll transducer project. John D. Lane. t HUSL.j 
June 17, 1944. 

Longitudinally-Vibrating Transducers 

Ml Preliminary impedance measurements which led 
to the design of the honeycomb, 19 element, trans¬ 
ducer. Paul M. Kendig. t HUSL.] September 20, 
1943. 

Laminated Stacks 

Ml Laminated stack transducer. O. Hugo Schuck. 
[HUSL.j September 2, 1942. 

M2 Laminated projectors. Frederick V. Hunt. 
t HUSL.] November 10, 1942. 

M3 Winding for 9-inch x 9-inch asymmetrical lami¬ 
nated stack. O. Hugo Schuck. [HUSL.j De¬ 
cember 5, 1942. 

M4 The 9-inch x 9-inch tests to be made at Barge. 
Patterns, frequency response t andj absolute cali¬ 
bration. Robert L. Cummerow. t HUSL.] Janu¬ 
ary 21, 1943. 

M5 Completing of Mark II, 9-inch x 9-inch asymmetri¬ 
cal stack of .005-inch nickel punchings. Francis 
P. Bundy. [HUSL.j January 26, 1943. 

M6 Efficiency measurements of the Mark I hugophone. 
Paul E. Sabine. [HUSL.j February 4, 1943. 

M7 Tests on the hebbphone. Roderic M. Scott. 
[HUSL.j March 18, 1943. 

M8 Information on the Mark I, 9-inch x 9-inch asym¬ 
metric laminated stack hydrophone. Leon W. 
Camp, Francis P. Bundy and Paul E. Sabine. 
[HUSL.j May 29, 1943. 

M9 Winding and circuit diagram of the 9-inch x 9-inch 
asymmetric stack, Mark II hydrophone. Leon W. 
Camp. HUSL. June 10, 1943. 

M10 Interlaced transducer for sonar. J. Lewis Hath¬ 
away. [HUSL.] July 15, 1943. 

Mil Interleaved transducer for sonar. San Diego echo 
repeaters. Roderic M. Scott. [HUSL.j July 21, 
1943. 

M12 Sonar test and analysis of laminated transducer 
element. James W. Follin, Jr., Robert A. Payne 
and Malcolm H. Hebb. [HUSL.j September 17, 
1943. 

M13 Magnetic polarization of the Drisko T. Francis P. 
Bundy. HUSL. September 30, 1943. 



152 


DIVISION 6 • MICROFILM LIST 


612.711 Hebbphone No. 1 

Ml Sonar magnetostrictive transducer. Frederick V. 

Hunt. [HUSL.j July 14, 1943. 

M2 The problem of sonar transducers. Roderic M. 

Scott. [HUSL.j July 17, 1943. 

M3 Change of resistance to ground of the 36-element 
transducer. Roderic M. Scott. [HUSL.j July 23, 
1943. 

M4 Tests on the 36-element hebbphone [No.j 1 trans¬ 
ducer. Thomas P. Merritt, Harold P. Knauss 
and Arthur C. Clatfelter. [HUSL.j December 30, 

1943. 

M5 Proposed tests for HP-1 transducer. Francis P. 

Bundy. [HUSL.j March 27, 1944. 

M6 That which is rotten with HP-1. Stanley R. Rich 
and David C. Whitmarsh. [HUSL.j April 21, 

1944. 

M7 Comparison tests on hebbphone [No.j 1 and hebb¬ 
phone [No.j 2. Thomas P. Merritt, Francis P. 
Bundy and others. [HUSL.j May 2, 1944. 

M8 Transmission directivity indices of hebbphone 
[No.j 1, hebbphone t No.j 2-B and other similar 
hydrophones. F. Burton Jones. [HUSL.j Sep¬ 
tember 21, 1944. 


M14 Transducers, Thoughts on laminated. Eric A. 
Walker. [HUSL.j October 25, 1943. 

M15 Transducers, Thoughts on laminated. Frederick 
V. Hunt. HUSL. October 25, 1943. 

M16 Laminated transducers, Further thoughts on. 
Francis P. Bundy. [HUSL.j November 2, 1943. 

M17 Sonar transducer. Certain measurements and rec¬ 
ommendations. F. Burton Jones. [HUSL.j No¬ 
vember 16, 1943. 

M18 Thoughts on design of transducers for an 80-kc 
sonar system. Francis P. Bundy. [HUSL.j De¬ 
cember 7, 1943. 

M19 Remarks on suggested design of transducers for 
high-frequency sonar systems. Roderic M. Scott. 
[HUSL.j December 11, 1943. 

M20 Answers to questions in Scott’s memorandum of 
December 11, regarding high-frequency sonar 
transducers. Francis P. Bundy. [HUSL.j De¬ 
cember 15, 1943. 

M21 A study of the behavior of consolidated and un¬ 
consolidated stack transducers in castor oil and in 
water. Leon W. Camp and Francis P. Bundy. 
[HUSL.j January 13, 1944. 

M22 Concluding report on bookphones. Gerard W. 
Renner. [HUSL.j February 7, 1944. 

M23 Efficiencies of consolidated and unconsolidated 
stack transducers in castor oil and in water. 
Francis P. Bundy and Leon W. Camp. OEMsr- 
287; Section No. 6.1-sr287-1356. HUSL. February 
10, 1944. 

M24 Design, construction and performance of the 
Drisko T transducer. Benjamin B. Drisko. 
[HUSL.j February 28, 1944. 

M25 Sonar transducer proposals. John D. Lane. 
[HUSL.j April 4, 1944. 

M26 Coupling tests on ladderphone stacks. Frederick 
V. Hunt. [HUSL.j April 10, 1944. 

M27 Stepped-frequency transducers. Gerard W. Renner 
and Francis P. Bundy. [HUSL.j May 4, 1944. 

M28 Sonar lamination dimensions as functions of the 
number of sections. Nelson M. Blachman. 
[HUSL.j June 26, 1944. 

M29 The construction and performance of the Whale 
transducer. Milton R. Carlson and Francis P. 
Bundy. [HUSL.j July 16, 1944. 

M30 Transducer nomenclature. ([Part] II.) Cedric E. 
Hesthal. [HUSL.j August 24, 1944. 

M31 Lamination cleaning. Jack C. Cotton. [HUSL.j 
December 1, 1944. 

M32 Submarine bottom side transducer. Hugh E. Har¬ 
low. [HUSL.j January 4, 1945. 

M33 Present bad terminology relating to diameter of 
scanning transducers. Malcolm H. Hebb. [HUSL.j 
February 8, 1945. 

M34 Technical literature for indoctrination of prospec¬ 
tive manufacturers of QH sonar transducers. 
Francis P. Bundy. [HUSL.j March 6, 1945. 


612.712 Hebbphone No. 2 

Ml Lamination for Model 2 sonar transducer. Mal¬ 
colm H. Hebb. [HUSL.j July 30, 1943. 

M2 [The] No. 2 sonar transducer element. Francis P. 

Bundy. [HUSL.j September 10, 1943. 

M3 Tests on Model No. 2 sonar transducer. James 
W. Follin, Jr. and Malcolm H. Hebb. [HUSL.j 
October 7, 1943. 

M4 Results of comparison tests on Campbell and 
Murphy 10 mil 2-inch stacks. Thomas P. Merritt. 
[HUSL.j February 1, 1944. 

M5 Performance of HP-2, No. 1 on USS Sardonyx. 

Cedric E. Hesthal. [HUSL.j March 4, 1944. 

M6 Construction and first tests of the HP-1, No. 1 
transducer. Francis P. Bundy, Cedric E. Hesthal 
and others. [HUSL.j March 21, 1944. 

M7 Tests on 2-inch HP-2 stacks. Thomas P. Merritt 
and Francis P. Bundy. [HUSL.j May 3, 1944. 

M8 Acoustic patterns of the HP-2B scanning sonar 
transducer on the USS Cythera. Harold P. 
Knauss, Aaron B. Powers and Francis P. Bundy. 
[HUSL.j October 10, 1944. 

612.713 Hebbphone No. 3 

Ml [Assembly of HP-3 stacks.] Leon W. Camp. 
[HUSL.j July 13, 1944. 

M2 Consolidation of HP-3 laminations. Leon W. 

Camp. [HUSL.j July 15, 1944. 

M3 Assembly of HP-3 stacks. (Supplementary Memo¬ 
randum of July 13, 1944.) Leon W. Camp. 
[HUSL.j July 24, 1944. 

M4 Specifications for consolidation and winding of 
laminations. Leon W. Camp. [HUSL.j August 
24, 1944. 




DIVISION 6 • MICROFILM LIST 


153 


M5 Harvey Radio [Corporation’s] first HP-3 stack. 

Francis P. Bundy. t HUSL.] September 6 , 1944. 
M 6 Impedance of HP-3 stacks. Francis P. Bundy. 
[HUSL.] October 5, 1944. 

M7 Capacitive commutators. F. Burton Jones and 
Reubin H. Wallace. [HUSL.] October 5, 1944. 
M 8 Cyclewelding of HP-3 stacks. Paul E. Sabine. 
[HUSL.] October 28, 1944. 

M9 Construction and first tests of the magnetostric- 
tive scanning sonar transducer HP-3DS. Robert 
B. Watson and Francis P. Bundy. [HUSL.] De¬ 
cember 13, 1944. 

M10 HP-3 stacks submitted by Harvey Radio Corpora¬ 
tion. Leon W. Camp. [HUSL.] December 29, 

1944. 

Mil Measurements on HP-3DS as installed on USS 
Cythera. Robert B. Watson. [HUSL.] March 3, 

1945. 

M12 Measurements on HP-3DS as installed on USS 
Cythera. Robert B. Watson. t HUSL.] March 10, 
1945. 

M13 Turkshead covering for HP-3S. Cedric E. Hesthal. 
[HUSL.] March 19, 1945. 

M14 Outline of tests suggested for HP-3. Francis P. 

Bundy. [HUSL.] March 24, 1945. 

M15 Repair of HP-3DS, No. 1 transducer. Nat H. 

Godbold. [HUSL.] April 5, 1945. 

M16 Tests of HP-3, No. 1 transducer. Marvin J. 
Foral and Francis P. Bundy. HUSL. May 23, 
1945. 

612.714 Hebbphone No. 5 

Ml QH Sonar. Depression of beam. Malcolm H. 

Hebb. [HUSL.] June 19, 1944. 

M2 Construction and testing of HP-5 transducer stacks 
at the Sangamo Electric Company. Francis P. 
Bundy and James J. Faran, Jr. t HUSL.] August 
21, 1944. 

M3 Tests on five Sangamo HP-5 transducer stacks. 

Francis P. Bundy. [HUSL.] September 8 , 1944. 
M4 Tests on six Sangamo HP-5 transducer stacks. 

Francis P. Bundy. [HUSL.] October 14, 1944. 

M5 Dome for ultimate sonar transducer. Hugh E. 

Harlow. t HUSL.] November 3, 1944. 

M 6 Water seal for 100-conductor sonar cable. Alan 
H. Selker. t HUSL.] December 6 , 1944. 

M7 Plans for testing HP-5 Sangamo assembly at Barge. 

Francis P. Bundy. t HUSL.] January 17, 1945. 

M 8 Final tests on Sangamo HP-5, No. 1 transducer 
before installation on the Galaxy. Francis P. 
Bundy. [HUSL.] February 27, 1945. 

M9 Tests on Sangamo HP-5, No. 3 transducer. Cedric 
E. Hesthal and Francis P. Bundy. [HUSL.] 
March 9, 1945. 

M10 Tests on Sangamo HP-5, No. 4 transducer. Ray 
Rast and Francis P. Bundy. [HUSL.] March 22, 
1945. 

, Mil Addendum to memorandum of March 9, 1945 
entitled: Tests of Sangamo HP-V, No. 3 trans¬ 


ducer. Cedric E. Hesthal and Francis P. Bundy. 
[HUSL.] March 26, 1945. 

M12 Tests of Sangamo HP-5, No. 5 transducer. Jack 
C. Cotton. [HUSL.] May 7, 1945. 

612.715 Hebbphone No. 8 

Ml HP -8 laminations in the light of our HP-3 expe¬ 
rience. Paul E. Sabine. [HUSL.] November 1, 

1944. 

M2 Trip to Bell Telephone Laboratories on the ques¬ 
tion of HP -8 cable. Hugh E. Harlow. [HUSL.] 
January 15, 1945. 

M3 HP -8 laminated stacks. Leon W. Camp. [HUSL.] 
February 5, 1945. 

M4 The Bell Telephone Laboratories, Inc. 50-pair 
cable. Hugh E. Harlow. [HUSL.] February 7, 

1945. 

M5 Cleaning and consolidation of HP-3 laminations. 

Leon W. Camp. t HUSL.) February 8 , 1945. 

M 6 Tentative schedule of measurements on 26-kc 
depth scanning system aboard USS Cythera. 
Robert B. Watson. t HUSL.] February 14, 1945. 
M7 Directional transmission for depth scanning. 

Frederick V. Hunt. t HUSL.] February 15, 1945. 
M 8 Measurements of depth scanning system on USS 
Cythera. Robert B. Watson. t HUSL.] March 8 , 
1945. 

M9 Method for sealing Collyer 50-pair flexible, 
blocked cable. Alan H. Selker. [HUSL.] March 
9, 1945. 

M10 Study~of differences between Commutators 1 and 2 
of the depth scanning system. Robert H. Hughes. 
[HUSL.] March 23, 1945. 

Mil Program of tests for HP- 8 D, No. 2 at Barge. Leon 
W. Camp, Robert B. Watson and Francis P. 
Bundy. t HUSL.] May 8 , 1945. 

612.716 SPEP Units 

Ml Tests suggested for midget asymmetrical stack. 

O. Hugo Schuck. [HUSL.] September 19, 1942. 
M2 Classification of stevephones. Lyman N. Miller. 

[HUSL.] February 3, 1943. 

M3 [Thej 1-inch x 1 14 -inch nickel laminated stack. 

Leon W. Camp. [HUSL.] September 24, 1943. 

M4 Design, construction and performance of SPEP-1 
transducer. Leon W. Camp and Francis P. Bundy. 
[HUSL.] December 8 , 1943. 

M5 Calibrations and patterns of SPEP Model No. 1 
t and] No. 2 t with] four quadrants in parallel. 
Nelson K. Moody, Jr. [HUSL.] January 24, 1944. 
M 6 A study of PM polarized SPEP elements. Francis 

P. Bundy. t HUSL.] January 26, 1944. 

M7 Results of drop tests of SPEP-2, Nos. 1 and 2. 
Francis P. Bundy and Leon W. Camp. [HUSL.] 
February 12, 1944. 

M 8 Shading for 3-inch x 6 -inch SPEP transducer for 
General Electric. Nelson M. Blachman. t HUSL.] 
March 9, 1944. 

M9 Instructions for construction, testing and assembly 



154 


DIVISION 6 • MICROFILM LIST 


of General Electric SPEP transducers. Francis P. 
Bundy. t HUSL.j April 15, 1944. 

M10 Instructions for construction, testing and assembly 
of Harvard SPEP transducers. Francis P. Bundy. 
[HUSL.j April 19, 1944. 

Mil Acoustic loading tests on transducers with narrow 
radiating faces. Francis P. Bundy and Milton R. 
Carlson. t HUSL.] May 11, 1944. 

M12 SPEP beam patterns. Robert C. McLoughlin. 
[HUSL.] June 13, 1944. 

M13 SPEP faces. Francis P. Bundy. t HUSL.j July 10, 
1944. 

M14 Density and transmission tests on nineteen SPEP 
discs. Jack C. Cotton. [HUSL.J July 28, 1944. 

M15 Preliminary results on high-level pulsing of a 
single SPEP element. Roger W. Hickman. 
[HUSL.] September 25, 1944. 

M16 Tests on a production unit of SPEP transducer 
made by the Gamewell Company. Jack C. Cotton 
and Paul E. Sabine. t HUSL.j September 28, 
1944. 

M17 Tests on Gamewell production SPEP Units No. 3 
and No. 4. Paul E. Sabine and Jack C. Cotton. 
[HUSL.] October 10, 1944. 

M18 Shading for additional minor lobe reduction in 
General Electric SPEP. Nelson M. Blachman. 
[HUSL.j October 25, 1944. 

M19 Some observations on the effect of current ampli¬ 
tude and temperature on the characteristics of a 
single SPEP element, MINI-SPEP. Roger W. 
Hickman. t HUSL.] November 29, 1944. 

M20 Test results on SPEPs 6-22, -23 f andj -24 (Game- 
well -5, -6 [and] -7). Jack C. Cotton. [HUSL.j 
January 15, 1945. 

M21 Test results on two GE-type SPEP units made by 
Leeds and Northrup. Francis P. Bundy and Jack 
C. Cotton. [HUSL.j March 15, 1945. 

M22 Test results on SPEPs 6-25, -26 t and] -27 (Game- 
well -8, -9 r and] -10). Jack C. Cotton. [HUSL.j 
April 9, 1945. 

612.717 Sword Arm 

Ml Sword arm transducer for depth determining gear. 
Frederick V. Hunt. [HUSL.j December 4, 1943. 

M2 Sword depth finding hydrophone. Robert B. 
Watson. [HUSL.] December 18, 1943. 

M3 Design, construction and performance of the 60-kc 
sword arm depth angle transducer. Gerard W. 
Renner and Francis P. Bundy. [HUSL.j July 1, 
1944. 

612.8 Tube and Plate Transducers 

Ml The construction of the “tomato-can” magneto- 
strictive tube tester and the results obtained with 
it. Francis P. Bundy. [HUSL.j November 11, 
1942. 

M2 Spherical WEA-1 projector. Francis P. Bundy. 
[HUSL.j June 17, 1943. 

M3 Transducer diaphragms. Fred H. Smith. [HUSL.j 
July 14, 1943. 


M4 Reduction of eddy currents in magnetostrictive 
tubes. Malcolm H. Hebb. HUSL. July 24, 1943. 
M5 Spherical WEA-1 projector for Aide de Camp. 

Francis P. Bundy. [HUSL.j August 14, 1943. 

M6 Optimum coil location for magnetostrictive trans¬ 
ducers. Frederick V. Hunt. [HUSL.j September 
2, 1943. 

M7 Further studies of optimum coil location for nickel 
tube transducers. Nelson K. Moody, Jr. [HUSL.j 
September 27, 1943. 

M8 [The] 4-tube hydrophone. Herbert R. Stewart. 
[HUSL.j October 1, 1943. 

M9 Performance variations in tube-type magnetostric¬ 
tive transducers. Benjamin B. Drisko. [HUSL.j 
October 6, 1943. 

M10 Millerphone. John D. Lane. [HUSL.j November 
2, 1943. 

Mil Tube-driven transducer design considerations. 
Francis P. Bundy, Harold P. Knauss and John D. 
Lane. [HUSL.j December 8, 1943. 

M12 Millerphone [Orj casketphone. John D. Lane and 
Julius O. Natwick. [HUSL.j December 10, 1943. 
M13 Millerphone t No. IIj. John D. Lane. [HUSL.j 
February 29, 1944. 

M14 Measurements on Galaxy QC head and associated 
wiring. John F. Hersh and James J. Faran, Jr. 
[HUSL.j April 24, 1944. 

M15 A 12-inch x 12-inch square magnetostriction trans¬ 
ducer. (Report No. G12/R1171.) Wilbur T. 
Harris, Phillip B. Edwards and David W. Van 
Lennep. NLL. September 7, 1944. 

M16 [The] 2-V permendur hydrophones. (Report No. 
G12/R1168.) Wilbur T. Harris, David W. Van 
Lennep and Phillip B. Edwards. Service Project 
No. NS-102. NLL. October 6, 1944. 

M17 Funnel transducers. (Report No. G27/R1166.) 
Wilbur T. Harris and David W. Van Lennep. 
Service Project No. NS-102. NLL. October 6, 
1944. 

M18 Test equipment and methods for relative perme¬ 
ability measurements on nickel tubing. (Report 
No. G12/R1230.) Robert R. MacLaughlin. Serv¬ 
ice Project No. NS-102. NLL. November 10, 
1944. 

M19 Patterns of twelve-tube hydrophones. Lyman N. 

Miller. [HUSL.j January 15, 1945. 

M20 Twelve-tube hydrophone, No. 149 and No. 157. 
R. Warren Marsh. [HUSL.j January 24, 1945. 

620 Sonar Listening Equipment 

621 Listening Studies 

Ml Binaural listening system. (Report No. P12/R145.) 
Donald P. Loye. OEMsr-20; Section No. 6.1-sr20- 
565. NLL. January 12, 1943. 

M2 [Discussion at a conference on listening techniques 
held at New London on March 10, 1943.] Report 
of conference. (Report No. G1/R242.) William B. 
Snow. NLL. March 29, 1943. 



DIVISION 6 • MICROFILM LIST 


155 


M3 Proposed listening tests. (Report No. G1/R407.) 

William B. Snow. NLL. May 22, 1943. 

M4 Listening studies using QBF and JK transducers. 

(Report No. G13/R599.) Donald P. Loye and 
A. Kenneth Tatum. Service Project No. NS-113. 

NLL. November 9, 1943. 

M5 Noise measurements in QBF and JK streamlined 
domes. (Report No. G13/R613.) A. Kenneth 
Tatum. NLL. November 12, 1943. 

M6 Equipment developed and used on the Amada for 

underwater sound investigations. (Report No. P33/ 622.3 

R1379.) Walter F. Graham. NLL. February 28, 

1945. 

M7 Experimental investigation of factors involved in 
sonic listening. (Report No. P33/R1319.) Ralph 
C. Maninger. OEMsr-1128; Section No. 6.1-srll28- 
1932. NLL. February 28, 1945. 

M8 Fundamental listening studies at the New Lon¬ 
don Laboratory. (Report No. P33/R1409.) Ralph 
C. Maninger. OEMsr-1128; Section No. 6.1-srll28- 
2210. NLL. May 30, 1945. 

M9 Underwater sound measuring station at Birch wood 
Lake, (n.a.) OEMsr-346; Section No. 6.1-sr346- 
1332. BTL. July 27, 1945. 


3975.) Russell O. Hanson. OEMsr-20; Service 
Project No. NS-113; Section No. C4-sr20-541. 
NLL. November 6, 1942. 

M5 The JP overside and through-the-hull directive 
sonic listening equipment for small patrol craft. 
(Report No. D22/D38/R1310.) Russell O. Hanson 
and Edwin E. Teal. OEMsr-1128; Service Project 
No. NS-113; OSRD No. 4744; Section No. 6.1- 
srl 128-1928. NLL. February 7, 1945. 

Through-the-Hull System 

Ml Through-the-hull sonic listening equipment. (Re¬ 
port No. D38/R155.) Edwin E. Teal. NLL. 
April 22, 1943. 

M2 Deep water tests of the through-the-hull sonic 
listening equipment. (Report No. U-73.) T. F. 
Johnston. OEMsr-30. UCDWR. June 18, 1943. 
M3 Comparative listening tests of through-the-hull 
sonic and supersonic and QBG sonic and super¬ 
sonic listening equipment. (Report No. D38/R374.) 
Ralph C. Maninger and A. Kenneth Tatum. 
OEMsr-20; Service Project No. NS-113; OSRD No. 
1593; Section No. 6.1-sr20-790. NLL. June 23, 
1943. 


622 Surface Vessels 

622.1 Experimental Systems 

Ml The use of the CK tube as an antisubmarine listen¬ 
ing device. Irving Langmuir and E. F. Hennelly. 
GE. February 15, 1943. 

M2 Phase-actuated locator, (n.a.) OEMsr-695; OSRD 
No. 1897; Section No. 6.1-sr695-997. BTL. August 
30, 1943. 

M3 Comparative field tests of underwater listening 
equipment installed on the Elcobel. (Report No. 
P33/R862.) Walter F. Graham and Ralph C. 
Maninger. OEMsr-1128; Section No. 6.1-srll28- 
1569. NLL. September 30, 1944. 

M4 Electrical equipment for patrol craft listening 
systems. (n.a.) OEMsr-346; OSRD No. 4846; 
Section No. 6.1-sr346-1322. BTL. December 1, 
1944. 

M5 Listening systems for patrol craft, (n.a.) OEMsr- 
692; Section No. 6.1-sr692-1698. BTL. Decem¬ 
ber 1, 1944. 

622.2 JP Overside System 

Ml Directive overside listening gear for small patrol 
craft. Plans for production of trial lot. (Report 
No. D22/3268.) J. Warren Horton. Service Proj¬ 
ect No. NS-113. NLL. June 16, 1942. 

M2 Maintenance manual for JP sonic listening equip¬ 
ment, Mark II. (Report No. D22/3783.) (n.a.) 

NLL. September 1, 1942. 

M3 Deep and shallow water tests on D22-JP listening 
equipment, (n.a.) t OEMsr-20 and OEMsr-30.j 
NLL and UCDWR. November 3, 1942. 

M4 The JP overside directive sonic listening equip¬ 
ment for small patrol craft. (Report No. D22.2/ 


623 Submarines 

Ml Sonic detection of an airplane from a submarine. 

L. J. Sivian. UCDWR. December 26, 1941. 

M2 Observations and operations of ship’s noise aboard 
the USS Balao, April 27, 1943. (Report No. D24/ 
R314.) R. York Chapman. NLL. May 5, 1943. 
M3 Sonic listening and recordings of sounds from the 
USS Balao during deep submergence tests, April 
27, 1943. (Report No. G1/R333.) Edwin E. Teal. 
NLL. May 12, 1943. 

M4 Submarine and surface craft listening equipment. 
(Report No. D24/D38/R391.) Donald P. Loye and 
Ralph C. Maninger. OEMsr-20; Service Project 
No. NS-113; Section No. 6.1-sr20-1020. NLL. 
September 10, 1943. 

M5 Conference on submarine sound equipment. (Re¬ 
port No. P32/R608.) William B. Snow. NLL. 
November 8, 1943. 

M6 Detection of aircraft by listening from submarines. 
(Report No. P33/R1437.) Ralph C. Maninger and 
Edward Gerjuoy. OEMsr-1128; Section No. 6.1- 
srl 128-2221. NLL. May 31, 1945. 

623.1 JP-1 Topside System 

Ml Installation, operation and maintenance of JP-1 
sound receiving equipment. Topside sonic listen¬ 
ing equipment. (Report No. D24/R417.) (n.a.) 

Service Project No. NS-113. NLL. September 1, 
1943. 

M2 Transmission of noise through JP-1 training gear. 
(Report No. D24/R550.) Hollie C. Williams. 
Service Project No. NS-113. NLL. October 14, 
1943. 

M3 Submarine listening systems. Report of confer- 


SECRET 



156 


DIVISION 6 • MICROFILM LIST 


ence, September 29, 1943. (Report No. D24/P30/ 
R560.) Carlton R. Sawyer. NLL. October 26, 

1943. 

M4 The Model JP-1 sound-receiving equipment. (Re¬ 
port No. D24/R540.) Hollie C. Williams. OEMsr- 
20 and OEMsr-1128; Service Project NS-113; Sec¬ 
tion No. 6.1-srl 128-1033. NLL. March 16, 1944. 
M5 Tests of JP-1 equipment with 3-ft, 4-ft and 5-ft 
hydrophones and QB sound gear. (Report No. 
P33/R1031.) Walter F. Graham. NLL. July 13, 

1944. 

M6 Permoflux headset for JP series equipment. (Re¬ 
port No. D24/R1128.) William B. Snow. Service 
Project No. NS-113. NLL. September 14, 1944. 
M7 Model tests of JP-1, 5-foot hydrophone baffle. 
(Report No. G2/6116.) Leslie J. Hooper. NLL. 
January, 1945. 

M8 Sonic listening aboard submarines, (n.a.) OEMsr- 
1131; Service Project No. NS-140; OSRD No. 5311; 
Section No. 6.1-srl 131-1885. Sonar Analysis Sec¬ 
tion. February, 1945. 

M9 Basic factors affecting the performance of sonic 
listening gear on submarines, (n.a.) OEMsr-1131; 
Service Project No. NS-140; OSRD No. 5031; Sec¬ 
tion No. 6.1-srl 131-1888. Sonar Analysis Section. 
February, 1945. 

M10 Maintenance and trouble-shooting instructions for 
Models JP-1, JP-2 and JP-3 sound-receiving equip¬ 
ment. (Report No. D24/R837.) (n.a.) OEMsr- 

1128; Service Project No. NS-113. NLL. (n.d.) 
Mil Some investigations of isolation mounts for JP-1 
sound-receiving equipment. (Report No. D24/ 
R750.) Mark Harrison. Service Project No. NS- 
113. NLL. (n.d.) 

623.2 JT System 

Ml Preliminary operating instructions for the JT 
sonar equipment. (Report No. D55/R1229-A.) 
(n.a.) OEMsr-1128; Service Project Nos. NS-113 

and NS-337. NLL. December, 1943. 

M2 Modification of submarine sonar equipment. Plan 

II, Right-left indicator applied to QB projector 
with JP-1 listening gear installed in conning 
tower. (Report No. D55/R825.) William F. 
Arndt and Ogden E. Sawyer. Service Project Nos. 
NS-113 and NS-142. NLL. March 23, 1944. 

M3 Modification of submarine sonar equipment. 
Plan I, Right-left indicator and power training 
for JP-1 gear. (Report No. D55/R826.) William 
F. Arndt and Ogden E. Sawyer. Service Project 
Nos. NS-113 and NS-142. NLL. March 24, 1944. 
M4 Modification of submarine sonar equipment. Plan 

III, Right-left indicator applied to QB projector 
with JP-1 and QC-JK operator in forward torpedo 
room. (Report No. D55/R824.) William F. Arndt 
and Ogden E. Sawyer. Service Project Nos. NS-113 
and NS-142. NLL. March 24, 1944. 

M5 Difference listening as an aid to the right-left 
indicator in the D-55 system. (Report No. D55/ 


R1187.) Robert J. Callen. Service Project Nos. 
NS-113 and NS-330. NLL. October 17, 1944. 

M6 Operator’s manual for the Model JT sonar equip¬ 
ment. (Report No. D55/R1401.) (n.a.) NLL. 

February 28, 1945. 

M7 The Model JT sonar equipment. (Report No. 
D55/R1069.) Carlton R. Sawyer. OEMsr-1128; 
Service Project No. NS-337; OSRD No. 5275; Sec¬ 
tion No. 6.1-srl 128-2215. NLL. May 25, 1945. 

623.3 Triangulation-Listening-Ranging System 

Ml Preliminary investigation for a proposed dual 
listening system, from August 9 to September 9, 
1943. (Report No. P30/R519.) Charles J. Loda 
and J. Kneeland Nunan. NLL. September 13, 
1943. 

M2 Analyses of bearing deviation indicator (BDI) sys¬ 
tems. (Report No. D51/R823.) William F. Arndt. 
NLL. March 10, 1944. 

M3 Discussion of balance requirements of hydrophones 
used with a right-left indicator type of bearing 
deviation indicator. (Report No. D51/D55/R845.) 
William F. Arndt. NLL. March 22, 1944. 

M4 Interference and its effects on the right-left indi¬ 
cator indication. (Report No. D51/D55/R1405.) 
Frederick C. Reed, Jr. Service Project Nos. NS-247 
and NS-337. NLL. February 28, 1945. 

M5 Mechanical features of JAA training system. (Re¬ 
port No. D51/R1407.) Calvin A. Gongwer. Serv¬ 
ice Project No. NS-247. NLL. February 28, 1945. 

M6 Discussion of electronic equipment for triangula¬ 
tion-listening-ranging system on USS Conger. (Re¬ 
port No. D51/R1422.) Leonard W. Nosker and 
Richard G. Stephenson. Service Project No. NS- 
247. NLL. February 28, 1945. 

M7 Submarine triangulation-listening-ranging system. 
(Report No. D51/R1429.) Carlton R. Sawyer. 
OEMsr-1128; Service Project No. NS-247; OSRD 
No. 5291; Section No. 6.1-srll28-2218. NLL. May 
28, 1945. 

M8 Instruction guide for Sperry equipment used in 
the triangulation-listening-ranging system, (n.a.) 
Sperry Gyroscope Company, Inc. (n.d.) 

623.4 Communications 

623.41 Internal 

Ml Tests on 1-mc and 7-mc intercommunication sys¬ 
tems of the USS Perch. (Report No. P42/R759.) 
Ralph C. Maninger and Wilbur T. Knudsen. 
NLL. February 17, 1944. 

M2 Comparison of 7-mc and 44-mc internal communi¬ 
cation systems. (Report No. D54/R933.) Donald 
A. Proudfoot and Edwin E. Teal. Service Project 
No. NS-212. NLL. May 20, 1944. 

M3 Submarine internal communication systems, 1-mc 
to 7-mc. Summary of studies, recommendations for 
improvements and descriptions of modified sys¬ 
tem on USS Becuna (SS319). (Report No. D54/ 




DIVISION 6 • MICROFILM LIST 


157 


623.42 


624 

624.1 

624.11 


624.12 


R992.) Donald A. Proudfoot and Edwin E. Teal. 
Service Project No. NS-212. NLL. June 28, 1944. 

Underwater Telephony 

Ml Supersonic underwater telephony. (Report No. 
P29/R715.) Victor V. Graf and Ray S. Alleman. 
OEMsr-1128; Service Project No. NS-248; Section 
No. 6.1-srl 128-1560. NLL. March 30, 1944. 

M2 Underwater telephony by means of frequency 
modulation. R. W. Beckwith. OEMsr323; Serv¬ 
ice Project No. NS-248. GE. October 6, 1944. 

M3 Sea trials of underwater telephony system. (Report 
No. D56/PHR75.) William F. Arndt. CUDWR. 
January 20, 1945. 

M4 An 8.2-kc single side-band underwater telephony 
system. (Report No. D56/R1395.) Frank P. Herrn- 
feld. Service Project No. NS-248. NLL. Febru¬ 
ary 28, 1945. 

M5 Underwater telephony. (Report No. D56/R1415.) 
J. Warren Horton. OEMsr-1128; Service Project 
No. NS-248; OSRD No. 5183; Section No. 6.1- 
srl 128-2211. NLL. May 15, 1945. 

Aircraft 

Expendable Radio Sonic Buoy (ERSB) 

Ml The expendable radio sono buoy. (Report No. 
D16/R1035.) (n.a.) OEMsr-1128; Service Project 

Nos. NS-106 and NS-198; OSRD No. 4115; Section 
No. 6.1-srll28-1581. NLL. July 27, 1944. 

Equipment 

Ml Headphones for expendable radio sonic buoy op¬ 
erators. (Report No. D16/R152.) William B. Snow. 
OEMsr-20; Section No. 6.1-sr20-633. NLL. Janu¬ 
ary 21, 1943. 

M2 Desirable characteristics for expendable radio sonic 
buoy system. (Report No. D16/R156.) William 
D. Neff. NLL. January 28, 1943. 

M3 Operation and use of the expendable radio sonic 
buoy equipment. (Report No. D16/R188.) (n.a.) 

OEMsr-20; Section No. 6.1-sr20-657. NLL. April 
13, 1943. 

M4 Necessary AN/CRT-1 electrical improvements. 
Expendable radio sonic buoy. (Report No. D16/ 
R381.) Henry N. Jasper, Jr. and Walter L. Clear- 
waters. Service Project No. NS-106. NLL. June 
12, 1943. 

M5 Maintenance instructions for radio transmitting 
equipment, AN/CRT-1A. (Report No. D16/R912.) 
(n.a.) Service Project No. NS-106. NLL. May 
12, 1944. 

Performance Tests 

Ml Expendable radio sonic buoy and magnetic air¬ 
borne detection submarine search tests, April 23, 
1943, Lakehurst, New Jersey. (Report No. D16/ 
R320.) Russell I. Mason. NLL. May 5, 1943. 

M2 Comparative listening tests. (Report No. D16/ 
R362.) William D. Neff. NLL. May 28, 1943. 


M3 Expendable radio sonic buoy pattern operation 
with single frequency and multiple frequency 
methods. AN/CRT-1 and AN/ARR-3 equipments. 
(Report No. D34/R378.) Joseph A. Barkson. 
Service Project No. NS-106. NLL. June 4, 1943. 
M4 Expendable radio sono buoy and magnetic air¬ 
borne detection submarine search tests. (Report 
No. D16/R438.) Russell V. Lewis. Service Project 
No. NS-106. NLL. July 23, 1943. 

M5 Headphone comparison tests. (Report No. G27/ 
R952.) Merritt B. Jones and William B. Snow. 
NLL. June 1, 1944. 

M6 Representative performance characteristics t of] 
Mark IV-E expendable radio sono buoy hydro¬ 
phones. (Report No. D16/R685.) Joseph A. Bark- 
son and Ralph R. MacLaughlin. Service Project 
No. NS-106. NLL. August 9, 1944. 

M7 Expendable radio sono buoy. Use with echo¬ 
ranging equipment. (Report No. D16/R1368.) 
Price E. Fish. NLL. February 20, 1945. 

624.2 Directional Radio Sonic Buoy (DRSB) 

Ml Method of adding directional characteristics to the 
radio sonic buoy. (Report No. D34/R281.) Russell 
I. Mason. NLL. May 3, 1943. 

M2 Binaural non-rotating directional radio sonic buoy 
system. Elliott J. Lawton. OEMsr-323; OSRD 
No. 1878; Section No. 6.1-sr323-1108. GE. August 
16, 1943. 

M3 Directional radio sono buoy conference and dem¬ 
onstration, ASDevLant, Quonset, Naval Air Sta¬ 
tion, March 22, 1944. (Report No. D34/R747.) 
Joseph A. Barkson. Service Project No. NS-106. 
NLL. March 29, 1944. 

M4 Installation and maintenance instructions for radio 
receiving equipment, AN/ARR-16. (Report No. 
D34/R1167.) (n.a.) Service Project No. NS-106. 

NLL. November 1, 1944. 

M5 Maintenance instructions for radio transmitting 
equipment, AN/CRT-4(XN-1). (Report No. D34/ 
R1169.) (n.a.) Service Project No. NS-106. NLL. 
November 15, 1944. 

M6 Operator’s manual for the directional radio sono 
buoy. (Report No. D34/R1260.) (n.a.) Service 

Project No. NS-330. NLL. December 15, 1944. 
M7 The directional radio sono buoy. (Report No. 
D34/R1200.) (n.a.) OEMsr-1128; Service Project 

Nos. NS-106 and NS-198; OSRD No. 5279; Section 
No. 6.1-srl 128-224. NLL. May 20, 1945. 

624.21 Performance Tests 

Ml Listening tests on May 14, 1943, of hydrophone 
for directional sonic buoy. (Report No. D34/R349.) 
Ralph C. Maninger. Service Project No. AC-55. 
NLL. May 19, 1943. 

M2 Conference on D-34 listening tests. (Report No. 
D34/R372.) Ralph C. Maninger. NLL. June 2, 
1943. 



158 


DIVISION 6 • MICROFILM LIST 


624.3 


625 


625.1 


Blimp-Towed Hydrophone Systems 

Ml Towed hydrophone for blimp use. (Report No. 

P2/2767.) Russell I. Mason. NLL. May 9, 1942. 

M2 The use of hydrophones towed from dirigibles. 

(Report No. D25.2/4178.) J. Warren Horton. 

NLL. October 7, 1942. 

M3 Blimp-towed hydrophones. (Report No. D25/ 

4423.) William H. Fritz. Service Project No. 

NA-107. NLL. May 7, 1943. 

M4 [The] HW-towed hydrophone. (n.a.) OEMsr- 
1046; Service Project No. NA-107 and MIT Re¬ 
search Project DIC-6187; Section No. 6.1-srl046- 625.11 

1679. MIT. December 1, 1944. 

M5 Blimp-towed hydrophone. (Report No. D25/ 

R1240.) William H. Fritz. OEMsr-20; Service 
Project No. NA-107; OSRD No. 4450; Section No. 
6.1-sr20-1920. NLL. December 1, 1944. 

M6 Towed microphones for blimps. (Report No. D25/ 

3395.) William H. Fritz. NLL. (n.d.) 

M7 Depth of towed fish and the general curve of a 
towing cable in water or air. (Report No. G2/ 

R238.) Calvin A. Gongwer. OEMsr-20; Service 
Project No. NA-107; Section No. 6.1-sr20-659. 

NLL. (n.d.) 

M8 Towed hydrophones for high speeds as used at 
[thej New London Laboratory. (Report No. D25/ 

3864.) Dick P. Fullerton, Jr. NLL. (n.d.) 

Harbor Protection 625.2 

Ml Snap diaphragm. Apparent mode of operation. 

Harry Nyquist. Section No. 6.1-NDRC-1481. 

Division 6. August 18, 1944. 

Cable-Connected Hydrophone System 

Ml Chesapeake Bay Project. Cable-connected hydro¬ 
phones. (Report No. D12B/3193.) J. Warren 
Horton and Michael S. Shane. NLL. May 16, 

1942. 

M2 Cable-connected hydrophones. Block Island in¬ 
stallation. (Report No. D12A/3013.) J. Warren 
Horton and Michael S. Shane. NLL. June 2, 

1942. 

M3 Chesapeake Bay cable-connected hydrophone sys¬ 
tem. (Report No. D12B/R115.) Robert A. Wagner. 
OEMsr-20; OSRD No. 1181; Section No. 6.1-sr20- 
566. NLL. January 11, 1943. 

M4 Program repeater for Chesapeake Bay cable in¬ 
stallation. (Report No. D12B/R195.) Frank P. 
Herrnfeld. NLL. March 19, 1943. 

M5 Comparative tests on Block Island amplifier sys¬ 
tem vs amplifier tentatively selected for the Chesa¬ 
peake Bay cable-connected hydrophone installa¬ 
tion. (Report No. D12AB/3898.) Donald P. Loye, 

Henry B. Hoff and Mark Harrison. NLL. Sep- 626 
tember 12, 1942. 

M6 Loss reduction obtainable by loading 107-type 626.1 
submarine signal cable. (Report No. 3430-TS- 
HHF-VB.) T. Shaw. BTL. January 12, 1943. 

M7 Cape Henry listening post. Report of transmission 


tests on line facilities. (Report No. 3430-HHF-EN.) 
H. H. Felder. BTL. January 12, 1943. 

M8 Noise on hydrophone cable at Cape Henry, Vir¬ 
ginia. (Report No. 3410-RST-HP.) R. S. Tucker. 
BTL. February 5, 1943. 

M9 Cable-connected hydrophone systems. (Report No. 
D12/R1213.) William B. Snow, Henry B. Hoff 
and Alice M. Berry. OEMsr-1128; Service Project 
No. NO-163; OSRD No. 5243; Section No. 6.1-sr 
1128-1946. NLL. May 21, 1945. 

Harbor Noise Surveys 

Ml Investigation of water noise conditions in Chesa¬ 
peake Bay, May 18 to June 3, 1942. (Report No. 
D12B/3289.) Donald P. Loye and Donald A. 
Proudfoot. OEMsr-20; Section No. C4-sr20-221. 
NLL. July 15, 1942. 

M2 Supplementary investigation of water noise in 
Chesapeake Bay, July 6 to 10, 1942. Donald P. 
Loye, Donald A. Proudfoot and Sylvester J. 
Haefner. OEMsr-20; OSRD No. 828; Section No. 
C4-sr20-235. NLL. August 24, 1942. 

M3 Underwater sound survey of New York harbor 
approaches. (Report No. D12E/R453.) Donald A. 
Proudfoot. OEMsr-20; Service Project No. NO- 
163; Section No. 6.1-sr20-794. NLL. August 28, 
1943. 

Anchored Radio Sonic Buoy (ARSB) 

Ml Tests of subaqueous microphones for sono radio 
buoys. (Report No. D3/1908.) J. Warren Horton 
and William B. Snow. OEMsr-20; Section No. 
C4-sr20-055. NLL. January 27, 1942. 

M2 Pre-emphasis in sono radio buoys. (Report No. 
D3/2601.) William B. Snow. NLL. April 22, 
1942. 

M3 Hydrophone listening tests. (Report No. G12/ 
2623.) Donald P. Loye and Russell O. Hanson. 
OEMsr-20; Section No. C4-sr20-090. NLL. April 
30, 1942. 

M4 Field test of new type sono radio buoy trans¬ 
mitter in Boston Harbor area, May 20 to 27 [1942] 
inclusive. (Report No. D3/2978.) Robert A. Fox. 
NLL. June 1, 1942. 

M5 Water noise tests on Block Island on the JM-1 
radio sonic buoy. (Report No. D3.2/3977.) Robert 
A. Fox. NLL. September 15, 1942. 

M6 The anchored radio sono buoy. (Report No. D3/ 
R1311.) William B. Snow, Russell I. Mason and 
Walter F. Graham. OEMsr-1128; Service Project 
No. NS-102; OSRD No. 4745; Section No. 6.1- 
srll28-1929. NLL. February 10, 1945. 

Antitorpedo 

Merchant Vessel Systems 

Ml Calibration tests of Electro Protective Corpora¬ 
tion’s torpedo detector installed on tanker Mobil - 
gas. (Report No. P20/R517.) Edwin E. Teal, 



DIVISION 6 • MICROFILM LIST 


159 


Sylvester J. Haefner and Edward Gerjuoy. NLL. 
October 13, 1943. 

M2 Merchant vessel protection. Sonic detection of 
torpedoes from merchant ships. (Report No. P20/ 
R688.) William B. Snow and Donald A. Proud- 
foot. QEMsr-1128; OSRD No. 3265; Section No. 
6.1-srl 128-1253. NLL. [February 3, 1944.] 

M3 Status of merchant vessel protection listening 
equipment on USS YP252. (Report No. P20/R977.) 
Edwin E. Teal and William B. Snow. NLL. July 
11, 1944. 

M4 Additional torpedo noise measurements. (Report 
No. P20/R1022.) Edwin E. Teal. NLL. July 12, 
1944. 

M5 Tests on the Electro Protective Corporation tor¬ 
pedo detector. (Report No. P20/R1050.) William 
B. Snow and Edwin E. Teal. OEMsr-1128; Section 
No. 6.1-srl 128-1582. NLL. November 15, 1944. 

M6 Merchant vessel protection. An evaluation of 
means of providing protection for merchant ves¬ 
sels against torpedo attack. (Report No. P20/ 
R1216.) William B. Snow, Donald A. Proudfoot 
and Edwin E. Teal. OEMsr-1128; Section No. 6.1- 
srl 128-1597. NLL. November 30, 1944. 

626.2 Submarine Installations (WCA-2) 

Ml Installation, operation and maintenance instruc¬ 
tions for the torpedo-detection modification of the 
WCA-2 sonar equipment. (Report No. P60/R1316.) 
(n.a.) OEMsr-1128. NLL. February 15, 1945. 

M2 Self-noise measurements with QB transducer with 
and without streamlined dome t on the] USS 
Thornback. (Report No. P60/R1346.) Henry B. 
Hoff and F. T. Schell. NLL. February 28, 1945. 

M3 Load tests on WCA-2 training equipment while 
operated at torpedo-detection scanning speeds with 
and with 57-inch Budd dome f on the] USS Thorn- 
back. (Report No. P60/R1431.) F. T. Schell. 
NLL. February 28, 1945. 

M4 The WCA-2 torpedo-detection modification. (Re¬ 
port No. P60/R1427.) J. Warren Horton, Victor 
V. Graf and F. T. Schell. OEMsr-1128; Service 
Project No. NS-113; OSRD No. 5274; Section No. 
6.1-srl 128-2216. NLL. May 28, 1945. 

630 Echo-Ranging Systems 

631 QC Improvements 

Ml Description of devices to be demonstrated on USS 
Semmes and USS Galaxy, (n.a.) OEMsr-287; Sec¬ 
tion No. 6.1-sr287-776. HUSL. May 22, 1943. 

M2 Instruction book for echo-ranging conversion unit, 
(n.a.) HUSL. August 10, 1943. 

M3 Submarine detection. Use of rounded pings. Harry 
Nyquist. Section No. 6.1-NDRC-1480. Division 
6. March 31, 1944. 

M4 Echo ranging from submarines. Range indicator 
requirements. (Report No. P29/R1076.) J. Warren 
Horton. Service Project No. NS-142. NLL. 
August 16, 1944. 


631.1 Gain Compensating Circuits 

631.11 Time-Varied Gain (TVG) 

Ml Time variation of gain for standard QC receivers. 
J. Lewis Hathaway. OEMsr-287; Section No. C4- 
sr287-178. HUSL. July 26, 1942. 

M2 QBE receiver modifications. J. Lewis Hathaway, 
Charles R. Rutherford and William A. Felsing. 
OEMsr-287; Section No. 6.1-sr287-766. HUSL. 
April 26, 1943. 

M3 Time-varied gain for sonar equipment, (n.a.) 
OEMsr-287; OSRD No. 5340; Section No. 6.1- 
sr287-2076. HUSL. June 15, 1945. 

631.12 Reverberation-Controlled Gain (RCG) 

Ml Reverberation-controlled gain for bearing devia¬ 
tion indicator. A. Wilson Nolle. [HUSL.] Oc¬ 
tober 11, 1943. 

M2 Reverberation-controlled gain. J. Lewis Hath¬ 
away. [HUSL.] November 15, 1943. 

M3 State of development of Model X-2-A echo-ranging 
booster. Paul B. Sebring. [HUSL.] April 17, 
1944. 

M4 Additional questions which have been brought 
up by our experiences off San Diego with Model 
X-2-A echo-ranging booster. Paul B. Sebring. 
[HUSL.] June 1, 1944. 

M5 Reverberation-controlled gain for sonar equip¬ 
ment. (n.a.) OEMsr-287; OSRD No. 5415; Sec¬ 
tion No. 6.1-sr287-2079. HUSL. July 15, 1945. 

631.13 Automatic Gain Control (AGC) 

Ml Automatic gain control in echo-ranging systems. 
Frederick V. Hunt. OEMsr-287; Section No. 6.1- 
sr287-764. HUSL. April 13, 1943. 

M2 Development of automatic volume control for the 
D-20 rack. (Report No. D20/R313.) Richard G. 
Stephenson. NLL. April 30, 1943. 

M3 Two methods of gain control in Asdic receivers. 
(Internal Report No. 180.) R. Hall and H. M. 
McNair. OSRD Liaison Office No. WA-2389-9. 
HMA/SEE, Fairlie Laboratory [Great Britain]. 
June 2, 1944. 

631.2 Projector Training Controls 

631.21 Automatic Target Training (ATT) 

Ml Factors involved in proportional control automatic 
training. A. Wilson Nolle. t HUSL.] October 
17, 1942. 

M2 Summary of the work in Key West during recent 
trip. Isaac P. Rodman. [HUSL.] March 17, 1943. 
M3 Echo-ranging booster and automatic target train¬ 
ing installation and tests on Sylph. Carl M. 

Herget. [HUSL.] September 1, 1943. 

M4 Dynamic character of the automatic target train¬ 
ing gate. (Part II.) Fred H. Smith. [HUSL.] 

September 13, 1943. 

M5 Automatic gain control for automatic target train- 



160 


DIVISION 6 • MICROFILM LIST 


ing. A. Wilson Nolle. t HUSL.] September 14, 

1943. 

M6 Another method of reducing hunting of automatic 
target training. Paul B. Sebring. [HUSL.] Sep¬ 
tember 17, 1943. 

M7 Automatic target training pipping circuit. Charles 
R. Rutherford, Marvin J. Foral and C. Samuel 
Lombardi. t HUSL.] December 27, 1943. 

M8 San Diego trip. Isaac P. Rodman. t HUSL.] 
January 12, 1944. 

M9 Conversion unit installations in San Diego and 
Key West. Paul B. Sebring. t HUSL.] March 2, 

1944. 

M10 Proportional automatic target training. Norman 
B. Saunders. [HUSL.j March 16, 1944. 

Mil Triangulation-listening-ranging system. (Report 
No. D51/R767.) William F. Arndt. OEMsr-1128; 
Service Project No. NS-247; Section No. 6.1-srll28- 
1570. NLL. April 29, 1944. 

M12 Super flat automatic volume control amplifier. 

John E. DeTurk. t HUSL.] July 5, 1944. 

M13 Key West trip. Automatic target training check 
and installation of relayless echo-ranging booster. 
Allen A. Chernosky. t HUSL.] August 10, 1944. 
M14 Automatic target training. (n.a.) OEMsr-287; 
Section No. 6.1-sr287-2067. HUSL. August 15, 

1945. 

631.22 Maintenance of True Bearing (MTB) 

Ml Immediate application of true bearing training to 
amplidyne-equipped QC echo-ranging gear. (Re¬ 
port No. D20/R103.) Glenn D. Gillett. OEMsr-20; 
Section No. C4-sr20-544. NLL. December 4, 1942. 
M2 Installation of maintenance of true bearing on 
USS PC-451. (Report No. D40/R551.) Wayne G. 
Shaffer. NLL. October 14, 1943. 

M3 Maintenance of true bearing projector training. 
(Report No. D40/R760.) Glenn D. Gillett and 
Ogden E. Sawyer. OEMsr-1128; Service Project 
No. NS-142; Section No. 6.1-srl 128-1561. NLL. 
March 31, 1944. 

631.23 Electronic Automatic Search (EAS) 

Ml Harvard stack. Head training arrangements with 
relays. Hugh E. Harlow. [HUSL.] August 30, 

1943. 

M2 QC sonar console training system. Fred H. Smith. 
[HUSL.] January 8, 1944. 

M3 Electronic automatic search, (n.a.) OEMsr-287; 
Section No. 6.1-sr287-2052. HUSL. December 1, 

1944. 

631.3 Doppler Applications 

Ml Signal distortion in the doppler multiplier. A. 

Wilson Nolle. [HUSL.] October 26, 1942. 

M2 Diode-type electronic switch for use as a doppler 
gate. Nick A. Abourezk. [HUSL.] November 
24, 1943. 

M3 A disquisition concerning false dopplers. Harvey 
A. Brooks. t HUSL.] August 16, 1944. 


M4 Doppler sensitive range marking. Robert E. Kirk¬ 
land. [HUSL.] January 25, 1945. 

M5 Sonar doppler applications, (n.a.) OEMsr-287; 
OSRD No. 6558; Section No. 6.1-sr287-2069. 
HUSL. November 15, 1945. 

631.31 Own-Doppler Nullifier (ODN) 

Ml Own-doppler nullifier. Isaac P. Rodman. 
[HUSL.] November 10, 1942. 

M2 Automatic frequency control, referring to own- 
doppler nullifier. A. Wilson Nolle. t HUSL.j 
January 11, 1943. 

M3 Frequency modulation of a phase shift oscillator 
for use to nullify doppler due to ship speed. 
Roland K. Blumberg. t HUSL.] January 13, 1943. 

M4 Present performance of the own-doppler nullifier 
on USS Ordronaux (DD-617). A. Wilson Nolle. 
[HUSL.] March 4, 1943. 

M5 Electronic own-doppler nullifier. A. Wilson Nolle 
and William A. Felsing. OEMsr-287; Section No. 
6.1-sr287-719. HUSL. March 24, 1943. 

M6 Relay elimination. Paul B. Sebring. [HUSL.] 
November 16, 1943. 

M7 Reactance tube frequency control, (n.a.) OEMsr- 
287; Section No. 6.1-sr287-1344. HUSL. January 
5, 1944. 

M8 Relay delay circuit for echo-ranging booster, 
Models I and II, or whatever these model numbers 
shall finally turn out to be. Paul B. Sebring. 
[HUSL.] January 18, 1944. 

M9 Own-doppler nullifier, computed vs reverberation. 
(Corrected.) O. Hugo Schuck. t HUSL.j January 
21, 1944. 

M10 Regular echo-ranging booster discriminator, or 
on-off discriminator as a continuous own-doppler 
nullifier. Allen A. Chernosky. t HUSL.] March 
23, 1944. 

Mil Double-ended discriminator output and two-chan¬ 
nel voltage booster for use with own-doppler 
nullifier. Allen A. Chernosky. [HUSL.] March 
23, 1944. 

M12 Present status of the doppler gain control system 
for bearing deviation indicator. Paul B. Sebring. 
[HUSL.] July 25, 1944. 

M13 Own-doppler nullifier and doppler-sensitive bear¬ 
ing deviation indicator attachment for Submarine 
Signal Company equipment. Charles P. Boner. 
[HUSL.] October 17, 1944. 

M14 Overall picture regarding dopplerization of Radio 
Corporation of America’s QGB gear. Paul B. 
Sebring. [HUSL.] October 20, 1944. 

M15 Own-doppler nullifier on Sangamo sonar. Isaac 
P. Rodman. t HUSL.] December 5, 1944. 

M16 Multisection filters for own-doppler nullifier. 
Frederick V. Hunt. [HUSL.j January 4, 1945. 

M17 Recent exchange with F. V. Hunt on own-doppler 
nullifier filters. Paul B. Sebring. [HUSL.] Janu¬ 
ary 12, 1945. 



DIVISION 6 • MICROFILM LIST 


161 


631.32 Reverberation Suppression Filter (RSF) 

Ml Galaxy tests on own-doppler nullifier and reverber¬ 
ation suppression filter performance. Paul B. 
Sebring. t HUSL.] March 9, 1944. 

M2 Galaxy tests on own-doppler nullifier and reverber¬ 
ation suppression filter performance. Paul B. 
Sebring. t HUSL.] March 14, 1944. 

M3 Time delay in filter networks. Frederick V. Hunt. 
[HUSL.] December 5, 1944. 

631.33 Electronic Aural Responder (EAR) 

Ml Equivalent aural response system. Leon G. S. 
Wood, Robert E. Kirkland and Norman B. 
Saunders. [HUSL.] April 4, 1945. 

631.34 Target Doppler Indicator (TDI) and Echo Doppler In¬ 
dicator (EDI) 

Ml General possibilities for visual doppler indication. 

A. Wilson Nolle. t HUSL.j August 12, 1942. 

M2 Anomalous doppler effect. A. Wilson Nolle. 
[HUSL.j October 23, 1942. 

M3 Target doppler indicator, enhancer and own- 
doppler nullifier. Paul B. Sebring. [HUSL.] 
February 25, 1943. 

M4 Echo doppler indicator. (Report No. D26/R504.) 
J. Warren Horton. OEMsr-20; Section No. 6.1- 
sr20-1023. NLL. September 10, 1943. 

M5 Echo doppler indicator. (Report No. P36/R1262.) 
J. Warren Horton. OEMsr-1128; Service Project 
No. NS-142; Section No. 6.1-srl 128-1924. NLL. 
December 15, 1944. 

631.35 Audible Doppler Enhancer (ADE) 

Ml The audible doppler enhancer. A. Wilson Nolle. 
OEMsr-287; Section No. C4-sr287-488. HUSL. 
August 28, 1942. 

M2 Enhancement of doppler effect. A. Nelson Butz, 
Jr. [HUSL.j September 5, 1942. 

M3 Addition and subtraction method for doppler en¬ 
hancement. A. Wilson Nolle. [HUSL.j Novem¬ 
ber 7, 1942. 

M4 Cross modulation in 3:1 and 4:1 frequency modu¬ 
lation. A. Wilson Nolle. [HUSL.j November 9, 

1942. 

M5 Doppler doubler and square-law amplifier. (Report 
No. U-67.) William A. Myers and Vaughn G. 
McKenney. OEMsr-30; Service Project No. NS- 
142; Section No. 6.1-sr30-912. UCDWR. May 20, 

1943. 

M6 What about doppler doublers? A. Wilson Nolle. 

[HUSL.j September 7, 1943. 

M7 Demonstration of [the] audible doppler enhancer 
by Myers at SCTC, Miami. Carl M. Herget. 
[HUSL.j October 16, 1943. 

M8 Doppler doublers and square-law amplifiers for 
scanning sonar. Frederick V. Hunt. [HUSL.j 
January 5, 1945. 

631.4 Bearing Deviation Indicator (BDI) 

Ml Bearing deviation indicator, (n.a.) OEMsr-287; 


OSRD No. 6425; Section No. 6.1-sr287-2075. 
HUSL. November 1, 1945. 

631.41 Theory 

Ml Simultaneous lobe comparison development. 
J. Lewis Hathaway and O. Hugo Schuck. OEMsr- 
287; Section No. 6.1-sr287-384. HUSL. January 1, 
1943. 

M2 Split beam direction finding. (Internal Report 
No. 77.) (n.a.) OSRD Liaison Office No. WA- 

107-11. HMA/SEE, Fairlie Laboratory [Great 
Britain]. April 22, 1942. 

M3 Mathematical discussion of proposed bearing de¬ 
viation indicator circuits. ([Technical Memoran¬ 
dum No. MM-43-]3510-HCF-HP.) H. C. Fleming. 
BTL. April 16, 1943. 

M4 Proposal for oscillating beam receiver for echo 
ranging. Frederick V. Hunt. [HUSL.j June 2, 
1943. 

M5 Computations on bearing deviation indicator re¬ 
sponse. (Report No. D51/R765.) Edward Gerjuoy 
and Edward S. Seeley. Service Project Nos. NS-113 
and NS-247. NLL. February 21, 1944. 

M6 Bearing deviation indicator operation. (n.a.) 
OEMsr-287; Section No. 6.1-sr287-1450. HUSL. 
March 27, 1944. 

M7 Comparisons of bearing deviation indicator sys¬ 
tems. Malcolm H. Hebb, Gerald I. Harrison and 
Nelson M. Blachman. OEMsr-287; Section No. 
6.1-sr287-1549. HUSL. May 20, 1944. 

M8 Theoretical formulae for some bearing deviation 
indicator systems. (Report No. D51/R974.) Ed¬ 
ward Gerjuoy. Service Project Nos. NS-247 and 
NS-113. NLL. August 9, 1944. 

631.411 Harvard Underwater Sound Laboratory Systems (SLC) 

Ml Harvard-NDRC Underwater Sound Project. Pros¬ 
pectus and outline, (n.a.) HUSL. August 15, 
1941. 

M2 True reference training. Observations of PC-551. 
O. Hugo Schuck. [HUSL.j June, 1942.] 

M3 SLC, simultaneous lobe comparison. Isaac P. Rod- 
man. [HUSL.j February 8, 1943. 

M4 Change in simultaneous lobe comparison nomen¬ 
clature. Frederick V. Hunt. [HUSL.j May 1, 
1943. 

M5 Reactions to plan position indicator tests aboard 
USS Galaxy. Henry M. Lane. [HUSL.j May 8, 
1943. 

M6 Cogitations on: Plan position indicator and bear¬ 
ing deviation indicator, formerly known as plan 
position indicator and simultaneous lobe compari¬ 
son. Presented for comment. O. Hugo Schuck. 
[HUSL.] June 2, 1943. 

M7 Simultaneous lobe comparison response curves. 
(Part II.) Claude W. Horton. [HUSL.j Novem¬ 
ber 4, 1943. 

M8 Bearing deviation indicator sample traces, (n.a.) 
OEMsr-287; OSRD No. 3402; Section No. 6.1-sr287- 
1441. [HUSL.] February 21, 1944. 



162 


DIVISION 6 • MICROFILM LIST 


M9 Comparison of bearing deviation indicator, Models 
X-3 and X-4, in response to noise. Malcolm H. 
Hebb and Gerald I. Harrison. [HUSL.] April 5, 
1944. 

631.412 Radio Corporation of America Systems 

Ml Simplified simultaneous lobe comparison proposed 
by L. Barton of Radio Corporation of America. 
O. Hugo Schuck. [HUSL.] March 25, 1943. 

M2 Identity of Barton’s proposed system with simul¬ 
taneous lobe comparison. Harvey A. Brooks. 
[HUSL., March 30, 1943. 

M3 Errors due to phase shift in Barton’s simultaneous 
lobe comparison system. Harvey A. Brooks. 
[HUSL.] March 30, 1943. 

M4 Trip to New London to observe Barton’s apparatus 
on SC-665. Robert B. Bowersox and O. Hugo 
Schuck. [HUSL.] August 18, 1943. 

631.42 Circuits 

Ml Indicating systems for SLCA device. A. Wilson 
Nolle. [HUSL.] January 12, 1942. 

M2 Simultaneous lobe comparison direct-connected lag 
line development. O. Hugo Schuck. t HUSL.] 
September 5, 1942. 

M3 Constant phase shift network to replace simultane¬ 
ous lobe comparison lag line. Malcolm H. Hebb. 
[HUSL.] June 30, 1943. 

M4 Constant phase shift network to replace simultane¬ 
ous lobe comparison lag line. Malcolm H. Hebb. 
[HUSL.] July 20, 1943. 

M5 Bearing deviation indicator boosters. Frederick 
V. Hunt. [HUSL.] September 20, 1943. 

M6 Phase sensitivity adapter for direct testing of bear¬ 
ing deviation indicator by monitor. Fred H. 
Smith. [HUSL.] April 13, 1944. 

M7 Constant resistance network for bearing deviation 
indicator. Malcolm H. Hebb. [HUSL.] April 30, 
1944. 

M8 Bearing deviation indicator phase shift networks 
for wide frequency range. Claude W. Horton. 
[HUSL.] May 9, 1944. 

M9 Input phasing of bearing deviation indicator. 

Charles R. Rutherford. [HUSL.] June 1, 1944. 
M10 Comparison of oscillator tracking of four makes of 
bearing deviation indicator units. Leonard W. 
Radmacher. [HUSL.] August 8, 1944. 

Mil Improved doppler control of bearing deviation 
indicator sensitivity. Stanley R. Rich. [HUSL.] 
August 31, 1944. 

631.421 Model X-3 

Ml Simultaneous lobe comparison, Model X-3A. 

Charles P. Boner. [HUSL.] April 14, 1943. 

M2 Bearing deviation indicator installation on USS 
Semmes. Isaac P. Rodman. [HUSL.] June 3, 

1943. 

M3 [Model] X-3 bearing deviation indicator balance 
stability. Cassius M. Clay. t HUSL.] January 13, 

1944. 


M4 Tests made on [Model] X-3 bearing deviation 
indicator. Leonard W. Radmacher. [HUSL.] 
March 18, 1944. 

M5 Method of measuring DB gain reduction of time 
variation gain on bearing deviation indicator unit. 
Model X-3. Charles F. Hobbs. t HUSL.] April 1, 
1944. 

M6 Method of using notching filter to check bearing 
deviation indicator oscillator in the field. Robert 
A. Westervelt. HUSL. July 26, 1944. 

M7 Modernization of bearing deviation indicator, 
Model X-3, Serial No. 12. Leonard W. Rad¬ 
macher. [HUSL.] October 27, 1944. 

631.422 Model X-4 

Ml Bearing deviation indicator circuit with advantages 
of [Model] X-4 and sum-difference types. O. Hugo 
Schuck. [HUSL.] November 9, 1943. 

M2 Bearing deviation indicator [Model] X-4. Fred H. 
Smith. [HUSL.] December 22, 1943. 

M3 Noise difficulties in bearing deviation indicator 
receiver [Model] X-4. Malcolm H. Hebb. [HUSL.] 
February 25, 1944. 

M4 Bearing deviation indicator, Improved circuit for 
O. Hugo Schuck. [HUSL.] March 14, 1944. 

M5 Bearing deviation indicator improvement. Charles 
F. Hobbs. [HUSL.] March 15, 1944. 

M6 Comparison of bearing deviation indicator. Model 
X-4B and Model X-4D. Charles R. Rutherford. 
[HUSL.] April 28, 1944. 

M7 The time delay in the [Model] X-4 intermediate- 
frequency amplifier. Nelson M. Blachman. 

[HUSL.] August 3, 1944. 

M8 Notes on Model X-4 bearing deviation indicator. 
Charles E. Houston. [HUSL.] September 28, 
1944. 

631.43 Installations 

Ml Experimental installation of LCA and QC. 
O. Hugo Schuck. t HUSL.] November 19, 1941. 

M2 Trip for simultaneous lobe comparison installation 
on USS Semmes at New London. Richard N. Lane 
and O. Hugo Schuck. t HUSL.] June 25, 1942. 

M3 Use of JK with simultaneous lobe comparison. 
O. Hugo Schuck. t HUSL.] July, 1942.] 

M4 Trip to USS Semmes at New London, August 8 
to 13, 1942 inclusive. Robert B. Bowersox. 
[HUSL.] August 14, 1942. 

M5 Tests on echo-ranging equipment on USS Neilds. 
Charles P. Boner, J. Lewis Hathaway and Charles 
R. Rutherford. OEMsr-287; Section No. 6.1- 
sr287-708. HUSL. March 1, 1943. 

M6 Progress report on activities at Sylph [during] 
June, 1943. Carl M. Herget. t HUSL.] July 6, 
1943. 

M7 Note on the QJA bearing deviation indicator sys¬ 
tem. Charles E. Houston. t HUSL.] September 
21, 1944. 

M8 Field studies of sonar domes, (n.a.) OEMsr-287; 



DIVISION 6 • MICROFILM LIST 


163 


Section No. 6.1-sr287-2073. HUSL. October 1, 
1945. 

631.431 QB Gear 

Ml Simultaneous lobe comparison on QBF. O. Hugo 
Schuck. [HUSL.j September 24, 1942. 

M2 Simultaneous lobe comparison operation with 
QBF equipment. Robert B. Bowersox and 
J. Lewis Hathaway. [HUSL.j May 3, 1943. 

631.432 QC Gear 

Ml Gyro stabilizing equipment for QC equipped with 
simultaneous lobe comparison. O. Hugo Schuck. 
[HUSL.] August 5, 1942. 

M2 QC-JK head on USS Sylph. O. Hugo Schuck. 
[HUSL.] March 5, 1943. 

M3 Installation of bearing deviation indicator with 
Radio Corporation of America QCJ-8 sound 
equipment. Charles R. Rutherford and Robert 
B. Bowersox. t HUSL.j July 12, 1943. 

M4 Installation of bearing deviation indicator with 
Radio Corporation of America QCQ-2. Charles 
R. Rutherford and Robert A. Westervelt. [HUSL.j 
September 6, 1943. 

M5 Adaptation of Astatic, NXss-23438, Bogen, NXss- 
27819 and Submarine Signal, NXss-25889, bearing 
deviation indicator production to Submarine Sig¬ 
nal QC gear. Herbert R. Stewart. [HUSL.j Sep¬ 
tember 30, 1943. 

M6 Installation of bearing deviation indicator with 
Radio Corporation of America QCU sound gear. 
Charles R. Rutherford and Alfred G. Aldridge. 
[HUSL.] October 18, 1943. 

631.433 WEA-1 

Ml Radio Corporation of America echo-ranging equip¬ 
ment, Navy Type CRV. Adaptation to SLCA 
operation. O. Hugo Schuck. [HUSL.] April 11, 

1942. 

M2 Simultaneous lobe comparison for Radio Corpora¬ 
tion of America WEA-1 projector. Elimination of 
relays. Malcolm H. Hebb and Robert B. Bower¬ 
sox. HUSL. June 12, 1942. 

M3 Trip to New London, July 9 [tO] 10, 1942, for 
observation of simultaneous lobe comparison and 
WEA-1 on USS Semmes. Robert B. Bowersox and 
O. Hugo Schuck. [HUSL.j July 11, 1942. 

M4 Simultaneous lobe comparison sensitivity. WEA-1 
vs QC. O. Hugo Schuck. [HUSL.] November 
21, 1942. 

M5 Simultaneous lobe comparison. Direct-connected 
lead line for WEA-1. Malcolm H. Hebb. [HUSL.j 
April 2, 1943. 

M6 Installation of bearing deviation indicator on 
WEA-1 and QCQ-2. Charles R. Rutherford. 
[HUSL.] August 3, 1943. 

631.44 Performance 

Ml Visit to PC-551 [at] Miami. Inspection of simul¬ 


taneous lobe comparison [Model] X-2, No. 1. 
O. Hugo Schuck. [HUSL.j February 10, 1943. 

M2 BDI indications. Broadside attack. Charles R. 

Rutherford. t HUSL.] August 2, 1943. 

M3 Technical failures of bearing deviation indicator 
in Key West. Carl M. Herget. [HUSL.j Septem¬ 
ber 14, 1943. 

M4 Inspection of bearing deviation indicator on USS 
Jacob Jones (DE-130). Cassius M. Clay and Alfred 
G. Aldridge. [HUSL.j September 20, 1943. 

M5 Bearing deviation indicator. Model X-3. Field tests 
at Brooklyn Navy Yard. Cassius M. Clay, Leon¬ 
ard W. Radmacher and Robert A. Westervelt. 
[HUSL.j October 26, 1943. 

M6 Use of bearing deviation indicator in depth 
charge attacks by relatively inexperienced per¬ 
sonnel. Carl M. Herget. [HUSL.j December 29, 

1943. 

M7 Bearing deviation indicator and cut-on bearing 
performance, (n.a.) BuShips. [1944(?)j 
M8 Effect of list of the USS Lea (DD-118) on bearing 
deviation indicator accuracy. Charles E. Houston 
and Charles R. Rutherford. t HUSL.] July 3, 

1944. 

631.45 Depth and Azimuth Systems 

Ml Present status of [Project] NO-181 circuits. 

A. Wilson Nolle. [HUSL.j October 28, 1943. 

M2 Two-dimensional bearing deviation indicator. 

Charles P. Boner. [HUSL.j January 13, 1944. 

M3 Key West tests on bearing deviation indicator 
depth determinations on a submarine target. 
O. Hugo Schuck and Carl M. Herget. HUSL. 
March 1, 1944. 

M4 Diagonal bearing deviation indicator connection. 

Harvey A. Brooks. [HUSL.j March 15, 1944. 

M5 Possible simplification of the present [Project NO-j 
181 circuits. A. Nelson Butz, Jr. HUSL. March 
17, 1944. 

M6 Depth angle, Measurement of Claude W. Horton. 
[HUSL.j March 20, 1944. 

M7 Depth angle determination. Bearing deviation in¬ 
dicator, both vertical and horizontal. O. Hugo 
Schuck. [HUSL.j March 26, 1944. 

M8 Simultaneous bearing deviation indicator and 
depth angle determination with one projector. 
Malcolm H. Hebb. [HUSL.j March 30, 1944. 

M9 Quadrant-split QBE projector. O. Hugo Schuck. 
[HUSL.j April 26, 1944. 

M10 Results of simultaneous azimuth and depth angle 
measurements using quadrant-split crystal projec¬ 
tor on USS Boone (CG-335). Richard F. Carle. 
[HUSL.j April 29, 1944. 

Mil Visit of Mr. T. Fry of Fairlie [Laboratory, Great 
Britain]. Harvey A. Brooks. [HUSL.j May 17, 
1944. 

M12 Bearing deviation indicator in depth and azimuth. 
Input circuit. Malcolm H. Hebb. [HUSL.j 
June 1, 1944. 




164 


DIVISION 6 • MICROFILM LIST 


M13 Bearing deviation indicator patterns of diamond 
transducers. Gerald I. Harrison. [HUSL.j June 
13, 1944. 

M14 Split-square British bearing deviation indicator. 

Gerald I. Harrison. HUSL. July 1, 1944. 

M15 Hebb method of connecting double bearing devi¬ 
ation indicator to a quadrant-split projector. 
Robert A. Westervelt and Charles R. Rutherford. 
[HUSL.j August 15, 1944. 

M16 Methods of connecting bearing and depth devi¬ 
ation indicators to a quadrant-split projector, with 
notes on dept^i determination, (n.a.) OEMsr-287; 
Section No. 6.1-sr287-2072. HUSL. May 1, 1945. 
M17 Dual frequency driver, (n.a.) OEMsr-287; Section 
No. 6.1-sr287-2083. HUSL. May 25, 1945. 

631.5 Improved Echo-Ranging Console 

Ml Possible advantages in improving standard super¬ 
sonic equipment. (Report No. P5/1571.) Timothy 
E. Shea. t NLL.] November 13, 1941. 

M2 Echo-ranging equipment. Design modifications. 
(Report No. P5/2668.) J. Warren Horton. NLL. 
Revised: April 30, 1942. 

M3 Improved echo-ranging equipment, USS Sylph. 
Transcript of a recorded talk prepared for the 
Seminar Afloat, July 11, 1943. (Report No. D20/ 
R425.) (n.a.) NLL. July, 1943.] 

M4 A sensitivity test unit and description of test pro¬ 
cedure for the Mark II D-20 rack. (Report No. 
D20/R460.) Robert J. Callen. NLL. August 9, 

1943. 

M5 An improved echo-ranging receiving equipment. 
(Report No. D20/R1376.) (n.a.) OEMsr-1128; 

Service Project No. NS-142; Section No. 6.1-srll28- 

1941. NLL. February 28, 1945. 

M6 Recommendations for revision of submarine echo¬ 
ranging system. (Report No. P29/R1435.) J. War¬ 
ren Horton. OEMsr-1128; Service Project No. 
NS-142; Section No. 6.1-srl 128-2219. NLL. May 
24, 1945. 

632.0 QH Sonar 

Ml Submarine detection. Methods of attack. Harry 
Nyquist. [Division 6.] October 23, 1941. 

M2 Submarine detection. Sharp selectivity technique. 
Harry Nyquist. Section No. C4-NDRC-037. [Divi¬ 
sion 6.j December 24, 1941. 

M3 Sonic location developments, (n.a.) OEMsr-58; 
Section No. C4-sr58-047. HUSL. December 29, 

1941. 

M4 Telegraph theory. Note on limiting signal-noise 
ratio. Harry Nyquist. [Division 6.] January 2, 

1942. 

M5 Submarine detection. Harbor protection. Harry 
Nyquist. Section No. C4-NDRC-040. [Division 6.] 
January 5, 1942. 

M6 Submarine detection. Two-dimensional scanning. 
Harry Nyquist. Section No. C4-NDRC-038. [Divi¬ 
sion 6.] January 6, 1942. 


M7 Submarine detection. Omnidirectional listening 
device. Harry Nyquist. Section No. C4-NDRC- 
041. [Division 6.] January 8, 1942. 

M8 Submarine detection. Comparison of methods of 
detecting echoes. Harry Nyquist. Section No. 
C4-NDRC-042. [Division 6.] January 19, 1942. 
M9 Submarine detection, long range. Suggested mini¬ 
mum program of measurements. Harry Nyquist. 
Section No. C4-NDRC-043. [Division 6.] Febru¬ 
ary 3, 1942. 

M10 Sonavision. Roland K. Blumberg and David C. 

Whitmarsh. t HUSL.] February 22, 1943. 

Mil Some remarks on the fundamental problem of 
distinguishing an echo from reverberation in 
sonar-type devices. Roderic M. Scott. [HUSL.j 
May 4, 1943. 

M12 Activities at [USSj Sylph, June, 1943. Carl M. 

Herget. [HUSL.j July 6, 1943. 

M13 Sonar production plans. John S. Coleman. 

[HUSL.j November 23, 1943. 

M14 QH sonar devices being processed. Hayward Hen¬ 
derson. [HUSL.j April 28, 1944. 

M15 Conference with Hector Willis of Fairlie [Labora¬ 
tory]. O. Hugo Schuck. [HUSL.j June 20, 1944. 
M16 Detection of scanning sonar on submarines by 
surface vessels. Malcolm H. Hebb. [HUSL.j 
August 11, 1944. 

M17 Torpedo observation tests on USS Cythera, July 
20 to August 18, 1944. Frederick E. Lowance, 
Charles A. Ewaskio and Roger W. Boom. [HUSL.j 
August 21, 1944. 

M18 Maximum echo ranges and listening ranges for 
submarine scanning sonar gear. Roderic M. Scott 
and Thomas P. Merritt. [HUSL.j September 18, 

1944. 

M19 Directivity ratio of long sources. Gerald I. Harri¬ 
son. [HUSL.j October 9, 1944. 

M20 Figure of merit of QH gear. Charles A. Ewaskio. 

[HUSL.j November 1, 1944. 

M21 Spotting with QH sonar. Harold P. Knauss. 

[HUSL.j December 21, 1944. 

M22 A statistical theory of errors in pattern formation. 
(Bi-weekly report covering period December 24, 
1944 [tOj January 6, 1945.) (n.a.) OEMsr-287; 

Section No. 6.1-sr287-1964. HUSL. January 8, 

1945. pp. 1-4, 7-9. 

M23 Torpedo detection with QH sonar, (n.a.) OEMsr- 
287; Section No. 6.1-sr287-1954. HUSL. January 
15, 1945. 

M24 Intensity of a target echo. Charles E. Houston. 
[HUSL.j April 16. 1945. 

632.01 Pulse Transmitters 

Ml Data and operating instructions for 1.5-kw power 
amplifier. Neil E. Handel. [HUSL.j March 24, 

1943. 

M2 Pulse shaping for high-duty cycle circuits. Fred¬ 
erick V. Hunt. [HUSL.j July 4, 1943. 





DIVISION 6 • MICROFILM LIST 


165 


M3 Sharp pulse high-power transmitters. Nelson A. 
Butz, Jr. and F. Burton Jones. [HUSL.] Decem¬ 
ber 4, 1943. 

M4 Magnetostriction transducers and high-power 
supersonic pulsing. Frederick V. Hunt, Roger 
Hickman and others. t HUSL.] March 4, 1944. 
M5 Pulse tailoring for sonar systems. Frederick V. 

Hunt. [HUSL.] August 12, 1944. 

M6 Temperature compensation of QH sonar oscillator. 
Robert L. Cummerow. [HUSL.] September 21, 
1944. 

M7 Five-millisecond pulse high-power transmitter for 
ER sonar equipment aboard the Aide de Camp. 
David C. Whitmarsh and Andrew Patterson, Jr. 
HUSL. January 17, 1945. 

M8 On the so-called bump-back filter advocated by 
Professor Jones. Claude W. Horton. HUSL. 
June 11, 1945. 

M9 Tailored pulses in sonar transmitters. Frederick 
V. Hunt. [HUSL.] July 10, 1945. 

632.02 Sweep Circuits and Timers 

Ml Electronic spiral sweep. David C. Whitmarsh and 
Roland K. Blumberg. [HUSL.] January 27, 1943. 
M2 Developments in spiral sweeps. F. Burton Jones 
and Roderic M. Scott. t HUSL.] March 13, 1943. 
M3 Linear sweeps. F. Burton Jones and Reubin H. 

Wallace. t HUSL.] October 5, 1943. 

M4 Stable-extended range linear sweeps. F. Burton 
Jones and Reubin H. Wallace. [HUSL.] Novem¬ 
ber 11, 1943. 

M5 Spiral sweep synchros at 30 rps. F. Burton Jones. 
[HUSL.] January 14, 1944. 

M6 Mechanical sweep circuit. Kenneth N. Fromm. 
[HUSL.j March 20, 1944. 

M7 Sangamo timer. T. Lewis Hathaway. rHUSL.i 
April 4, 1944. 

M8 ER spiral sweep experiences and comments. 

Stanley R. Rich. t HUSL.] May 8, 1944. 

M9 Modifications to ER spiral sweep. Stanley R. 

Rich. [HUSL.] May 29, 1944. 

M10 Pro-submarine timer. Reubin H. Wallace. 

[HUSL.] November 8, 1944. 

632.03 Receiver Systems 

Ml Receiver for l USS ] Semmes installation. Aide de 
Camp field trip of October 7, 1943. Roderic M. 
Scott. [HUSL.] October 8, 1943. 

M2 Measurements on the tuned radio frequency am¬ 
plitude receiver. Andrew Patterson, Jr. [HUSL.] 
October 19, 1943. 

M3 Comparison of three scanning sonar input systems. 

J. Lewis Hathaway. [HUSL.] January 7, 1944. 

M4 Results of tests of the second sonar console listen¬ 
ing amplifier after the final changes have been 
made in the circuit, March 11, 1944. Frank S. 
Replogle. [HUSL.] March 11, 1944. 

M5 Status report on Task No. 5. Effect of short pulse 
lengths and receiver bandwidth on echo ranging. 


(Report No. 3510-RWK-HP.) Robert W. Kirk¬ 
land. BTL. July 15, 1944. 

M6 Loud-speakers for sonar equipment. Neil E. Han¬ 
del and John D. Watt. [HUSL.j November 18, 
1944. 

M7 Sonar preamplifier band-pass filter. John O. Han¬ 
cock. [HUSL.j January 10, 1945. 

M8 Appendix to John Hancock’s memorandum: Sonar 
preamplifier band-pass filter. Malcolm H. Hebb. 
t HUSL.] January 18, 1945. 

M9 Answer to: Thyrite protection for input circuits, 
by Frederick V. Hunt, March 5, 1945. Robert B. 
Bowersox. [HUSL.] March 6, 1945. 

M10 Effect of band-pass filters on a pulse. Gerald I. 

Harrison. [HUSL.] March 20, 1945. 

Mil Pro-submarine receivers. Arthur C. Clatfelter. 
[HUSL.j April 13, 1945. 

632.04 Indicators and Recorders 

Ml Repetition of CRO echo indications. Harold P. 

Knauss. [HUSL.j May 28, 1943. 

M2 Mechanical recorder for sonar. John D. Lane. 
[HUSL.] June 12, 1943. 

M3 Conference on sonar display with J. W. Horton at 
New London, July 19, 1943. William T. Bartholo¬ 
mew and Harold P. Knauss. [HUSL.j July 22, 
1943. 

M4 San Diego range marking system. Harold P. 

Knauss. [HUSL.j September 22, 1943. 

M5 Tests on the magnetic compass follower. Roderic 
M. Scott. [HUSL.j October 22, 1943. 

M6 Chemical recorder, bearing repeater and automatic 
training applied to sonar. J. Lewis Hathaway. 
[HUSL.j November 11, 1943. 

M7 Status of scanning sonar display and fire control 
problems. Harold P. Knauss and William T. 
Bartholomew. [HUSL.] January 20, 1944. 

M8 A continuous range and bearing mechanical indi¬ 
cator. John D. Lane. [HUSL.j April 13, 1944. 
M9 Plan position indicator tube size demonstration. 
Robert B. Bowersox and Harold P. Knauss. 
[HUSL.] May 12, 1944. 

M10 Mechanical oscilloscope for QH sonar. William 
T. Bartholomew. [HUSL.j May 24, 1944. 

Mil Use of chemical range recorder with QH sonar. 

Harold P. Knauss. [HUSL.j May 26, 1944. 

M12 Plan position indicator bearing accuracy on 5- 
inch, 7-inch and 12-inch scopes. Roger W. Boom. 
[HUSL.j May 31, 1944. 

M13 The range marking circuit for the scanning sub¬ 
marine system. Norman B. Saunders. [HUSL.j 
August 17, 1944. 

M14 The range marking circuit for the scanning sub¬ 
marine system. (Revised.) Norman B. Saunders. 
[HUSL.j September 6, 1944. 

M15 Sangamo’s cursors and range recorder. Frederick 
V. Hunt. [HUSL.j October 20, 1944. 

M16 Cursor design and angle subtended by a sub¬ 
marine. Harold P. Knauss. [HUSL.j November 
1, 1944. 


SECRET 





166 


DIVISION 6 • MICROFILM LIST 


M17 Cursor design. Frederick V. Hunt. t HUSL.] No¬ 
vember 3, 1944. 

M18 Submarine sonar system range marking circuit. 
Tentative instructions for calibration and a more 
detailed explanation of the operation of the sweep 
circuit. Norman B. Saunders. [HUSL.J Novem¬ 
ber 3, 1944. 

M19 Continuously visible electronic cursor. Harold P. 
Knauss. [HUSL.J March 12, 1945. 

632.05 Attack Teachers and Plotters 

Ml Changes made in the General Electric attack 
plotter, known as the ASAP. Robert B. Bower- 
sox. [HUSL.] March 19, 1945. 

M2 The ASAP installation on the USS Cythera. 
Robert H. Hughes. [HUSL.J April 17, 1945. 

M3 Operator training equipment, Model 5. Modifica¬ 
tion of Sangamo QFA-5 attack teacher and asso¬ 
ciated equipment for scanning sonar training, 
(n.a.) OEMsr-287; Section No. 6.1-sr287-2062. 
HUSL. November 1, 1945. 

632.06 Monitor and Test Equipment 

Ml Sonar signal interjector. Frederick V. Hunt. 
[HUSL.j November 18, 1943. 

M2 Comments on the monitor hoist to be installed on 
the [C/SS] Cythera. Roderic M. Scott. [HUSL.j 
February 26, 1944. 

M3 Additional comments on the monitor hoist which 
has been installed on the [f/SSj Cythera. Roderic 
M. Scott. [HUSL.j March 13, 1944. 

M4 ISGM procedure for tuning driver and receiver 
quickly under way. O. Hugo Schuck. [HUSL.] 
March 21, 1944. 

M5 Scanning sonar pattern computer. O. Hugo 
Schuck. [HUSL.j October 23, 1944. 

M6 Plotting of scanning sonar transducer pattern on 
equipment scope. Charles R. Rutherford. 
[HUSL.j November 9, 1944. 

M7 Design of potentiometer phase shifter for phase 
measurements over a broad frequency band. 
Robert L. Cummerow. [HUSL.j March 5, 1945. 

M8 Polar inverse exponential pattern plotter for ER 
sonar, PE-jPPER. Norman B. Saunders. [HUSL.j 
March 6, 1945. 

632.1 Mechanical Rotation System (MR) (Rotoscope) 

632.11 Circuits and Design 

Ml Electronic problems of MR sonar. Harold P. 
Knauss. [HUSL.j August 28, 1942. 

M2 MR sonar status. Harold P. Knauss. [HUSL.j 
September 4, 1942. 

M3 Status report t of] MR sonar. Harold P. Knauss 
and James F. Bacon. [HUSL.j September 26, 
1942. 

M4 Rotoscope. Report on Tippy model. Harold P. 
Knauss. [HUSL.j October 6, 1942. 

M5 Rotoscope conference, November 12 and 13, 1942. 
Harold P. Knauss. [HUSL.j November 14, 1942. 


M6 Proposed rotoscope for detection of small targets 
at short ranges. Harold P. Knauss. [HUSL.j 
November 21, 1942. 

M7 Installation of rotoscope. Harold P. Knauss. 

[HUSL.j December 15, 1942. 

M8 Range accuracy and range scale for rotoscope. 

Harold P. Knauss. [HUSL.j January 11, 1943. 
M9 The rotoscope and the status of MR and ER sonar 
research. Harold P. Knauss. [HUSL.j January 
18, 1943. 

M10 Commutated rotation sonar. Harold P. Knauss. 
[HUSL.j May 5, 1943. 

Mil An anecdotal history of the rotoscope, to December 
28, 1942. Harold P. Knauss. [HUSL.j June 18, 
1943. 

M12 Sonic locator developments. [Part] II, MR sonar 
t andj the rotoscope. Harold P. Knauss. OEMsr- 
287; Section No. 6.1-sr287-1346. HUSL. February 
5, 1944. 

M13 Rotoscope conference, September 16, 1942. Harold 
P. Knauss. t HUSL.j (n.d.) 

632.12 Performance Tests 

Ml Field test on Monday, July 27, 1942. Harold P. 

Knauss. [HUSL.j July 27, 1942. 

M2 MR sonar as listening device. Field tests of August 
21, 1942. O. Hugo Schuck, James F. Bacon and 
others. [HUSL.j August 27, 1942. 

M3 Pleasure Bay, September 15, 1942. Harold P. 
Knauss and Roland K. Blumberg. [HUSL.j Sep¬ 
tember 16, 1942. 

M4 Rotoscope field trip off Spectacle Island, Friday, 
September 18, 1942. Harold P. Knauss. [HUSL.j 
September 21, 1942. 

M5 Rostoscope field test, September 23, 1942. Harold 
P. Knauss and Arthur L. Besse, Jr. C HUSL. 3 
September 24, 1942. 

M6 Construction and characteristics of the MR sonar 
12xl2-inch hydrophone. Francis P. Bundy. 
[HUSL.j October 19, 1942. 

M7 Rotoscope field trip, November 6, 1942. Harold 
P. Knauss. [HUSL.j November 6, 1942. 

M8 Rotoscope field trip, December 19, 1942, Egg Rock. 

Harold P. Knauss. [HUSL.j December 22, 1942. 
M9 Rotoscope field trips, December 29 and 30 [1942] 
and January 2, 4 and 5, 1943. Harold P. Knauss. 
[HUSL.j January 5, 1943. 

M10 Rotoscope field tests, January 8, 1943, off Mahant. 

Harold P. Knauss. [HUSL.j January 8, 1943. 

Mil Demonstrations of the rotoscope, Friday, March 
12 and Monday, March 15, 1943. Harold P. 
Knauss. [HUSL.j March 16, 1943. 

M12 Rotoscope trip to Gloucester and return. David 
C. Whitmarsh. [HUSL.j May 10, 1943. 

M13 The trip of the Aide de Camp, May 12, 1943. 

Roderic M. Scott. [HUSL.j May 13, 1943. 

M14 Final tests on the rotoscope. F. Burton Jones and 
David C. Whitmarsh. [HUSL.j June 16, 1943. 



DIVISION 6 • MICROFILM LIST 


167 


632.2 Capacitive Rotation System (CR) 

632.21 Experimental Systems 

Ml Roll, pitch and mast deflection characteristics. 
(Division 14.) G. J. Maslach. MIT, Radiation 
Laboratory. December 15,. 1943. 

632.211 Circuits and Designs 

Ml Knauss’ memorandum on sonar program, dated 
January 25 [1943]. Frederick V. Hunt. [HUSL.] 
January 31, 1943. 

M2 Simultaneous lobe comparison brightening for CR 
sonar. F. Burton Jones and Roderic M. Scott. 
[HUSL.j May 28, 1943. 

M3 CR sonar electronics. Roderic M. Scott and 
Harold P. Knauss. [HUSL.] June 15, 1943. 

M4 CR sonar electronics conference, June 16, 1943. 
Harold P. Knauss. [HUSL.] June 19, 1943. 

M5 Range marking circuit for CR sonar. Kenneth 
N. Fromm. [HUSL.] July 6, 1943. 

M6 Laboratory tests of simultaneous independent lobe 
comparison for CR sonar at 23 kc. F. Burton 
Jones and Reubin H. Wallace. t HUSL.] August 
20, 1943. 

M7 Conference on Sangamo specifications for CR 
sonar. Harold P. Knauss. [HUSL.] February 1, 
1944. 

M8 Air gap tolerances on commutators for CR scan¬ 
ning sonar. Clifford M. Wallis. [HUSL.j June 
29, 1944. 

M9 Capacitive commutators. F. Burton Jones and 
Reubin H. Wallace. [HUSL.j October 5, 1944. 

632.212 Performance Tests 

Ml Field test on Medusa. Roderic M. Scott and 
F. Burton Jones. [HUSL.j October 2, 1942. 

M2 Medusa. Roderic M. Scott and F. Burton Jones. 
[HUSL.] October 13, 1942. 

M3 Tests on simultaneous lobe comparison brighten¬ 
ing. Roderic M. Scott and F. Burton Jones. 
[HUSL.] May 8, 1943. 

M4 Field trip of July 12, 1943. Roderic M. Scott. 
[HUSL.] July 13, 1943. 

M5 Progress on the Aide de Camp up to Friday, Sep¬ 
tember 24 [1943]. Roderic M. Scott. t HUSL.] 
September 24, 1943. 

M6 Preliminary returns of the field trip of the Aide 
de Camp to New London. Roderic M. Scott. 
[HUSL.] November 12, 1943. 

M7 New London results. [Part] III, Sensitivity of CR 
sonar. Roderic M. Scott and Charles A. Ewaskio. 
[HUSL.j December 10, 1943. 

.^M8 New London results. ([Part] IV.) Roderic M. Scott 
and Charles A. Ewaskio. [HUSL.j December 16, 
1943. 

M9 Aide de Camp field trip, December 29, 1943. 
David C. Whitmarsh. [HUSL.j December 29, 
1943. 

M10 CR/ER sonar installation on USS Sardonyx. 


Titled: Information on installation and operation 
of CR/ER sonar, Model No. 1, Serial No. 1. This 
memorandum applies only to the USS Sardonyx 
installation made on February 21, 1944. (n.a.) 

HUSL. February 21, 1944. 

Mil CR sonar, QH sonar, demonstration on the [t/SSj 
Sardonyx, February 16 to March 3 [1944j. Robert 
B. Bowersox. [HUSL.j March 9, 1944. 

M12 Bearing accuracy of QH, Model 1. Harold P. 
Knauss. [HUSL.J June 19, 1944. 

M13 QH sonar. Model 2, Serial 1. Installation on USS 
Cythera. Titled: Information on installation and 
operation of QG sonar. Model No. 2, Serial No. 1. 
This memorandum applies only to the installation 
aboard USS Cythera begun September 13, 1944. 
(n.a.) [HUSL.] September 13, 1944. 

M14 Status of QH sonar Model 2 aboard USS Cythera, 
PY31. J. Lewis Hathaway, William C. Marlow 
and others. [HUSL.j September 30, 1944. 

M15 Field tests on [ USS ] Cythera, October 4, 1944. 
Charles A. Ewaskio, Frederick E. Lowance and 
others. [HUSL.j October 5, 1944. 

M16 QH sonar revisions and measurements t atj New 
London. Arthur C. Clatfelter and Aaron B. 
Powers. [HUSL.j October 19, 1944. 

M17 Variation in visual and audio echoes with QH 
Model II in shallow water. Frederick E. Lowance, 
Charles A. Ewaskio and Robert H. Hughes. 
[HUSL.j November 8, 1944. 

M18 Power output of QH Model II and sensitivity 
of installed monitor on the Z USS Z Cythera. Charles 
A. Ewaskio. [HUSL.j November 10, 1944. 

M19 Figure of merit vs ship’s speed. Figure of merit 
of QH Model II on November 19, 1944. Charles 
A. Ewaskio. [HUSL.j November 22, 1944. 

M20 Variation in visual and audio echoes wtih QH 
Model II in deep water. Charles A. Ewaskio and 
Frederick E. Lowance. [HUSL.j December 9, 
1944. 

632.22 XQHA (Sangamo) 

632.221 Circuits and Designs 

Ml Conference with Sangamo Electric Company rep¬ 
resentatives, February 29 [1944]. Harold P. 

Knauss. [HUSL.j March 2, 1944. 

M2 Two-channel preamplifier for XQHA-BDI. Leon 
G. S. Wood. HUSL. March 22, 1945. 

M3 Project report and instruction book for Model 
XQHA sonar equipment. (Serial No. 106.) (n.a.) 

OEMsr-1288 and NXsr-46933, Task No. 2; Section 
No. 6.1-srl288-2117. Sangamo Electric Company. 
April, 1945(?) 

M4 Recommendations on attenuation and lag lines for 
the Sangamo XQHA system. Gerald I. Harrison. 
[HUSL.j April 2, 1945. 

M5 Results of measurements on two-channel pre¬ 
amplifier for XQHA-BDI. Leon G. S. Wood. 
[HUSL.j April 10, 1945. 



168 


DIVISION 6 • MICROFILM LIST 


M6 Design B for scanning sonar XQHA. Gerald I. 
Harrison. t HUSL.] April 14, 1945. 

632.222 Performance Tests 

Ml Tests of the partially complete Sangamo XQHA 
system at the HUSL Barge. Francis P. Bundy. 
t HUSL.] March 1, 1945. 

M2 Activities on USS Babbitt, for the week of Feb¬ 
ruary 26 [t°] March 3, 1945. Charles E. Houston. 
[HUSL.j March 6, 1945. 

M3 Activities on USS Babbitt, March 6 t tOj 10, 1945, 
inclusive. Charles E. Houston. [HUSL.j March 
13, 1945. 

M4 Tests to be made on XQHA System No. 1 on 
USS Galaxy. O. Hugo Schuck and Leon G. S. 
Wood. [HUSL.j March 16, 1945. 

M5 Activities on USS Babbitt, March 12 to March 17, 
1945, inclusive. Charles E. Houston. [HUSL.j 
March 20, 1945. 

M6 Activities on the USS Babbitt from March 19 to 
March 31, 1945. Charles E. Houston. [HUSL.j 
April 3, 1945. 

M7 Tests to be made on XQHA aboard USS Galaxy 
after installation of dual-channel preamplifier. 
Leon G. S. Wood. [HUSL.j April 4, 1945. 

M8 Evaluation of measurements made on XQHA Sys¬ 
tem No. 1 on USS Galaxy, March 19 to March 28, 
1945. Robert E. Kirkland. [HUSL.j April 24, 
1945. 

M9 Scanning sonar XQHA. Bearing deviation indi¬ 
cator operational tests. O. Hugo Schuck. 
[HUSL.j April 29, 1945. 

M10 Application of bearing deviation indicator to 
XQHA. Tests. Robert E. Kirkland. [HUSL.j 
May 7, 1945. 

Mil Correction of Graph No. 7 of memorandum: 
Evaluation of measurements made on XQHA on 
USS Galaxy, March 19 to 29, 1945 and April 24, 
1945. Robert E. Kirkland. [HUSL.j May 14, 
1945. 

M12 Interference measurements on USS Galaxy and 
USS Babbitt, April 3 to April 10, 1945. Charles 
E. Houston. [HUSL.j May 31, 1945. 

M13 Operational accuracy of XQHA; with and with¬ 
out bearing deviation indicator; with stationary 
echo-repeater target. Robert E. Kirkland. [HUSL.j 
June 13, 1945. 

632.3 Electrical Rotation System (ER) (Submarine) 

632.31 Experimental Systems 

632.311 Circuits and Designs 

Ml Sonar conference of October 14, 1942. Harold P. 
Knauss. [HUSL.j October 15, 1942. 

M2 Sonar conference, October 28, 1942. Harold P. 
Knauss. [HUSL.j October 29, 1942. 

M3 Present status of the ER sonar department. 
Roderic M. Scott and F. Burton Jones. [HUSL.j 
January 8, 1943. 


M4 ER sonar. A new sharp beam system. Stanley R. 
Rich. [HUSL.j July 12, 1943. 

M5 Simultaneous lobe comparison without the S. A 
new pattern comparison scheme for ER sonar. 
Stanley R. Rich. [HUSL.j August 20, 1943. 

M6 Pro-subamrine requirements. F. Burton Jones. 
[HUSL.j January 15, 1944. 

M7 Tentative research program for sonar. Points to be 
discussed at the first meeting of the Program Com¬ 
mittee. Roderic M. Scott. [HUSL.j January 19, 
1944. 

M8 Tentative specifications t of] pro-submarine elec¬ 
tronic equipment. T. Lewis Hathaway. [HUSL.j 
July 12, 1944. 

M9 Meeting in New York office on submarine sonar 
program, September 7, 1944. Charles P. Boner. 
[HUSL.j September 8, 1944. 

M10 Program and work schedule for submarine scan¬ 
ning sonar. Roderic M. Scott. [HUSL.j Novem¬ 
ber 2, 1944. 

Mil Theory of ER sonar. Gerald I. Harrison. [HUSL.j 
December 11, 1944. 

M12 Instruction manual for submarine scanning sonar 
system XQHA. (n.a.) HUSL. February, 1945. 

M13 Alignment of the electronic timer and range mark¬ 
ing circuit of the submarine scanning sonar sys¬ 
tem, Model II. Norman B. Saunders. [HUSL.j 
April 9, 1945. 

M14 ER sonar installation on USS Dolphin. Robert 
B. Bowersox, Reubin H. Wallace and Andrew 
Patterson, Jr. [HUSL.j April 10, 1945. 

M15 Operating instructions for ER sonar switching 
test unit, (n.a.) [HUSL.j June 14, 1945. 

632.312 Performance Tests 

Ml ER sonar field trip off Spectacle Island. Roderic 
M. Scott and Harold P. Knauss. [HUSL.j Octo¬ 
ber 16, 1942. 

M2 ER sonar field trip, October 20, 1942, off Spectacle 
Island. Roderic M. Scott and Harold P. Knauss. 
[HUSL.j October 20, 1942. 

w" M3 New London results. [Part] II, Event B, November 
3, 1943; ER sonar. Roderic M. Scott. [HUSL.j 
November 17, 1943. 

M4 Field trip of the Aide de Camp, August 5, 1944 
.... David C. Whitmarsh. [HUSL.j August 
7, 1944. 

M5 The 53-kc ER sonar system at Mountain Lakes 
Reference Laboratory. Thomas P. Merritt and 
Arthur C. Clatfelter. [HUSL.j August 21, 1944. 

M6 The 53-kc ER sonar system on board the Aide de 
Camp at New London. Thomas P. Merritt, 
Arthur C. Clatfelter and David C. Whitmarsh. 
[HUSL.j August 28, 1944. 

M7 The 3-foot sphere echo-ranging data. Thomas P. 
Merritt, David C. Whitmarsh and Roderic M. 
Scott. [HUSL.j November 10, 1944. 

M8 Installation and tests of the XQKA scanning sonar 
system on USS Dolphin. Andrew Patterson, Jr. 
[HUSL.j May 30, 1945. 



DIVISION 6 • MICROFILM LIST 


169 


M9 Dentuda tests of scanning sonar XQKA. [Roderic 
M. Scott.] [HUSL.] (n.d.) 

632.4 Composite Systems 

632.41 Ultimate Systems 

Ml Relationships between ship and true coordinates. 
(Division 14. Report No. 8.) W. A. Mersman. 
MIT, Radiation Laboratory. April 8, 1944. 

M2 Combined minutes of series of conferences held in 
Washington, July 13-15, 1944. (n.a.) HUSL. 

July 17, 1944. 

M3 Minutes of second conference on ultimate sonar 
system, held July 27, 1944. (n.a.) HUSL. July 

27, 1944. 

M4 Trip to Washington and conference there on fire- 
control equipment for ultimate sonar, November 
21, 1944. Robert B. Watson. t HUSL.] November 
24, 1944. 

M5 Minutes of tenth conference on integrated sonar 
systems, held February 1, 1945. (n.a.) HUSL. 

February 8, 1945. 

M6 Minutes of eleventh conference on integrated sonar 
systems, held March 1, 1945. (n.a.) HUSL. 

March 8, 1945. 

M7 Integrated sonar system. Hayward W. Henderson. 
[HUSL.] March 12, 1945. 

M8 Integrated B sonar. Sweep requirements for Nor¬ 
man B. Saunders. t HUSL.] March 14, 1945. 

M9 Minutes of twelfth conference on integrated sonar 
systems, held March 29, 1945. (n.a.) HUSL. 

April 19, 1945. 

632.42 Depth-Scanning Sonar (Integrated Type B) 

632.421 Circuits and Designs 

Ml Depth determination with QH sonar. Roderic M. 

Scott. [HUSL.] April 12, 1944. 

M2 Depth-scanning sonar. Material for acoustic lens. 

Norman B. Saunders. [HUSL.] June 30, 1944. 

M3 Depth-scanning sonar. Proposed system, as of July 
3, 1944. O. Hugo Schuck. [HUSL.] July 3, 1944. 
M4 Acoustic lens scanning sonar system. O. Hugo 
Schuck. [HUSL., July 17, 1944. 

M5 Stabilization system for depth-scanning sonar. 

Robert B. Watson. [HUSL.] August 4, 1944. 

M6 Fire-control sonar. Critique on depth-scanning 
system. O. Hugo Schuck. [HUSL.] August 7, 
1944. 

M7 Depth-scanning sonar indicator, Orthogonalization 
of O. Hugo Schuck. [HUSL.] September 12, 
1944. 

M8 Notes on details of depth-scanning console. Hay¬ 
ward W. Henderson. [HUSL.] September 28, 
1944. 

M9 Ultimate system scanning sonar. Own-doppler 
nullifier considerations. O. Hugo Schuck. 
[HUSL.] October 17, 1944. 

M10 Directional transmission for depth scanning. 


Frederick V. Hunt. [HUSL.] February 15, 1945. 

Mil Scanning sonar. Directional transmitting beam 
for O. Hugo Schuck. t HUSL.] February 19, 
1945. 

M12 QH depth-scanning sonar. Experimental model. 
Installation on USS Cythera. (n.a.) [HUSL.] 
March 1, 1945. 

M13 Depth-scanning sonar. Proposed system t for] 
Robert B. Watson. [HUSL.j March 3, 1945. 

M14 Integrated B sonar. Sweep requirements for 
O. Hugo Schuck. t HUSL.] March 8, 1945. 

M15 Directional transmission for depth scanning. 
Robert B. Watson. [HUSL.] April 5, 1945. 

M16 Experimental work on orthogonalization. Robert 
H. Hughes. [HUSL.] April 11, 1945. 

M17 Cable for ultimate Type B and submarine sys¬ 
tems. Robert B. Watson. t HUSL.j April 12, 
1945. 

M18 Arrangement for beam-forming transmission for 
depth scanning. Robert B. Watson. t HUSL.j 
April 13, 1945. 

632.422 Performance Tests 

Ml Acoustical power and figure of merit of 26-kc DSS 
system and bottom echo strength. Charles A. 
Ewaskio. t HUSL.] February 12, 1945. 

M2 Measurements on the 26-kc depth-scanning system 
on USS Cythera. Robert B. Watson. t HUSL.j 
February 17, 1945. 

M3 Measurements made with 26-kc DSS on USS 
Cythera. Target strength of Vortice, Italian sub¬ 
marine, 250-ft long. Target strength of bottom at 
90-degrees depression angle. Charles A. Ewaskio. 
[HUSL.] February 21, 1945. 

M4 Log of Harvard Underwater Sound Laboratory 
observations, USS Cythera, February 8 to 12, 1945. 
Cassius M. Clay. t HUSL.] March 3, 1945. 

M5 Measurements of the depth-scanning system on 
USS Cythera. Robert B. Watson. [HUSL.] 
March 8, 1945. 

M6 Log of Harvard Underwater Sound Laboratory 
operations on USS Cythera, February 13 through 
February 17 t 1945]. Robert C. Morton. [HUSL.] 
March 8, 1945. 

M7 Log of Harvard Underwater Sound Laboratory 
operations on USS Cythera, February 27 [through] 
March 3, 1945. Neil E. Handel. [HUSL.] March 
10, 1945. 

M8 Transmitting patterns for installed depth-scanning 
transducer on USS Cythera. Robert B. Watson. 
[HUSL.] March 14, 1945. 

M9 Study of differences between commutators No. 1 
and No. 2 of the depth-scanning system. Robert 
H. Hughes. [HUSL.] March 23, 1945. 

M10 [Tests] on USS Cythera. Charles R. Rutherford. 
[HUSL.] April 11, 1945. 

Mil Strength of ocean bottom echoes off Florida east 
coast using 26-kc DSS. Cassius M. Clay and 
Robert A. Westervelt. [HUSL.] May 24, 1945. 




170 


DIVISION 6 • MICROFILM LIST 


632.5 

632.51 


632.52 


M12 Vertical patterns and ping pressures of transmit¬ 
ting beams, 26-kc DSS, on USS Cythera. Charles 
R. Rutherford, Cassius M. Clay and Robert A. 
Westervelt. [HUSL.J May 28, 1945. 

M13 Submarine runs with directional and non- 
directional transmitting beams, 26-kc DSS, on USS 
Cythera. Cassius M. Clay. [HUSL.] June 18, 
1945. 

Transducers 
Magnetostrictive 

Ml Sonar-lamination dimensions as functions of the 
number of sections. Nelson M. Blachman. 
[HUSL.] June 26, 1944. 

M2 Construction and performance of HP-4, No. 5, 
experimental scanning sonar stack. Francis P. 
Bundy and Milton Carlson. t HUSL.] July 26, 
1944. 

M3 The scanning sonar depth angle transducer lami¬ 
nation. Nelson M. Blachman. [HUSL.] August 
18, 1944. 

M4 Transmission measurements on HP-1 and HP-2. 
F. Burton Jones, Cedric E. Hesthal and others. 
[HUSL.] September 8, 1944. 

M5 Acoustic patterns of the HP-2B scanning sonar 
transducer on the USS Cythera. Harold P. 
Knauss, Aaron B. Powers and Francis P. Bundy. 
[HUSL.j October 10, 1944. 

M6 Artificial transducers for scanning sonar. Robert 
E. Payne. [HUSL.j October 30, 1944. 

M7 The 26-kc projectors for [the] Aide de Camp. 

Gerard W. Renner. [HUSL.j November 2, 1944. 
M8 Construction and first tests of the magnetostrictive 
scanning sonar transducer, HP-3DS. Robert B. 
Watson and Francis P. Bundy. [HUSL.j Decem¬ 
ber 13, 1944. 

M9 Construction and first tests of magnetostrictive 
scanning sonar transducer, HP-8D, No. 2. Leon 
W. Camp and Robert B. Watson. [HUSL.j July 
3, 1945. 

M10 Instruction manual for HP-5 trainable artificial 
transducer, Model 1. (n.a.) HUSL. July 15, 1945. 

Piezoelectric 

Ml Tests on the 36-element X-cut crystal sonar trans¬ 
ducer built by the San Diego Laboratory. [Robert 
E. Payne.] [HUSL.] September 27, 1943. 

M2 Pattern tests on CP 1-1, No. 770, San Diego 36- 
element crystal transducer. William T. Bartholo¬ 
mew, Julius O. Natwick and Harold P. Knauss. 
[HUSL.j October 21, 1943. 

M3 Further tests on CP 1-1, No. 770, crystal transducer. 

Harold P. Knauss. [HUSL.j November 5, 1943. 
M4 Tests on CPI-1, No. 770, crystal transducer. ([Part] 
III.) Harold P. Knauss. [HUSL.j November 22, 

1943. 

M5 Data obtained from Brush AX-104, crystal trans¬ 
ducer. Thomas P. Merritt. [HUSL.j June 14, 

1944. 

M6 Spy Pond measurements on AX-132, No. 1. 


Thomas P. Merritt and Roderic M. Scott. [HUSL.j 
December 26, 1944. 

M7 Preliminary measurements made at Spy Pond on 
AX-136, No. 1. Robert B. Bowersox. [HUSL.j 
March 6, 1945. 

M8 Submarine transducers and lighting systems. 

Harold E. Nash. [HUSL.j March 15, 1945. 

M9 Preliminary measurements made at Spy Pond on 
AX-132, No. 2. Stanley R. Rich. [HUSL.j March 
26, 1945. 

M10 Tests on Brush AX-132, No. 3. James J. Faran, Jr. 
[HUSL.j April 27, 1945. 

Mil Tests on Brush AX-132, No. 5. James J. Faran, Jr. 
[HUSL.j April 28, 1945. 

M12 Reason for return of AX-136, No. 3 transducer to 
Brush. James J. Faran, Jr. [HUSL.j May 4, 
1945. 

M13 Tests on Brush AX-132, No. 6. James J. Faran, Jr. 
[HUSL.j May 9, 1945. 

M14 Tests of transducer No. 6. J. S. Martin. [Sangamo 
Electric Company.] May 9, 1945. 

M15 Tests on Brush AX-136, No. 2. James J. Faran, Jr. 
[HUSL.j May 16, 1945. 

M16 Tests on Brush AX-132, No. 4. James J. Faran, Jr. 
[HUSL.j May 23, 1945. 

M17 Tests on Brush AX-136, No. 4. James J. Faran, Jr. 
[HUSL.j June 4, 1945. 

M18 Further tests on Brush AX-136, No. 2. James J. 

Faran, Jr. [HUSL.j June 6, 1945. 

M19 Tests on Brush AX-136, No. 5; James J. Faran, Jr. 
[HUSL.j June 11, 1945. 

M20 Efficiency of AX-136 transducers. Harold E. Nash. 
[HUSL.j June 21, 1945. 

632.53 Transducer Cables 

Ml Water seal for 100-conductor cable. Alan H. 

Selker. [HUSL.j December 6, 1944. 

M2 Cable seals for HP-8 cable. Hugh E. Harlow. 
[HUSL.j January 3, 1945. 

M3 Trip to Bell Telephone Laboratories on the ques¬ 
tion of HP-8 cable. Hugh E. Harlow. [HUSL.j 
January 15, 1945. 

M4 Cable for depth scanning transducer supplied by 
Collyer Wire and Cable. Robert B. Watson. 
[HUSL.j March 1, 1945. 

M5 Method for sealing Collyer 50-pair flexible, blocked 
cable. Alan H. Selker. [HUSL.j March 9, 1945. 
M6 Scanning sonar transducer cable. Hugh E. Har¬ 
low. [HUSL.j May 11, 1945. 

632.6 Beam Formation and Rotation 

632.61 Theory 

Ml Scanning sonar doppler due to rotation of pattern. 

Gerald I. Harrison. [HUSL.j May 10, 1944. 

M2 Appearance of 90° minor lobes in scanning sonar 
transducer patterns. Thomas P. Merritt and 
Francis P. Bundy. [HUSL.j May 13, 1944. 

M3 Single element scanning sonar patterns. Gerald I. 
Harrison. [HUSL.j November 24, 1944. 



DIVISION 6 • MICROFILM LIST 


171 


M4 Theoretical scanning sonar patterns. Gerald I. 

Harrison. [HUSL.J January 19, 1945. 

M5 Transmission pattern for constant echo strength. 

Gerald I. Harrison. t HUSL.j March 26, 1945. 

M6 Scanning sonar pattern formation. Gerald I. 

Harrison. [HUSL.J April 14, 1945. 

M7 Theoretical scanning sonar patterns. Gerald I. 

Harrison. t HUSL.] April 16, 1945. 

M8 Further subdivision of scanning rotor to achieve 
more uniform rotation of beam. Malcolm H. 
Hebb. [HUSL.j April 19, 1945. 

632.62 Network Design 

Ml Line-type modulators. O. Hugo Schuck and 
Harold P. Knauss. t HUSL.j August 11, 1943. 

M2 The 7 r lag section charts. Nelson M. Blachman. 
[HUSL.] January 28, 1944. 

M3 A low-frequency modulator. John L. Evers and 
Stanley R. Rich. [HUSL.] May 10, 1944. 

M4 Artificial line of low-distortion. Claude W. Hor¬ 
ton. [HUSL.j May 12, 1944. 

M5 Artificial line of low-distortion, Design of Claude 
W. Horton. [HUSL.j May 23, 1944. 

M6 Depth-scanning sonar. Phasing network for a two- 
dimensional array of transducers. Norman B. 
Saunders. [HUSL.j June 23, 1944. 

M7 Artificial line of low-distortion, A new Claude W. 

Horton. [HUSL.j August 21, 1944. 

M8 M-derived filters. Notes on Claude W. Horton. 

[HUSL.] September 8, 1944. 

M9 A lead line with attenuation. Nelson M. Blach¬ 
man. [HUSL.j October 12, 1944. 

M10 More artificial lines with linear phase shifts. 

Claude W. Horton. [HUSL.j October 18, 1944. 
Mil Power supply, Use of artificial lines as a Claude 
W. Horton. [HUSL.j November 1, 1944. 

M12 Harrison’s 180° reversals. Stanley R. Rich. 

[HUSL.] December 8, 1944. 

M13 High-voltage pulse line. Robert E. Payne. 

[HUSL.] February 22, 1945. 

M14 A defense of constant-k pulse lines and their de¬ 
signer. Robert E. Payne. [HUSL.j February 27, 
1945. 

M15 Low-impedance pulsing storage lines for submarine 
sonar. Francis R. Nitchie, Jr. [HUSL.j June 11, 
1945. 

M16 Miscellaneous studies in electrical transmission 
networks, (n.a.) OEMsr-287; OSRD No. 6582; 
Section No. 6.1-sr287-2088. HUSL. November 15, 
1945. 

632.63 Rotor Design 

Ml Medusa. Roderic M. Scott and F. Burton Jones. 
[HUSL.j October 8, 1942. 

M2 DC pulse generators. F. Burton Jones and Reubin 
H. Wallace. [HUSL.j July 16, 1943. 

M3 A new switching system for ER sonar. Stanley 
R. Rich. [HUSL.j February 22, 1944. 

M4 Varistors as gain controls. Stanley R. Rich and 
William L. Detwiler. [HUSL.j June 6, 1944. 


M5 Pulse generator for electronic rotor for the scan¬ 
ning submarine system. Norman B. Saunders. 
[HUSL.j August 29, 1944. 

M6 A new design for the vacuum tube electronic rotor. 

Roderic M. Scott. [HUSL.j October 2, 1944. 

M7 New electronic rotors. Stanley R. Rich. [HUSL.j 
October 14, 1944. 

M8 Varistors as reactance elements. Stanley R. Rich. 

[HUSL.j November 10, 1944. 

M9 Recommended change in pro-submarine rotor de¬ 
sign. Stanley R. Rich. [HUSL.j November 29, 
1944. 

M10 Ideal switching wave form. Stanley R. Rich. 

[HUSL.j December 8, 1944. 

Mil Plus or minus switching in ER sonar. Gerald I. 

Harrison. [HUSL.j December 23, 1944. 

M12 Varistor rotor troubles. Stanley R. Rich. [HUSL.j 
February 12, 1945. 

M13 The AX-89, No. 2, varistor rotor tests. Stanley R. 
Rich and Marjorie S. McKittrick. [HUSL.j Feb¬ 
ruary 14, 1945. 

M14 Pattern amplitude uniformity in ER sonar rotor, 
No. 1. Robert L. Cummerow and David C. Whit- 
marsh. [HUSL.j March 30, 1945. 

M15 Meeting at Federal Telephone and Radio Corpo¬ 
ration on special purpose multielement tubes. 
Robert L. Cummerow. [HUSL.j May 17, 1945. 
M16 Scanning sonar. Inductive commutators. O. Hugo 
Schuck. [HUSL.j June 15, 1945. 

633 Searchlight Sonar Systems 

633.1 Anchored Vessel Screening (AVS) 

Ml Sonar, Type SR, for protection of capital ships at 
anchor. Roderic M. Scott. [HUSL 0 November 
22, 1942. 

M2 Anchored vessel screening. (Report No. D44/R296.) 
William H. Fritz. NLL. April 23, 1943. 

633.11 Mark I, Anchor (HUSL) 

Ml Work on Project Anchor. O. Hugo Schuck. 

[HUSL.j December 15, 1942. 

M2 Mark I, Anchor, Description and results of 
J. Lewis Hathaway. [HUSL.j February 23, 1943. 
M3 Magnetostriction Anchor transducer. Lyman N. 

Miller. [HUSL.j March 12, 1943. 

M4 Conference on Anchor. O. Hugo Schuck. [HUSL.j 
May 14, 1943. 

M5 Project Anchor status report. J. Lewis Hathaway. 
[HUSL.j May 17, 1943. 

M6 Recommendations for anchored vessel screening, 
Anchor system. Nat H. Godbold. [HUSL.j July 
12, 1943. 

M7 Anchored vessel screening. (n.a.) OEMsr-287; 
Section No. 6.1-sr287-2057. HUSL. May 5, 1945. 

633.12 Mark III (BTL) 

Ml Trip to Bell Telephone Laboratories. Useful cir- 



172 


DIVISION 6 • MICROFILM LIST 


cuits in their echo-ranging Anchor Project. 
Stanley R. Rich. HUSL. June 22, 1943. 

M2 Anchored vessel screen, Mark III. (n.a.) OEMsr- 
346. BTL. June 26, 1945. 

633.2 Small Object Detectors (SOD) 

Ml Detection of anchored mines by echo ranging. 

Harold P. Knauss. HUSL. September 16, 1943. 
M2 Letter to Commander Rawson Bennett. Subject: 
Detection of small objects by means of under¬ 
water acoustic devices. E. H. Colpitts. Division 6. 
May 4, 1944. 

M3 Small object detector program. John S. Coleman.] 
[Division 6.j [December 19, 1944.] 

M4 Results of initial tests to determine detectability 
of mine detection pings, January 17, 1945. (Report 
No. J-551.) John V. Ellson. NLL. January 29, 
1945. 

M5 XQHA sonar tests. (Report No. M-339.) William 
H. Williams. NObs-2074. UCDWR. July 30, 
1945. 

M6 Some measurements of the directivity patterns, 
target strengths, and directivity factors of spheres, 
discs, triplanes and polyplanes. C. J. Burbank and 
Raymond C. Fisher. UCDWR. August 2, 1945. 

633.21 Mine and Torpedo Detection Equipment (MATD) 

Ml Small object location. Summary of preliminary 
tests on (USL Report No. 2.) William F. Arndt, 
J. Warren Horton and Fred T. Schell. NLL. 
March 15, 1945. 

M2 Mine and torpedo detection equipment. (Report 
No. P66/R1436.) J. Warren Horton. OEMsr- 
1128; Section No. 6.1-srl 128-2220. NLL. May 28, 
1945. 

633.22 UCDWR Models 

Ml Measurements on crystal transducer JB4Z-1, No. 
2191. (Report No. C-71.) (n.a.) Service Project 

No. NS-297. UCDWR. January 6, 1945. 

M2 Small object detector, SOD. (Report No. M-343.) 
Melvin E. Chun and C. E. Mongan. NObs-2074. 
UCDWR. July 17, 1945. 

633.23 Underwater Sound Detection and Ranging Equipment 
(USDAR) 

Ml Tests of Radio Corporation of America USDAR at 
Fort Pierce, Florida, on November 16 and 17, 1944. 
Wallace Waterfall. Division 6. November 25, 
1944. 

M2 Letter to Captain C. Gulbranson. Subject: Super¬ 
sonic underwater mine detector, also known as 
Torch, USDAR. E. H. Colpitts. Division 6. 
February 6, 1945. 

M3 Underwater sound direction and range system, 
USDAR. (n.a.) OEMsr-1347; Service Project No. 
NS-297; OSRD No. 5315; Section No. 6.1-srl347- 
2331. RCA. June 30, 1945. 


633.24 British Models 

Ml Echo detection of small targets. (Internal Report 
No. 145.) H. F. Willis, D. W. Boston and others. 
OSRD Liaison Office No. WA-1154-16. HMA/SEE, 
Fairlie Laboratory [Great Britain]. September 23, 
1943. 

M2 British Asdic, Type 135 tests. (Report No. SM-221.) 
Melvin E. Chun. OEMsr-30; Service Project No. 
NS-142. UCDWR. June 19, 1944. 

M3 Measurement on Type 150 Asdic magnetostriction 
transducer. (Report No. C-84.) (n.a.) NObs-2074. 
Service Project No. NS-139. UCDWR. May 1, 
1946. 

633.3 The 692 Submarine Sonar 

Ml [Sonar system] 692, submarine sonar. (n.a.) 
OEMsr-692; OSRD No. 6633; Section No. 6.1-sr692- 
2396. BTL. February 28, 1946. 

634 Echo-Sounding Equipment 

634.1 Silent Fathometer 

Ml A study of the echo repeater and acoustic prox¬ 
imity fuze. Raymond C. Fisher. UCDWR. Oc¬ 
tober 2, 1942. 

M2 Theory of echo repeater and regenerative object 
locator. Edwin M. McMillan. OEMsr-30; OSRD 
No. 1064; Section No. C4-sr30-626. UCDWR. No¬ 
vember 3, 1942. 

M3 Silent fathometer. (Report No. SM-98.) George 
W. Downs, Jr. UCDWR. August 28, 1943. 

M4 Silent fathometers. General discussion on Harry 
Nyquist. Section No. 6.1-NDRC-123. Division 6. 
October 20, 1943. 

634.2 Secure Echo Sound Equipment (SESE) 

Ml Masking effect of water noise on short pulses. 
(Report No. S-239.) Raymond C. Fisher. OEMsr- 
30; Service Project No. NS-221; Section No. 6.1- 
sr30-1538. UCDWR. July 25, 1944. 

M2 Sea tests of overhearing of the secure echo-sound¬ 
ing equipment, SESE Model 2-1, aboard the sub¬ 
marine SS41, Spadefish. (Report No. SM-251.) 
David H. Ransom and Raymond C. Fisher. 
OEMsr-30; Service Project No. NS-221; Section No. 
6.1-sr30-1843. UCDWR. August 22, 1944. 

M3 Secure echo-sounding equipment. (Report No. 
S-257.) David H. Ransom. OEMsr-30; Service 
Project No. NS-221; Section No. 6.1-sr30-1756. 
UCDWR. September 15, 1944. 

M4 Measurements on crystal transducer [Type] GD-16. 
(Report No. C-74.) (n.a.) OEMsr-30; Service 

Project No. NS-139. UCDWR. February 12, 1945. 

635 Frequency Modulation Sonar 

635.1 Frequency Modulation Theory 

Ml Frequency modulation. Saw-tooth modulation 
equivalent to succession of single frequency tran- 



DIVISION 6 • MICROFILM LIST 


173 


635.11 


635.12 


635.13 


635.14 


635.2 


sients with rounded envelopes. (Report No. 210- 
KWP-MS.) Kenneth W. Pflegler. [Division 6.] 
Revised: March 19, 1942. 

M2 Observations of echo signals obtained using vari¬ 
able frequency transmission. Edwin M. McMillan. 
[UCDWR.j July 4, 1942. 

M3 Frequency modulation in echo ranging. Carl F. 
Eckart. OEMsr-30; Section No. C4-sr30-236. 
UCDWR. July 21, 1942. 

M4 Coherence and fluctuation of frequency modula¬ 
tion reverberation. (Report No. M-395.) W. M. 
Ray ton and M. J. Sheehy. NObs-2074. UCDWR. 
February 14, 1946. 

Scanning 

Ml Submarine detection as a problem in scanning. 
Alan M. Thorndike. [UCDWR.] October 22, 
1941. 

M2 Echoscope scanning. Frank C. Jones. [UCDWR.j 
January 14, 1942. 

M3 Some considerations which concern the choice of 
optimum values of the echoscope design con¬ 
stants. Hubert P. Yockey. [UCDWR.] January 
29, 1942. 

Doppler Effect 

Ml Doppler effect and echoscope. Alan M. Thorn¬ 
dike. [UCDWR.j October 17, 1941. 

M2 The doppler effect on the echoscope. Darol K. 

Froman. UCDWR. March 24, 1942. 

M3 The doppler effect on the Mason prism echoscope. 
Darol K. Froman. OEMsr-30; Section No. C4- 
sr30-222. UCDWR. June 16, 1942. 

M4 Doppler effect in frequency modulation sonar. 
(Report No. U-107.) Malcolm C. Henderson. 
OEMsr-30; OSRD No. 1955; Section No. 6.1-sr30- 
1115. UCDWR. September 20, 1943. 

M5 Doppler effect in frequency modulation sonar. 
Mathematical appendix. (Report No. M-184.) 
Malcolm C. Henderson. OEMsr-30; Service Proj¬ 
ect No. NS-142. UCDWR. February 8, 1944. 

Reverberation 

Ml A proposal for improving the ratio of signal to 
reverberation in the echoscope. Raymond C. 
Fisher. UCDWR. June 12, 1942. 

M2 The influence of thermal conditions on the trans¬ 
mission of 24-kc sound. [Part] II, Summary of 
transmission to a shallow hydrophone in deep 
water. (Report No. U-394.) M. J. Sheehy. NObs- 
2074. UCDWR. April 1, 1946. 

Depth of Focus 

Ml A suggestion for increasing the depth of focus of 
the echoscope. F. N. D. Kurie. [UCDWR.j 
March 9, 1942. 

Developmental Systems 

Ml Frequency modulation echo-ranging systems. 
Cobar, pribar and subsight. (Report No. U-12.) 


Malcolm C. Henderson. OEMsr-30; Section No. 
6.1-sr30-408. UCDWR. December 30, 1942. 

M2 Notes on the operational requirements of fre¬ 
quency modulation echo-ranging detection sys¬ 
tems. John N. A. Hawkins. UCDWR. [March 
26, 1943.] 

635.21 Echoscope 

Ml Supersonic echoscope development. Karl S. Van 
Dyke. [UCDWR.j August 18, 1941. 

M2 Description of the echoscope. David C. Kalbfell. 

[UCDWR.] September 18, 1941. 

M3 Some basic calculations on echoscope. Karl S. 
Van Dyke. OEMsr-30; Section No. C4-sr30-016. 
UCDWR. October 1, 1941. 

M4 The echoscope development. Karl S. Van Dyke. 
OEMsr-30; Section No. C4-sr30-029. UCDWR. 
November 5, 1941. 

M5 [The] echoscope. John N. A. Hawkins. [UCDWR.j 
December 2, 1941. 

M6 The characteristics of certain echoscope systems. 
David C. Kalbfell. t UCDWR.] December 30, 
1941. 

M7 A new echoscope receiving system. Frank C. 

Jones. [UCDWR.j January 28, 1942. 

M8 Measurements with the echoscope. Malcolm C. 

Henderson. [UCDWR.] May 30, 1942. 

M9 Frequency modulation echo-ranging system. Echo- 
scope principle. John N. A. Hawkins, Malcolm 
C. Henderson and Charles G. McProud. OEMsr- 
30; Section No. 6.1-sr30-666. [UCDWR.j Decem¬ 
ber 28, 1942. 

635.211 Sine Sweep Echoscope 

Ml An analysis of the sine sweep echoscope. Louis D. 

Statham. [UCDWR.j December 5, 1941. 

M2 Comments on a memorandum by Louis D. Statham 
of December 5, 1941 on: The sine sweep echoscope. 
Henry E. Hardg. [UCDWR.j December 11, 1941. 

635.212 Supersonic Prism 

Ml [A] supersonic prism. The principle of operation, 
the design and the measurements made on a model 
of (n.a.) OEMsr-54; Section No. C4-sr54-051. 
BTL. December 20, 1941. 

635.213 Frequency Modulation in Echoscope 

Ml Note on frequency modulation as applied to the 
echoscope. David C. Kalbfell. [UCDWR.j Sep¬ 
tember 24, 1941. 

M2 Use of frequency modulation in echoscope. Alan 
M. Thorndike. [UCDWR.j October 25, 1941. 

M3 Some notes on the peculiar behaviour of fre¬ 
quency-modulated continuous transmission echo¬ 
ranging systems. Karl S. Van Dyke. [UCDWR.j 
January 15, 1942. 

M4 Study of two methods for improving the constancy 
of beat frequency in the echoscope. Raymond G. 
Fisher. UCDWR. June 11, 1942. 



174 


DIVISION 6 • MICROFILM LIST 


635.22 Cobar 

Ml Tentative equipment specifications [for] auto-train 
gear. John N. A. Hawkins. [UCDWR.] July 
9, 1942. 

M2 The cobar, or echoscope. Principles and practice. 
Charles G. McProud. [UCDWR.] September 15, 
1942. 

M3 Sea tests of cobar (echoscope) with submarine [Onj 
Friday, October 9, 1942. Malcolm C. Henderson. 
[UCDWR.j October 14, 1942. 

M4 Preliminary test of stroboscope as a multichannel 
indicating device for the cobar. Raymond C. 
Fisher. [UCDWR., February 10, 1943. 

M5 Mine detection with cobar devices. (Report No. 
M-115.) Malcolm C. Henderson and A. H. Roshon. 
OEMsr-30. UCDWR. August 2, 1943. 

635.23 Subsight 

Ml [The] subsight. (Report No. U-12a.) Malcolm C. 
Henderson. OEMsr-30; Section No. 6.1-sr30-415. 
UCDWR. February 20, 1943. 

M2 A proposed arrangement of subsight. (Report No. 
D14/R191.) J. Warren Horton. NLL. March 
3, 1943. 

M3 Airplane location with subsight. (Report No. M-65.) 
Charles G. McProud. Service Project No. NS-142. 
UCDWR. May 29, 1943. 

M4 Mine location with subsight. (Report No. D41/ 
R495.) Frederick C. Reed, Jr. and Richard G. 
Stephenson. NLL. August 23, 1943. 

635.24 Frequency Modulation Sonar Systems 

Ml Multistring light valve. An alternative form of 
analyzer for frequency modulation sonar by the 
Western Electric Company, Inc. (Report No. 
U-276.) (n.a.) OEMsr-30; Section No. 6.1-sr30- 

1877. UCDWR. November 25, 1944. 

635.241 Pampas 

Ml Outline of the proposed Fampas system. (Report 
No. M-30.) Charles A. Hisserich. UCDWR. 
January 25, 1943. 

M2 A multichannel electronic switch. (Report No. 
U-29.) Sidney Bertram. OEMsr-30; Service Project 
No. NS-142. UCDWR. March 1, 1943. 

M3 Frequency modulation sonar. (Report No. U-95.) 
Malcolm C. Henderson and Charles A. Hisserich. 
OEMsr-30. UCDWR. September 4, 1943. 

635.242 Model 1 

Ml Preliminary manual [for] frequency modulation 
sonar. Model 1. Installation and operation. (Report 
No. R-134.) (n.a.) OEMsr-30. UCDWR. Decem¬ 
ber 1, 1943. 

M2 Preliminary instruction book for frequency modu¬ 
lation sonar, Model 1, No. 3. Installation, opera¬ 
tion and maintenance. (Report No. R-208.) (n.a.) 

OEMsr-30; Service Project No. NS-143. UCDWR. 
April, 1944. 


M3 Preliminary instruction book [for] frequency 

modulation sonar. Model 1, No. 5. Operation and 
maintenance. (Report No. R-223.1.) (n.a.) OEMsr- 
30; Service Project No. NS-142. UCDWR. Sep¬ 
tember 15, 1944. 

M4 Preliminary instruction book [forj frequency 

modulation sonar. Model 1, Nos. 6 [through] 10. 
Operation and maintenance. (Report No. R223-3.) 
(n.a.) NObs-2074; Service Project No. NS-142. 

UCDWR. Revised: January 1, 1945. 

M5 Preliminary instruction book [forj frequency 

modulation sonar, Model 1, Nos. 11 [through] 15, 
Operation and maintenance. (Report No. R-223.4.) 
(n.a.) NObs-2074. UCDWR. May 12, 1945. 

635.3 QLA Equipment 

Ml Instruction book for QLA and QLA-1 sonar equip¬ 
ment. (Report No. NavShips 900,790.) (n.a.) 

NObs-2074. [UCDWR.] February 27, 1946. 

635.4 Test and Training Equipment 

Ml Saw-tooth swept oscillator testing by means of 
mechanical echo simulation. Charles A. Hisserich. 
[UCDWR.] January 22, 1942. 

M2 Proposed system for the rapid frequency analysis 
of an audio spectrum. (Report No. M-84.) Sidney 
Bertram. UCDWR. July 16, 1943. 

M3 Operator’s manual for underwater sound portable 
testing equipment. Model OAX, or sound gear 
monitor, (n.a.) HUSL. October 1, 1943. 

M4 [The] QLA sonar trainer, (n.a.) NObs-2074; Task 
No. 5, Problem No. 5-1. UCDWR. April 13, 1946. 

635.5 Photographs of Frequency-Modulated Sonar Systems 

Equipment 

Ml Desiderata governing construction of selective echo 
determining equipment (echoscope) by Brush De¬ 
velopment Company, October, 1941. (Blueprint 
Nos. 2 to 13. Photograph No. 1.) (n.a.) [UCDWR.] 
May 16, 1946. 

M2 Diagrams and photographs. Subject: Frequency 
modulation sonar system. Frequency modulation 
oscillators. (Diagram Nos. 15 to 18, 22 to 41, 45 
and 48. Photograph Nos. 14, 19 to 21, 42 to 44, 
46 and 47.) (n.a.) [UCDWR.] (n.d.) 

M3 Diagrams and photographs. Subject: Frequency 
modulation sonar systems. Driver amplifiers. (Dia¬ 
gram Nos. 49 to 54, 56, 59 and 62. Photograph 
Nos. 55, 57, 58, 60 and 61.) (n.a.) [UCDWR.] 

(n.d.) 

M4 Diagrams and photographs. Subject: Frequency 
modulation sonar systems. Receivers. (Diagram 
Nos. 63 to 71, 75, 79 and 82. Photograph Nos. 72 
to 74, 76 to 78, 80 and 81.) (n.a.) [UCDWR.] 

(n.d.) 

M5 Diagrams and photographs. Subject: Frequency 
modulation sonar systems. Analyzers. (Diagrams 
Nos. 85, 90, 95, 96, 101, 104, 107, 110, 111, 113, 
115 to 118, 121 to 127 and 129. Photograph Nos. 




DIVISION 6 • MICROFILM LIST 


175 


83, 84, 86 to 89, 91 to 94, 97 to 100, 102, 103, 105, 
106, 108, 109, 112, 114, 119, 120, 128 and 130 to 
132. (n.a.) [UCDWR.j (n.d.) 

M6 Diagrams and photographs. Subject: Frequency 
modulation sonar systems. Indicators. (Diagram 
Nos. 133 to 135, 137, 141, 145 and 146. Photograph 
Nos. 136, 138 to 140 and 142 to 144.) (n.a.) 

[UCDWR.] (n.d.) 

M7 Diagrams and photographs. Subject: Frequency 
modulation sonar systems. Associated devices. (Dia¬ 
gram Nos. 150 and 151. Photograph Nos. 147 to 
149 and 152.) (n.a.) [UCDWR.] (n.d.) 


641.12 Extended Range Monitor (OCP) 

Ml Extended range monitor. Instructions for con¬ 
verting frequency range of sound gear monitor, 
Model 5C or 5E, underwater sound portable test¬ 
ing equipment. Model OAX, from 17 kc—26 kc to 
17 kc—71 kc. Fred H. Smith. OEMsr-287; Sec¬ 
tion No. 6.1-sr287-1550. HUSL. May 20, 1944. 

M2 Hydrophone specifications for X-OCP monitors. 

John R. Reitz. [HUSL.] December 18, 1944. 

M3 Operator’s manual for sonar portable testing equip¬ 
ment, Model X-OCP f a] wide range monitor, 
(n.a.) HUSL. March 1. 1945. 


640 Underwater Sound Instruments and Ordnance 

641 Calibration Instruments 

641.1 Sound Gear Monitor (OAX) 

Ml QC monitor. O. Hugo Schuck and Isaac P. Rod- 
man. OEMsr-287; Section No. 6.1-sr287-388. 
HUSL. January 12, 1943. 

M2 Methods suitable for the calibration and use of 
an octave-band sound level meter. Part I, Calcula¬ 
tion of sound levels from spectra. Part II, Calibra¬ 
tion of an octave-band sound level meter. (Report 
No. M-32.) R. W. Young. UCDWR. February 
10, 1943. 

M3 QC driver tuning. Comparison of several methods. 
(Report No. P29/R474.) William F. Arndt. Serv¬ 
ice Project No. NS-142. NLL. August 11, 1943. 

M4 Effect of measuring distance on directivity patterns 
and maximum intensity. Measurements on 19-inch 
QC projector 78099, No. 93-550L495. Patterns 
taken with sound gear monitor, projector tests 
gear, set up at different distances between pro¬ 
jector head and hydrophone. Marvin J. Foral. 
HUSL. November 16, 1943. 

M5 The monitor as a vacuum tube voltmeter. Instruc¬ 
tions for adapting Model 5-C or 5-E sound gear 
monitor for use as a vacuum tube voltmeter. 
Charles E. Houston, Benjamin A. Wooten and 
Dwight E. Gray. OEMsr-287; Section No. 6.1- 
sr287-1708. HUSL. July 10, 1944. 

M6 Driving data on B-19H at low frequency. Paul E. 
Sabine and Paul Ebaugh. [HUSL.] August 18, 
1944. 

M7 Characteristics of B-19B hydrophones from 10 to 
40 kc. Paul E. Sabine. t HUSL.] August 30, 1944. 

M8 Response of B-19B and B-19H hydrophones in a 
strong sound field. Charles R. Rutherford. 
[HUSL.] September 7, 1944. 

M9 Sound gear monitor. Underwater sound portable 
test equipment, (n.a.) OEMsr-287; Section No. 
6.1-sr287-2086. HUSL. November 1, 1945. pp. 
106-107. 

641.11 Installed Monitor 

Ml Installed sound gear monitor. Recommendations 
on O. Hugo Schuck. [HUSL.] March 20, 1944. 


641.13 Split Projector Test Unit (SPTU) 

Ml Split projector test unit, (n.a.) OEMsr-287; Sec¬ 
tion No. 6.1-sr287-2051. HUSL. December 1, 

1944. 

641.14 Projector Test Gear (PTG) 

Ml Projector test gear, (n.a.) OEMsr-287; Section 
No. 6.1-sr287-2050. HUSL. December 1, 1944. 

641.2 Dynamic Monitor 

Ml Dynamic monitor. Roderic M. Scott. [HUSL.] 
December 20, 1943. 

M2 Figure of merit of QH sonar, WEA-1 and QBF. 

Charles A. Ewaskio. t HUSL.] July 24, 1944. 

M3 Dynamic monitor. Charles A. Ewaskio. [HUSL.] 
October 5, 1944. 

M4 Operating instructions for dynamic monitor, (n.a.) 
HUSL. October 18, 1944. 

M5 Figure of merit of QCL on Galaxy. Electrical 
noise level of QH Model II. ([PartSj I and II.) 
Charles A. Ewaskio. [HUSL.] November 13, 1944. 
M6 The dynamic monitor, (n.a.) OEMsr-287; Sec¬ 
tion No. 6.1-sr287-2058. HUSL. April 10, 1945. 

641.3 OAY Sound Measuring Equipment 

Ml Calibration of OAY sound measuring equipment 
No. 1 and General Radio sound level meter. Type 
759, Model OR-1, Serial Number 9. (Report No. 
G7/R478.) Wilbur T. Harris. NLL. August 12, 
1943. 

M2 Modification of OAY sound meter. Frank P. 

Herrnfeld. NLL. December 15, 1943. 

M3 Modification of Type OAY sound measuring equip¬ 
ment. (Report No. D53/R714.) Frank P. Herrn¬ 
feld. NLL. March 30, 1944. 

M4 Preliminary installation, operation and main¬ 
tenance instructions for Model OAY sound measur¬ 
ing equipment, (n.a.) NLL. June 26, 1944.] 

M5 Methods for calculating correction factor for the 
RQ-51055 hydrophone. (Report No. D53/R1155.) 
William B. Snow. Service Project No. NS-212. 
NLL. October 21, 1944. 

M6 Model OAY sound measuring equipment. (Report 
No. D53/R1249.) William B. Snow and Frank P. 
Herrnfeld. OEMsr-1128; Service Project No. NS- 
212; Section No. 6.1-srl 128-1922. NLL. May 3, 

1945. 





176 


DIVISION 6 • MICROFILM LIST 


641.31 Noise Measurements 

Ml Auxiliary and underway tests on USS Gabilan 
(SS-252.) (Report No. D52/R866.) Donald P. Loye 
and Malcolm T. Rodger. Service Project No. 
NS-212. NLL. April 10, 1944. 

M2 Dockside noise measurements of new-construction 
submarines. (Report No. D53/R874.) Donald P. 
Loye, Robert A. Wagner and Robert W. Pratt. 
OEMsr-1128; Service Project No. NS-212; Section 
No. 6.1-srl 128-1572. NLL. May 10, 1944. 

M3 Manitowoc dockside auxiliary noise measurements 
t on the] USS Hardhead (SS-365.) (Report No. 
D53/R926.) Donald P. Loye and Robert A. 
Wagner. Service Project No. NS-212. NLL. May 
13, 1944. 

M4 Submarine noise measurements at the Canal Zone, 
Pearl Harbor, Midway and Mare Island. (Report 
No. D53/R1034.) Donald P. Loye and Robert A. 
Wagner. NLL. July 18, 1944. 

M5 Overside noise measurements of submarines. (Re¬ 
port No. D53/R1068.) Donald P. Loye, Robert A. 
Wagner and Robert W. Pratt. OEMsr-1128; Serv¬ 
ice Project No. NS-212; Section No. 6.1-srl 128- 
1584. NLL. September 12, 1944. 

642 Operational Aids 

642.1 Noise Level Monitor and Cavitation Indicator 

Ml Masking attachment for the noise level monitor. 
(Report No. P55/R1062.) William B. Snow. Serv¬ 
ice Project No. NS-113. NLL. August 10, 1944. 
M2 Noise level monitor meter circuit. (Report No. 
P55/1323.) Frank P. Herrnfeld. Service Project 
No. NS-113. NLL. January 22, 1945. 

M3 Noise level monitor and cavitation indicator. (Re¬ 
port No. P55/R1281.) William B. Snow. OEMsr- 
1128; Service Project No. NS-113; OSRD No. 4685; 
Section No. 6.1-srl 128-1930. NLL. January 31, 
1945. 

642.11 Tests and Performance 

Ml Cavitation speeds of fleet-type submarines. (Report 
No. P32/R876.) William B. Snow and Henry B. 
Hoff. NLL. April 19, 1944. 

M2 Comparative noise level monitor and standard 
range noise tests on USS Besugo (SS-321). (Report 
No. P55/R1052.) Robert A. Wagner. Service 
Project No. NS-113. NLL. July 31, 1944. 

M3 [Thej JP-1 vs QB/JK for cavitation indication. 
(Report No. P55/R1115.) William B. Snow. Serv¬ 
ice Project No. NS-113. NLL. October 4, 1944. 
M4 Some tests of the cavitation indicator on the USS 
Boarfish. (Report No. P55/R1203.) Mark Harri¬ 
son. Service Project No. NS-113. NLL. October 
23, 1944. 

642.2 Depth Charge Direction Indicator (DCDI) 

Ml Preliminary installation, operation and mainte¬ 
nance instructions for pre-production model of 


depth charge direction indicator. (Report No. 
D50/R665A.) (n.a.) OEMsr-1128; Service Project 

No. NS-238; Section No. 6.1-srl 128-1240. NLL. 
January 25, 1944. 

M2 Water-tight cable entrance fitting for underwater 
service. (Report No. D50/R730.) Gaynor O. Rock¬ 
well. OEMsr-1128; Service Project No. NS-238; 
Section No. 6.1-srl 128-1036. NLL. February 24, 
1944. 

M3 Permanent magnet blastphones. (Report No. D50/ 
R930.) James W. Follin, Jr. NLL. May 15, 1944. 

M4 Depth charge direction indicator. (Report No. 
D50/R668.) Gaynor O. Rockwell. OEMsr-1128; 
Service Project No. NS-238; Section No. 6.1-srl 128- 
1251. NLL. October 31, 1944. 

642.21 Tests and Performance 

Ml Effect of submarine roll on operation of depth 
charge indicator. (Report No. G12/R570.) James 
W. Follin, Jr. NLL. October 26, 1943. 

M2 Recommendation for range measurement for the 
depth charge direction indicator. (Report No. 
D50/R868.) James W. Follin, Jr. Service Project 
No. NS-238. NLL. April 28, 1944. 

M3 Effect of temperature gradients on the above-below 
indications of the depth charge indicator. (Report 
No. D55/R987.) (n.a.) NLL. July 4, 1944. 

M4 Effect of thermal gradient on depth charge direc¬ 
tion indicator above-below indication. (Report No. 
D50/R1049.) Jordan J. Markham. Service Project 
No. NS-238. NLL. August 8, 1944. 

M5 Effect of temperature gradients on depth charge 
direction indicator above-below indications, (n.a.) 
NLL. November 25, 1944. 

642.3 Depth Charge Range Estimator (DCRE) 

Ml Depth charge range meter, Model IV. (Report No. 
D50/R1252.) Sylvester J. Haefner. Service Project 
No. NS-238. NLL. November 24, 1944. 

M2 Depth charge range estimator. (Report No. D50/ 
R1337.) William B. Snow, Gaynor O. Rockwell 
and James R. Ording. OEMsr-1128; Service 
Project No. NS-238; OSRD No. 5249; Section No. 
6.1-srl 128-1948. NLL. May 21, 1945. 

642.31 Tests and Performance 

Ml Depth charge range meter tests. (Report No. D50/ 
R1222.) Henry B. Hoff, George R. Perry and 
others. Service Project No. NS-238. NLL. No¬ 
vember 20,1944. 

M2 Supplement to: Depth charge range meter tests. 
Report No. D50/R1222. (Report No. D50/R1285.) 
Gaynor O. Rockwell, Henry B. Hoff and James 
R. Ording. Service Project No. NS-238. NLL. 
December 16, 1944. 

M3 The influence of thermal gradients on relative 
sound intensities with special reference to the 
depth charge range estimator. (Report No. P28/ 
1398.) George R. Perry. NLL. February 28, 1945. 



DIVISION 6 • MICROFILM LIST 


177 


642.4 


642.41 


642.42 


642.43 


M4 Summary of sea trials of depth charge range esti¬ 
mator. (Report No. NP24/D50.) James R. Ording. 

NLL. July 4, 1945. 

Acoustic Marine Speedometer (AMS) 

Ml Marine speedometer. John D. Lane. [HUSL.j 
May 20, 1943. 

M2 Marine speedometer. Robert B. Watson. t HUSL.] 

May 21, 1943. 

M3 Marine speedometer. Fred. H. Smith. t HUSL.] 

May 25, 1943. 

M4 Acoustic marine speedometer. Robert B. Watson, 

Dwight E. Gray and M. Kathleen Ahern. OEMsr- 
287; Section No. 6.1-sr287-1541. HUSL. April 28, 

1944. 

M5 Check of the reactance tube voltage of the own- 
doppler nullifier as a speed indicator. Allen A. 
Chernosky. [HUSL.] September 2, 1944. 

M6 Acoustic marine speedometer, (n.a.) OEMsr-287; 

Section No. 6.1-sr287-2074. HUSL. August 15, 

1945. 

Steady-State Acoustic Marine Speedometer (SAMS) 

Ml Test of acoustic marine speedometer. Robert B. 

Watson. [HUSL.] December 21, 1942. 

M2 Test of acoustic marine speedometer. Robert B. 

Watson. [HUSL., February 1, 1943. 

M3 Acoustic marine speedometer. Frederick V. Hunt. 

[HUSL.] February 4, 1943. 

M4 Acoustic marine speedometer. Robert B. Watson. 

[HUSL.] February 6, 1943. 

M5 Acoustic marine speedometer. Robert B. Watson. 

[HUSL.] February 10, 1943. 

M6 Acoustic marine speedometer. Frederick V. Hunt. 

[HUSL.] February 13, 1943. 

M7 Frequency measurement, Influence of' uncertainty 
principle on measurement of Frederick V. Hunt. 

[HUSL.] August 13, 1943. 

M8 Dopplerized brainstorms. Frederick V. Hunt. 

[HUSL.] June 26, 1944. 

M9 Acoustic marine speedometer. Robert B. Watson. 

[HUSL.] June 30, 1944. 

Acoustic Marine Pinging Speedometer (AMPS) 

Ml Observations using the QC echo-ranging device 
aboard the Galaxy, May 4 to May 10 inclusive, 

1942 in re: doppler, acoustic speedometer, rever¬ 
berations, etc. Leon G. S. Wood. [HUSL.] 

March 15, 1943. 

M2 Measurements of reverberation frequency with QC 
equipment. Robert B. Watson. [HUSL.] July 
23, 1943. 

M3 Measurements of reverberation frequency with QC 
equipment. Robert B. Watson. t HUSL.] July 
29, 1943. 

M4 Analysis of the pinging speedometer problem. 

Robert B. Watson. t HUSL.] August 5, 1943. 

643.12 

Phase Acoustic Marine Speedometer (PAMS) 

Ml Acoustic speedometer. New type using phase indi¬ 


cation. Malcolm H. Hebb. [HUSL.j November 
26, 1942. 

M2 Acoustic marine speedometer proposal. Harold P. 

Knauss. [HUSL.] January 26, 1943. 

M3 Acoustic phase speedometer. Malcolm H. Hebb. 
[HUSL.j April 28, 1943. 

M4 Acoustic marine phase speedometer. Robert B. 

Watson. [HUSL.j April 29, 1943. 

M5 Acoustic marine phase speedometer. Robert B. 
Watson. [HUSL.] December 9, 1943. 

642.44 Transducers 

Ml Probe microphone. Robert B. Watson. [HUSL.j 
February 17, 1943. 

M2 Probe microphone. Frederick V. Hunt. [HUSL.] 
February 23, 1943. 

M3 Reciprocity calibration of the 96-kc speedometer 
cone hydrophone. Robert E. Payne. [HUSL.j 
February 23, 1943. 

M4 Visit of Mr. Primakoff of the Underwater Sound 
Reference Laboratory. Robert B. Watson. 
r HUSL.] September 17, 1943. 

M5 Acoustic marine speedometer, Transducer for 
Robert B. Watson. [HUSL.j December 18, 1943. 

643 Echo Repeaters 

Ml Proposed sonic target. Lowell C. Gibson. [HUSL.j 
[September 9, 1942.] 

M2 Echo repeaters, (n.a.) OEMsr-287; Section No. 
6.1-sr287-2070. HUSL. September 1, 1945. 

643.1 Theoretical Discussion 

643.11 Electronic Design 

Ml The echo repeater. Sonar question. Carl M. 

Herget. [HUSL.j February 25, 1943. 

M2 The fundamental electronic problem of the echo 
repeater. Roderic M. Scott. [HUSL.j July 13, 
1943. 

M3 Echo repeaters. Frederick V. Hunt. [HUSL.j 
August 3, 1943. 

M4 Echo repeaters. Robert B. Watson. [HUSL.j 
August 4, 1943. 

M5 Clarification of the echo repeater problem. 

Roderic M. Scott. [HUSL.j August 6, 1943. 

M6 Echo repeater problem. Roderic M. Scott. 
[HUSL.j August 13, 1943. 

M7 [Thej B-19F 15-inch tubular sonar echo repeater 
hydrophone. Francis P. Bundy. [HUSL.j Sep¬ 
tember 6, 1943. 

M8 Echo repeater, Compression amplifier for Frederick 
V. Hunt. [HUSL.j October 12, 1943. 

M9 Echo repeaters with reference to F. V. Hunt’s 
memorandum of October 12, concerning the appli¬ 
cation of automatic volume control. A. Nelson 
Butz, Jr. [HUSL.j October 19, 1943. 

Mechanical Design 

Ml Preliminary study of the stability of a towed 
underwater body with diving wing. (Report No. 




178 


DIVISION 6 • MICROFILM LIST 


G2/3418.) Calvin A. Gongwer. OEMsr-20; Sec¬ 
tion No. C4-sr20-240. NLL. August 26, 1942. 

M2 The shape of a flexible rope towing a submerged 
body. (Report No. M-5.) Glen D. Camp. 
UCDWR. November 30, 1942. 

M3 A streamlined cable depressor. (Report No. M-68.) 

Albert R. Champion. UCDWR. May 25, 1943. 
M4 Safety devices for towed targets. Leon G. S. Wood. 
[HUSL.] May 29, 1944. 

M5 Echo repeater design. Ralph D. Whitmore. 

[HUSL.] September 22, 1944. 

M6 Equations of depth, cable resistance, etc. of towed 
underwater body and depressor. W. Starling 
Burgess. [HUSL.] September 28, 1944. 

643.2 Types 

643.21 Triplane 

Ml Towable targets. Carl M. Herget. t HUSL.] No¬ 
vember 2, 1942. 

M2 The triplane. (Report No. U-4.) Donald E. Ross 
and F. N. D. Kurie. OEMsr-30; Section No. C4- 
sr30-402. UCDWR. November 23, 1942. 

M3 Supplement to: The triplane. (Report No. U-4a.) 
Donald E. Ross and F. N. D. Kurie. UCDWR. 
June 29, 1943. 

M4 Triplane echo repeaters. Fred H. Smith. t HUSL.] 
August 16, 1943. 

M5 Preliminary triplane tests. (Report No. G37/ 
A24A/R577.) William Fred Arndt. NLL. Octo¬ 
ber 28, 1943. 

M6 Modifications of the triplane target. (Report No. 
G37/R884.) A. Kenneth Tatum and Vernon M. 
Setterholm. NLL. April 20, 1944. 

643.22 Smecho 

Ml Smecho. Frederick V. Hunt. t HUSL.] June 12, 
1943. 

M2 Cross talk reducer for Smecho. Harold P. Knauss 
and Claude W. Horton. [HUSL.] June 18, 1943. 
M3 Present state of Smecho towing. Carl M. Herget, 
Kenyon L. Zapf and Claude W. Horton. [HUSL.] 
June 28, 1943. 

643.23 Model II (Gas Pipe) 

Ml First sea test of the self-contained echo repeater, 
Model II. Edward R. Myrbeck. [HUSL.] April 

20, 1945. 

M2 The calibration of the low-frequency self-contained 
echo repeater, Model II. Edward R. Myrbeck. 
[HUSL.] May 1, 1945. 

643.24 Whale 

Ml Project Whale. Isaac P. Rodman. t HUSL.] April 

21, 1944. 

M2 The construction and performance of the Whale 
transducer. Milton R. Carlson and Francis P. 
Bundy. t HUSL.] July 16, 1944. 

M3 Instructions for Whale echo repeater. (n.a.) 
[HUSL.] August 1, 1944. 


M4 The calibration of the Whale echo repeater. Leon 
G. S. Wood. [HUSL.] August 12, 1944. 

M5 Sea test on Whale echo repeater. Robert H. 
Hughs. [HUSL.] August 14, 1944. 

643.25 60-kc Echo Repeater 

Ml Log of the trip to Fort Lauderdale, June 5 to 
June 15 [1944]. Experiences with the 60-kc Harvard 
echo repeater. Leon G. S. Wood. [HUSL.] June 
23, 1944. 

M2 [Some] 60-kc repeaters. Isaac P. Rodman. 
[HUSL.] July 10, 1944. 

M3 The calibration of the 60-kc repeater on the 
Questor. Robert H. Hughes. [HUSL.] August 
17, 1944. 

M4 Influence of transducer on howl point in echo 
repeaters. Malcolm H. Hebb. [HUSL.] Sep¬ 
tember 6, 1944. 

643.26 Artificial Echo Repeater 

Ml Artificial echo repeater. (Report No. G29/R355.) 
Russell O. Hanson and Frank P. Herrnfeld. NLL. 
May 24, 1943. 

643.27 Experimental Surface Model 

Ml Experimental surface model echo repeater. Wil¬ 
liam A. Myers and Edwin M. McMillan. UCDWR. 
June 20, 1942. 

643.3 Performance Characteristics of Echo Repeaters 

Ml Echo repeater developed by NDRC Laboratory at 
San Diego, California. A. Nelson Butz, Jr. 
[HUSL.] September 29, 1942. 

M2 Echo repeater experiments with a submarine at 
San Diego. Robert B. Bowersox. [HUSL.] Febru¬ 
ary 11, 1943. 

M3 Trials and tribulations of rotoscope and echo re¬ 
peater. Harold P. Knauss and Carl M. Herget. 
tHUSL.] April 10, 1943. 

M4 The effect of bottom reflections on echo repeaters. 
Harold P. Knauss. [HUSL.j October 2, 1943. 

M5 Preliminary analysis of hit performance on echo 
repeater runs. Richard H. Bolt and W. H. Wilson. 
Service Project No. NO-181. Division 6. May 28, 
1945. 

643.4 Calibrators 

Ml Echo repeater calibrators. Isaac P. Rodman. 
[HUSL.] July 22, 1944. 

M2 Notations concerning echo repeater calibration 
gear. Edward R. Myrbeck. [HUSL.j September 
30, 1944. 

M3 Proposal for method of measuring the signal re¬ 
flecting strength of a submarine. Isaac P. Rod- 
man. [HUSL.j October 9, 1944. 

M4 Target strength determination with the echo re¬ 
peater calibrator. Frederick V. Hunt. [HUSL.j 
November 21, 1944. 



DIVISION 6 • MICROFILM LIST 


179 


M5 Echo repeater calibrator, (n.a.) OEMsr-287; Sec¬ 
tion No. 6.1-sr287-2068. HUSL. August 1, 1945. 

643.5 Dopplerizers 

Ml Dopplerizers. Arthur H. Waynick and M. Kath¬ 
leen Ahern. OEMsr-287; Section No. 6.1-sr287- 
1703. HUSL. July 1, 1944. 

644 Attack Aids 

Ml Recorder and predictor. (Report No. P9/1422.) 
Frank C. Gilbert. NLL. October 16, 1941. 

M2 Plotters and directors. O. Hugo Schuck. [HUSL.] 
January 21, 1943. 

M3 Asdic attacks. Part II, Attack instruments. (In¬ 
ternal Report No. 83.) W. E. Dawson. OSRD 
Liason Office No. WA-897-23. HMA/SEE, Fairlie 
Laboratory [Great Britain]. June 30, 1943. 

M4 Attack aid. Marriage of attack plotter and attack 
director. O. Hugo Schuck. [HUSL.] July 20, 
1944. 

644.1 Attack Plotters 

644.11 Dead-Reckoning Tracer Modifications 

Ml Description of a proposed optical dead-reckoning 
tracer table. Firth Pierce. UCDWR. January 
24, 1944. 

M2 Automatic target positioner for the dead-reckon¬ 
ing tracer. Henry E. Hartig and Firth Pierce. 
Service Project No. NS-329. UCDWR. December 
4, 1944. 

M3 The automatic target positioner for the dead¬ 
reckoning tracer, Model 1. (Report No. U-353.) 
(n.a.) NObs-2074. UCDWR. September 20, 1945. 

644.12 Antisubmarine Attack Plotters (ASAP) — General 

Electric 

Ml Antisubmarine attack plotter. Kenneth H. King- 
don and H. C. Pollock. OEMsr-323; Section No. 
C4-sr323-621. GE. November 18, 1942. 

M2 Course plotter using light beam instead of cath¬ 
ode-ray tube. W. K. Kearnley. OEMsr-323; Sec¬ 
tion No. 6.1-sr323-1203. GE. September 3, 1943. 

M3 Installation, operation and maintenance of the 
attack plotter, Mark I, Model 2. (n.a.) CUDWR. 
January 3] 1944. 

644.13 Mechanical Geographical Attack Plotter (MGAP) 

Ml Plotting devices. O. Hugo Schuck. [HUSL.] 
August 7, 1942. 

M2 Geographical plotter design considerations. 
O. Hugo Schuck. [HUSL.] January 13, 1943. 

M3 Course plotter. Methods of marking plotting 
surface. Lincoln K. Davis. [HUSL.] April 7, 
1943. 

M4 Inspection of odegraph plotter. Fred H. Smith. 
[HUSL., April 26, 1943. 

M5 The dynamic characteristics of the automatic 


target training gate as they affect the plotter. 
Fred H. Smith. [HUSL.] August 27, 1943. 

M6 Mechanical geographic attack plotter. (n.a.) 
OEMsr-287; Section No. 6.1-sr287-2061. HUSL. 
January 15, 1945. 

644.14 Path Integrator 

Ml Path integrator. Elmer J. Wade. GE. Decem¬ 
ber 14, 1944. 

644.2 Attack Directors 

Ml Attack directors. (Report No. D26/R1350.) Wood¬ 
man Perine. OEMsr-1128; Service Project No. 
NO-142; Section No. 6.1-srl 128-1934. NLL. Feb¬ 
ruary 28, 1945. 

644.21 Attack Director III and Related Developments 

Ml Antisubmarine attack directors. (Report No. D26.2/ 
3947.) W. C. Herring, Harold H. Baker and 
others. OEMsr-20; Section No. C4-sr20-345. NLL. 
October 5, 1942. 

M2 Cogitations and ruminations during trip. O. Hugo 
Schuck. [HUSL.] January 20, 1943. 

M3 Lead angle calculator for bearing recorder. 

O. Hugo Schuck. t HUSL.] January 20, 1943. 

M4 Theoretical principles involved in lead prediction. 

Harvey A. Brooks. [HUSL.] February 3, 1943. 

M5 Simplified bearing recorder lead angle calculator. 

O. Hugo Schuck. t HUSL.] February 10, 1943. 

M6 Sine potentiometers. H. R. Davidson. OEMsr- 
1131; Section No. 6.1-srl 131-1147. CUDWR. No¬ 
vember 15, 1943. 

M7 Attack director, Mark III. Robert B. Watson. 
HUSL. February 17, 1944. 

M8 Proposed method of solving attack problem for 
forward-thrown weapons. Robert B. Watson. 
[HUSL.] February 22, 1944. 

M9 A mechanical attack director. Hugh E. Harlow. 

[HUSL.] February 22, 1944. 

M10 A synopsis of mechanical and electronic functions 
incorporated in indicating range recorder. CAN- 
55134, Serial 3438, as revised for operation with 
attack director c Mark] III. (n.a.) t HUSL. 3 May 
8, 1944. 

Mil Attack director [Mark] III. A combination range 
keeper, depth compensator, own-ship motor com¬ 
pensator and range rate determination. Hugh E. 
Harlow. [HUSL.] May 25, 1944. 

M12 Slant range correction recorder. Hugh E. Harlow, 
Benjamin A. Wooten and Dwight E. Gray. 
OEMsr-287; Section No. 6.1-sr287-l707. [HUSL.j 
July 15, 1944. 

M13 Attack director [Mark] III and related develop¬ 
ments. (n.a.) OEMsr-287; Section No. 6.1-sr287- 
2082. HUSL. September 1, 1945. 

M14 Attack director, Mark III. H. R. Davidson and 
Conyers Herring. OEMsr-1131; Section No. 6.1- 
srl 131-1890. CUDWR. September 17, 1945. 

M15 NDRC lead angle computer, (n.a.) OEMsr-1131; 


SECRET H 




180 


DIVISION 6 • MICROFILM LIST 


OSRD No. 3201; Section No. 6.1-srl 131-1313. 
CUDWR. (n.d.) 

644.22 Attack Director B 

Ml Graphical triangle solver for antisubmarine attack 
prediction. Leonard I. Schiff. University of Penn¬ 
sylvania. April 10, 1942. 

M2 Graphical attack predictor for forward thrower. 
Leonard I. Schiff. University of Pennsylvania. 
April 15, 1942. 

M3 Sonar attack plotter. Harold P. Knauss. [HUSL.] 
March 6, 1943. 

M4 Sonar attack plotter. Frederick V. Hunt. [HUSL.] 
March 16, 1943. 

M5 Aid for solving the attack course problem. Wil¬ 
liam T. Bartholomew. t HUSL.] August 13, 1943. 
M6 Mathematical prediction of attack course. Wil¬ 
liam T. Bartholomew. t HUSL.] December 1, 
1943. 

M7 Attack director [Model] B. William T. Bartholo¬ 
mew. [HUSL.] February 28, 1944. 

M8 Attack aids for relative plot plan position indica¬ 
tors. William T. Bartholomew and Harold P. 
Knauss. ( HUSL.] June 6, 1944. 

M9 Electro-mechanical attack director for QH sonar. 

William T. Bartholomew. [HUSL.j June 8, 1944. 
M10 An electro mechanical solution for attack director 
[Model] B. William T. Bartholomew. t HUSL.] 
June 16, 1944. 

Mil Attack director [Model] B. (n.a.) OEMsr-287; 
Section No. 6.1-sr287-2071. HUSL. July 30, 1945. 

644.23 Miscellaneous Attack Directors 

Ml An electrical triangle solver. (Report No. D26.2/ 
4396.) Frank P. Herrnfeld. NLL. October 30, 
1942. 

M2 The development and testing of antisubmarine at¬ 
tack director, (n.a.) ARF. March 31, 1943. 

M3 Wellings attack computer. (Report No. D26/R309.) 

J. Warren Horton. NLL. April 26, 1943. 

645 Design and Measurements 

Ml A graphical chart for combining single frequency 
signals with continuous spectra. (Report No. P34/ 
R860.) Henry B. Hoff. NLL. April 7, 1944. 

M2 Electronic design and measurements at the New 
London Laboratory. (Report No. P35/R1428.) 
Frank B. Herrnfeld and William B. Snow. 
OEMsr-1128; Section No. 6.1-srl 128-2217. NLL. 
May 28, 1945. 

M3 An introduction to amplitude modulation. Paul 

K. Hudson. NLL. (n.d.) 

645.1 Electronic 

645.11 Tube Characteristics 

Ml Receiving tube characteristics. (Report No. G21/ 
R371.) Frank P. Herrnfeld. NLL. May 31, 1943. 
M2 The magnitude of tube noise in the sonic and 


supersonic range. (Report No. G30/R454.) Roland 
G. Quest. NLL. July 27, 1943. 

M3 Conversion gain of various tubes operating as 
mixers. (Report No. P35/R980.) L. Eugene Chip- 
man. Service Project No. NS-139. NLL. June 
22, 1944. 

M4 Dynamic characteristics of pentodes and grid cur¬ 
rent effects in triodes and pentodes. (Report No. 
P35/R1179.) Sylvester J. Haefner and L. Eugene 
Chipman. NLL. October 23, 1944. 

645.12 Amplifier Circuits 

Ml Cathode-coupled amplifiers. (Report No. 218.) 
(n.a.) NLL. June 9, 1942. 

M2 High-impedance preamplifier. (Report No. M-55.) 
David C. Kalbfell. UCDWR. April 29, 1943. 

M3 Elimination of electrical noise in sonic listening 
equipment. (Report No. D24/D38/R726.) Edwin 
E. Teal. Service Project No. NS-113. NLL. Jan¬ 
uary 31, 1944. 

M4 Triode phase detectors. (Report No. P35/R1255.) 
Douglas E. Mode. NLL. November 24, 1944. 

645.13 Filters 

Ml [A] resistance-capacitance band-pass filter. (Report 
No. 9, Series A-4.) (n.a.) MIT Research Project 

DIC-5985. MIT. June 10, 1943. 

M2 Chart computation methods for filters. (n.a.) 
BTL. September 10, 1943. 

M3 Filter design formulas and charts. (Part I. Report 
No. P35/R984.) Sylvester J. Haefner. NLL. July 
11, 1944. 

645.14 Coils and Cores 

Ml Data for the design of inductances wound on 
molybdenum permalloy cores. (Report No. M-37.) 
R. S. Gales. UCDWR. February 25, 1943. 

M2 Hipersil cores. (Report No. P35/R871.) Arthur S. 
Westneat. NLL. April 12, 1944. 

M3 Hipersil core characteristics. (Report No. P35/ 
R1012.) Sylvester J. Haefner and Arthur S. 
Westneat. NLL. July 11, 1944. 

645.15 Measurements 

Ml The direct measurement of impedance. O. Hugo 
Schuck and William A. Felsing. OEMsr-287; Sec¬ 
tion No. 6.1-sr287-891. HUSL. June 4, 1943. 

M2 An impedance bridge for the measurement of 
balanced and unbalanced to ground circuits. (Re¬ 
port No. G30/535.) Sylvester J. Haefner. NLL. 
September 30, 1943. 

M3 Gain measurements. (Report No. P35/R669.) 
Frank P. Herrnfeld. NLL. December 30, 1943. 

M4 Peak-reading vacuum tube voltmeter. (Report No. 
D50/R721.) Albert T. Reynolds. Service Project 
No. NS-238. NLL. February 1, 1944. 

M5 Distortion tests by intermodulation method. (Re¬ 
port No. P35/R712.) Frank P. Herrnfeld. Service 
Project No. NS-139. NLL. March 28, 1944. 

M6 Amplifier and bridge measurements. (Report No. 




DIVISION 6 • MICROFILM LIST 


181 


645.2 


645.3 


645.31 


645.32 


P35/R870.) Sylvester J. Haefner. Service Project 
No. NS-139. NLL. April 28, 1944. 

M7 Test procedure for audio transformers t with a 
range of] 35 to 16000 cps. (Report No. P34/R1022.) 
Frank P. Herrnfeld. Service Project No. NS-139. 
NLL. July 13, 1944. 

Sound Recordings 

Ml Equalizer design. (Report No. P37/R1278.) Rus¬ 
sell O. Hanson and William B. Watkins. NLL. 
January 8, 1945. 

M2 Lateral disc recording at the New London Labora¬ 
tory. (Report No. P37/R1312.) Russell O. Han¬ 
son. NLL. January 24, 1945. 

M3 Sound recording at the New London Laboratory. 
(Report No. P37/R1365.) Russell O. Hanson. 
OEMsr-1128; OSRD No. 5248; Section No. 6.1- 
srl 128-1945. NLL. May 23, 1945. 

Servo Systems 

Ml Attack director [Mark] III servos. Norman B. 
Saunders. [HUSL.j June 15, 1944. 

Amplifiers 

Ml Servo. Resistance-capacitance notching filters. 
Norman B. Saunders. [HUSL.] January 4, 1944. 

M2 A graphical method for computing the transfer 
function of the modulation upon a carrier when 
the modulated carrier is passed through a filter 
whose transfer function is known. Norman B. 
Saunders. [HUSL.] May 9, 1944. 

M3 A new servo modulator for portable polar chart 
recorder, attack director [Mark] III and propor¬ 
tional training. Norman B. Saunders. t HUSL.] 
May 30, 1944. 

M4 Reducing the output impedance of power ampli¬ 
fiers with specific application to servos and the 
directional pattern tracer and portable polar chart 
recorder. Norman B. Saunders. [HUSL.j Feb¬ 
ruary 12, 1945. 

M5 Reducing the output impedance of power ampli¬ 
fiers with specific application to servos and the 
directional pattern tracer and portable polar chart 
recorder. (Correction.) Norman B. Saunders. 
[HUSL., February 14, 1945. 

M6 A device for measuring the transfer function of 
the modulation for carrier-frequency serva sys¬ 
tems. Norman B. Saunders. [HUSL.j February 
21, 1945. 

Motors 

Ml General properties of low-inertia motors. (Report 
No. X-63649.) (n.a.) BTL. February 16, 1943. 

M2 Performance curves of Brown two-phase motor in 
controlled-rectifier circuit. Mary O. Marquardt. 
[HUSL.j November 23, 1943. 

M3 Servo motor. Amplifier investigation. O. Hugo 
Schuck. [HUSL.j January 28, 1944. 

M4 Two-phase servo motor properties. Mary O. Mar¬ 
quardt and Norman B. Saunders. [HUSL.j May 
18, 1944. 


M5 Servo motor power and voltage amplifiers. Mary 
O. Marquardt and Norman B. Saunders. [HUSL.j 
June 30, 1944. 

645.33 Synchro Test Unit 

Ml Synchro test unit. Unit No. 4136. (Report No. 
A30/R1112.) Francis W. Petit. NLL. October 
25, 1944. 

M2 Synchro system test unit. (Report No. P26/R1270.) 
Glenn D. Gillett and Wayne G. Shaffer. OEMsr- 
1128; Service Project No. NS-139; Section No. 6.1- 
srl 128-1926. NLL. January 17, 1945. 

646 Ordnance Development 

Ml Sea trials [Ofj 7-40-M projectiles in combination 
with the chute and screw-type dispensers. (Report 
No. D29/R319.) George W. Martin. NLL. May 
10, 1943. 

M2 [Thej 7-40-M blimp tests, Lakehurst, N. J. (Report 
No. D29/D23/R327.) George M. Gourley. NLL. 
May 11, 1943. 

M3 Subcaliber practice projectile and subcaliber spigot 
unit for the Mark X projector. (Report No. D25/ 
R1250.) Gaynor O. Rockwell. OEMsr-1128; Sec¬ 
tion No. 6.1-srl 1^8-1923. NLL. December 11, 
1944. 

646.1 Charges 

646.11 Fast-Sinking Depth Charges 

Ml Effect of nose shape on the performance at en¬ 
trance of model underwater projectiles. (Report 
No. D10/3075.) Leslie J. Hooper. NLL. June 
10, 1942. 

M2 The use of spin in underwater projectiles. (Report 
No. D10/3099.) Leslie J. Hooper. OEMsr-20; 
Section No. C4-sr20-157. NLL. June 11, 1942. 

M3 Comments of the Royal Aircraft Establishment, 
October 16, 1942 on OSRD Report No. 737: Effect 
of nose shape on the performance at entrance of 
model underwater projectiles. (Report No. D10/ 
R133.) Leslie J. Hooper. NLL. December 15, 
1942. 

M4 Velocity characteristics of a 6-inch by 32-inch fast¬ 
sinking projectile. (Report No. D10/R508.) John 
F. Ripken. OEMsr-20; Section No. 6.1-sr20-1026. 
NLL. September 18, 1943. 

M5 Tests of Mark 12 depth charges [held at thej 
Mine Tank, Naval Ordnance Laboratory, Wash¬ 
ington, D. C. (Report No. D10/R740.) Clifford P. 
Kittredge. NLL. April 4, 1944. 

M6 Fast-sinking depth charges. (Report No. D10/D29/ 
R1351.) Clifford P. Kittredge. OEMsr-1128; Sec¬ 
tion No. 6.1-srl 128-1935. NLL. May 21, 1945. 

646.12 Scatter Charges for Surface Vessels 

Ml Tests on antisubmarine scatter bomb clusters with 
live fuzes in inert bombs. (Report No. 17.) R. J. 
Tinkham, H. A. Leedy and T. C. Poulter. ARF. 
July 26, 1943. 


SECRET 



182 


DIVISION 6 • MICROFILM LIST 


M2 Laboratory tests on severing and strength of the 
steel-banding strap for the antisubmarine scatter 
bomb cluster. (Report No. 18.) R. J. Tinkham, 
H. A. Leedy and T. C. Poulter. ARF. July 28, 
1943. 

M3 Antisubmarine scatter bomb horn tests. (Report 
No. 19.) Irwin Fieldhouse, H. A. Leedy and T. C. 
Poulter. ARF. July 29, 1943. 

M4 Submersion tests for watertightness of antisub¬ 
marine scatter bombs. (Report No. 20.) R. H. 
Esling, H. A. Leedy and T. C. Poulter. ARF. 
July 30, 1943. 

M5 The K-gun projected scatter bomb. (Report No. 
D49/R507.) Gaynor O. Rockwell and George M. 
Gourley. OEMsr-20; Section No. 6.1-S3279-1024. 
NLL. September 13, 1943. 

M6 Scatter charge for surface vessels. (Report No. 
D49/R644.) George M. Gourley and Gaynor O. 
Rockwell. OEMsr-20; Service Project No. NO-175; 
Section No. 6.1-srl 128-1248. NLL. December 13, 

1943. 

M7 The scatter charge for surface vessels. (Report No. 
D49/R676.) Gaynor O. Rockwell and George M. 
Gourley. OEMsr-1128; Service Project No. NO- 
175; Section No. 6.1-srll28-1252. NLL. February 
2, 1944. 

M8 The antisubmarine scatter bomb, (n.a.) OEMsr- 
673; Section No. 6.1-sr673-1014. ARF. April 28, 

1944. 

M9 Description and instructions for use of the anti¬ 
submarine scatter bomb, (n.a.) OEMsr-673; Sec¬ 
tion No. 6.1-sr673-1618. ARF. July 17, 1944. 
M10 Antisubmarine scatter bomb hydrostatic arming 
fuze, (n.a.) ARF. March 14, 1945. 

Mil The antisubmarine scatter bomb, (n.a.) OEMsr- 
673; Service Project No. NO-116; OSRD No. 5494; 
Section No. 6.1-sr673-2346. ARF. June, 1945. 

646.2 Fire Control Components 

646.21 Fuzes 

Ml A new type of bomb fuze. Raymond D. Atchley. 
UCDWR. June 13, 1942. 

M2 Safety tests made on Model 640-C fuzes and pro¬ 
jectiles, Groton Quarry, June 13, 1942. (Report 
No. D10.2/4022.) George E. Breeze. NLL. Sep¬ 
tember 18, 1942. 

M3 The 6-40-M magnetic flux-change fuze. (Report 
No. D37.2/4420.) Edward E. Noyes. NLL. No¬ 
vember 4, 1942. 

M4 Comparison between Statham (US Navy Designa¬ 
tion ABN-7A) fuze and New London 6-40-FCF 
fuze (6-40-M). (Report No. D37/R17.) Dick P. 
Fullerton, Jr. NLL. November 23, 1942. 

M5 The magnetic close-proximity fuze. (Report No. 
S-16.) S. C. Baden. OEMsr-30; Section No. 6.1- 
sr30-405. UCDWR. December 19, 1942. 

M6 Variable electronic interval timer. (Report No. 
D23/R132.) Wayne G. Shaffer. OEMsr-20; Sec¬ 
tion No. 6.1-sr20-557. NLL. December 23, 1942. 


M7 Projectile fuzes. (Report No. D10/R108.) George 
E. Breeze, George W. Martin and Edward E. Noyes. 
NLL. December 28, 1942. 

M8 The magnetic flux-change fuze. (Report No. S-ll.) 
Louis D. Statham. OEMsr-30; OSRD No. 1332; 
Section No. 6.1-sr30-407. UCDWR. December 30, 

1942. 

M9 Flux-change fuze for antisubmarine projectile, 
(n.a.) OEMsr-346; Section No. 6.1-sr346-726. 
BTL. February 25, 1943. 

M10 Special electric detonators for condenser firing 
circuits. (Report No. P17/R194.) Gaynor O. 
Rockwell. NLL. March 5, 1943. 

Mil Bridge-type magnetic fuze for antisubmarine pro¬ 
jectile. (n.a.) OEMsr-346; Section No. 6.1-sr346- 
831. BTL. April 1, 1943. 

M12 Fuzes for fast-sinking depth charges. (Report No. 
P17/R1328.) Clifford P. Kittredge, George M. 
Gourley and George E. Breeze. OEMsr-1128; Sec¬ 
tion No. 6.1-srl 128-1940. NLL. May 24, 1945. 

646.22 Intervalometers 

Ml Intervalometer. (Report No. D28/R383.) Clifford 
P. Kittredge. NLL. June 7, 1943. 

M2 Depth charge intervalometer. Description and in¬ 
structions for use. (Preliminary Report No. D28/ 
R981.) (n.a.) NLL. June 29, 1944. 

M3 Depth charge intervalometer. (Report No. D28/ 
R1364.) Clifford P. Kittredge. OEMsr-1128; Sec¬ 
tion No. 6.1-srl 128-1939. NLL. May 17, 1945. 

646.23 Dispensers and Racks 

Ml Notes on dispenser tests on USS Semmes, August 
13, 1942. (Report No. D28.2/3702.) Leslie J. 
Hooper. NLL. September 3, 1942. 

M2 Electric squib-actuated bomb release latch. (Re¬ 
port No. D23/R135.) Gaynor O. Rockwell and 
Edward E. Noyes. NLL. December 23, 1942. 

M3 Projectile rack for blimps. (Report No. D23/R110.) 

Joseph A. Cerny. NLL. December 28, 1942. 

M4 Squib latch tests, January 21, 1943. (Report No. 
D23/R245.) George W. Martin. NLL. March 30, 

1943. 

M5 Release latches actuated by electric squibs. (Report 
No. D28/R511.) Clifford P. Kittredge. NLL. 
September 15, 1943. 

M6 Mark 53 bomb rack for the Mark 52 antisub¬ 
marine bomb. (Report No. D23/R380.) Vernon 
M. Setterholm. OEMsr-20; Section No. 6.1-sr20- 
1029. NLL. September 29, 1943. 

M7 The roller loader for the scatter charge and the 
Mark 6 depth charge. (Report No. D49/R684.) 
Gaynor O. Rockwell. OEMsr-1128; Service Proj¬ 
ect No. NO-175; Section No. 6.1-srl 128-1037. NLL. 
February 11, 1944. 

M8 Surface craft dispensers for fast-sinking depth 
charges. (Report No. D28/R1363.) Clifford P. 
Kittredge. OEMsr-1128; Section No. 6.1-srl 128- 
1938. NLL. April 30, 1945. 



DIVISION 6 • MICROFILM LIST 


183 


646.24 Hydrostatically-Detonated Exploders 

Ml Letter to Dr. E. H. Colpitts. Subject: [Hydro¬ 
statically-detonated exploder.] (Serial No. C-2378 
(940).) Roger Revelle. BuShips. February 18, 
1944. 

M2 Sonar, submarines [and] long-range ship-to-shore 
communication. (Serial No. C-2908(940).) J. B. 
Dow. BuShips. June 19, 1944. 

M3 Letter to Dr. E. H. Colpitts. Subject: [Hydro¬ 
statically-detonated exploder.] (Serial No. C-3521 
(940).) Roger Revelle. BuShips. September 14, 
1944. 

M4 Specification for Model NL-143 detonating device. 
(Report No. P62/R1190.) (n.a.) NLL. October 

21, 1944. 

M5 Hydrostatically-detonated exploder. (Report No. 
P62/R1358.) Gaynor O. Rockwell. OEMsr-1128; 
Section No. 6.1-srll28-1937. NLL. March 6, 1945. 

646.25 Fluid Gyroscopes 

Ml Description of the fluid gyroscope. (Report No. 
D42/R651.) Calvin A. Gongwer. Service Project 
No. NO-147. NLL. December 22, 1943. 

M2 Analysis of the fluid gyro. ([Division 7.]) Ralph 
E. Byrne, Jr. May 11, 1944. 

646.26 Miscellaneous Fire Control Components 

Ml Gun train indicator, Mark 53, for temporary in¬ 
stallation on projector, Mark 10, hedgehog. (Re¬ 
port No. D42/R200.) Clifford P. Kittredge. 
OEMsr-20; Section No. 6.1-sr20-799. NLL. Sep¬ 
tember 10, 1943. 

M2 Range keeper. (Report No. D49/R505.) J. Warren 
Horton. OEMsr-20; Section No. 6.1-S3279-1025. 
NLL. September 14, 1943. 

646.3 Sea Markers 

646.31 Float Lights 

Ml Electric ignition applied to Mark V aircraft float 
light. (Report No. D21/3364.) Joseph A. Cerny. 
OEMsr-20; Section No. C4-sr20-145. NLL. July 
6, 1942. 

M2 The Mark V float light. (Report No. D21/4417.) 
Joseph A. Cerny and Dick P. Fullerton, Jr. 
OEMsr-20; Section No. C4-sr20-542. NLL. No¬ 
vember 9, 1942. 

M3 Velocity traverses and stability tests of Mark V 
flare t at] Aeronautic Laboratory, Worcester Poly¬ 
technic Institute, March, 1943. (Report No. D21/ 
R285.) Leslie J. Hooper. NLL. April 22, 1943. 
M4 Pneumatic projector for the Mark V float light 
for use by lighter-than-air craft. (Report No. D36/ 
R183.) Joseph A. Cerny. OEMsr-20; Section No. 

6.1-sr20-641. NLL. May 10, 1943. 

M5 Noise produced by burning aircraft flares. (Report 
No. D21/R463.) Edward Gerjuoy. NLL. July 
31, 1943. 

M6 The smoke-light marker. (Report No. D21/R465.) 
Joseph A. Cerny. OEMsr-20; Service Project No. 


NS-106; Section No. 6.1-sr20-797. NLL. August 
26, 1943. 

M7 Pneumatic projector for the Mark V float light for 
use by heavier-than-air craft. (Report No. D39/ 
R464.) Joseph A. Cerny. OEMsr-20; Section No. 

6.1- sr20-796. NLL. September 3, 1943. 

M8 Drop tests of Mark VI aircraft float lights, Decem¬ 
ber 7, 1943. (Report No. D21/R649.) David O. 
Rhea. NLL. December 15, 1943. 

M9 Modified Mark VI aircraft float light. (Report No. 
D21/R1088.) (n.a.) OEMsr-1128; Section No. 

6.1- srl 128-1586. NLL. September 1, 1944. 

M10 Pull-match ignition for Mark VI float light. (Re¬ 
port No. D21/R1232.) David O. Rhea. OEMsr- 
1128; Service Project No. NS-106; Section No. 

6.1-srl 128-1585. NLL. November 20, 1944. 

646.32 Underwater Flares 

Ml Use of commercial flares under water. F. A. 

Jenkins. UCDWR. December 9, 1941. 

M2 Test of underwater flares t at] Lakehurst, N. J., 
July 7, 1942. Report on electric ignition. (Report 
No. D21/3423.) G. R. F. Gay. NLL. July 9, 
1942. 

M3 Underwater flares for antisubmarine operations. 
Report on tests of July 7, 1942 carried out co¬ 
operatively by the US Naval Air Station, Lakehurst 
and Division B and Section C-4, NDRC. F. M. 
Varney. OEMsr-20; Section No. C4-sr20-162. 
UCDWR. July 20, 1942. 

M4 Aircraft marker flares. Test at Lakehurst, N. J., 
August 18, 1942. (Report No. D21.2/3802.) Joseph 
A. Cerny. NLL. August 22, 1942. 

M5 Capacity-type igniters for underwater flares. (Re¬ 
port No. D31.2/3998.) Wayne G. Shaffer. NLL. 
September 17, 1942. 

M6 Underwater flare test, September 30, 1942. (Report 
No. D31.2/4153.) Wayne G. Shaffer. NLL. Oc¬ 
tober 6, 1942. 

M7 Trials of pneumatic flare gun for blimps at Lake¬ 
hurst, N. J., December 22 and 23, 1942. (Report 
No. D36/R146.) Edward E. Noyes and Vernon 
M. Setterholm. OEMsr-20; Section No. 6.1-sr20- 
567. NLL. January 11, 1943. 

646.33 Buoys 

Ml Smoke signal for practice submarine marker buoy. 
(Report No. D21/R719.) David O. Rhea and 
Vernon M. Setterholm. OEMsr-1128; Section 
Project No. NS-97; Section No. 6.1-srl 128-1039. 
NLL. March 24, 1944. 

M2 Test of British markers, marine t and] aircraft. 
(Report No. D21/R951.) David O. Rhea. Service 
Project No. NS-238. NLL. June 5, 1944. 

M3 Submarine marker buoy. (Report No. D19/R1205.) 
Calvin A. Gongwer. OEMsr-1128; Section No. 

6.1- srl 128-1599. NLL. November 30, 1944. 

M4 The development of a navigational marker buoy, 
(n.a.) OEMsr-1244; OSRD No. 5658; Section No. 

6.1- srl224-2347. ARF. June, 1945. 




184 


DIVISION 6 • MICROFILM LIST 


646.4 Miscellaneous Ordnance 

Ml Magnetic signal device. John H. Payne, Kenneth 
H. Kingdon and others. OEMsr-42; OSRD No. 
917; Section No. C4-sr42-516. GE. August 11, 
1942. 

M2 Towed projectile. (Report No. D27/R227.) Joseph 
A. Cerny. NLL. March 24, 1943. 

M3 Development of t aj recoverable bomb. (Report No. 
D27/R1098.) (n.a.) OEMsr-1128; Service Project 

No. NA-123; Section No. 6.1-sr20-1587. NLL. 
October 25, 1944. 

647 Sea-Water Batteries 

Ml Sea-water batteries, (n.a.) OEMsr-1069; OSRD 

No. 6420; Section No. 6.1-srl069-2128. BTL. No¬ 
vember 30, 1945. 

650 Sonar Countermeasures 

651 Noisemakers and Decoys 

Ml Pillenwerfer design. (Internal Report No. 100.) 
(n.a.) OSRD Liaison Office No. WA-328-16. 
HMA/SEE, Fairlie Laboratory [Great Britain]. 
September 15, 1942. 

651.1 Evaluation of Devices 

651.11 Countermeasures to the Acoustic Torpedo 

Ml Ship and decoy noisemaker measurements, (n.a.) 
OEMsr-1046; Service Project No. NS-164 and MIT 
Research Project DIC-6187; Section No. 6.1-srl046- 
1040. MIT. October 2, 1943. 

M2 Ship and decoy noisemaker measurements. (Supple¬ 
mentary data.) (n.a.) Service Project No. NS-164 
and MIT Research Project DIC-6187. MIT. No¬ 
vember 12, 1943. 

M3 Countermeasures to the acoustic torpedo. (Memo¬ 
randum No. 42.) (n.a.) US Navy Department, 

Antisubmarine Warfare Operations Research 
Group. November 20, 1943. 

M4 Acoustic measurements of ammonia-jet noise- 
makers (FXA), rotary noisemakers (NAE), parallel 
bars (FXR-IV), and DD-155. (n.a.) OEMsr-1046; 

Service Project No. NS-164 and MIT Research 
Project DIC-6187; Section No. 6.1-srl046-1665. 
MIT. July 26, 1944. 

651.12 Submarine Evasion Devices 

Ml Masking of submarine sounds by Mark II grenade 
and NAE beacon. [Lyman Spitzer, Jr.j CUDWR. 
January 24, 1945. 

M2 Sea trials of NAE beacon and Mark II grenades. 
(Report No. P27/PHR82.) Donald P. Loye. NLL. 
February 22, 1945. 

M3 The sound output of NAC beacons and Mark II 
grenade, signal peeper. (Memorandum No. SAG- 
41.) Edward Gerjuoy. CUDWR. July 12, 1945. 
M4 NAD, NAC and submarine spectrum curves. 
(Memorandum No. 5815.) Edward Gerjuoy. 
CUDWR. August 4, 1945. 


M5 Pro-submarine program at University of Cali¬ 
fornia, Division of War Research. General de¬ 
scription of operations. Technical devices and 
programs, (n.a.) UCDWR. September 28, 1945. 

651.2 Measurement Techniques of Noisemakers and Decoys 

Ml Transmission loss of underwater sound off Block 

Island, (n.a.) OEMsr-1046; Service Project No. 

NS-164; Section No. 6.1-srl046-1058. MIT. May 
11, 1944. 

M2 Oscillographic wave form records of underwater 
sounds, (n.a.) OEMsr-1046; Service Project No. 

NS-164 and MIT Research Project DIC-6187; Sec¬ 
tion No. 6.1-srl046-1670. MIT. August 15, 1944. 

M3 The Massachusetts Institute of Technology oscillo¬ 
graph recorder. Design and operation. (n.a.) 
OEMsr-1046; Service Project No. NS-164 and MIT 
Research Project DIC-6187; Section No. 6.1-srl046- 
1671. MIT. August 17, 1944. 

M4 Calibration facilities and techniques used at Uni¬ 
versity of California, Division of War Research. 
David J. Evans. UCDWR. [August, 1946(?)j 

651.3 Masking and Jamming Devices 

Ml Evasion device for submarines, (n.a.) Service 
Project No. NS-164 and MIT Research Project 
DIC-6187. MIT. August 10, 1943. 

M2 Displacements associated with noisemakers. R. D. 
Fay and Herman Feshbach. MIT Research Proj¬ 
ect DIC-6187. MIT. August 3, 1944. 

M3 Some exploratory developments in noisemaker de¬ 
sign. (n.a.) OEMsr-1046; Service Project No. 

NS-164 and MIT Research Project DIC-6187; Sec¬ 
tion No. 6.1-srl046-2037. MIT. April 30, 1945. 

651.31 Mechanical Noisemakers 

651.311 Towed Parallel Bars 

Ml Preliminary investigations of the parallel pipe 
noisemaker and of its use as a sweep for acoustic 
mines. (Report No. PHx-24.) (n.a.) National Re¬ 
search Council, Division of Physics and Electrical 
Engineering [Canada]. October 8, 1941. 

M2 Results of FXR measurements made October 7, 
1943. (n.a.) Service Project No. NS-164 and MIT 
Research Project DIC-6187. MIT. October 16, 
1943. 

M3 Measurements of FXR sound output made No¬ 
vember 2, 1943. (n.a.) Service Project No. NS-164 
and MIT Research Project DIC-6187. MIT. No¬ 
vember 12, 1943. 

M4 Measurements made on December 2, 1943 of the 
sound output of three sets of FXR-II gear, (n.a.) 
Service Project No. NS-164 and MIT Research 
Project DIC-6187. MIT. December 23, 1943. 

M5 Measurements made on December 14, 1943 of the 
sound output of the 22-inch FXR towed noise¬ 
maker and of the DE-150. (n.a.) Service Project 
No. NS-164 and MIT Research Project DIC-6187. 
MIT. January 5, 1944. 



DIVISION 6 • MICROFILM LIST 


185 


M6 Measurements made on February 7, 1944 of the 
sound output of Canadian CAT gear and of the 
DE-157. (n.a.) Service Project No. NS-164 and 

MIT Research Project DIC-6187. MIT. February 
14, 1944. 

M7 Measurements made on February 16, 1944 of the 
sound output of six FXR units and the towing 
vessel DE-157. (n.a.) Service Project No. NS-164 
and MIT Research Project DIC-6187. MIT. 
March 2, 1944. 

M8 Measurements made on March 14 and 15, 1944 
of the sound output of 30-inch and 28-inch parallel 
bar noisemakers and the towing vessel DD-144. 
(n.a.) OEMsr-1046; Service Project No. NS-164 and 
MIT Research Project DIC-6187; Section No. 6.1- 
srl046-1472. MIT. April 8, 1944. 

M9 Measurements made on September 12 [and] 13, 
1944 of the striking frequency of FXR Mark IV, 
and other experimental FXR models, (n.a.) MIT 
Research Project DIC-6187. MIT. September 
26, 1944. 

M10 Acoustic trials of the American parallel bar noise- 
maker. (Report No. SS-1138.) (n.a.) OSRD Liai¬ 

son Office No. WA-351-20. [Great Britain.] (n.d.) 

651.312 FXP Towed Rotary Noisemakers 

Ml Comparison of sound outputs of DE-150 and FXP-1 
noisemaker. (n.a.) Service Project No. NS-164 
and MIT Research Project DIC-6187. MIT. De¬ 
cember 18, 1943. 

M2 Measurements of the sound output of the DE-180 
and FXP-1 noisemaker made on December 27 and 
December 28, 1943. (n.a.) Service Project No. 

NS-164 and MIT Research Project DIC-6187. 
MIT. December 31, 1943. 

M3 Measurements of the sound output of the DE-180 
and unbored FXP-1 noisemaker made on January 
1, 1944. (n.a.) Service Project No. NS-164 and 

MIT Research Project DIC-6187. MIT. January 
6, 1944. 

651.313 NAE Rotary Noisemakers 

Ml Development of 3-inch rotary noisemaker for sub¬ 
merged submarine decoy. A. H. Brooks. MIT. 
June 9, 1944. 

M2 Calibration of David Taylor Model Basin rotary 
noisemaker, NAE beacon, Mark I. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srl 130-1835. USRL. September 
29, 1944. 

M3 Calibration of David Taylor Model Basin rotary 
noisemakers No. 1-ML and No. 2-ML, NAE beacon. 
L. P. Leighton. OEMsr-1130; Service Project No. 
NS-139; Section No. 6.1-srll30-1970. USRL. Oc¬ 
tober 27, 1944. 

651.314 XNAG Noisemakers 

Ml Calibration of pre-production sample Model 2, 
sonic companion to the NAC sound beacon. Gene¬ 
vieve D. Weldon. OEMsr-1130; Service Project 


No. NS-139; Section No. 6.1-srll30-1983. USRL. 
January 4, 1945. 

M2 Calibration of XNAG sound beacon. Eginhard 
Dietze. OEMsr-1130; Service Project No. NS-139; 
Section No. 6.1-srl 130-2300. USRL. July 13, 1945. 
M3 Submarine evasive aid. Navy Model XNAG beacon, 
(n.a.) NObs-2074; Service Project No. NS-164. 

UCDWR. January 10, 1946. 

651.315 Hammer Bottle Noisemakers 

Ml Tests on experimental models, pneumatic noise¬ 
maker XG-5, made on October 24, 1943. (n.a.) 

Service Project No. NS-164 and MIT Research 
Project DIC-6187. MIT. October 28, 1943. 

M2 Tests on masking effect of the XG-5 noisemaker 
on submarine sounds, (n.a.) Service Project No. 
NS-164 and MIT Research Project DIC-6187. 
MIT. November 12, 1943. 

M3 Measurements made February 8, 1944 on the 
acoustic output of FXH-1, the Massachusetts In¬ 
stitute of Technology carbon dioxide bottle, (n.a.) 
Service Project No. NS-164 and MIT Research 
Project DIC-6187. MIT. February 25, 1944. 

M4 Status of Mark I hammer bottle and rotary noise¬ 
maker. (n.a.) MIT Research Project DIC-6187. 
MIT. August 15, 1944. 

M5 Calibration of Massachusetts Institute of Technol¬ 
ogy 4-inch rotary noisemaker and hammer bottle 
noisemaker. Navy Model FXH-1. Leslie L. Foldy. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-1830. USRL. September 18, 1944. 
M6 The FXH-1 hammer bottle expendable noise¬ 
maker. (n.a.) OEMsr-1046; Service Project No. 

NS-164 and MIT Research Project DIC-6187; Sec¬ 
tion No. 6.1-srl046-2033. MIT. February 1, 1945. 

651.32 Electronic Noisemakers 

Ml NAC beacon tests. (Report No. SM-215.) David 
J. Evans and Vaughn G. McKenney. OEMsr-30; 
Section No. 6.1-sr30-1685. UCDWR. May 19, 
1944. 

M2 NAC beacon tests in 14th Naval district. (Report 
No. SM-240.) Vaughn G. McKenney and W. Bruce 
Beckley. Service Project No. NS-164. UCDWR. 
June 30, 1944. 

M3 The NAC beacon. (Report No. S-243.) Vaughn G. 
McKenney, Benjamin F. Howell and others. 
OEMsr-30; Service Project No. NS-164; Section No. 
6.1-sr30-1746. UCDWR. August 15, 1944. 

M4 Calibration of NAC sound beacon. L. P. Leighton. 
OEMsr-1130; Service Project No. NS-139; Section 
No. 6.1-srl 130-1973. USRL. November 17, 1944. 
M5 Description of NAC beacon. [Richard H. Bolt.] 
[Division 6.] [May, 1945.] 

651.33 Explosive Noisemakers 

Ml Tests of four experimental models, grenade Mark I, 
made on October 15, 1943. (n.a.) Service Project 
No. NS-164 and MIT Research Project DIC-6187. 
MIT. October 18, 1943. 



186 


DIVISION 6 • MICROFILM LIST 


M2 Measurements of sound output of thirteen models, 
grenade Mark I, made on November 17, 1943. 
(n.a.) Service Project No. NS-164 and MIT Re¬ 
search Project DIC-6187. November 26, 1943. 

M3 Preliminary tests on masking effect of Mark II 
grenade on submarine sounds and tests on inter¬ 
ference with echo ranging, (n.a.) Service Project 
No. NS-164 and MIT Research Project DIC-6187. 
MIT. December 4, 1943. 

M4 Measurements made on December 4, 1943 of the 
sound output of the noisemakers XG-2 and XG-5. 
(n.a.) Service Project No. NS-164 and MIT Re¬ 
search Project DIC-6187. MIT. December 22, 
1943. 

M5 Tests of the US Navy grenade Mark II. (Report 
No. P27/PHR52.) J. E. White and William F. 
Arndt. NLL and MIT. December 11, 1944. 

M6 Explosive noise source in shallow water, (n.a.) 
MIT Research Project DIC-6187. MIT. Decem¬ 
ber 22, 1944. 

M7 Calibrations of Massachusetts Institute of Tech¬ 
nology Navy grenade noisemaker, Mark II and 
No. 6 Atlas blasting cap. Leslie L. Foldy. OEMsr- 
1130; Service Project No. NS-139; Section No. 6.1- 
srl 130-1980. USRL. December 26, 1944. 

M8 The grenade Mark II explosive noisemaker. (n.a.) 
Service Project No. NS-164. MIT. March 19, 1945. 

M9 Calibration of Navy Bouchen fired Mark I grenade 
noisemaker. Leslie L. Foldy. OEMsr-1130; Serv¬ 
ice Project No. NS-139; Section No. 6.1-srl 130-2304. 
USRL. August 2, 1945. 

M10 The Massachusetts Institute of Technology ex¬ 
plosive noisemakers. (n.a.) OEMsr-1046; Service 

Project No. NS-164 and MIT Research Project 
DIC-6187; Section No. 6.1-srl046-2038. MIT. Au¬ 
gust 15, 1945. 

Mil Calibration of noise output of modified British 
MD-1 caps. Leslie L. Foldy. OEMsr-1130; Service 
Project No. NS-139; Section No. 6.1-srl 130-2375. 
USRL. September 29, 1945. 

651.34 Gas Ejection Noisemakers 

Ml Measurements of the sound output of the Naval 
Research Laboratory ammonia-jet noisemaker FXA 
made on March 16, 17 and 18 [1944]. (n.a.) 

OEMsr-1046; Service Project No. NS-164 and MIT 
Research Project DIC-6187; Section No. 6.1-srl046- 
1469. MIT. April 3, 1944. 

M2 Calibration of multiple-jet noisemaker, Navy 
Model FXA. Eginhard Dietze. OEMsr-1130; Serv¬ 
ice Project No. NS-139; Section No. 6.1-srll30-1825. 
USRL. August 24, 1944. 

M3 An airjet high-frequency noise source. (Report No. 
P34/R1276.) Wilbur T. Harris. Service Project 
No. NS-182. NLL. December 7, 1944. 

651.4 Submarine-Simulating Decoys 

Ml Modifications and tests made on f the David] 
Taylor Model Basin self-propelled practice target. 
(Report No. M-225.) David J. Evans. OEMsr-30; 


Service Project No. NS-144; Section No. 6.1-sr30- 
1689. UCDWR. June 14, 1944. 

M2 Directional control devices by L. N. Schwein Engi¬ 
neering Company. (Report No. U-266.) (n.a.) 

OEMsr-30; Service Project No. NS-293; Section No. 
6.1-sr30-1868. UCDWR. October 24, 1944. 

M3 Proposed design features for the new NAD-8 
beacon. (Report No. SM-355.) Raymond D. 
Atchley. NObs-2074. UCDWR. August 27, 1945. 
M4 NAD-6 and NAD-10, Electronic design for C. F. 

Bradley. [UCDWR.] October 30, 1945. 

M5 The stationary echo repeater decoy for submarine 
use. (Report No. SM-396.) (n.a.) NObs-2074. 

UCDWR. February 28, 1946. 

M6 University of California, Division of War Research, 
activities on NAD sound beacon project at Sub¬ 
marine Base, Pearl Harbor. (Report No. SM-417.) 
David J. Evans. OEMsr-30. UCDWR. July 17, 
1946. 

651.41 NAD-3 

Ml Submarine evasion aid, Navy Model NAD-3, sound 
beacon. (Report No. SU-364.) (n.a.) NObs-2074. 

UCDWR. April 10, 1946. 

651.42 NAD-6 

Ml Preliminary instruction manual t for] the NAD-6A 
sound beacon. (Report No. SM-332.) W. Orvis 
Johnston. NObs-2074. UCDWR. July 20, 1945. 
M2 The NAD-6 sound beacon, (n.a.) UCDWR. (n.d.) 

651.43 NAD-10 

Ml The NAD-10 sound beacon. D. E. Andrews. 
UCDWR. (n.d.) 

M2 The NAD-10A sound beacon preliminary instruc¬ 
tion manual. (Report No. M-421.) Compiled by: 
D. E. Andrews. NObs-2074. UCDWR. October 
1, 1946. 

651.5 Depth Controls for Expendable Devices 

Ml Buoyancy control. (Report No. M-135.) Raymond 
D. Atchley. OEMsr-30; Section No. 6.1 -sr30-1302. 
UCDWR. December 3, 1943. 

M2 Buoyancy control. General instructions for use. 
(Report No. M-182.) Raymond D. Atchley. 
OEMsr-30; Section No. 6.1-sr30-1466. UCDWR. 
February 22, 1944. 

M3 A gas-operated depth control, (n.a.) OEMsr- 
1046; Service Project No. NS-164 and MIT Re¬ 
search Project DIC-6187; Section No. 6.1-srl046- 
2040. MIT. August 15, 1945. 

652 Acoustic Absorbing Coatings 

Ml Measurements of specular reflection from scale 
models of submarines, (n.a.) Service Project No. 
NS-222 and MIT Research Project DIC-6187. 
MIT. February 12, 1944. 

M2 Acoustic treatment of conning towers. (n.a.) 
Service Project No. NS-222 and MIT Research 
Project DIC-6187. MIT. April 11, 1944. 



DIVISION 6 • MICROFILM LIST 


187 


M3 Percentage reductions in maximum echo ranges on 
American submarines by acoustic treatment of hull 
and conning tower. Lyman Spitzer, Jr., N. Jeffrey 
Holter and Roger Revelle. BuShips and Divi¬ 
sion 6. November 30, 1944. 

M4 Acoustic treatment for conning towers. (n.a.) 
Service Project No. NS-222 and MIT Research 
Project DIC-6187. MIT. November 30, 1944. 

M5 Acoustical treatment for submarines. (n.a.) 
OEMsr-1046; Service Project No. NS-222 and MIT 
Research Project DIC-6187; Section No. 6.1- 
srl046-2042. MIT. August 15, 1945. 

M6 Acoustical treatment for submarines. (Supplement.) 
(n.a.) OEMsr-1046; Service Project No. NS-222 

and MIT Research Project DIC-6187; Section No. 
6.1-srl046-2042a. MIT. October 30, 1945. 

653 Miscellaneous Countermeasures 

Ml A theoretical study of possible countermeasures to 
small contact depth charges, (n.a.) OEMsr-1046; 
Service Project No. NS-211 and MIT Research 
Project DIC-6187; Section No. 6.1-srl046-2034. 
MIT. February 15, 1945. 

700 FLUID DYNAMICS 

Ml Torpedo launching project report for [the] year 
ending November 30, 1944. (Report No. CIT/ 
JHC-5.) F. C. Lindvall. OEMsr-418; OSRD No. 
2346. CIT. February 1, 1945. 

710 Theory and Development 

711 High Speed Water Tunnel (California Institute of 

Technology) 

Ml The High Speed Water Tunnel at the California 
Institute of Technology. Robert T. Knapp, Vito 
A. Vanoni and James W. Daily. OEMsr-207. 
CIT. June 29, 1942. 

M2 Development of the High Speed Water Tunnel 
and summary of results, (n.a.) OEMsr-207; Sec¬ 
tion No. 6.1-sr207-2351. CIT. August 31, 1945. 

712 Cavitation and Sound 

Ml Force and cavitation characteristics of the NACA- 
4412 hydrofoil. (HML Report No. ND-19.) Robert 
T. Knapp and James W. Daily. OEMsr-207; Sec¬ 
tion No. 6.1-sr207-1273. CIT. June 10, 1944. 

M2 Flow diagrams of projectile components. (HML 
Report No. ND-36.) Robert T. Knapp, Garrett 
Van Pelt and Elizabeth A. Thorne. OEMsr-207; 
Section No. 6.1-sr207-1649. CIT. September 15, 

1944. 

M3 Entrance and cavitation bubbles. (HML Report 
No. ND-31.) Robert T. Knapp and Harold L. 
Doolittle. OEMsr-207; Section No. 6.1-sr207-1900. 
CIT. December 27, 1944. 

M4 Nose cavitation, ogives and spherogives. (HML Re¬ 
port No. ND-31.1.) Robert T. Knapp and Harold 
L. Doolittle. OEMsr-207; OSRD No. 4657; Section 
No. 6.1-sr207-1906. CIT. January 18, 1945. 


M5 Cavitation tests on a systematic series of torpedo 
heads. Hemispherical head. Hunter Rouse, John 
S. McNown and En-Yun Hsu. OEMsr-353; OSRD 
No. 5059; Section No. 6.1-sr353-2191. State Uni¬ 
versity of Iowa. February 28, 1945. 

M6 Cavitation tests on a systematic series of torpedo 
heads. Blunt head. Hunter Rouse, John S. Mc¬ 
Nown and En-Yun Hsu. OEMsr-1353; OSRD No. 
5056; Section No. 6.-srl353-2192. State University 
of Iowa. March 5, 1945. 

M7 Cavitation noise from underwater projectiles. 
(HML Report No. ND-26.) Robert T. Knapp, 
James W. Daily and Howard Bailer. OEMsr-207; 
Section No. 6.1-sr207-1910. CIT. March 20, 1945. 
M8 Cavitation tests on a sytematic series of torpedo 
heads. [The] 1-caliber ogival head. Hunter Rouse, 
John S. McNown and En-Yun Hsu. OEMsr-1353; 
OSRD No. 5055; Section No. 6.1-srl353-2195. State 
University of Iowa. March 20, 1945. 

M9 Cavitation tests on a systematic series of torpedo 
heads. [The] 2-caliber ogival head. Hunter Rouse, 
John S. McNown and En-Yun Hsu. OEMsr-1353; 
OSRD No. 5054; Section No. 6.1-srl353-2196. State 
University of Iowa. March 26, 1945. 

M10 Hydrodynamic forces resulting from cavitation on 
underwater bodies. (HML Report No. ND-31.2.) 
Robert T. Knapp and James W. Daily. OEMsr- 
207; OSRD No. 5756; Section No. 6.1-sr207-2242. 
CIT. July 21, 1945. 

713 Miscellaneous Research 

Ml Measurements of fluid friction loss in 0.50-caliber 
rifled and unrifled gun barrels. (HML Report No. 
ND-16.) Robert T. Knapp. OEMsr-207; Section 
No. 6.1-sr207-279. CIT. July 16, 1943. 

M2 Water Tunnel tests of the 60-mm mortar pro¬ 
jectile. (HML Report No. ND-2C.) Robert T. 
Knapp. OEMsr-207; OSRD No. 1869; Section No. 
6.1-sr207-926. CIT. September 2, 1943. 

M3 Measurements on a Cll-Al hydrophone with an 
ellipsoidal and a spherical reflector. (Report No. 
C-64.) (n.a.) OEMsr-30. UCDWR. October 30, 
1944. 

720 Projectiles 

721 Torpedoes 

721.1 Projectile 61 and British Type Fido 

Ml Preliminary Water Tunnel tests of the Fido pro¬ 
jectile. (HML Report No. ND-8.) Robert T. 
Knapp. OEMsr-207. CIT. November 7, 1942. 
M2 Observations of cavitation on the Fido projectile. 
(HML Report No. ND-8.1.) Robert T. Knapp. 
CIT. November 24, 1942. 

M3 Underwater performance characteristics of Pro¬ 
jectiles 61.01 and 61.03. (HML Report No. ND- 
8.4.) Robert T. Knapp and Joseph Levy. OEMsr- 
207; Section No. 6.1-sr207-1645. CIT. June 29, 
1944. 



188 


DIVISION 6 • MICROFILM LIST 


M4 Underwater performance characteristics of Pro¬ 
jectile 61.02. (HML Report No. ND-8.3.) Robert 
T. Knapp and Robert M. Peabody. OEMsr-207; 
Section No. 6.1-sr207-925. CIT. August 15, 1944. 
M5 Underwater characteristics of Projectile 61.04. 
(HML Report No. ND-8.5.) Robert T. Knapp and 
Robert M. Peabody. OEMsr-207; Section No. 
6.1-sr207-1653. CIT. September 26, 1944. 

721.2 Mark 13 

Ml Water Tunnel tests of the Mark 13-1, Mark 13-2 
and Mark 13-2A torpedoes. (HML Report No. 
ND-15.) Robert T. Knapp. OEMsr-207; OSRD 
No. 2060; Section No. 6.1-sr207-936. CIT. Novem¬ 
ber 9, 1943. 

M2 Water Tunnel tests of the Mark 13-1, Mark 13-2 
and Mark 13-2A torpedoes with shroud ring tails. 
(HML Report No. ND-15.1.) Robert T. Knapp 
and Joseph Levy. OEMsr-207; OSRD No. 3008; 
Section No. 6.1-sr207-939. CIT. November 24, 
1943. 

M3 Water Tunnel tests of the Mark 13 torpedo with 
spade and stabilizer ring noses. (HML Report No. 
ND-15.2.) Robert T. Knapp and Harold L. Doo¬ 
little. OEMsr-207; Service Project No. NO-141; 
Section No. 6.1-sr207-1278. CIT. May 30, 1944. 
M4 Pressure distribution measurements on the Mark 

13- 1, 13-2 and 13-2A torpedoes. (HML Report No. 
ND-15.3.) Robert T. Knapp and Joseph Levy. 
OEMsr-207; OSRD No. 3935; Section No. 6.1-sr207- 
1643. CIT. June 23, 1944. 

M5 Underwater performance characteristics of the 
Mark 13-2A torpedo with suspension fittings. 
(HML Report No. [ND] 15.5.) Robert T. Knapp 
and Joseph Levy. OEMsr-207; OSRD No. 4096; 
Section No. 6.1-sr207-1650. CIT. August 18, 1944. 
M6 Pressure distribution on the Mark 13 series tor¬ 
pedoes with shroud ring tails. (HML Report No. 
ND-15.6.) Robert T. Knapp and Joseph Levy. 
OEMsr-207; Section No. 6.1-sr207-1905. CIT. 
January 15, 1945. 

M7 Tests of the Mark 13-1 torpedo with various noses. 
(HML Report No. t NDj 15.4.) Robert T. Knapp 
and Harold L. Doolittle. OEMsr-207; OSRD No. 
4765; Section No. 6.1-sr207-1909. CIT. February 
1, 1945. 

M8 Force tests of Mark 13-1 torpedo with suspension 
bands. (HML Report No. ND-15.7.) Robert T. 
Knapp and Gerald B. Robison. OEMsr-207; 
Section No. 6.1-sr207-2231. CIT. May 17, 1945. 

721.3 Mark 14, 15 and 26 

Ml Force and cavitation tests of the Mark 14-1 and 
Mark 15-1 torpedoes. (HML Report No. ND-18.) 
Robert T. Knapp and Joseph Levy. OEMsr-207; 
OSRD No. 5474; Section No. 6.1-sr207-2238. CIT. 
July 15, 1945. 

M2 Pressure distribution measurements on the Mark 

14- 1 and Mark 15-1 torpedoes. (HML Report No. 
ND-18.1.) Robert T. Knapp and Joseph Levy. 


OEMsr-207; OSRD No. 6092; Section No. 6.1-sr207- 
2244. CIT. August 15, 1945. 

M3 Force and cavitation tests of the Mark 26 torpedo. 
(HML Report No. ND-38.) Robert T. Knapp and 
Robert M. Peabody. OEMsr-207; OSRD No. 6423; 
Section No. 6.1-sr207-2249. CIT. August 31, 1945. 

721.4 Mark 25 

Ml Water Tunnel tests of the Mark 25 torpedo with 
gas exhaust through a vertical fin. (HML Report 
No. ND-30.) Robert T. Knapp and Harold L. 
Doolittle. OEMsr-207; Service Project No. NO- 
176; OSRD No. 3664; Section No. 6.1-sr207-1275. 
CIT. May 8, 1944. 

M2 Water Tunnel tests of the Mark 25 torpedo with 
f a] gas exhaust through a horizontal pipe. (HML 
Report No. ND-30.1.) Robert T. Knapp and 
Harold L. Doolittle. OEMsr-207; Section No. 
6.1-sr207-1640. CIT. June 5, 1944. 

M3 Water Tunnel tests of the Mark 25 torpedo with 
expanding exhaust pipe. (HML Report No. ND- 
30.2.) Robert T. Knapp and Harold L. Doolittle. 
OEMsr-207; Section No. 6.1-sr207-1642. CIT. 

June 20, 1944. 

M4 [Thej Mark 25 torpedo exhaust gas investigation. 
(HML Report No. ND-30.4.) Robert T. Knapp 
and Harold L. Doolittle. OEMsr-207; OSRD No. 
5119; Section No. 6.1-sr207-1916. CIT. April 12, 
1945. 

M5 [Thej Mark 25 torpedo with various exhaust pipes. 
(HML Report No. ND-30.3.) Robert T. Knapp 
and Harold L. Doolittle. OEMsr-207; OSRD No. 
5381; Section No. 6.1-sr207-2236. CIT. July 4, 
1945. 

M6 Pressure distribution measurements on the Mark 
25 torpedo. (HML Report No. ND-30.5.) Robert 
T. Knapp and Joseph Levy. OEMsr-207; OSRD 
No. 6313; Section No. 6.1-sr207-2248. CIT. Au¬ 
gust 31, 1945. 

721.5 Squid (British Type C) 

Ml Water Tunnel tests of the British Squid projectile, 
Type C. (HML Report No. ND-24.) Robert T. 
Knapp. OEMsr-207; Section No. 6.1-sr207-933. 
CIT. October 29, 1943. 

M2 Water Tunnel tests of the British Squid projectile, 
Type C, with two alternate flat noses. (HML Re¬ 
port No. ND-24.1.) Robert T. Knapp and Harold 
L. Doolittle. OEMsr-207; Section No. 6.1-sr207- 
938. CIT. November 29, 1943. 

M3 Drag tests of the British Squid. (HML Report No. 
ND-24.2.) Robert T. Knapp and Gerald B. Robi¬ 
son. OEMsr-207; Section No. 6.1-sr207-1904. CIT. 
January 8, 1945. 

M4 Force tests of the Squid with new afterbody, tails 
and noses. (HML Report No. ND-24.3.) Robert 
T. Knapp and Gerald B. Robison. OEMsr-207; 
OSRD No. 5529; Section No. 6.1-sr207-2243. CIT. 
July 30, 1945. 



DIVISION 6 • MICROFILM LIST 


189 


722 Rockets 

722.1 214-Inch Antiaircraft Rocket 

Ml Water Tunnel tests of the 21,4-inch antiaircraft 
projectile. (Report No. ND-13.) Robert T. Knapp. 
CIT. May 14, 1943. 

M2 Water Tunnel tests of the 21,4-inch antiaircraft 
rocket projectile. (HML Report No. ND-13.1.) 
Robert T. Knapp and James W. Daily. OEMsr- 
207; Section No. 6.1-sr207-927. CIT. December 
28, 1943. 

722.2 2.36-Inch Antitank Rocket 

Ml Water Tunnel tests of the M-7, 2.36-inch antitank 
rocket showing comparison of performance with a 
folding fin tail, a shroud ring tail, two hemi¬ 
spherical ogive noses of different profile and a 
conical-pointed nose. (HML Report No. ND-11.3.) 
Robert T. Knapp. OEMsr-207; OSRD No. 3074; 
Section No. 6.1-sr207-276. CIT. June 26, 1943. 

M2 Water Tunnel tests of the M-6, 2.36-inch antitank 
rocket showing comparison of performance with 
the conical-pointed nose combined with three 
types of shroud ring tail and with shroud rings of 
various lengths. (HML Report No. ND-11.4.) 
Robert T. Knapp. OEMsr-207; Section No. 6.1- 
sr207-920. CIT. July 20, 1943. 

M3 Water Tunnel tests of the M-6, 2 36-inch antitank 
rocket with five designs of shroud ring tail. (HML 
Report No. ND-11.5.) Robert T. Knapp. OEMsr- 
207; OSRD No. 3003; Section No. 6.1-sr207-934. 
CIT. November 4, 1943. 

722.3 2.37-Inch Rocket 

Ml Water Tunnel tests of the 2.37-inch rocket pro¬ 
jectile with collapsible-type tails. (HML Report 
No. ND-11.1.) Robert T. Knapp. OEMsr-207; 
OSRD No. 3193; Section No. 6.1-sr207-1314. CIT. 
January 20, 1943. 

M2 Water Tunnel tests of a 2.37-inch rocket pro¬ 
jectile with hemispherical noses and ring tails. 
(HML Report No. ND-11.2.) Robert T. Knapp. 
OEMsr-207; OSRD No. 3068; Section No. 6.1-sr207- 
1303. CIT. February 19, 1943. 

722.4 3.5-Inch Rotating Rocket 

Ml Water Tunnel tests of the 3.5-inch rotating rocket. 
(HML Report No. ND-27.) Robert T. Knapp and 
Harold L. Doolittle. OEMsr-207; Section No. 
6.1-sr207-1270. CIT. April 21, 1944. 

M2 3.5-inch rotating rocket tests with various after¬ 
bodies. (HML Report No. ND-27.1.) Robert T. 
Knapp and Harold L. Doolittle. OEMsr-207; Sec¬ 
tion No. 6.1-sr207-1903. CIT. January 4, 1945. 

722.5 4.5-Inch Rocket 

Ml Water Tunnel tests of the 4.5-inch rocket pro¬ 
jectile. (HML Report No. ND-12.) Robert T. 
Knapp. OEMsr-207; Section No. 6.1-sr207-1312. 
CIT. February 22, 1943. 


M2 Water Tunnel tests of the 4.5-inch rocket pro¬ 
jectile with three different fin tails and with one 
ring-type tail. (HML Report No. ND-12.1.) Robert 
T. Knapp. OEMsr-207; Section No. 6.1-sr207-1304. 
CIT. May 28, 1943. 

M3 Force tests of the 4.5-inch rocket, T-38E3. (HML 
Report No. ND-41.) Robert T. Knapp and Gerald 
B. Robison. OEMsr-207; OSRD No. 5113; Section 
No. 6.1-sr207-1919. CIT. May 1, 1945. 

722.6 5-Inch Rocket 

Ml Tests of four models of the 5-inch SSR rotating 
rocket. (HML Report No. ND-33.) Robert T. 
Knapp and Harold L. Doolittle. OEMsr-207; 
OSRD No. 5473; Section No. 6.1-sr207-2239. CIT. 
July 24, 1945. 

M2 Tests of the 5-inch HVAR projectile with fin and 
ring tails. (HML Report No. ND-37.) Robert T. 
Knapp and Harold L. Doolittle. OEMsr-207; 
OSRD No. 6094; Section No. 6.1-sr207-2241. CIT. 
August 20, 1945. 

722.7 Miscellaneous Rockets 

Ml Water Tunnel tests of the 2-inch diameter pro¬ 
jectiles with hemispherical noses and square ends. 
(HML Report No. ND-10.) Robert T. Knapp. 
CIT. November 10, 1942. 

M2 Water Tunnel tests of a 2194-inch rocket pro¬ 
jectile. (HML Report No. ND-11.) Robert T. 
Knapp. CIT. November 19, 1942. 

M3 Water Tunnel tests of the 15-cm German spinner 
rocket. (HML Report No. ND-23.) Robert T. 
Knapp. OEMsr-207; Section No. 6.1-sr207-932. 
CIT. November 11, 1943. 

M4 Water Tunnel tests of the 7.2-inch chemical rocket. 
(HML Report No. ND-22.) Robert T. Knapp and 
Harold L. Doolittle. OEMsr-207; Section No. 
6.1-sr207-1261. CIT. December 22, 1943. 

723 Bombs and Hydrobombs 

Ml Water Tunnel tests of the AN-Mark 41 bomb. 
(HML Report No. ND-14.) Robert T. Knapp. 
CIT. March 31, 1943. 

M2 Water Tunnel tests of the hydrobomb. (HML Re¬ 
port No. ND-29.) Robert T. Knapp and Harold 
L. Doolittle. OEMsr-207; Section No. 6.1-sr207- 
1276. CIT. May 13, 1944. 

M3 Force and cavitation tests of the Westinghouse 
hydrobomb. (HML Report No. ND-40.) Robert 
T. Knapp and Robert M. Peabody. OEMsr-207; 
OSRD No. 5368; Section No. 6.1-sr207-2234. CIT. 
June 27, 1945. 

M4 Force. tests of concrete practice bombs, M-38A2 
practice bomb, AN-M43 general purpose 500-lb 
bomb, AN-M56 light case 4000-lb bomb. (HML 
Report No. ND-32.) Robert T. Knapp and Rob¬ 
ert M. Peabody. OEMsr-207; OSRD No. 5757; 
Section No. 6.1-sr207-2245. CIT. August 14, 1945. 
M5 Force tests of the United Shoe Machinery Cor¬ 
poration No. 8 hydrobomb. (HML Report No. 







190 


DIVISION 6 • MICROFILM LIST 


ND-29.1.) Robert T. Knapp and Gerald B. 
Robison. OEMsr-207; OSRD No. 6093; Section 
No. 6.1-sr207-2247. CIT. August 25, 1945. 

M6 Tests of the AN-Mark 53 aircraft depth bomb. 
(HML Report No. ND-44.) Robert T. Knapp and 
Harold L. Doolittle. OEMsr-207; OSRD No. 
6091; Section No. 6.1-sr207-2350. CIT. August 
31, 1945. 

800 TORPEDO STUDIES 

Ml Selected index of British reports on torpedoes. 
Richard H. Bolt. Special Studies Group. March, 
1944. 

M2 Program analysis of the Torpedo Division, (n.a.) 

OEMsr-287. HUSL. May 30, 1944. 

M3 Conference on program analysis of the Torpedo 
Division of Harvard Underwater Sound Labora¬ 
tory, held in the New York Division Six office, 
June 5, 1944. Richard H. Bolt. t HUSL.] June, 
1944.] 

M4 t A] visit to California Institute of Technology 
[from] August 27 t tO] September 3, 1944. G. F. 
Wislicenus. Service Project No. NO-176. Special 
Studies Group. September 9, 1944. 

M5 Studies made in connection with Projects AC-70 
and NO-177. William V. Houston. OEMsr-1131; 
Service Project Nos. AC-70 and NO-177; OSRD 
No. Section No. 6.1-srl 131-1182. Special Studies 
Group. October 2&, 1944. 

M6 Design of the Mark 25 torpedo. ([Parts I and II.]) 
(n.a.) OEMsr-1131; Service Project No. NO-176; 

OSRD Nos. 6672 and 6673; Section No. 6.1-srl 131- 
2393. Special Studies Group. December 31, 1945. 

810 Hydrodynamics and Aerodynamics 

810.1 Torpedo Flight in Air 

Ml Investigation of the control in air of a torpedo 
with fixed tailplane and gyro-controlled ailerons. 
(Report No. Gos/Torps/7/42.) L. W. Parkin. 
OSRD Liaison Office No. WA-1378-26. Torpedo 
Development Unit [Great Britain]. July, 1942. 

M2 Wind tunnel tests prior to dropping full-sized 
torpedoes. Harvey A. Brooks and Carl M. Herget. 
HUSL. December 21, 1943. 

M3 [Thej 24-foot wind tunnel tests on four torpedo 
air tails. (Technical Note No. Aero. 1442.) P. J. 
Pearsall and T. B. Owen. OSRD Liaison Office 
No. 2764-3. Royal Aircraft [Establishment, Great 
Britain]. May, 1944. 

M4 Mechanism of pitch sensitivity of aircraft tor¬ 
pedoes. (Report No. NOC-47.1 (Rev).) Harold 
Wayland. CIT. February 27, 1945. 

M5 Analysis of aircraft launchings of torpedoes 
equipped with shroud rings. Karl H. Keller, 
Marvin Gimprich and W. H. Wilson. OEMsr- 
1131; Service Project No. NO-176; Section No. 
6.1-srl 131-1887. Special Studies Group. March 
26, 1945. 

M6 Values of lift and moment coefficient derivatives 


for the American Mark 13 aircraft torpedo. (Re¬ 
port No. SRE/UT/9.) B. G. Neal. OSRD Liaison 
Office No. WA-4557-3. Department of Scientific 
Research and Experiment [Great Britain]. June, 
1945. 

M7 Attitude of torpedoes released from airplanes. 
Marvin Gimprich. OEMsr-1131; Section No. 6.1- 
srll31-1893. Special Studies Group. December 
21, 1945. 

810.2 Water Entry and Travel 

Ml Free fall of streamlined bodies in water. R. G. 
Folsom and Morrough P. O’Brien. UCDWR. 
October 22, 1941. 

M2 A preliminary study of the ballistics of a sub¬ 
merged projectile. (Report No. 603.) (n.a.) CIT. 

October 23, 1941. 

M3 Summary coefficients of drag and terminal veloci¬ 
ties models of underwater projectiles. (Report 
No. PI6/2206.) [Frank C. Gilbert.] NLL. March 
10, 1942. 

M4 Selected index of British reports on water entry 
and water travel. William V. Houston. [Service 
Project No. NO-176.] Special Studies Group. 
November, 1943. 

M5 Selected index of California Institute of Tech¬ 
nology and miscellaneous reports on water entry 
and water travel. William V. Houston. Special 
Studies Group. November, 1943. 

M6 Hydrodynamic properties of the Mark 13-2 and 
13-2A torpedoes with plain and shroud ring tails. 
Leonard I. Schiff. Service Project No. NO-176. 
Special Studies Group. November 7, 1944. 

M7 Heat treatment of standard Mark 13 torpedo 
propellers to withstand entry impact forces. 
W. Harry Johns, Jr. OEMsr-1131; Section No. 
6.1-srl 131-1886. Special Studies Group. Febru¬ 
ary 8, 1945. 

810.21 Trajectory Studies 

Ml The trajectory of stable underwater projectiles 
for the case in which the trajectory is nearly 
vertical and the projectile is traveling at terminal 
velocity. (Report No. DIO/2258.) Calvin A. 
Gongwer. NLL. May 1, 1942. 

M2 Initial underwater torpedo trajectories after 
dropping. Charles H. Tindal. OEMsr-287; Sec¬ 
tion No. 6.1-sr287-778. HUSL. May 25, 1943. 

M3 Analysis of aircraft torpedo drops. The effect of 
entry conditions and underwater roll on the initial 
dive. (Report No. TDU/18/1943.) L. W. Parkin 
and K. D. Tocher. OSRD Liaison Office No. WA- 
1241-4. Torpedo Development Unit [Great 
Britain]. August, 1943. 

M4 Observations on the water entry of a torpedo. 
(Report No. CIT/IOC-14.) R. W. Ager. CIT. 
November 23, 1943. 

M5 Theoretical depth trajectories [Of Project NO-j 
149-B. Harvey A. Brooks and Nelson M. Blach- 
man. HUSL. October 31, 1944. 



DIVISION 6 • MICROFILM LIST 


191 


M6 The effect of trajectory angle and pitch angle on 
the initial underwater trajectory of the torpedo. 
Marvin Gimprich. OEMsr-1131; Section No. 6.1- 
srl 131-1881. Special Studies Group. November 
18, 1944. 

M7 Initial dive and recovery of aircraft torpedoes. 
Leonard I. Schiff. Service Project No. NO-176. 
Special Studies Group. February 14, 1945. 

810.22 Dart Tests 

Ml Tests of darts at the New London Escape Tower 
t on] September 26, 1941. (Report No. Dl/1318.) 
Leslie J. Hooper. NLL. [September, 1941.] 

M2 Free fall tests of 1-inch x 6-inch brass darts at the 
Alden Hydraulic Laboratory, Worcester Polytech¬ 
nic Institute, Worcester, Mass. (Report No. Dl/ 
1983.) Leslie J. Hooper. NLL. February 10, 1942. 

M3 High-speed photography of 1-inch x 6-inch darts at 
the Alden Hydraulic Laboratory, Worcester Poly¬ 
technic Institute, Worcester, Mass. ([Parts I and 
II.] Report No. Dl/1985.) Leslie J. Hooper. NLL. 
February 16, 1942. 

810.23 Cavitation Studies 

Ml Relationship between cavitation bubble and en¬ 
trance air bubble of torpedoes and other pro¬ 
jectiles. Robert T. Knapp. [OEMsr-207.] CIT. 
November 6, 1943. 

M2 Cavitation tests in the Iowa variable-pressure 

water tunnel."'Tunnel characteristics and test pro¬ 
cedure for bodies of revolution. Hunter Rouse, 
John S. McNown and En-Yun Hsu. OEMsr-1353. 
State University of Iowa. November 30, 1944. 

M3 Cavitation tests in the Iowa variable-pressure 

water tunnel. Cylindrical body with hemispherical 
head. Hunter Rouse, John S. McNown and En- 
Yun Hsu. OEMsr-1353. State University of Iowa. 
December 4, 1944. 

M4 Cavitation tests in the Iowa variable-pressure 

water tunnel. Cylindrical body with blunt head. 
Hunter Rouse, John S. McNown and En-Yun Hsu. 
OEMsr-1353. State University of Iowa. December 
8, 1944. 

M5 Cavitation tests on a systematic series of torpedo 
heads. Water-tunnel characteristics and test proce¬ 
dure. Hunter Rouse, John S. McNown and En- 
Yun Hsu. OEMsr-1353; Section No. 6.1-srl 353- 

2090. State University of Iowa. February 22, 
1945. 

M6 Cavitation tests on a systematic series of torpedo 
heads. [The] 14 -caliber rounded head. Hunter 
Rouse, John S. McNown and En-Yun Hsu. 

OEMsr-1353; Section No. 6.1-srl353-2193. State 
University of Iowa. March 10, 1945. 

M7 Cavitation tests on a systematic series of torpedo 
heads. [The] l/^-caliber rounded head. Hunter 
Rouse, John S. McNown and En-Yun Hsu. 

OEMsr-1353; Section No. 6.1-srl353-2194. State 
University of Iowa. March 15, 1945. 

M8 Summary of cavitation tests on a systematic series 


of rounded torpedo heads. Hunter Rouse, John 
S. McNown and En-Yun Hsu. OEMsr-1353; Sec¬ 
tion No. 6.1-srl353-2330. State University of Iowa. 
May 31, 1945. 

820 Torpedo Control Systems 

Ml Development of depth and steering controls for 
the Mark 25 torpedo. William V. Houston. 
OEMsr-1131; Service Project No. NO-176; Section 
No. 6.1-srl 131-2348. Special Studies Group. July 
12, 1945. 

820.1 Theory of Control 

Ml Proportional and on-off control systems. (Report 
No. 44-3510-JCL-GH.) J. C. Lozier. BTL. 
August 15, 1944. 

M2 Information on Mark 13 dynamics. Harvey A. 
Brooks. [HUSL.] November 13, 1944. 

820.2 Types of Torpedo Control 

820.21 Steering Control 

Ml Torpedo steering. William V. Houston. [Special 
Studies Group.] February 14, 1944. 

M2 Steering control of the Mark 13-2 torpedo. 
Leonard I. Schiff. Service Project No. NO-176. 
Special Studies Group. May 29, 1944. 

820.22 Depth Control 

Ml Determination of running depth of test torpedoes 
by a sonic method. (Report No. G10/R165.) 
Donald A. Proudfoot. NLL. February 18, 1943. 
M2 Analysis of search and pursuit patterns employing 
mechanical depth control. H. Poritsky and L. J. 
Savage. OEMsr-1131; Service Project No. NO-181; 
Section No. 6.1-srl 131-1155. Special Studies 

Group. December 22, 1943. 

M3 Depth turning radius of Mark 13 with shroud 
rings in forward position. Gilford G. Quarles. 
[HUSL.] October 30, 1944. 

M4 Supplement to: Depth turning radius of Mark 13 
with shroud ring in forward position. Gilford G. 
Quarles. [HUSL.] October 31, 1944. 

830 Torpedo Power Plant 

Ml Dynamometer tests of aircraft torpedoes. (Report 
Nos. D-l and D-2.) George Farnell and Ascher H. 
Shapiro. Service Project No. NO-176 and MIT 
Research Project DIC-6228. MIT. May 23 and 
June 30, 1944. 

M2 An experimental investigation of torpedo power 
plants. Final report t under] Contract OEMsr-1198. 
C. Richard Soderberg and Ascher H. Shapiro. 
OEMsr-1198; MIT Research Project DIC-6228; 
OSRD No. 6348; Section No. 6.1-srl 198-2385. 
MIT. August 31, 1945. 

830.1 Torpedo Igniters 

Ml Torpedo igniter, Type B, developed by Remington 
Arms Company, Inc. A. E. Buchanan, Jr. 




192 


DIVISION 6 • MICROFILM LIST 


OEMsr-1131; Service Project No. NO-176; Section 
No. 6.1-srl 131-1851. Remington Arms Company, 
Inc. September 5, 1944. 

M2 Torpedo igniter design and pyrotechnics investi¬ 
gation. (Progress Report No. RDR 45-51.) J. P. 
Catlin, W. L. Finlay and T. B. Johnson. OEMsr- 
1131; Service Project No. NO-176; Section No. 6.1- 
srll31-2333. Remington Arms Company, Inc. 
August 31, 1945. 

830.2 Torpedo Fuels 

Ml Preliminary experiments with mixtures of tetra- 
nitromethane and iso-octane. (Report No. 607.) 
(n.a.) OEMsr-124. CIT. November 20, 1941. 

M2 Studies of the restricted burning of certain 
heterogeneous and colloidal propellants. (Report 
No. 609.) (n.a.) OEMsr-124. CIT. April 15, 

1942. 

M3 Study of utilization of tetranitromethane and 
gasoline as fuel in jet propulsion equipment. 
(Report No. 610.) (n.a.) OEMsr-124. CIT. 

April 22, 1942. 

M4 Thermodynamic analysis of the combustion of 
ethyl alcohol. John A. Goff. OEMsr-1131; Serv¬ 
ice Project No. NO-176; Section No. 6.1-srl 131- 
1847. Special Studies Group. September 18, 
1944. 

M5 Gas-generating systems for torpedoes. An experi¬ 
mental study of systems using ethyl alcohol and 
air for combustion and either water or ethyl 
alcohol as a coolant. (Report No. R-l.) George 
Farnell, Charles S. Hofmann and others. OEMsr- 
1189; Service Project No. NO-176 and MIT Re¬ 
search Project DIC-6228. MIT. November 4, 

1944. 

M6 Gas-generating systems for torpedoes. An experi¬ 
mental study of the Mark EX-25-0 combustion 
pot using ethyl alcohol and air for combustion 
and ethyl alcohol as a coolant. (Report No. R-2.) 
George Farnell, Charles S. Hofmann and others. 
OEMsr-1198; Service Project No. NO-176 and MIT 
Research Project DIC-6228; Section No. 6.1-srl 198- 
2112. MIT. January 11, 1945. 

M7 An explorative study of the combustion of nitro- 
propane with air and of nitroethane with air. 
(Report No. C-l.) William A. Reed and Ascher 
H. Shapiro. Service Project No. NO-176 and MIT 
Research Project DIC-6228. MIT. February 13, 

1945. 

M8 Thermodynamic analysis of the energy producing 
capabilities of hydrogen peroxide. (Report Nos. 
T-l and T-2.) Harold S. Mickley. OEMsr-1289; 
Service Project No. NO-236 and MIT Research 
Project DIC-6249; Section No. 6.1-srl289-2118. 
MIT. March 28 and June 14, 1945. 

M9 [Torpedo fuels.] (Progress Report Nos. A-l and 
A-2.) G. C. Williams and E. P. Neumann. 
OEMsr-1289; Service Project No. NO-236 and MIT 
Research Project DIC-6249; Section No. 6.1-srl289- 
2119. MIT. April 11 and May 14, 1945. 


M10 Investigation of torpedo fuels. An experimental 
study of the peroxide-ethanol cycle. (Final report.) 
(n.a.) OEMsr-1289; Service Project No. NO-236; 

OSRD No. 6546; Section No. 6.1-srl289-2391. 
MIT. November 14, 1945. 

830.21 Decomposition Studies 

Ml Decomposition studies. Charles M. Satterfield and 
Wilburn H. Hoffman. OEMsr-1289; Service Proj¬ 
ect No. NO-236. MIT. January 30, 1945. 

M2 Decomposition of 50-weight per cent hydrogen 
peroxide solution using calcium and sodium 
permanganate. (Progress Report No. C-l.) Charles 
N. Satterfield and Wilburn H. Hoffman. OEMsr- 
1289; Service Project No. NO-236 and MIT Re¬ 
search Project DIC-6249; Section No. 6.1-srl289- 
2336. MIT. June 28, 1945. 

900 ACOUSTICALLY-CONTROLLED TORPEDOES 

Ml Comparison of effectiveness of acoustic torpedoes 
with non-acoustic torpedoes. Chaim L. Pekeris. 
OEMsr-1131; OSRD No. 157; Section No. 6.1- 
srl 131-1156. Special Studies Group. February 16, 
1944. 

M2 Torpedo instrumentation. A summary of torpedo 
instruments constructed by Harvard Underwater 
Sound Laboratory. (n.a.) OEMsr-287; Section 

No. 6.1-sr287-2174. HUSL. March 5, 1945. 

M3 A torpedo survey on Project [No.j N-121. (n.a.) 

OEMsr-1131; Service Project No. N-121; Section 
No. 6.1-srl 131-1892. Special Studies Group. De¬ 
cember 22, 1945. 

910 Listening Torpedoes 

Ml [Mark 18 noise measurements.] Bi-weekly report 
[Onj Projects NO-149 and NO-157. (Report No. 
XV, covering period [from] November 3 t tOj No¬ 
vember 16, 1943.) (n.a.) OEMsr-287; Service 

Project Nos. NO-149 and NO-157; Section No. 
6.1-sr287-1169. HUSL. November 19, 1943. 

M2 [Mark 13 and 18 noise measurements.] Bi-weekly 
report t on] Projects NO-149 and NO-157. (Report 
No. XIX, covering period [from] December 29, 
1943 [to] January 11, 1944.) (n.a.) OEMsr-287; 

Service Project Nos. NO-149 and NO-157; Section 
No. 6.1-sr287-1348. HUSL. January 14, 1944. 

M3 [Mark 13 and 18 tests.] Bi-weekly report [Onj 

Projects NO-149 and NO-157. (Report No. XX, 
covering period t froni] January 12 t tO] January 25, 
1944. (n.a.) OEMsr-287; Service Project Nos. 

NO-149 and NO-157; Section No. 6.1-sr287-1354. 
HUSL. January 28, 1944. 

M4 [Mark 13 and 18 tests.] Bi-weekly report [Onj 

Projects NO-149 and NO-157. (Report No. 34, 
covering period [from] July 26 t tO] August 8, 
1944.) (n.a.) OEMsr-287; Service Project Nos. 

NO-149 and NO-157; Section No. 6.1-sr287-1780. 
HUSL. August 11, 1944. 

M5 [Acoustic and electronic arrangements for tor¬ 
pedoes required for Projects NO-149 and NO-157.] 




DIVISION 6 • MICROFILM LIST 


193 


Final technical report t ofj Contract OEMsr-1097. 
(n.a.) OEMsr-1097; Service Project Nos. NO-149 

and NO-157; Section No. 6.1-srl097-1334. BTL. 
September 28, 1945. 

911 Airplane-Launched Torpedoes (Project NO-149) 

Ml t An air-launched acoustic torpedo. Project NO- 
149.] (n.a.) OEMsr-287; Service Project No. NO- 

149; OSRD No. 6620; Section No. 6.1-sr287-2090. 
HUSL. January 1, 1946. 

911.1 Mark 13 (Project NO-149-C) 

Ml Tests on various methods of mounting magneto¬ 
striction hydrophones in torpedo heads. Robert 
C. McLoughlin and Harry V. Knorr. [HUSL.] 
August 1, 1944. 

M2 An echo control system for the Mark 13 torpedo. 
Project [NO-]149-C. (n.a.) OEMsr-1097; Service 

Project No. NO-149-C; OSRD No. 6069; Section 
No. 6.1-srl097-2341. BTL. August 27, 1945. 

911.2 Mark 21 

Ml [Project NO-] 149, Mark 21 torpedo. Final report 
[Under] Contract No. OEMsr-1051. (n.a.) OEMsr- 
1051; Service Project No. NO-149; OSRD No. 5015; 
Section No. 6.1-srl051-2121. Westinghouse Electric 
and Manufacturing Company, Inc. February 28, 
1945. 

M2 Noise measurements on a Mark 21 torpedo. (n.a.) 
OEMsr-287; Section No. 6.1-sr287-2178. HUSL. 
March 15, 1945. 

911.3 Mark 24 (Project NO-94) 

Ml Self-produced noise from t a] Mark XXIV mine. 
Keron C. Morrical, Ray S. Alford and others. 
OEMsr-287; Section No. 6.1-sr287, sr785-720. 

HUSL and BTL. January 9, 1943. 

M2 Discussion of the stability of the Mark XXIV mine 
in terms of electrical feedback theory. (Report 
No. 43-3510-ACD-JCL-TP.) J. C. Lozier and 
A. C. Dickieson. [BTL.] March 19, 1943. 

M3 The dynamical performance of the rudder-rudder 
motor system used on the Mark 24 mine. R. Clark 
Jones. [BTL.] March 25, 1943. 

M4 Self-noise measurements on Mark 24 mine, (n.a.) 
OEMsr-287; Section No. 6.1-sr287-900. HUSL. 
June 28, 1943. 

M5 The audio frequency phase system of control for 
the Mark XXIV mine. Part A, Description of 
apparatus. Part B, Measurements and tests. Part C, 
Theory of operation. Part D, Supplementary 
memoranda, (n.a.) OEMsr-346 and OEMsr-785; 
OSRD No. 1992; Section No. 6.1-sr785-962. BTL. 
July, 1943. 

M6 Discussion of the tracking performance of the 
Mark XXIV mine in terms of electrical feedback 
theory. (Report No. 43-3510-JCL-HS.) J. C. Lozier. 
BTL. October 26, 1943. 

M7 Mark 24 mine performance tests, (n.a.) OEMsr- 


287; Section No. 6.1-sr287-1176. HUSL. Decem¬ 
ber 8, 1943. 

M8 An air-launched acoustic antisubmarine mine. 
[Project] NO-94, Fido. (n.a.) OEMsr-287; Service 
Project No. NO-94; OSRD No. 6648; Section No. 

6.1- sr287-2078. HUSL. January 1, 1946. 

912 Submarine and Surface-Launched Torpedoes (Project 

NO-157) 

Ml Project NO-157, a submarine-launched acoustic 
torpedo, (n.a.) OEMsr-287; Service Project No. 
NO-157; OSRD No. 6626; Section No. 6.1-sr287- 
2091. HUSL. January 1, 1946. 

912.1 Mark 18 (Project NO-157-C) 

Ml Noise data taken on Spy Pond captive Mark 18 
torpedo. Lyman N. Miller, Roland Mueser and 
Paul M. Kendig. t HUSL.] May 8, 1944. 

M2 An acoustically-controlled electric torpedo. An 
adaptation of the Mark 18 electric torpedo to 
acoustic control at 20 and 30 knots. (Diagrams 
included.) (n.a.) OEMsr-287; Section No. 6.1- 
sr287-2177. HUSL. March 10, 1945. 

M3 Noise data on Mark 18 torpedo. Donald Ross. 
[HUSL.] June 2, 1945. 

M4 Circuit design considerations, (n.a.) BTL. (n.d.) 

912.2 Mark 22 (Project NO-157A-1) 

Ml [Mark 22 torpedo.] Final report of Project [NO-j 
157. (n.a.) OEMsr-1053; Service Project No. NO- 
157; Section No. 6.1-srl053-2125. Westinghouse 
Electric and Manufacturing Company, Inc. May 
23, 1945. 

912.3 Mark 27 

Ml Torpedo, Mark 27. (n.a.) OEMsr-1294; Service 

Project No. NO-94; Section No. 6.1-srl294-2338. 
BTL. August 17, 1945. 

912.4 Mark 28 (Project NO-157A-2) 

Ml A theoretical study of the effectiveness of a 20- 
knot acoustic torpedo and of possible modifications 
having lower speeds with or without an automatic 
speed-changing mechanism. Conyers Herring and 
E. Ward Emery. OEMsr-1131; Section No. 6.1- 
srl 131-1882. Special Studies Group. November 
22, 1944. 

M2 [Thej Mark 28 torpedo. History, principles of 
operation of the acoustic control circuit and field 
performance. (n.a.) OEMsr-1097; Section No. 

6.1- srl097-2339. BTL. August 20, 1945. 

913 Miscellaneous Noise Studies 

Ml Measurements and analysis of sound pressures of 
torpedoes in range 40 cps to 128 kc/s. (M/S Sum¬ 
mary No. 6127/42.) A. B. Wood. OSRD Liaison 
Office No. WA-497-35. Mine Design Department 
[Great Britain]. [1942.] 

M2 Notes on hydraulic noise. R. G. Folsom, E. D. 
Howe and Morrough P. O’Brien. OEMsr-30; 




194 


DIVISION 6 • MICROFILM LIST 


OSRD No. 949; Section No. C4-sr30-391. UCDWR. 
June 11, 1942. 

M3 Torpedo noise tests, A summary t ofj (Memoran¬ 
dum No. 43-2450-HJM-AJ.) H. J. Michael. 
[BTL.j November 17, 1943. 

M4 Summary of underwater torpedo noise. (Report 
No. 4692.) R. J. Wylde. NOL. December 15, 

1943. 

M5 Self-noise tests on experimental model t of the] 
Mark 31 mine. H. C. Montgomery. BTL. Janu¬ 
ary 21, 1944. 

M6 Reduction of torpedo gear noise, (n.a.) HUSL. 
August 3, 1944. 

M7 Machinery noise of the electrical torpedo, (n.a.) 
OEMsr-287; OSRD No. 6436; Section No. 6.1- 
sr287-2053. HUSL. December 15, 1945. 

920 Echo-Ranging Torpedoes (Project NO-181) 

Ml Maximum potentialities of an echo-ranging tor¬ 
pedo. Harvey A. Brooks. t HUSL.] November 
1, 1944. 

M2 Miscellaneous suggestions for [Project NO-]181-G. 
Harvey A. Brooks. Service Project No. NO-181. 
[HUSL.] January 12, 1945. 

M3 [Echo-ranging torpedo.] Additional notes on Bell 
Telephone Laboratories, Inc. meeting of February 
6 , 1945. Harvey A. Brooks. [HUSL.] February 
17, 1945. 

M4 [Project] NO-181, an echo-ranging antisubmarine 
mine, (n.a.) OEMsr-287; Service Project No. NO- 
181; OSRD No. 6606; Section No. 6.1-sr287-2089. 
HUSL. January 1, 1946. 

921 Harvard Type 

921.1 Doppler Enablement 

Ml Theory of own-doppler nullifier correction rate. 

Harvey A. Brooks. [HUSL.] July 18, 1944. 

M2 Frequency spread in reverberations. Response of 
discriminator. Malcolm H. Hebb. t HUSL.] Oc¬ 
tober 2, 1944. 

M3 Further analysis of first tests on reverberation 
spread. Harvey A. Brooks and Nicholas A. 
Abourezk. [HUSL.] January 18, 1945. 

M4 Frequency fluctuations in reverberation at Spy 
Pond. Harvey A. Brooks and Nicholas A. Abou¬ 
rezk. [HUSL.] March 27, 1945. 

M5 The effect of noise on own-doppler nullifier fre¬ 
quency setting. Frank S. Replogle, Jr. [HUSL.] 
May 17, 1945. 

M6 [Thej theory of discriminator response to rever¬ 
beration. (First Installment.) Harvey A. Brooks. 
[HUSL.] May 21, 1945. 

M7 [Thej theory of discriminator response to rever¬ 
beration. (Second Installment.) Harvey A. Brooks. 
HUSL. June 4, 1945. 

921.2 Bearing Deviation Indicator Patterns and Search Plans 

Ml Bearing deviation indicator input circuits used in 


Project NO-181. Harvey A. Brooks. Service Proj¬ 
ect No. NO-181. [HUSL.] May 5, 1944. 

M2 Modification of bearing deviation indicator input 
circuit for [Project NO-] 181. Harvey A. Brooks. 
Service Project No. NO-181. t HUSL.] June 3, 

1944. 

M3 Cross talk and sensitivity requirements on [Project 
NO-] 181. Harvey A. Brooks. Service Project No. 
NO-181. [HUSL.] July 11, 1944. 

M4 Phase-sensitive detectors in [Project NO-] 181. 
A. Nelson Butz, Jr. Service Project No. NO-181. 
[HUSL.] November 15, 1944. 

M5 Addendum to: Phase-sensitive detectors in [Proj¬ 
ect NO-] 181. A. Nelson Butz, Jr. Service Project 
No. NO-181. [HUSL.] November 16, 1944. 

M6 Modification of input circuit for [Project NO-] 
181-G. Vernon M. Albers. Service Project No. 
NO-181. [HUSL.j January 18, 1945. 

M7 Behavior of the new input circuit for [Project 
NO-] 181-G. Vernon M. Albers. Service Project 
No. NO-181. [HUSL.] March 12, 1945. 

921.3 Receiving Amplifiers 

Ml Diode-type electronic switch for use as a doppler 
gate in Project NO-181. Nicholas A. Abourezk. 
Service Project No. NO-181. [HUSL.j November 
24, 1943. 

M2 Common amplifier and automatic volume control 
system for Project NO-181. Nicholas A. Abourezk. 
Service Project No. NO-181. [HUSL.j January 
20, 1944. 

M3 Approximate analysis of automatic volume control 
time constants. Alfred W. Nolle. t HUSL.] Feb¬ 
ruary 8, 1944. 

M4 Phase-sensitive detector. Fred G. Gardner. 
[HUSL.j April 1, 1944. 

M5 Application of automatic volume control to [Proj¬ 
ect NO-] 181 input amplifier. John G. King. 
Service Project No. NO-181. [HUSL.j May 22, 

1944. 

M6 [Thej automatic volume control charge time in 
[Project NO-] 181. Harvey A. Brooks. Service 
Project No. NO-181. [HUSL.j July 20, 1944. 

M7 New 60-kc band-pass filters and switching tubes 
for [Project NO-jl81-G. Vernon M. Albers. Serv¬ 
ice Project No. NO-181. [HUSL.j January 18, 

1945. 

M8 [Thej 1-kc oscillator for [Project NO-jl81-G. John 
G. King. Service Project No. NO-181. [HUSL.j 
March 21, 1945. 

M9 The amplitude gate and doppler gate system. 
Vernon M. Albers. [HUSL.j December 17, 1945. 

921.4 Dynamics and Control 

Ml Torpedo depth steering, (n.a.) OEMsr-287; Sec¬ 
tion No. 6.1-sr287-1457. HUSL. April 8, 1944. 

M2 Preliminary analysis of the dynamics of [Project 
NO-) 181 control. Harvey A. Brooks. Service 
Project No. NO-181. [HUSL.j June 2, 1944. 




DIVISION 6 • MICROFILM LIST 


195 


M3 Analysis of the dynamics of [Project NO-] 181 con¬ 
trol. Harvey A. Brooks. Service Project No. 
NO-181. [HUSL.] August 16, 1944. 

M4 Quantitative specifications on electronic glide- 
angle control. John G. King and Harvey A. 
Brooks. [HUSL.j November 24, 1944. 

M5 [The Project NO-]181-G glide-angle control. 
Frank S. Replogle, Jr. and Joseph M. Bringman. 
Service Project No. NO-181. [HUSL.] January 
12, 1945. 

M6 Work done on glide-angle control. (Supplementary 
Report for week ending Thursday, February 22 
[1945].) Frank S. Replogle, Jr. and Joseph M. 
Bringman. t HUSL.] February 23, 1945. 

M7 [The] use of gyro rate of turn control in Project 
NO-181. Harvey A. Brooks. Service Project No. 
NO-181. [HUSL.j May 4, 1945. 

M8 Analysis of the dynamics of [Project NO-] 181 con¬ 
trol. (Part III.) Harvey A. Brooks. Service Proj¬ 
ect No. NO-181. [HUSL.] July 6, 1945. 

M9 Dynamical behavior of the Project 61 body on 
the Florida runs, February to March, 1945. 
Frank S. Replogle, Jr. [HUSL.j August 24, 1945. 
M10 Torpedo control and protective devices, (n.a.) 
OEMsr-287; OSRD No. 6632; Section No. 6.1-sr287- 
2092. HUSL. January 1, 1946. 

921.5 Project Fish (Project 4-G2) 

Ml Relay amplifiers for the Project 4-G2, Fish. 

Vernon M. Albers. [HUSL.j December 17, 1945. 
M2 The control relay system in the panel of the 
Project 4-G2, Fish. Vernon M. Albers. [HUSL.j 
January 23, 1946. 

M3 The afterbody circuits for the Project 4-G2 tor¬ 
pedo. Vernon M. Albers. [HUSL.j January 23, 
1946. 

922 General Electric Type 

Ml Comparison of Harvard and General Electric 
schemes. Harvey A. Brooks. t HUSL.] October 
6, 1944. 

M2 General Electric results on echo strength from a 
school-type submarine. Harvey A. Brooks. 
[HUSL.j October 14, 1944. 

M3 Theoretical interpretation of General Electric 
data on surface reverberation. Harvey A. Brooks. 
[HUSL.j April 20, 1945. 

M4 The General Electric torpedo control system. 
Part I, Information received from the Leeds and 
Northrup Group at the Florida Station. Vernon 
M. Albers. [HUSL.j September 26, 1945. 

M5 The General Electric system of torpedo control. 
Part II, Information obtained from the Leeds and 
Northrup Group in Philadelphia. Vernon M. 
Albers. [HUSL.j September 29, 1945. 

923 Bell Telephone Laboratory Type (Project 157-B) 

Ml Microphone calibrations in Body 110 at Orlando, 
February, 1943. H. C. Montgomery. C BTL.] 
May 14, 1943. 


M2 Calibration of hydrophones in Mark 18 nose sec¬ 
tion. R. L. Hanson. [BTL.j August 4, 1944. 

M3 Trajectory calculations for the [Project NO-j 157-B 
torpedo. R. Clark Jones. Service Project No. 
NO-157. BTL. August 25, 1944. 

M4 [The NO-157-B torpedo.] Progress report on 
[Project NO-j 157-B. (n.a.) OEMsr-1097; Service 

Project No. NO-157; Section No. 6.1-srl097-1330. 
BTL. March 1, 1945. 

M5 Application of an echo control system to the 
Mark 14 torpedo. Project t NO-j 157-B. (n.a.) 

OEMsr-1097; Service Project No. NO-157; Section 
No. 6.1-srl097-2342. BTL. August 31, 1945. 

M6 [The NO-157-B torpedo.] A report on Bell Labo¬ 
ratories trip by Albers and Graber. Vernon M. 
Albers and Raymond E. Graber. [HUSL.j Octo¬ 
ber 30, 1945. 

M7 A report on trip to Bell Telephone Laboratories 
at Murray Hill, New Jersey. Part I, Transducer. 
Nicholas A. Abourezk and Robert H. Lefkovich. 
[HUSL.j November 1, 1945. 

M8 [Aj report on trip to Bell Laboratories at Murray 
Hill, New Jersey. Part II, Mechanical gear. 
Nicholas A. Abourezk. [HUSL.j November 8, 
1945. 

924 British Torpedoes 

Ml Bowler torpedo control development. (Torpedo 
Technical Memorandum No. 1.) Rodney F. 
Simons. OSRD Liaison Office No. WA-1384-4A. 
OSRD Liaison Office [Great Britain]. December 
23, 1943. 

M2 Bowler. (Torpedo Technical Memorandum No. 3.) 
Rodney F. Simons. OSRD Liaison Office No. WA- 
1470-6A. OSRD Liaison Office [Great Britain]. 
January 14, 1944. 

M3 Information on British torpedo projects. Harvey 
A. Brooks. [HUSL.j December 6, 1944. 

925 German Torpedoes 

Ml Preliminary report on Geier. Part I, Electronic 
system. Vernon M. Albers. [HUSL.j June 17, 
1945. 

M2 Probable tactics of Geier. Harvey A. Brooks. 
[HUSL.j June 18, 1945. 

M3 Second report on Geier. Vernon M. Albers. 

[HUSL.j July 5, 1945. 

M4 The Geier torpedo control and how it compares 
with the Harvard [Project] NO-181 system. Ver¬ 
non M. Albers. Service Project No. NO-181. 
[HUSL.j August 1, 1945. 

M5 Studies of Project O. R. L. Peek, Jr. OEMsr- 
1097; Section No. 6.1-srl097-2340. BTL. August 
14, 1945. 

M6 Measuring self-noise of Geier. John J. Iffland. 
[HUSL.j October 26, 1945. 

M7 Conference with Lt. Col. Bree of the Luftwaffe. 

Harvey A. Brooks. [HUSL.j December 4, 1945. 
M8 Foreign ordnance, Project G. (n.a.) OEMsr-287; 




196 


DIVISION 6 • MICROFILM LIST 


OSRD No. 6439; Section No. 6.1-sr287-2077. 
HUSL. January 1, 1946. 

930 Miscellaneous Torpedo Studies and Developments 

931 Electronic Equipment 

Ml [The Projects NO-]149-F and [NO-]157-F test 
equipment, (n.a.) OEMsr-287; Service Project 
Nos. NO-149 and NO-157; Section No. 6.1-sr287- 
2186. HUSL. May 15, 1945. 

M2 Miscellaneous recording equipment for controlled 
torpedoes, (n.a.) OEMsr-287; OSRD No. 6619; 
Section No. 6.1-sr287-2080. HUSL. December 1, 

1945. 

M3 Miscellaneous electronic equipment for controlled 
torpedoes. (n.a.) OEMsr-287; Service Project 
Nos. NO-94, NO-149 and others; OSRD No. 6548; 
Section No. 6.1-sr287-2081. HUSL. January 1, 

1946. 

932 Pattern Measurements 

Ml High-power pattern measurements on Gamewell 
SPEP No. 2, Runs 1 through 8. Nicholas A. 
Abourezk. [HUSL.] December 5, 1944. 

M2 High-power pattern measurements on Gamewell 
SPEP No. 3, Runs 9 through 25. Nicholas A. 
Abourezk. [HUSL.] March 1, 1945. 

M3 Calibration of Leeds and Northrup acoustic steer¬ 
ing units. (Report No. 4.) D. Bernard Simmons. 
US Navy Department, USRLO. July 30, 1945. 


M4 Comments on Leeds and Northrup transducers. 
Harvey A. Brooks. [HUSL.] November 19, 1945. 

933 Counter-Rotating Motor 

Ml Counter-rotating motor for torpedo drive. Ger¬ 
hard Mauric. OEMsr-1370; Service Project Nos. 
NO-149 and N0157; OSRD No. 6659; Section No. 
6.1-sr1370-2397. Electrical Engineering and Manu¬ 
facturing Corporation. April 15, 1946. 

934 Propeller Design Studies 

Ml Propeller program at the Harvard Underwater 
Sound Laboratory, (n.a.) OEMsr-287; Section 
No. 6.1-sr287-2170. HUSL. February 15, 1945. 
M2 Propeller cavitation theory and experiments. 

Donald Ross. [HUSL.] May 28, 1945. 

M3 Propeller design studies, (n.a.) OEMsr-287; Serv¬ 
ice Project Nos. NO-149, NO-157 and others; 
OSRD No. 6618; Section No. 6.1-sr287-2093. 

HUSL. January 1, 1946. 

935 Torpedo Retrieving Gear 

Ml Acoustic locating system. (n.a.) OEMsr-287; 

OSRD No. 6613; Section No. 6.1-sr287-2056. 

HUSL. April 5, 1945. 

M2 Beeper transmitter. Model 3. (n.a.) OEMsr-287; 

Section No. 6.1-sr287-2189. HUSL. June 1, 1945. 
M3 Torpedo retrieving gear. (n.a.) OEMsr-287; 

OSRD No. 6543; Section No. 6.1-sr287-2094. 

HUSL. December 15, 1945. 


f 



DIVISION 7 • FIRE CONTROL AND RANGE FINDERS 

Microfilm Index 


100 FIRE CONTROL 

101 Final and Summary Reports for Division 7 
110 Gunnery 

(See also: 321.223) 

111 General Gunnery Problems 

111.1 Hydraulic Control Systems 

111.2 Transmission System for Coastal Artillery 

112 Antiaircraft 

112.1 Sights and Sighting 

112.11 Gyroscopic Lead Computing Sights 

112.2 Directors 

(See also: 122.3) 

112.3 Computers 

112.4 Miscellaneous Antiaircraft Fire Control 
Accessories 

120 Bombing 

121 Computations 

121.1 Probabilities of Hits 

121.2 Multiple Hits 

122 Bombsights and Sighting 

122.1 Angular Rate Bombsight 

122.2 Mark 20 

122.3 Triangle Solver 

122.4 Miscellaneous Bombsight Problems 

123 Computers 

124 Bombing Systems 

124.1 Train Bombing 

124.2 Scatter Bombing 
130 Rocketry 

131 Grasp Sight 

132 Rasp Sight 
140 Torpedoes 

141 Directors 

200 RANGE FINDERS AND TRACKING 

201 Summary Reports 
210 Ranging Instruments 

210.1 Range Finders 

210.11 Errors and Factors Influencing Accuracy 

210.111 Atmospheric Scattering 

210.112 Internal Adjuster Finders 

210.12 Pentareflectors 

210.13 Optical Systems 

210.14 Coincidence Range Finders 

210.15 Stereoscopic Range Finders 

210.16 Ortho-Pseudo Range Finders 

210.17 Short-Based Range Finders 

210.18 Auto-Collimating Range Finders 

210.19 Miscellaneous Range Finders and Re¬ 
lated Problems 

210.2 Height Finders 

210.21 Errors and Factors Influencing Accuracy 

210.22 Optical Bars 

210.23 Mirrors 

210.3 Reticles 


(See also: 210.1, 210.14 and 210.2) 

210.31 Patterns and Designs 

210.32 Imperfections 

210.33 Precision of Stereoscopic Settings 

210.34 Errors and Accuracy of Performance 
220 Testing and Training of Personnel 

220.1 Testing 

220.11 Emotional, Psychological and Neurotic 
Tests 

220.12 Stereo and Vernier Acuity 

220.13 Dearborn Stereoscopic Testing 

220.14 Selection of Range Finder Operators 

220.15 Scoring Systems and Comparisons of 
Scores 

220.16 Fatigue and Motivation Factors 

220.17 Effects of Interrupted Operation 

220.18 Effects of Sound on Operation 

220.19 Miscellaneous Tests 

220.2 Training 

220.21 Instruments 

220.211 Tufts Trainer 

220.212 Mark II Navy Stereo Trainer 

220.213 Miscellaneous Instruments 

220.3 Optical Tracking 

220.31 Handwheel Control 

220.311 Accuracy 

220.312 Magnification 

220.32 Slewing and Central Tracking 

220.33 Hand and Foot Control 

220.34 Miscellaneous Optical Tracking Prob¬ 
lems 

230 Vision Problems 

230.1 Chromatic Dispersion 

230.2 Ocular Research 

230.21 Binocular Vergence 

300 AUTOMATIC DEVICES AND AIDS 

310 Computing Machines 

311 Theory 

312 Types 

312.1 Relay Interpolators 

312.2 Tape Recorders 

312.3 Slide Rule 

313 Smoothing and Smoothers 

313.1 Theory 

313.2 Smoothers 
320 Servomechanisms 

321 Theory and Design of Servos 

321.1 Theory 

321.2 Control and/or Servomechanisms 

321.21 Electric (Including Hydraulic in Com¬ 
bination) 

321.22 Pneumatic 

321.221 Tilt-Angle Indicator 

321.222 Torpedo Controls 




198 


DIVISION 7 • MICROFILM INDEX 


321.223 PUSS Components 

321.224 Miscellaneous Pneumatic 
Servos 

322 Gyro Substitutes 


322.1 Fluid Gyroscope 

322.2 Vibrating Reed 

323 Accelerometer 

324 Muzzle Velocity Instrument 



DIVISION 7 • FIRE CONTROL AND RANGE FINDERS 

List of Microfilmed Reports 


100 FIRE CONTROL 

101 Final and Summary Reports for Division 7 

Ml [Resume of research during the year 1941 on servo¬ 
mechanisms used in fire control equipment.] (Divi¬ 
sion 7 Progress Report to the Services No. 15.) 
(n.a.) October 7, 1941. 

M2 Final report on Contract OEMsr-330. (Volumes I 
to V.) (n.a.) OEMsr-330. Franklin Institute. 

February, 1942 to December, 1945. 

110 Gunnery 

(See also? 321.223) 

111 General Gunnery Problems 

Ml Complementary color spotters for machine gun 
tracer fire. Joseph Mihalyi. OEMsr-56; Problem 
Nos. DD-2492Y and Yl. Eastman Kodak Com¬ 
pany. October 19, 1945. 

M2 The Mark 14 illuminated sight. (Division 7 Report 
to the Services No. 104.) Raymond W. Wengel. 
OEMsr-56; Problem Nos. 2492-GG1, 2492-GG2 and 
others; OSRD No. 6281. Eastman Kodak Com¬ 
pany. c 1946(?>] 

111.1 Hydraulic Control Systems 

Ml Development of hydraulic booster systems for small 
guns. (Division 7 Report to the Services No. 14.) 
Clifford Roberts. OEMsr-18. United Shoe Ma¬ 
chinery Corporation. September 16, 1941. 

M2 [Studies and experimental investigations in connec¬ 
tion with hydraulic mechanisms for fire control.] 
Final report on [Contract No.] OEMsr-19. P. E. 
Nokes, George T. Hart and others. OEMsr-19; 
OSRD No. 446. United Shoe Machinery Corpora¬ 
tion. February 28, 1942. 

M3 [Designs of hydraulic controls for small caliber 
guns.] Final report on Contract OEMsr-173. W. M. 
Sanderson. OEMsr-173; Research Project No. 15; 
OSRD No. 510. United Shoe Machinery Corpora¬ 
tion. March 31, 1942. 

111.2 Transmission System for Coastal Artillery 

Ml Data transmission system employing voltage divid¬ 
ers. Pilot model, (n.a.) Bell Telephone Labora¬ 
tories, Inc. September 15, 1941. 

M2 Seacoast data transmission system. Pilot model. 
(Division 7 Report to the Services No. 84.) J. F. 
Quereau. OEMsr-404; Research Project No. 20. 
Leeds and Northrup Company. October 10, 1944. 

M3 Permutation code data transmission system for 
Coast Artillery. Telegraph systems, (n.a.) Bell 
Telephone Laboratories, Inc. (n.d.) 

112 Antiaircraft 

Ml Elements of antiaircraft fire control. Clifford G. 


Anderson, Clifford E. Berry and others. NDC t rC]- 
143. Iowa State College, (n.d.) 

112.1 Sights and Sighting 

112.11 Gyroscopic Lead Computing Sights 

Ml Gyroscopic lead computing sights. (Division 7 Re¬ 
port to the Services No. 13.) (n.a.) [OSRD No. 

50.) August, 1941. 

M2 Gyroscopic lead computing sights, (n.a.) October 
1, 1941. 

M3 Accuracy of lead computation of gyroscopic lead 
computing sights when used on targets flying a 
straight course, (n.a.) August, 1942. 

M4 An antiaircraft computing sight. (Division 7 Report 
to the Services No. 61.) H. K. Weiss. OEMsr-883; 
Service Project No. OD-104. Pitney-Bowes Postage 
Meter Company. August, 1943. 

M5 Controlled reticles for lead computing gun sights. 
Charles A. Morrison and Loyd A. Jones. OEMsr- 
56; Problem No. DD-2492L. Eastman Kodak Com¬ 
pany. May 8, 1944. 

M6 Residual forces after compensation of elastic pivots 
by negative springs. (Appendix to Division 7 Re¬ 
port to the Services No. 110. Engineering Report 
No. 113.) (n.a.) Baker Manufacturing Company. 

t 1945(?)] 

M7 [Thej gyroscopic lead computing sight, Mark 15-P. 
C. F. Shriver, W. Bornemann and Henry Harrison. 
OEMsr56; Problem No. DD-2492KK. Eastman 
Kodak Company. October 30, 1945. 

M8 Invariant gyroscopic lead computing sight. (Divi¬ 
sion 7 Report to the Services No. 110.) Arthur 
I. Chalfant. OEMsr-1190; OSRD No. 6406. Baker 
Manufacturing Company. December, 1945. 

112.2 Directors 

(See also: 122.3) 

Ml The electric antiaircraft director, T-10. W. S. 
Bowen. Research Project No. 1214. Antiaircraft 
Artillery Board, Fort Monroe, Virginia. March 20, 

1942. 

M2 Statistical method of prediction in fire control. 
(Division 7 Report to the Services No. 59.) Nor- 
bert Wiener. NDCrc-83; Research Project No. 6. 
December 1, 1942. 

M3 Description and operating instructions for anti¬ 
aircraft director, T-18. (n.a.) OEMsr-517. Bristol 
Company. January, 1943. 

M4 [The] M-5A1E1 modification of the M-5 or M-5A1 
director for intermediate calibre antiaircraft guns. 
(Division 7 Report to the Services No. 60.) (n.a.) 
OEMsr-268. Barber-Colman Company. June, 

1943. 

M5 Antiaircraft director, T-15. (Division 7 Report to 


199 


200 


DIVISION 7 • MICROFILM LIST 


the Services No. 62.) (n.a.) OEMsr-353. Western 
Electric Company, Inc. August, 1943. 

M6 Electronic fire control computers. Intermediate 
range slant plane director. Arthur W. Tyler, 
Henry Harrison and Fordyce E. Tuttle. OEMsr- 
56; Problem Nos. DD-2492C and DD-2492C-1. East¬ 
man Kodak Company. Revised: October, 1943. 

M7 Manual rate matching mechanism for the M-7B1 
director. (n.a.) OEMsr-971. Bell Telephone 
Laboratories, Inc. February 14, 1944. 

M8 Description of tracking head for director, T-15. 
(n.a.) OEMsr-735. Barber-Colman Company. 
May, 1944. 

M9 A long range, high-angle electrical antiaircraft di¬ 
rector. (Division 7 Report to the Services No. 80.) 
C. A. Lovell. NDCrc-127; Research Project No. 2. 
Bell Telephone Laboratories, Inc. June 24, 1944. 
M10 Letter to Professor Harold L. Hazen. Subject: 
Request for additional funds for gun fire control 
system, Mark 56. I. A. Getting. July 27, 1945. 
Mil [Thej antiaircraft director, T-15E1. (Division 7 
Report to the Services No. 98.) (n.a.) OEMsr-353. 
Bell Telephone Laboratories, Inc. July 30, 1945. 
M12 A dynamic tester for antiaircraft directors, (n.a.) 
OEMsr-98; Research Project No. 25. Barber- 
Colman Company. September, 1945. 

M13 Investigation and improvement of intermediate 
range directors. R. E. Schuette, D. L. Hall and 
others. OEMsr-268; Research Project No. 31. 
Barber-Colman Company. October, 1945. 

M14 Curved-course antiaircraft director using second 
derivative prediction. (Division 7 Report to the 
Services No. 103.) M. J. Kelley. OEMsr-1263. 
Bell Telephone Laboratories, Inc. October 1, 
1945. 

M15 The T-28 intermediate range director. (Division 7 
Report to the Services No. 109.) Henry Harrison. 
OEMsr-56; Service Project No. OD-142; OSRD No. 
6405. Eastman Kodak Company. December 5, 
1945. 

M16 Study of design of mechanical director for 90-mm 
M-l gun. (Drawings included.) Edwin L. Rose. 
OEMsr-1137. Bryant Chucking Grinder Company. 
December 21, 1945. 

112.3 Computers 

Ml Description and sketches of geometric-type pre¬ 
dictor. William R. Smythe and Ira S. Bowen. 
California Institute of Technology. July 14, 1941. 
M2 Experiments on curved flight computers. (Division 
7 Report to the Services No. 111.) M. J. Kelley. 
NDCrc-178; OSRD No. 6569. Bell Telephone 
Laboratories, Inc. August 20, 1945. 

M3 Mathematical studies in connection with the design 
of computers for antiaircraft fire control. H. W. 
Bode and R. B. Blackman. NDCrc-178; Research 
Project No. 11. Bell Telephone Laboratories, Inc. 
December 15, 1945. 

112.4 Miscellaneous Antiaircraft Fire Control Accessories 

Ml A relay controller to provide proper fuze time on 


the fuze setter, M-8, corresponding to director fuze 
range. John W. Anderson and Donald P. Camp¬ 
bell. Massachusetts Institute of Technology. July, 
1941. 

M2 The RCA computron. (Division 7 Report to the 
Services No. 57.) Jan Rajchman. OEMsr-591; 
OSRD No. 1538. Radio Corporation of America. 
March, 1943. 

M3 Description and operating instructions for Tenney 
plotting board, (n.a.) OEMsr-899. Bristol Com¬ 
pany. July, 1943. 

M4 A coil yielding a single-dipole moment. (AMP Re¬ 
port No. 120.1R.) Leon Brillouin. AMG- 

Columbia. July, 1944. 

M5 On spherical coils. (AMP Memorandum No. 

120.1 M.) Leon Brillouin. AMG-Columbia. Oc¬ 
tober, 1944. 

120 Bombing 

121 Computations 

121.1 Probabilities of Hits 

Ml A study of the seriousness of the effects, in the 
planning and executing of bombing missions, of 
mis-estimates of the standard errors of aiming and 
dispersion. (Division 7 Report to the Services No. 
46.) (n.a.) January 12, 1943. 

M2 The probabilities of hitting, in train bombing, 
rectangular targets of proportion one-by-six or one- 
by-nine. (Division 7 Report to the Services No. 53.) 
(n.a.) March 10, 1943. 

121.2 Multiple Hits 

Ml The theory of multiple hits on multiple targets in 
train bombing. (Appendices A and B included. 
Division 7 Report to the Services No. 55.) (n.a.) 

May 10, 1943. 

122 Bombsights and Sighting 

122.1 Angular Rate Bombsight 

Ml [Angular rate bombsights.] (Progress Report Nos. 
1 t tO] 11, for [the period from] June 16, 1942 [tOj 
March 25, 1944.) Leo Goldberg, Robert R. Me- 
Math and H. E. Sawyer. OEMsr-504. 

M2 Preliminary instructional note on the low-level 
bombsight, Mark III. (Instructional Leaflet No. 
Inst-348.) (n.a.) OSRD Liaison Office No. WA- 

629-1L. [Royal Aircraft Establishment, Great 
Britain.] February, 1943. 

M3 Notes on low-altitude bombing. [Part] I, Range 
errors for angular depression and angular rate 
methods, (n.a.) Research Project No. 33. Frank¬ 
lin Institute and Applied Mathematics Panel. 
May 24, 1943. 

M4 Notes on low-altitude bombing. [Part] II, Effect 
of a rangewise impact-point offset on range errors 
for angular depression and angular rate methods, 
(n.a.) Research Project No. 33. Franklin Insti¬ 
tute. June 2, 1943. 



DIVISION 7 • MICROFILM LIST 


201 


122.2 


122.3 


M5 Notes on low altitude bombing. [Part] III, Practical 
evaluation of composite range errors for angular 
depression and angular rate methods, (n.a.) Re¬ 
search Project No. 33. Franklin Institute. June 
15, 1943. 

M6 Notes on low-altitude bombing. [Part] IV, Range 
errors for the slant range method, (n.a.) Research 
Project No. 33. Franklin Institute, (n.d.) 

M7 Notes on low-altitude bombing. [Part] V, Range 
errors for the angular rate hybrid method, (n.a.) 
Research Project No. 33. Franklin Institute. Tuly 
30, 1943. 

M8 Notes on low-altitude bombing. [Part] VI, Range 
errors for angular depression and angular rate 
methods in glide bombing, (n.a.) Research Proj¬ 
ect No. 33. Franklin Institute. September 11, 
1943. 

M9 Notes on low-altitude bombing. [Part] VII, Range 
errors for higher velocity releases, (n.a.) Franklin 
Institute. March 8, 1944. 

M10 Letters to Lieutenant R. J. Teich. Subject: 
Sketches for low-altitude bombing. Saunders 
MacLane. [Applied Mathematics Panel.] April 
25 and 27, 1944. 

Mil Angular rate bombsight, Mark 23. C. F. Shriver, 
W. Bornemann and Henry Harrison. OEMsr-56; 
Problem No. DD-2492QQ. Eastman Kodak Com¬ 
pany. October 25, 1945. 

M12 The stabilized angular rate bombsight, Mark 25, 
Model O. C. F. Shriver, W. Bornemann and others. 
OEMsr-56; Problem No. DD-2492MM. Eastman 
Kodak Company. October 29, 1945. 

M13 The Mark 23 low-altitude angular rate bombsight. 
(n.a.) OEMsr-504; Research Project No. M-419. 
University of Michigan. November 30, 1945. 

M14 A summary and compilation of reports on the 
theory, mechanization and testing of bombsights 
employing the angular rate principle, (n.a.) Jan¬ 
uary, 1946. 


Mark 20 

Ml Automatic altitude adjustment for bombsight, 122 4 
Mark 20. (Report No. 330-1706-161 [Covering period 
from] October 20, 1943 t tO] January 24, 1944.) 

U. C. S. Dilks. OEMsr-330; Service Project No. 

NO-129; OSRD No. 5080. Franklin Institute. 

January 24, 1944. 

M2 Instruction manual t for the] bombsight, Mark 20. 

(Report No. 330-1706-200 t for the period] August 
20, 1942 [tO] March 31, 1944.) John A. Bevan. 
OEMsr-330; Service Project No. NO-129; OSRD 
No. 5082. Franklin Institute. March 31, 1944. 


Triangle Solver 

Ml Final report t under] Contract No. OEMsr-1044 for 
[the period from] May 27, 1943 [tOj October 31, 
1945. Part 1, History of the contract and patent 
disclosures. B. B. Willis. OEMsr-1044; Service 
Project No. NO-166. Librascope, Inc. October 
31, 1945. 


123 


M2 Final report [Under] Contract No. OEMsr-1044 for 
[the period from] May 27, 1943 to October 31, 1945. 
Part 2, Triangle solver for Eagle Project Delta. 
D. C. Webster. OEMsr-1044; [Service Project No. 
NO-166]. Librascope, Inc. October 22, 1945. 

M3 Final report f under] Contract No. OEMsr-1044 for 
[the period from] May 27, 1943 to October 31, 1945. 
Part 3, Triangle solvers for H2X Bombing Project 
Alpha. D. C. Webster. OEMsr-1044; [Service 
Project No. NO-166]. Librascope, Inc. October 
18, 1945. 

M4 Final report t under] Contract No. OEMsr-1044 for 
[the period from] May 27, 1943 to October 31, 1945. 
Part 4, Triangle solver for laboratory use. [Project] 
Gamma. D. C. Webster. OEMsr-1044; [Service 
Project No. NO-166]. Librascope, Inc. October 
18, 1945. 

M5 Final report t under] Contract No. OEMsr-1044 for 
[the period from] May 27, 1943 to October 31, 1945. 
Part 5, Redesign of triangle solver for Eagle Proj¬ 
ect Beta. D. C. Webster. OEMsr-1044; [Service 
Project No. NO-166]. Librascope, Inc. October 
18, 1945. 

M6 Final report [Under] Contract No. OEMsr-1044 for 
[the period from] May 27, 1943 to October 31, 1945. 
Part 6, Preliminary ballistics computer for a gun 
director system. [Project] Eta. (n.a.) OEMsr-1044; 
[Service Project No. NO-166]. Librascope, Inc. 
[October 30, 1945]. 

M7 Final report [Under] Contract No. OEMsr-1044 for 
[the period from] May 27, 1943 to October 31, 1945. 
Part 7, Ballistic computer, Mark 42, Model O. 
[Project] Rho. D. C. Webster. OEMsr-1044; [Serv¬ 
ice Project No. NO-166]. Librascope, Inc. Octo¬ 
ber 30, 1945. 

M8 Final report [Under] Contract No. OEMsr-1044 for 
[the period from] May 27, 1943 to October 31, 1945. 
Part 8, Ballistic computer, Mark 42, Model 1, 
Serial No. 1. D. C. Webster. OEMsr-1044; [Serv¬ 
ice Project No. NO-166]. Librascope, Inc. Octo¬ 
ber 31, 1945. 

Miscellaneous Bombsight Problems 
Ml Bombsight attachment for guiding razon bombs. 
(Division 7 Report to the Services No. 97. Report 
No. 330-1706-194 [for the period] November, 1943 
t tO] October 10, 1944.) John A. Bevan. OEMsr- 
330; Service Project No. AC-36; OSRD No. 5740. 
Franklin Institute. October 10, 1944. 

M2 Hand-held bombsights for airships. (Report No. 
330-1706-178 t for the period] August, 1943 [tOj 
November, 1944.) John A. Bevan. OEMsr-330; 
Service Project No. NO-190; OSRD No. 5087. 
Franklin Institute. November, 1944. 

Computers 

Ml Computer for slant range at low altitude. (Report 
No. 330-1706-156 [for the period] July 31, 1943 [tO] 
November 5, 1943.) R. W. Pitman. OEMsr-330; 
Service Project No. NA-168; OSRD No. 5084. 
Franklin Institute. November 5, 1943. 




202 


DIVISION 7 • MICROFILM LIST 


M2 Model III preset bombing computer. (Report No. 
330-1706-189 [for the period] November, 1943 [toj 
July, 1944.) John A. Bevan. OEMsr-330; Service 
Project No. NO-191; OSRD No. 5088. Franklin 
Institute. July 7, 1944. 


to September 30, 1945.) R. E. Coutant. OEMsr- 
1208; Service Project Nos. NO-134 and NO-197 
General Electric Company. September 29, 1945. 

200 RANGE FINDERS AND TRACKING 


124 Bombing Systems 

124.1 Train Bombing 

Ml A study of train bombing. (Division 7 Report to 
the Services No. 33.) (n.a.) OEMsr-65; Service 

Project No. AC-27. Princeton University. August 
25, 1942. 

124.2 Scatter Bombing 

Ml Scatter bombing. (Division 7 Report to the Services 
No. 34.) H. H. Germond. September 14, 1942. 

130 Rocketry 

131 Grasp Sight 

Ml [The] Grasp sight for forward-firing aircraft rockets. 
Model I. (Report No. 330-1706-211 [for the period] 
August 30, 1944 t tO] April 9, 1945.) Eugene P. 
Cooper and Marjorie C. Cooper. OEMsr-330; Serv¬ 
ice Project No. NO-216; OSRD No. 4991. Franklin 
Institute. April 9, 1945. 

M2 The Grasp rocket sight, Model II. (Report No. 330- 
1706-213 [for the period] January 15 [tO] Septem¬ 
ber 30, 1945.) Eugene P. Cooper and Marjorie C. 
Cooper. OEMsr-330; Service Project No. NO-216; 
OSRD No. 6040. Franklin Institute. September 
30, 1945. 

132 Rasp Sight 

Ml The Rasp rocket sight, Model I. (Report No. 330- 
1706-188 [for the period] February 1, 1944 to 
August 17, 1944.) U. C. S. Dilks, E. C. Lewis and 
others. OEMsr-330; Service Project No. NO-216. 
Franklin Institute. August 17, 1944. 

M2 The Rasp rocket sight, Model III. (Report No. 330- 
1706-206 [for the period] September 1, 1944 f tO] 
January 31, 1945.) U. C. S. Dilks, E. C. Lewis and 
W. C. Sheppard. OEMsr-330; Service Project No. 
NO-265; OSRD No. 5091. Franklin Institute. 
February 1, 1945. 

140 Torpedoes 

141 Directors 

Ml Torpedo director, Mark 32. (Report No. 330-1706- 
172 [for the period] September 2, 1942 [tOj Janu¬ 
ary 26, 1944.) R. W. Pitman. OEMsr-330; Service 
Project No. NO-106; OSRD No. 5079. Franklin 
Institute. January 26, 1944. 

M2 Prediction mechanism for torpedo director for de¬ 
stroyers and light cruisers, (n.a.) Project Nos. 
NO-197 and NDRC-72. General Electric Com¬ 
pany. June 3, 1944. 

M3 Torpedo director, Mark 34, for motor torpedo 
boats. ([Report covering period from] July 1, 1943 


201 Summary Reports 

Ml Final Report No. 27 [Onj Contract NDCrc-186. Vol¬ 
ume I, Summary, (n.a.) NDCrc-186. Princeton 
University. January 31, 1943. 

M2 Final report t on] Contract NDCrc-186. Volume II, 
Report [Nos.] 1-16. (n.a.) NDCrc-186. Princeton 
University. January 31, 1943. 

M3 Final report [Onj Contract NDCrc-186. Volume III, 
Report [Nos.] 17-26. (n.a.) NDCrc-186. Princeton 
University. January 31, 1943. 

M4 Final report [On] Contract NDCrc-186. Volume IV, 
Reports of progress and proposed programs, (n.a.) 
NDCrc-186. Princeton University. January 31, 

1943. 

M5 Final report [On] Contract NDCrc-186. Volume V, 
Stereoscopic Testing Center progress reports, (n.a.) 
NDCrc-186. Princeton University. January 31, 

1943. 

M6 Final report [Onj Contract NDCrc-186. Volume VI, 
Height finder studies, [Nos.j O to VIII. (n.a.) 
NDCrc-186. Princeton University. January 31, 

1943. 

M7 Final report [Onj Contract NDCrc-186. Volume VII, 
Height finder studies, [Nos.j IX to XVI. (n.a.) 
NDCrc-186. Princeton University. January 31, 

1943. 

M8 Final report [On] Contract NDCrc-186. Volume 
VIII, Director studies, (n.a.) NDCrc-186. Prince¬ 
ton University. January 31, 1943. 

210 Ranging Instruments 

Ml [Effect of stopping down end-windows of range 
finders.] (Division 7 Progress Report to the Services 
No. 21.) (n.a.) February 11, 1942. 

M2 Retention of helium in range and height finders. 
(Division 7 Report to the Services No. 50.) (n.a.) 
[NDCrc-186 and OEMsr-562.] Princeton Univer¬ 
sity and American Gas Association Testing Labo¬ 
ratories. March 1, 1943. 

M3 Range and height finder problems. Comments on 
Branch Memorandum No. 5. (n.a.) [April, 1943(?)j 

M4 Factors influencing the use and construction of 
range and height finders. (Division 7 Report to the 
Services No. 70.) (n.a.) January 5, 1944. 

M5 Final report on [Contract] OEMsr-1016. Part I, 
Experimental range finder. Type I, and a study of 
aided ranging. Harry G. Ott. OEMsr-1016. 
Bausch and Lomb Optical Company. May 30, 
1945. Part II, Status as of January 31, 1945 of the 
development of a range finder in accordance with 
Proposal No. 4 referred to in the minutes of meet¬ 
ing of Steering Committee for Project 58 on Sep¬ 
tember 15, 1943. O. H. Wolferts. [OEMsr-1016.] 
[Bausch and Lomb Optical Company.] January 
31, 1945.] 



DIVISION 7 • MICROFILM LIST 


203 


M6 Photographic measurements of atmospheric boil, 
with some preliminary theoretical considerations of 
the relation of boil to range finder magnification 
and base length. Lorrin A. Riggs, C. G. Mueller 
and others. OEMsr-1059. Brown University. 
August 6, 1945. 

210.1 Range Finders 

Ml A proposed optical design for super range finder. 
Joseph Mihalyi. Problem No. [DD-]1621. East¬ 
man Kodak Company. April 15, 1943. 

M2 Tank fire control. Visual range estimation. Range 
finders and range finder fields. (Division 7 Report 
to the Services No. 77.) (n.a.) Bausch and Lomb 
Optical Company. February, 1944. 

210.11 Errors and Factors Influencing Accuracy 

Ml Experiments attempting to analyze out some of the 
optical factors involved in real haze, (n.a.) [De¬ 
cember 26, 1940(?)] 

M2 Reduction of range and height finder errors due to 
temperature stratification. (Division 7 Progress Re¬ 
port to the Services No. 12.) (n.a.) August 29, 

1941. 

M3 Relation of accuracy and variability of stereo¬ 
scopic antiaircraft range finding operation to cor¬ 
rect interocular setting of the instrument. (Division 
7 Report to the Services No. 29.) (n.a.) May 25, 

1942. 

M4 Relative position of reticle and target in the stereo¬ 
scopic range finder. (Division 7 Report to the Serv¬ 
ices No. 28.) (n.a.) May 27, 1942. 

M5 Descriptive summary of errors made with the M-l 
height finder during field tests at Fort Monroe. 
(Division 7 Report to the Services No. 54.) (n.a.) 

Princeton University. October 28, 1942. 

M6 Relation of blurredness to the precision of stereo 
settings. Glenn A. Fry, Charles S. Bridgman and 
others. [OEMsr-637.] [Ohio State University.] 
July 1, 1943.] 

M7 Factors influencing the magnitude of range errors 
in free space and in telescopic vision. Alfred H. 
Holway, Dorothea A. Jameson and others. 
[OEMsr-555.] Harvard University. August 10, 
1945. 

M8 Effects of the intermittent visibility of low con¬ 
trast targets on stereo range measurements. Glenn 
A. Fry, Charles S. Bridgman and V. E. Ellerbrock. 
[OEMsr-637.] [Ohio State University.] (n.d.) 

210.111 Atmospheric Scattering 

Ml Effect of atmospheric scattering upon the appear¬ 
ance of a dark object against a sky background. 
Glenn A. Fry and Charles S. Bridgman. [OEMsr- 
637;] Research Project No. 10. Ohio State Uni¬ 
versity. July 28, 1942. 

M2 The influence of atmospheric scattering in range 
finding. [Glenn A. Fry and Charles S. Bridgman.] 
[OEMsr-637;] Research Project No. 10. Ohio State 
University. August 21, 1942. 


210.112 Internal Adjuster Finders 

Ml Interocular adjustment of stereoscopic range find¬ 
ers. (Division 7 Report to the Services No. 76.) 
(n.a.) January 13, 1943. 

M2 A comparison of various visual patterns for use in 
connection with the internal adjuster system of a 
range finder. (Report No. 2.) Lorrin A. Riggs and 
Roberta M. Daley. OEMsr-1059. Brown Univer¬ 
sity. September 10, 1943. 

M3 Comparative study of internal adjuster targets of 
range and height finders. (Division 7 Report to the 
Services No. 69.) (n.a.) OEMsr-570; Research 

Project No. 44. Brown University. November 29, 

1943. 

M4 Monocular vs binocular internal adjuster settings. 
Lorrin A. Riggs. [Brown University.] February 
16, 1944. 

M5 A modification of the internal adjuster system of 
the stereoscopic range finder, Mark 65, with com¬ 
parative data on the effects of temperature on the 
modified and the standard instruments. Lorrin A. 
Riggs, C. G. Mueller and F. A. Mote. OEMsr-1059. 
Brown University. July 21, 1945. 

M6 The accuracy and precision of internal adjuster 
settings using single bars and parallel bars as tar¬ 
gets. Glenn A. Fry, Charles S. Bridgman and 
others. [OEMsr-637.] Ohio State University (n.d.) 

210.12 Pentareflectors 

Ml Distortions of thin slabs due to temperature gradi¬ 
ents. (Report No. 55.) William A. Arnold. 
[OEMsr-952.] Eastman Kodak Company. May 1, 

1944. 

M2 Elimination of thermal effects in pentareflectors. 
(Report No. 56.) William A. Arnold and Wayne 
G. Norton. t OEMsr-952.] Eastman Kodak Com¬ 
pany. July 12, 1944. 

M3 Reduction of temperature effects in pentareflectors 
and optical bars. (Division 7 Report to the Services 
No. 85.) (n.a.) OEMsr-1016 and OEMsr-952. 

Bausch and Lomb Optical Company and Eastman 
Kodak Company. October 11, 1944. 

210.13 Optical Systems 

Ml Range finder optical systems. J. A. Anderson, Ira 
S. Bowen and others. [NDCrc-123.] California 
Institute of Technology. 1942. 

M2 Range finder optical systems. (Supplement.) J. A. 
Anderson, Ira S. Bowen and others. [NDCrc-123.] 
California Institute of Technology. 1942. 

M3 Instructions for operating and maintenance of the 
experimental 10-cm radio-optical range finder, 
Mickey, (n.a.) Research Project No. 14. Bell 
Telephone Laboratories, Inc. [1942(?)j 

M4 Tests made of range finder optical systems at Cali¬ 
fornia Institute of Technology. (Division 7 Report 
to the Services No. 51.) J. A. Anderson, Ira S. 
Bowen and others. OSRD No. 1257. California 
Institute of Technology. February 20, 1943. 



204 


DIVISION 7 • MICROFILM LIST 


210.14 Coincidence Range Finders 

Ml Comparative test of coincidence and stereoscopic 
height finders. (Division 7 Report to the Services 
No. 42.) Merrill M. Flood. NDCrc-186; OSRD 
No. 1129. Princeton University. October 28, 1942. 

M2 A further analysis of the precision of range cor¬ 
rector settings for small monocular range finders. 
(Progress Report No. 10.) (n.a.) [OEMsr-570; j 

Research Project No. 44. Brown University. Janu¬ 
ary 26, 1943. 

M3 An analysis of the precision and subject variation 
of range corrector settings for small monocular 
range finders. (Progress Report No. 13.) (n.a.) 

OEMsr-570; Research Project No. 44. Brown Uni¬ 
versity. February 15, 1943. 

M4 The effect of illumination on the precision of 
range corrector settings for small monocular range 
finders. (Progress Report No. 16.) (n.a.) OEMsr- 

570; Research Project No. 44. [Brown University.] 
April 9, 1943. 

M5 Operating instructions and description of the East¬ 
man experimental model 1-meter infantry range 
finders, T-25 and T-26. Joseph Mihalyi and F. M. 
Bishop. [OEMsr-56.j Eastman Kodak Company. 
[February, 1944.] 

210.15 Stereoscopic Range Finders 

Ml Comparisons of precision at 12 and 24-power of 
observations taken with the M-l height finder for 
fixed ground targets and moving aerial targets. 
(Division 7 Report to the Services No. 41.) Merrill 
M. Flood. NDCrc-186; OSRD No. 1130. Prince¬ 
ton University. January 20, 1943. 

M2 Perspective effects in stereoscopic range finders. 
(Division 7 Report to the Services No. 40.) (n.a.) 
[NDCrc-186.] Princeton University and National 
Bureau of Standards. [December 30, 1942.) 

M3 Maintaining contact on a moving target with a 
stereoscopic range finder. Glenn A. Fry, Charles S. 
Bridgman and others. t OEMsr-637.] [Ohio State 
University.] November 15, 1943. 

M4 A combination tracking telescope and contrast 
meter for a stereoscopic range finder. Glenn A. 
Fry, Charles S. Bridgman and others. f OEMsr- 
637.] [Ohio State University.] November 30, 1943. 

M5 Stereo aid for Maxson turret. (Division 7 Report 
to the Services No. 107.) Joseph Mihalyi. OEMsr- 
56; Problem No. DD-2492TT. Eastman Kodak 
Company. November 26, 1945. 

210.16 Ortho-Pseudo Range Finders 

Ml Ortho-pseudoscopic range finder. (Division 7 Re¬ 
port to the Services No. 43.) (n.a.) OEMsr-55 and 
NDCrc-186. Eastman Kodak Company and Prince¬ 
ton University. October 29, 1942. 

M2 An ortho-pseudo stereoscopic 1-meter base range 
finder. Joseph Mihalyi and F. M. Bishop. OEMsr- 
56; Problem No. DD-2492LL. Eastman Kodak 

Company. November 10, 1944. 

M3 Ortho-pseudo super range finder. Joseph Mihalyi, 
Otto Wit tel and Martin S. Maier. OEMsr-952; 


Problem No. DD-1621. Eastman Kodak Company. 
November 22, 1944. 

210.17 Short-Based Range Finders 

Ml The development of short-base range finders. (Divi¬ 
sion 7 Report to the Services No. 26.) (n.a.) May 
15, 1942. 

M2 Full-field coincidence range finder of 15-inch base 
provided with continuously adjustable range com¬ 
pensation. Joseph Mihalyi and F. M. Bishop. 
OEMsr-56; Problem No. DD-2492R. Eastman 
Kodak Company. May 21, 1942. 

M3 Field tests of Eastman Kodak 15" and Polaroid 43" 
base range finders. (Division 7 Report to the Serv¬ 
ices No. 45.) (n.a.) December, 1942. 

M4 Tests of 15-inch range finder. D. F. Lyman and 
F. M. Bishop. OEMsr-56; Problem No. DD- 
2492AA. Eastman Kodak Company. December 4, 
1942. 

M5 [The] 15-inch full-field superimposed-image type 
close distance range finder, (n.a.) [OEMsr-56.] 

Eastman Kodak Company. April 7, 1944. 

M6 Short-base range finders. (Division 7 Report to the 
Services No. 108.) Joseph Mihalyi. OEMsr-56; 
Problem Nos. DD-2492Q, R, X, DD and II. East¬ 
man Kodak Company. November 19, 1945. 

210.18 Auto-Collimating Range Finders 

Ml Auto-collimating systems for range finders. Stephen 
M. MacNeille and F. M. Bishop. OEMsr-56; Prob¬ 
lem Nos. [DD-]2492R and t DD-]2492S. Eastman 
Kodak Company. June 9, 1942. 

M2 Range finder auto-collimation and applications. 
Stephen M. MacNeille and F. M. Bishop. OEMsr- 
56; Problem No. DD-2492S. Eastman Kodak Com¬ 
pany. April 24, 1943. 

M3 Auto-collimating stereoscopic range finder with 
minimum stratification influence. (Proposal Nos. 1 
and 2.) O. H. Wolferts. [OEMsr-1016.] Bausch 
and Lomb Optical Company. September 10, 1943. 

210.19 Miscellaneous Range Finders and Related Problems 

Ml A proposed polarizing beam-splitter. George J. 

Koch. OEMsr-952; Problem No. DD-1621. East¬ 
man Kodak Company. November 1, 1944. 

M2 [Thej 13i4-foot superimposed range finder. Joseph 
Mihalyi and F. M. Bishop. OEMsr-56; Problem 
No. DD-2492HH. Eastman Kodak Company. No¬ 
vember 10, 1944. 

M3 [Range finder problems.] Final report on OEMsr- 
302. (n.a.) OEMsr-302. Polaroid Corporation. 

November 30, 1944. 

M4 A proposed form of two-station range finder. 
Edwin C. Fritts. OEMsr-56; Problem Nos. DD- 
2492M, U and W. Eastman Kodak Company. De¬ 
cember 5, 1944. 

210.2 Height Finders 

Ml Comparative test of coincidence and stereoscopic 
height finders. (Report No. 12.) Merrill M. Flood. 



DIVISION 7 • MICROFILM LIST 


205 


210.21 


210.22 

210.23 

210.3 

210.31 


NDCrc-186. Princeton University. Revised: Au¬ 
gust 12, 1942. 

M2 The design and construction of a height finder sun¬ 
shade. (Memorandum No. 8.) William E. Kappauf. 
OEMsr-815; OSRD No. 1637. Brown University. 
June 15, 1943. 

M3 A study of backlash between the main bearing race 
and the bevel pinion in M-l and M-2 height find¬ 
ers. (Report No. 8.) William C. Biel, William E. 
Kappauf and E. B. Knauft. OEMsr-815. Brown 
University. September 9, 1943. 

Errors and Factors Influencing Accuracy 

Ml The use of helium as a charge for the M-l height 
finder. (Report No. 4.) (n.a.) [NDCrc-186.] Re¬ 

search Project No. 8. Princeton University. Au¬ 
gust 18, 1941. 

M2 One source of error in the M-l height finder. Wil¬ 
liam A. Arnold, Stephen M. MacNeille and F. M. 
Bishop. OEMsr-56; Problem No. DD-2492V. East¬ 
man Kodak Company. October 7, 1942. 

M3 Temperature effects in stereoscopic height finders. 
(Division 7 Report to the Services No. 38.) (n.a.) 

NDCrc-186 and OEMsr-56. Princeton University, 
Eastman Kodak Company and National Bureau of 
Standards. October 8, 1942. 

M4 Descriptive summary of errors made with the M-l 
height finder during field tests at Fort Monroe. 
(Division 7 Report to the Services No. 54.) (n.a.) 
OSRD No. 1363. Princeton University. April 15, 

1943. 

M5 A study of range errors in M-l height finders pro¬ 
duced by the pentareflectors and the optical bar 
mount. Martin S. Maier and William A. Arnold. 
OEMsr-952; Problem No. DD-2492NN. Eastman 
Kodak Company. August 18, 1944. 

Optical Bars 

Ml Laboratory tests on comparative performance of 
Invar and steel height finder optical bars. (Report 
No. 1.) (n.a.) OEMsr-1016. Bausch and Lomb 

Optical Company. June 25, 1944. 

Mirrors 

Ml A mirror stereoscope device for simulating a mov¬ 
ing target within the field of a stereoscopic height 
finder. (Report No. 10.) C. G. Mueller and Lorrin 
A. Riggs. OEMsr-1059. Brown University. May 
4, 1944. 

M2 Effect of temperature gradient on mirror flatness. 
(n.a.) (n.d.) 

Reticles 

(See also: 210.1, 210.14 and 210.2) 

Patterns and Designs 

Ml Reticle design. The circle reticle, (n.a.) Research 
Project No. 10. Tufts College. April 22, 1942. 

M2 A proposed optical design for a super range finder 
of the [StereO] reticle type, (n.a.) [OEMsr-1016.] 

[Bausch and Lomb Optical Company.] [1943.] 


M3 Precisions and constant errors of stereoscopic set¬ 
tings as influenced by differences in reticle pattern. 
Reticle patterns based on service reticles. (Report 
No. 11.) Lorrin A. Riggs, C. G. Mueller and 
Roberta M. Daley. OEMsr-1059. Brown Univer¬ 
sity. May 9, 1944. 

M4 Methodological considerations having to do with 
the type of course used in experiments on reticle 
design and the reliability of experimenters’ de¬ 
terminations. (Report No. 12.) Marion S. Borod, 
Roberta M. Daley and others. OEMsr-1059. 
Brown University. May 19, 1944. 

M5 The influence of two reticle patterns, the Navy 
open diamond and a three-dot pattern, on pre¬ 
cision of stereoscopic settings. (Report No. 13.) 
Lorrin A. Riggs and Roberta M. Daley. OEMsr- 
1059. Brown University. May 26, 1944. 

M6 Results obtained with various patterns of opaque 
reticle. (Report No. 16.) C. G. Mueller, R. L. 
Solomon and Marion S. Borod. OEMsr-1059. 
Brown University. August 17, 1944. 

M7 Note on false fusion in various reticle patterns. 
(Progress Report No. 18.) Roberta M. Daley and 
Clarence H. Graham. OEMsr-1059. Brown Uni¬ 
versity. September 22, 1944. 

M8 The influence of height of adjustment errors on 
the precision and accuracy of ranging on four 
reticle patterns. (Progress Report No. 23.) Clar¬ 
ence H. Graham, Lorrin A. Riggs and others. 
OEMsr-1059. Brown University. November 16, 

1944. 

M9 Studies of the design of opaque reticles for stereo¬ 
scopic range and height finders. (Division 7 Report 
to the Services No. 89.) Clarence H. Graham, 
Lorrin A. Riggs and others. OEMsr-1059. Brown 
University. March, 1945. 

M10 Summary of research on the design of illuminated 
reticles. Clarence H. Graham, Lorrin A. Riggs and 
others. OEMsr-1059. Brown University. June 16, 

1945. 

210.32 Imperfections 

Ml The reliability of reticle ihspection. (Report No. 4.) 
Roberta M. Daley and Clarence H. Graham. 
OEMsr-1059. Brown University. December 30. 
1943. 

M2 Preliminary experiment on the effects of extra¬ 
neous stimuli (imperfections) in the reticle field 
upon precision and consistency of stereoscopic per¬ 
formance. (Report No. 5.) R. L. Solomon and 
Clarence H. Graham. OEMsr-1059. Brown Uni¬ 
versity. January 10, 1944. 

M3 The effect of imperfections in the reticle field of 
stereoscopic range finders. (Division 7 Report to 
the Services No. 83.) Roberta M. Daley, Clarence 
H. Graham and others. OEMsr-1059: OSRD No. 
3866. Brown University. July, 1944. 

210.33 Precision of Stereoscopic Settings 

Ml An apparatus for the comparison of stereoscopic 
settings with different reticles, together with some 



206 


DIVISION 7 • MICROFILM LIST 


illustrative results, (n.a.) [OEMsr-1059;] Research 
Project No. 10. Brown University. June 15, 1942. 

M2 The relationship between eyepiece diopter settings 
and stereo range settings. (Report No. 10.) Arthur 
C. Hoffman. OEMsr-581; OSRD No. 1729. Tufts 
College. August 3, 1943. 

M3 A preliminary experiment on the comparative pre¬ 
cisions of settings made with four stereoscopic 
reticle patterns. (Report No. 3.) Lorrin A. Riggs 
and Roberta M. Daley. OEMsr-1059. Brown Uni¬ 
versity. November 10, 1943. 

M4 The effect of position of fore and aft reticle marks 
on precision of stereoscopic settings. Preliminary 
results. (Report No. 6.) Roberta M. Daley, Clar¬ 
ence H. Graham and Lorrin A. Riggs. OEMsr- 
1059. Brown University. February 8, 1944. 

M5 Precision of stereoscopic settings as influenced by 
distance of target from a fiducial line. (Report No. 
7.) Clarence H. Graham, Roberta M. Daley and 
R. L. Solomon. OEMsr-1059. Brown University. 
February 9, 1944. 

M6 An investigation of reticle factors which might pos¬ 
sibly influence precision of stereoscopic setting. 
(Report No. 9.) Roberta M. Daley, Clarence H. 
Graham and Lorrin A. Riggs. OEMsr-1059. 
Brown University. March 28, 1944. 

M7 Precisions and constant errors of stereoscopic set¬ 
tings as influenced by extraneous stimuli in the 
reticle field. Experiments involving stereoscopic 
movement and tracking errors. (Report No. 14.) 
Clarence H. Graham, R. L. Solomon and C. G. 
Mueller. OEMsr-1059. Brown University. June 
3, 1944. 

M8 Effect of reduced contrast between the target and 
its background in stereo range finding. Glenn A. 
Fry, Charles S. Bridgman and V. E. Ellerbrock. 
[OEMsr-637.] Ohio State University, (n.d.) 

210.34 Errors and Accuracy of Performance 

Ml A method for approximating the point of zero 
error in ranging on artificial stereoscopic targets 
within a reticle field. (Progress Report No. 12.) 
(n.a.) [OEMsr-1059;] Research Project No. 44. 

Brown University. January 29, 1943. 

M2 Precisions obtained with fore and aft fiducial marks 
at different apparent depths but constant separa¬ 
tion in the stereoscopic plane. (Report No. 8.) 
Roberta M. Daley, Lorrin A. Riggs and Clarence 
H. Graham. OEMsr-1059. Brown University. 
February 15, 1944. 

M3 The ability of stereoscopic observers to signal loss 
of contact with the reticle. Aided ranging on a 
diving target. (Report No. 15.) Clarence H. 
Graham, Lorrin A. Riggs and others. OEMsr-1059. 
Brown University. July 28, 1944. 

M4 Stereoscopic performance on different reticles in 
the absence of fine elevation adjustments. (Progress 
Report No. 17.) R. L. Solomon, Clarence H. 
Graham and Roberta M. Daley. OEMsr-1059. 
Brown University. September 11, 1944. 

M5 Stereoscopic performance for different reticles as 


influenced by height of adjustment errors in com¬ 
ponents of the visual fields. (Progress Report No. 
21.) Lorrin A. Riggs, C. G. Mueller and others. 
OEMsr-1059. Brown University. October 21, 1944. 
M6 Stereoscopic performance when a stationary target 
is partially obscured by reticle lines of various 
thicknesses. (Progress Report No. 22.) C. G. 
Mueller, Roberta M. Daley and F. A. Mote. 
OEMsr-1059. Brown University. November 10, 
1944. 

M7 Further experiments on height of image error. 
Effect of fore and aft marks and a horizontal line. 
Precisions and accuracies of height of image ad¬ 
justment. (Progress Report No. 25.) Clarence H. 
Graham, Lorrin A. Riggs and others. OEMsr- 
1059. Brown University. January 19, 1945. 

220 Testing and Training of Personnel 

220.1 Testing 

Ml [Testing of personnel.] Progress report [Of] Project 
No. 10. Leonard Carmichael, John L. Kennedy 
and others. [OEMsr-66;] Research Project No. 10. 
Tufts College. [February, 1942.] 

M2 [Testing of personnel.] Progress report t of] Project 
No. 10. Clarence H. Graham, Lorrin A. Riggs and 
others. t OEMsr-66;] Research Project No. 10. 
Brown University. [February 9, 1942.] 

M3 Visual problems in fire control. Progress report of 
Project No. 10. Ross A. McFarland, Alfred H. 
Holway and others. Research Project No. 10. 
February 9, 1942. 

220.11 Emotional, Psychological and Neurotic Tests 

Ml [Effect of electric shock trials on fusion.] Progress 
report c of 3 Project No. 10. (n.a.) Research Project 
No. 10. Brown University. September 15, 1941. 
M2 Experiments with British seamen t at] Fort Monroe 
and Providence, October 8 to 17, 1941. (n.a.) 

[October, 1941. ] 

M3 [Electrical shock and apprehension tests on six 
British seamen.] Progress report [Of] Project No. 10. 
(n.a.) Research Project No. 10. Brown University. 
November 25, 1941. 

M4 Tests of emotional stability. (Division 7 Progress 
Report to the Services No. 18.) (n.a.) Research 

Project No. 10. Brown University. January 5, 
1942. 

M5 [Psychological tests of Brown University students.) 
Memorandum to Steering Committee [Of] Project 
No. 10. Clarence H. Graham. Research Project 
No. 10. Brown University. March 27, 1942. 

M6 Further analysis of the National Research Council 
Neurotic Inventory. Memorandum to Steering 
Committee [Of] Project No. 10. Clarence H. 
Graham. Research Project No. 10. Brown Uni¬ 
versity. April 9, 1942. 

M7 [Psychological tests.] Progress report [Ofj Project 
No. 10. (n.a.) Research Project No. 10. Brown 

University. April 25, 1942. 

M8 The relation of National Research Council Neu- 




DIVISION 7 • MICROFILM LIST 


207 


rotic Inventory scores and intelligence. (Division 7 
Report to the Services No. 27.) Clarence H. 
Graham. Research Project No. 10; OSRD No. 618. 
Brown University. May, 1942. 

M9 Preliminary analyses of the National Research 
Council Neurotic Inventory, (n.a.) Brown Uni¬ 
versity. Research Project No. 10. June 15, 1942. 

M10 Preliminary results with a battery of tests de¬ 
veloped for the selection of emotionally unstable 
service personnel, (n.a.) Research Project No. 10. 
Brown University. June 15, 1942. 

Mil A method for determining reaction time of binocu¬ 
lar fusion under conditions of stress, (n.a.) Re¬ 
search Project No. 10. Brown University. June 
15, 1942. 

M12 [Selection of emotionally unstable personnel.] 
Summary report of work done under Contract 
OEMsr-66, Project No. 10, Section D-2, NDRC. 
Clarence H. Graham, Lorrin A. Riggs and others. 
OEMsr-66; Research Project No. 10. Brown Uni¬ 
versity. July 20, 1942. 

M13 Shock-fusion performance of submarine men. (Prog¬ 
ress Report No. 2.) (n.a.) Research Project No. 

44. Brown University. September 9, 1942. 

M14 Evaluation of procedures used in the Brown Uni¬ 
versity research at the US Submarine Base, New 
London, Connecticut. (Progress Report No. 3.) 
(n.a.) Research Project No. 44. Brown University. 
September 21, 1942. 

M15 The two-hand coordination test performance of 
submarine men. (Progress Report No. 5.) (n.a.) 

Research Project No. 44. Brown University. 
September 28, 1942. 

M16 Item Analysis [No.] IV on the National Research 
Council Neurotic Inventory [tests taken by the] 
Submarine School population. (Progress Report 
No. 7.) (n.a.) Research Project No. 44. Brown 

University. November 3, 1942. 

M17 Selectivity of a battery of tests. Psychiatric criterion. 
(Progress Report No. 8.) (n.a.) OEMsr-570; Re¬ 

search Project No. 44. Brown University. Decem¬ 
ber 3, 1942. 

M18 Item Analysis [No.] V on the National Research 
Council Neurotic Inventory [tests taken by the] 
Submarine School population. (Progress Report 
No. 11.) (n.a.) Brown University. January 27, 

1943. 

M19 Results for selective experiments at the US Sub¬ 
marine Base, New London, February, 1943. (Prog¬ 
ress Report No. 14.) (n.a.) Research Project No. 
44. Brown University. February 27, 1943. 

M20 Selective data and tank performance f at the] US 
Submarine Base, New London, Connecticut. (Prog¬ 
ress Report No. 15.) (n.a.) OEMsr-570; Research 

Project No. 44. Brown University. March 8, 1943. 

220.12 Stereo and Vernier Acuity 

Ml The effect of blurredness of target on stereo judge¬ 
ments. Glenn A. Fry, V. E. Ellerbrock and Charles 
S. Bridgman. Research Project No. 10. [Ohio 
State University.] November 27, 1941. 


M2 A comparison of the Howard-Dolman and Verhoeff 
size confusion tests of stereoscopic ability. Elek 
Ludvigh. [November 27, 1941.] 

M3 Stereo acuity testing on aviation pilot candidates 
t at the 3 Philadelphia Navy Yard, (n.a.) [1942-j 

M4 Posture and stereo acuity. Ross A. McFarland, 
Alfred H. Holway and others. Research Project 
No. 10. Harvard University. April 24, 1942. 

M5 The application of the Wulfeck group test of 
stereo acuity at Randolph and Kelly Fields, May 
25 to 30, 1942. Samuel W. Fernberger. [May, 
1942.] 

M6 The precision, consistency and accuracy of visual 
range observations. (Division 7 Report to the Serv¬ 
ices No. 25.) Ross A. McFarland, Alfred H. Holway 
and others. Research Project No. 10; OSRD No. 
578. May 14, 1942. 

M7 An apparatus for measuring stereo and vernier 
acuity, (n.a.) Research Project No. 10. Harvard 
University. June 20, 1942. 

M8 Altered posture and stereo acuity, (n.a.) Research 
Project No. 10. Harvard University. June 20, 
1942. 

M9 Startle, pupil size, stereo and vernier acuity, (n.a.) 
Research Project No. 10. Harvard University. 
June 20, 1942. 

M10 The effect of exercise on stereo and vernier acuity, 
(n.a.) Research Project No. 10. Harvard Univer¬ 
sity. June 20, 1942. 

Mil The effects of metrazol on stereo and vernier acuity, 
(n.a.) Research Project No. 10. Harvard Uni¬ 
versity. June 20, 1942. 

M12 Loss of sleep, benzedrine and stereo acuity, (n.a.) 
Research Project No. 10. Harvard University. 
June 20, 1942. 

M13 The effects of variations in blood sugar on stereo 
and vernier acuity. (n.a.) Research Project No. 
10. Harvard University. June 20, 1942. 

M14 Low oxygen, low illumination, stereo and vernier 
acuity, (n.a.) Research Project No. 10. Harvard 
University. June 20, 1942. 

M15 The effects of hyperventilation on stereo and 
vernier acuity, (n.a.) Research Project No. 10. 
Harvard University. June 20, 1942. 

M16 Psychophysiological and psychophysical studies of 
stereo and vernier acuity. Ross A. McFarland, 
Alfred H. Holway and others. Research Project 
No. 10. Harvard University. June 20, 1942. 

M17 An investigation of the interval of time elapsing 
between the making of range and signal that range 
has been made, (n.a.) Research Project No. 10. 
[Harvard University] Howe Laboratory. June 22, 
1942. 

M18 Stereo and vernier acuity as affected by metrazol, 
loss of sleep, benzedrine, variations in blood sugar 
and hyperventilation. (Division 7 Report to the 
Services No. 44.) (n.a.) Research Project No. 44. 
November 28, 1942. 

M19 Stereo acuity in relation to accommodation and 
vergence. (Report No. 6.) Glenn A. Fry, Charles 





208 


DIVISION 7 • MICROFILM LIST 


220.13 


220.14 


S. Bridgman and M. J. Allen. [OEMsr-637.] [Ohio 
State University.] August 18, 1943. 

M20 A stereo micrometer device for precision measure¬ 
ments of stereoscopic and vernier acuities. (Report 
No. 1.) Lorrin A. Riggs and Roberta M. Daley. 
OEMsr-1059. Brown University. August 30, 1943. 

M21 Stereoscopic acuity and telescopic vision. Alfred 
H. Holway and Dorothea A. Jameson. Harvard 
University. 1944. 

M22 Visual acuities in telescopic vision. Alfred H. 
Holway, Dorothea A. Jameson and others. OEMsr- 
555; Research Project No. 10. Harvard University. 
December 28, 1945. 

M23 A proposed group test of stereo acuity, (n.a.) 
(n.d.) 

Dearborn Stereoscopic Testing 

Ml Reliability of the Dearborn instruments for testing 
stereoscopic vision, (n.a.) [OEMsr-555.] Harvard 

University. March 24, 1943. 

M2 Practice effect of the Dearborn instruments for 
testing stereoscopic vision, (n.a.) [OEMsr-555.] 

Harvard University. March 25, 1943. 

M3 The relation of Dearborn stereoscopic test scores 
to validation scores [Of Class V] at Camp Davis, 
(n.a.) [OEMsr-555.] Harvard University. March 

31, 1943. 

M4 The relation ©f Dearborn stereoscopic test scores to 
validation scores t of Class VI] at Camp Davis, 
(n.a.) [OEMsr-555.] Harvard University. March 

31, 1943. 

M5 The administration and standardization of the 
Dearborn vectographic pursuit test. (n.a.) 
[OEMsr-555.] Harvard University. April 8, 1943. 

M6 Miscellaneous notes on the Dearborn tests of stereo¬ 
scopic vision, (n.a.) [OEMsr-555.] Harvard Uni¬ 
versity. Research Project No. 10. April 12, 1943. 

M7 The Dearborn-Johnston test for depth perception, 
(n.a.) Harvard University, (n.d.) 

M8 The Dearborn-Johnston test of stereoscopic vision. 
(n.a.) (n.d.) 

Selection of Range Finder Operators 

Ml Knowledge-of-results training in ranging on a 
moving target, (n.a.) Research Project No. 10. 
Tufts College. April 22, 1942. 

M2 Tests of stereoscopic vision for the selection of 
range finder operators. Walter F. Dearborn, Philip 
W. Johnston and others. Research Project No. 10. 
Harvard University. May 1, 1942. 

M3 Description of instruments for use in the selection 
of stereoscopic range finder operators. (Division 7 
Report to the Services No. 30.) Merrill M. Flood. 
NDCrc-186; OSRD No. 592. Princeton University. 
May 18, 1942. 

M4 Tests of stereoscopic vision for the selection of 
range finder operators. Report on work at Camp 
Davis, (n.a.) Research Project No. 10. Harvard 
University. June 26, 1942. 

M5 Tests of stereoscopic vision for the selection of 
range finder operators. The Wulfeck test, (n.a.) 


Research Project No. 10. Harvard University. 
June 26, 1942. 

M6 Tests of stereoscopic vision for the selection of 
range finder operators. [Tests on Tufts University 
ROTC students.] (n.a.) Research Project No. 10. 
Harvard University. June 26, 1942. 

M7 Tests of stereoscopic vision for the selection of 
range finder operators. Experiment with 68th 
Coastal Artillery Group, (n.a.) Research Project 
No. 10. Harvard University. June 26, 1942. 

M8 Tests of stereoscopic vision for the selection of 
range finder operators. Recommendations as to use 
of Howard-Dolman apparatus, (n.a.) Research 
Project No. 10. Harvard University. June 26, 
1942. 

M9 Manual for use in the selection of stereoscopic 
range finder operators. (Division 7 Report to the 
Services No. 31.) Merrill M. Flood. NDCrc-186; 
OSRD No. 721. Princeton University. July 7, 
1942. 

M10 Learning rate and training program for stereo¬ 
scopic range finder observers. (Division 7 Report to 
the Services No. 48.) Merrill M. Flood. NDCrc- 
186; OSRD No. 1203. Princeton University. Feb¬ 
ruary 15, 1943. 

Mil Supplement to: Manual for use in the selection of 
stereoscopic range finder operators. (Division 7 Re¬ 
port to the Services No. 49.) Merrill M. Flood. 
NDCrc-186; OSRD No. 1210. Princeton Univer¬ 
sity. February 17, 1943. 

M12 Selection of stereoscopic range finder operators. 
(Division 7 Report to the Services No. 22.) (n.a.) 
(n.d.) 

220.15 Scoring Systems and Comparisons of Scores 

Ml Intercorrelations of scores on the Bott test of 
stereopsis, the Navy Mark II stereo trainer and the 
Tufts stereo trainer. Leonard Carmichael, Bertram 
Wellman and others. [Research Project No. 10(?)j 
Tufts College. April 24, 1942. 

M2 The test-retest reliabilities of the Bott test of 
stereopsis, the Navy Mark II stereo trainer and the 
Tufts stereo trainer. Leonard Carmichael, Bertram 
Wellman and others. [Research Project No. 10(?)] 
Tufts College. April 24, 1942. 

M3 Intercorrelations between scores on the Tufts stereo 
trainer, the Navy stereo trainer, the Bott test of 
stereo acuity, the vectographic pursuit apparatus, 
the Wulfeck group test of stereo acuity and two 
tests of general intelligence, (n.a.) Research Proj¬ 
ect No. 10. Tufts College. June 18, 1942. 

M4 The test-retest reliability coefficients of the Tufts 
stereo trainer, the Navy stereo trainer, Mark II, 
and the Bott test of stereo acuity, (n.a.) Research 
Project No. 10. Tufts College. June 18, 1942. 

M5 Comparison of men and women subjects on the 
Tufts stereo trainer, the Navy stereo trainer, Mark 
II, and the Bott test of stereo acuity, (n.a.) Re¬ 
search Project No. 10. Tufts College. June 18, 
1942. 

M6 The correlation between the Keystone and Bott 




DIVISION 7 • MICROFILM LIST 


209 


tests of stereopsis and influence of size of test 
stimuli in judgements of stereopsis. (n.a.) Re¬ 
search Project No. 10. Tufts College. June 18, 
1942. 

M7 A comparison of Wonderlic and Otis intelligence 
scores for submarine men and students. (Progress 
Report No. 1.) (n.a.) Research Project No. 44. 

Brown University. September 2, 1942. 

M8 The validation of tests against the Navy marking 
system. Samuel W. Fernberger. September 22, 
1942. 

M9 Second report re: Validation of tests against the 
Navy scoring system. Samuel W. Fernberger. 
October 19, 1942. 

M10 The relation of M-II and Dearborn-Johnston test 
scores to graduation standing at the Rangefield 
School, Navy Yard, Washington, D. C., January 
Class, 1942. (n.a.) January, 1943(?)j 

220.16 Fatigue and Motivation Factors 

Ml [The effect of fatigue on binocular spatial localiza¬ 
tion.] (Progress Report Nos. 1 to 4.) Robert J. 
Beitel, Jr., Adelbert Ames and Hermann M. 
Burian. OEMsr-473. Dartmouth Eye Institute. 
May 16, 1942 to February 27, 1943. 

M2 Fatigue tests. Continuous 13i/2-hours tracking 
fatigue test. (Report No. 2.) (n.a.) OEMsr-581. 

Tufts College. [February, 1943(?)j 

M3 Fatigue tests. Three-day test of fatigue effects 
under conditions of long hours on duty, limited 
sleep. (Report No. 3.) (n.a.) OEMsr-581. Tufts 

College. [February, 1943(?)j 

M4 Fatigue tests. Effect of sleep deprivation upon per¬ 
formance. (Report No. 4.) (n.a.) OEMsr-581. 

Tufts College. [February, 1943(?)j 

M5 Fatigue tests. Motivation in the performance of 
routine military tasks. (Report No. 5.) (n.a.) 

OEMsr-581. Tufts College. [February, 1943(?)j 

M6 Fatigue tests. Effect of a thirty-mile hike on stereo 
ranging, tracking and other tasks. (Report No. 6.) 
(n.a.) OEMsr-581. Tufts College. February, 1943. 

M7 Fatigue tests. The effect of short period exercise on 
stereo ranging. (Report No. 7.) (n.a.) OEMsr-581. 
Tufts College. February, 1943. 

M8 [The effect of fatigue on binocular spatial localiza¬ 
tion.] (Final report.) Robert J. Beitel, Jr., S. 
Howard Bartley and others. OEMsr-473. Dart¬ 
mouth Eye Institute. February 27, 1943. 

M9 Fatigue tests. The effect of diopter settings on 
stereo performance. (Report No. 8.) (n.a.) OEMsr- 
581. Tufts College. April 24, 1943. 

M10 Research on fatigue in service jobs. (Summary Re¬ 
port for August 1, 1942 to July 1, 1943.) Leonard 
C. Mead. OEMsr-581; OSRD No. 1592. Tufts 
College. June 30, 1943. 

Mil The performance of trained subjects on a com¬ 
plex task of four hours duration. (Memorandum 
No. 1.) Arthur C. Hoffman and Leonard C. Mead. 
OEMsr-581; OSRD No. 1701. Tufts College. July 
24, 1943. 

M12 The effects of motivation and of fatigue on stereo¬ 


scopic ranging and direct tracking. (Division 7 Re¬ 
port to the Services No. 56.) (n.a.) OSRD No. 

1478. Tufts College, (n.d.) 

220.17 Effects of Interrupted Operation 

Ml Retention of stereoscopic ability in the absence of 
practice, (n.a.) Research Project No. 10. [Har¬ 
vard University] Howe Laboratory. June 23, 1942. 

M2 The effect of a two-week layoff after training on 
stereo performance, (n.a.) OEMsr-66; Research 
Project No. 10. Tufts College. July 15, 1942. 

220.18 Effects of Sound on Operation 

Ml Bell pacing on a moving target, (n.a.) Research 
Project No. 10. Tufts College. April 18, 1942. 

M2 Fatigue tests. The effects of sound on accuracy of 
azimuth tracking. (Report No. 1.) (n.a.) OEMsr- 

581. Tufts College. September 18, 1942. 

M3 The effect of loud sounds on the ability of an 
observer to maintain continuous stereoscopic con¬ 
tact as in range finding. (Progress Report No. 6.) 
(n.a.) Research Project No. 44. Brown University. 
October 14, 1942. 

M4 The effects of loud sounds on the accuracy of 
azimuth tracking and of stereoscopic range finding. 
(Division 7 Report to the Services No. 37.) (n.a.) 
November 27, 1942. 

220.19 Miscellaneous Tests 

Ml The target position effect on constant error in the 
Tufts trainer and in the Navy trainer, Mark II, 
Model II. (n.a.) Research Project No. 10. Tufts 
College. April 20, 1942. 

M2 The effect of the inter-eyepiece distance setting in 
the Navy and Tufts trainers on constant error. An 
apparatus for the accurate and reliable measure¬ 
ment of inter-eyepiece distance, (n.a.) Research 
Project No. 10. Tufts College. April 20, 1942. 

M3 The dependence of cyclophoria on eye and head 
position. (Report No. 7.) Glenn A. Fry, Charles S. 
Bridgman and M. J. Allen. [OEMsr-637.] [Ohio 
State University.] August 25, 1943. 

M4 Speed and accuracy in spotting with a height 
finder. (Report No. 9.) Glenn A. Fry, Charles S. 
Bridgman and others. t OEMsr-637.] [Ohio State 
University.] September 15, 1943. 

220.2 Training 

Ml An investigation of the amount of practice advis¬ 
able in ranging on a simulated diving aeroplane 
target, (n.a.) Research Project No. 10. [Harvard 
University] Howe Laboratory. June 22, 1942. 

220.21 Instruments 

220.211 Tufts Trainer 

Ml The Tufts trainer, (n.a.) Research Project No. 
10. Tufts College. April 14, 1942. 

M2 Constant error and variability in the Tufts trainer 
as influenced by techniques of bracketing on a sta¬ 
tionary target, (n.a.) Research Project No. 10. 
Tufts College. April 16, 1942. 



210 


DIVISION 7 • MICROFILM LIST 


M3 High impedance direct-reading vacuum tube volt¬ 
meter for DC. (n.a.) Research Project No. 10. 
Tufts College. July, 1942. 

M4 Description of the Tufts tracking trainer. (Report 
No. 11.) Bradford B. Hudson and Lloyd V. Searle. 
OEMsr-581; Research Project No. SOS-6; OSRD 
No. 3286. Tufts College. February 5, 1944. 

220.212 Mark II Navy Stereo Trainer. 

Ml Experiments determining the effect of the relative 
position of target and reticule on dial readings in a 
Mark II stereoscopic training instrument, (n.a.) 
(n.d.) 

M2 Experiments comparing results obtained with a 
Mark II stereoscopic training instrument and those 
obtained in free space, (n.a.) (n.d.) 

220.213 Miscellaneous Instruments 

Ml A comparison of the accuracy of stereo ranging on 
targets of different types, (n.a.) Research Project 
No. 10. [Harvard University] Howe Laboratory. 
June 23, 1942. 

M2 Specifications for proposed M-4 range finder trainer 
for US Army, (n.a.) t OEMsr-56.] Eastman Kodak 
Company. July 7, 1942. 

M3 Analysis of factors effective in the use of the stereo¬ 
scopic range and height finder. (Division 7 Report 
to the Services No. 32.) (n.a.) OSRD No. 869. 

September 9, 1942. 

M4 The Brown stereoscopic trainer. (Progress Report 
No. 4.) (n.a.) Research Project No. 44. Brown 

University. September 23, 1942. 

M5 The Eastman trainer for range finder observers. 
(Division 7 Report to the Services No. 39.) (n.a.) 
OEMsr-56 and NDCrc-186. Eastman Kodak Com¬ 
pany and Princeton University. October 17, 1942. 

220.3 Optical Tracking 

220.31 Handwheel Control 

Ml Inertia, friction and diameter in handwheel track¬ 
ing. (Report No. 4.) (n.a.) OEMsr-453. Foxboro 
Company. September 15, 1943. 

M2 Preliminary investigation of tandem tracking. 
(Memorandum No. 24.) (n.a.) OEMsr-453. Fox¬ 
boro Company. June 28, 1945. 

220.311 Accuracy 

Ml A study of factors determining accuracy of tracking 
by means of handwheel control. (Division 7 Report 
to the Services No. 71.) (n.a.) OEMsr-453; OSRD 
No. 3451. Foxboro Company. September 30, 1942. 

M2 A supplemental study of factors determining accu¬ 
racy of tracking by means of handwheel control. 
(Division 7 Report to the Services No. 72.) (n.a.) 
OEMsr-453; OSRD No. 3452. Foxboro Company. 
December 7, 1942. 

M3 Handwheel speed and accuracy of tracking. (Divi¬ 
sion 7 Report to the Services No. 73.) (n.a.) 

OEMsr-453; OSRD No. 3453. Foxboro Company. 
May 12, 1943. 


M4 Relative accuracy of handwheel tracking with one 
and both hands. (Division 7 Report to the Services 
No. 75.) (n.a.) OEMsr-453. Foxboro Company. 

November 20, 1943. 

M5 Effects of target speeds and rates of turning on 
accuracy of direct handwheel tracking. (Memo¬ 
randum No. 13.) (n.a.) OEMsr-453. Foxboro 

Company. July 6, 1944. 

220.312 Magnification 

Ml Improvement in direct, aided and velocity tracking 
through magnification of data presentation. 
(Memorandum No. 14.) (n.a.) OEMsr-453. Fox¬ 

boro Company. August 24, 1944. 

M2 Influence of visual magnification on accuracy of 
tracking. (Division 7 Report to the Services No. 90.) 
(n.a.) OEMsr-453. Foxboro Company. April 5, 
1945. 

220.32 Slewing and Central Tracking 

Ml Comparative studies of slewing and central track¬ 
ing with a variety of types of machine gun sights. 
(Division 7 Report to the Services No. 88.) (n.a.) 
OEMsr-453. Foxboro Company. January, 1945. 

M2 Studies in lead tracking with machine gun sights. 
(Division 7 Report to the Services No. 92.) (n.a.) 
OEMsr-453. Foxboro Company. June, 1945. 

220.33 Hand and Foot Control 

Ml Simultaneous hand and foot operation of tracking 
and ranging controls. (Memorandum No. 12.) 
(n.a.) OEMsr-453. Foxboro Company. June 27, 
1944. 

M2 Simultaneous tracking and ranging with hands and 
feet versus all hand control. (Memorandum No. 
15.) (n.a.) OEMsr-453. Foxboro Company. Sep¬ 
tember 15, 1944. 

M3 Single versus double-pedal ranging while handle¬ 
bar tracking. (Memorandum No. 16.) (n.a.) 

OEMsr-453. Foxboro Company. October 20, 1944. 

M4 Studies of direct tracking and simultaneous stadia- 
metric ranging. (Division 7 Report to the Services 
No. 87.) (n.a.) December, 1944. 

220.34 Miscellaneous Optical Tracking Problems 

Ml Relative effectiveness of make-and-break and con¬ 
tinuous tracking in range at various rates of change 
of angular disparateness, (n.a.) Research Project 
No. 10. [Harvard University] Howe Laboratory. 
June 22, 1942. 

M2 Sex differences in stereoscopic ranging and in 
visual tracking. (Division 7 Report to the Services 
No. 52.) (n.a.) February 23, 1943. 

M3 A study of antiaircraft tracking. (Final report.) 
John V. Atanasoff, Harold V. Gaskill and others. 
OEMsr-165. Iowa State College, (n.d.) 

M4 A study of antiaircraft tracking. (Supplement to 
final report.) John V. Atanasoff, Harold V. Gaskill 
and others. OEMsr-165. Iowa State College, 
(n.d.) 

M5 A study of antiaircraft tracking. (Supplementary 



DIVISION 7 • MICROFILM LIST 


211 


Report No. II.) John V. Atanasoff, Harold V. Gas- 
kill and Sam Legvold. OEMsr-165. Iowa State 
College, (n.d.) 

230 Vision Problems 

230.1 Chromatic Dispersion 

Ml The chromatic dispersion of the human eye and 
its possible influence on stereoscopic range find¬ 
ing. (Division 7 Report to the Services No. 35.) 
(n.a.) OEMsr-637; Research Project No. 10; OSRD 
No. 923. Ohio State University. October 1, 1942. 

M2 The relation of chromatic aberration and disper¬ 
sion of the eye to the blurredness of an object seen 
through the M-l height finder. Glenn A. Fry, 
Charles S. Bridgman and others. [OEMsr-637.] 
[Ohio State University.] July 1, 1943. 

M3 Means for measuring and compensating chroma- 
stereopsis with special reference to the use of the 
M-l height finder. Glenn A. Fry, Charles S. Bridg¬ 
man and others. [OEMsr-637.] [Ohio State Uni¬ 
versity.] September 20, 1943. 

230.2 Ocular Research 

Ml Measures of interpupillary distance. (Progress Re¬ 
port No. 20.) Lorrin A. Riggs, Roberta M. Daley 
and F. A. Mote. OEMsr-1059. Brown University. 
October 16, 1944. 

M2 An investigation of possible effects attributable to 
torsion in stereoscopic performance. (Progress Re¬ 
port No. 24.) Clarence H. Graham, Lorrin A. 
Riggs and others. OEMsr-1059. Brown Univer¬ 
sity. December 5, 1944. 

230.21 Binocular Vergence 

Ml Apparent distance. Binocular vergence and target 
size, (n.a.) [OEMsr-555;j Research Project No. 
10. Harvard University. June 20, 1942. 

M2 The limits of binocular fusion. Binocular vergence. 
(n.a.) [OEMsr-555;] Research Project No. 10. 

Harvard University. June 20, 1942. 

M3 The limits of binocular fusion. Target size, (n.a.) 
[OEMsr-555;] Research Project No. 10. Harvard 
University. June 20, 1942. 

M4 Apparent size and binocular vergence. (n.a.) 
[OEMsr-555;] Research Project No. 10. Harvard 
University. June 20, 1942. 

300 AUTOMATIC DEVICES AND AIDS 

310 Computing Machines 

311 Theory 

Ml Some experimental results on the deflection mecha¬ 
nism. Claude E. Shannon. [Princeton University.] 
June 26, 1941. 

M2 The theory and design of linear differential equa¬ 
tion machines. (Division 7 Report to the Services 
No. 20.) Claude E. Shannon. Bell Telephone 
Laboratories, Inc. January, 1942. 


M3 Backlash in overdamped systems. Claude E. Shan¬ 
non. (n.d.) 

312 Types 

312.1 Relay Interpolators 

Ml A statement concerning the future availability of 
a new computing device. (AMP Note No. 7.) 
George R. Sdbitz. Applied Mathematics Panel. 
November, 1943. 

M2 Relay computers. (AMP Report No. 171.1R.) 
George R. Stibitz. Applied Mathematics Panel. 
February, 1945. 

M3 A talk on relay computers. (AMP Memorandum 
No. 171.1M.) George R. Stibitz. Applied Mathe¬ 
matics Panel. March, 1945. 

M4 Relay interpolator. S. B. Williams. OEMsr-1160. 
Bell Telephone Laboratories, Inc. October 31, 
1945. 

312.2 Tape Recorders 

Ml Instruction book [for the] data recording system. 
(Issue 3, Book 4.) (n.a.) OEMsr-965. Bell Tele¬ 
phone Laboratories, Inc. October 21, 1944. 

M2 Instruction manual [for the] tape dynamic tester, 
Model 1, for testing antiaircraft directors and com¬ 
puters. (n.a.) OEMsr-904. Bell Telephone Labo¬ 
ratories, Inc. November 30, 1944. 

312.3 Slide Rule 

Ml Stibitz computing machine, Model B, designed and 
built by Department of Physics t of the] University 
of North Carolina. R. R. Monroe. OEMsr-767. 
University of North Carolina, (n.d.) 

313 Smoothing and Smoothers 

313.1 Theory 

Ml The theory of linear differential and smoothing 
operators. Claude E. Shannon. [Princeton Uni¬ 
versity.] June 8, 1941.] 

M2 The extrapolation, interpolation and smoothing of 
stationary time series, with engineering applica¬ 
tions. ([Division 7 Report to the Services No. 19.]) 
Norbert Wiener. MIT Research Project DIC-6037; 
[OSRD No. 370]. Massachusetts Institute of Tech¬ 
nology. February 1, 1942. 

M3 Notes on: The extrapolation, interpolation and 
smoothing of stationary time series, by Norbert 
Wiener (Division 7 Report to the Services No. 19). 
Peter G. Bergmann. December 14, 1942. 

M4 The evaluation of integrals arising in exponential 
delay averages. (AMP Report No. 50.1.) (n.a.) 

AMG-Columbia. September, 1943. 

M5 Digest of manual on: The extrapolation, interpola¬ 
tion and smoothing of stationary time series, with 
engineering applications, by Norbert Wiener 
(OSRD Report No. 370). P. J. Daniell. OSRD 
Liaison Office No. W-386-1. (n.d.) 



212 


DIVISION 7 • MICROFILM LIST 


313.2 Smoothers 

Ml A height data smoothing mechanism. Claude E. 
Shannon. May 26, 1941. 

M2 Description and operating instructions for 
smoother, T-l. (n.a.) OEMsr-899. Bristol Com¬ 
pany. November, 1943. 

320 Servomechanisms 

321 Theory and Design of Servos 

321.1 Theory 

Ml Behavior and design of servomechanisms. (Progress 
Report No. 2.) Gordon S. Brown. OSRD No. 39. 
Massachusetts Institute of Technology. November, 
1940. 

M2 Study and experimental investigation in connec¬ 
tion with computing and servo units for range 
finders, (n.a.) OSRD No. 617. General Motors 
Corporation. April 1, 1942. 

M3 The analysis and synthesis of linear servomecha¬ 
nisms. Albert C. Hall. Massachusetts Institute of 
Technology. May, 1943. 

M4 [Bibliography of the] Manual Tracking Panel Li¬ 
brary. (List No. A.) (n.a.) OSRD Liaison Office 

No. WA-5036-6. Ministry of Supply [Great 
Britain]. August, 1945. 

M5 [Bibliography of the] Servo Panel Library. (List 
Nos. A-2 and B-2.) (n.a.) OSRD Liaison Office 

Nos. WA-5036-4 and -5. Ministry of Supply [Great 
Britain]. August, 1945. 

M6 Research program on servomechanisms. (Division 7 
Progress Report to the Services No. 1.) (n.a.) 

Massachusetts Institute of Technology, (n.d.) 

M7 The analysis and design of servomechanisms. (Divi¬ 
sion 7 Progress Report to the Services No. 23.) 
Herbert Harris, Jr. OSRD No. 454. Massachu¬ 
setts Institute of Technology, (n.d.) 

321.2 Control and/or Servomechanisms 

Ml Servomechanism development, (n.a.) OEMsr-686. 
Westinghouse Electric and Manufacturing Com¬ 
pany, Inc. [1943(?)j 

M2 Integrator test device and polaroid-type torque 
amplifier, (n.a.) OEMsr-856. University of Penn¬ 
sylvania. April 27, 1943. 

M3 Hydraulic remote control for 37 and 40-mm gun 
mounts. (Division 7 Report to the Services No. 58.) 
(n.a.) OEMsr-522; MIT Research Project DIC- 
6047; OSRD No. 1763. Massachusetts Institute of 
Technology. June 1, 1943. 

M4 Description and operating instructions for the oil 
gears, M-3B1, when used with the remote control 
system, M-9 or M-10. (n.a.) MIT Research Proj¬ 
ect DIC-6117. Massachusetts Institute of Technol¬ 
ogy. Revised: July 8, 1943. 

M5 Experimental and analytical studies on oil gears, 
M-3B1. (n.a.) W-241-ORD-2592; MIT Research 

Project DIC-6117. Massachusetts Institute of 
Technology. September, 1943. 

M6 Fundamental studies in servomechanisms rated ap¬ 


proximately 100 watts. Volume 1, Hydraulic servos. 
Volume 2, Electric servos. (Division 7 Report to 
the Services Nos. 65 and 66.) (n.a.) W-241-ORD- 
1142; MIT Research Project DIC-6097. Massachu¬ 
setts Institute of Technology. September, 1943. 

321.21 Electric (Including Hydraulic in Combination) 

Ml [A] 400-cycle frequency controlled motor-generator 
set. (Division 7 Report to the Services No. 86.) 
(n.a.) OEMsr-1292. Leeds and Northrup Com¬ 

pany. January 15, 1945. 

M2 Control and stabilization of clutch servos. Donald 
L. Hill. OEMsr-964. Barber-Colman Company. 
May, 1945. 

321.22 Pneumatic 

Ml Introductory pneumatic analysis. An elementary 
presentation of pneumatic methods for designers 
and engineers. Eugene Stolarik. OEMsr-1366. 
[Lawrance Aeronautical Corporation.] April 10, 
1945. 

M2 Pneumatic computing devices for Lawrance Aero¬ 
nautical Corporation. (Report No. I.) Ralph E. 
Byrne, Jr. Barber-Colman Company. May 9, 
1945. 

M3 Stability of pneumatic cup. Tube systems. (Report 
No. II.) Ralph E. Byrne, Jr. Barber-Colman 
Company. May 28, 1945. 

321.221 Tilt-angle Indicator 

Ml Small inclinometer. Irving T. Zuckerman. 
OEMsr-1366. Lawrance Aeronautical Corporation. 
April 1, 1945. 

M2 Dive-angle indicator. Irving T. Zuckerman. 
OEMsr-1366. Lawrance Aeronautical Corporation. 
September 15, 1945. 

321.222 Torpedo Controls 

Ml Torpedo control development. (Report No. 2.) 
(n.a.) OEMsr-1144. Foxboro Company. April 21, 
1944. 

M2 Depth engine. Irving T. Zuckerman. OEMsr- 
1366. Lawrance Aeronautical Corporation. Sep¬ 
tember 17, 1945. 

M3 [A] 500-pound torpedo regulating valve. John F. 
Taplin. OEMsr-1366. Lawrance Aeronautical 
Corporation. September 24, 1945. 

M4 Torpedo depth control development. (n.a.) 
OEMsr-1144. Foxboro Company. [March, 1946.] 

321.223 PUSS Components 

Ml PUSS Project. John F. Taplin and Bruce B. 
Young. OEMsr-1366. Lawrance Aeronautical 
Corporation. September 25, 1945. 

M2 The gyroscope units for the pilot’s universal sight¬ 
ing system. C. F. Shriver, W. Bornemann and 
others. OEMsr-56; Problem No. DD-2492VV. 
Eastman Kodak Company. November 1, 1945. 

321.224 Miscellaneous Pneumatic Servos 

Ml A reed-controlled speed regulator for air-driven 



DIVISION 7 • MICROFILM LIST 


213 


wheels. Henry Harrison. Eastman Kodak Com¬ 
pany. March 22, 1944. 

M2 Pneumatic variable resistor. Eugene Stolarik. 
OEMsr-1366. Lawrance Aeronautical Corporation. 
August 20, 1945. 

M3 Vacuum regulator valve. Irving T. Zuckerman. 
OEMsr-1366. Lawrance Aeronautical Corporation. 
September 15, 1945. 

M4 Pressure reproducer. Irving T. Zuckerman. 
OEMsr-1366. Lawrance Aeronautical Corporation. 
September 18, 1945. 

M5 Camera stabilizer. John F. Taplin. OEMsr-1366. 
Lawrance Aeronautical Corporation. September 
25, 1945. 

322 Gyro Substitutes 

322.1 Fluid Gyroscope 

Ml Description of the fluid gyroscope. (Division 6. 
Report No. D42/R651.) Calvin A. Gongwer. Serv¬ 
ice Project No. NO-147. Columbia University, 
New London Laboratory. December 22, 1943. 


322.2 Vibrating Reed 

Ml The application of a vibrating rod as a rate meas¬ 
uring device. (Report No. ARL/N-1/79.03-F.) 
(n.a.) OSRD Liaison Office No. WA-960-10. Ad¬ 
miralty Research Laboratory [Great Britain}. 
August 23, 1943. 

323 Accelerometer 

Ml Gun turret smoothness tester, (n.a.) OEMsr-1185. 
Waugh Equipment Company. April, 1946. 

324 Muzzle Velocity Instrument 

Ml Doppler chronograph development. (Division 7 
Report to the Services No. 81.) Leon Katz. 
OEMsr-983; Service Project No. OD-IOO. Westing- 
house Electric and Manufacturing Company, Inc. 
May 5, 1944. 

M2 Handbook of operating and maintenance instruc¬ 
tions for T-4 chronograph. (Division 7 Report to 
the Services No. 101 [Covering the period from] 
August 2, 1944 to December 31, 1945.) (n.a.) 

OEMsr-1405; Service Project No. OD-IOO. West- 
inghouse Electric and Manufacturing Company, 
Inc. October 10, 1945. 


SECRET 


























DIVISION 8 • HIGH EXPLOSIVES 

Microfilm Index 


10 BIBLIOGRAPHY 

100 HIGH EXPLOSIVES, PREPARATION OF 

101 RDX (Cyclonite)-Cyclotrimethylenetrinitramine 

101.1 RDX (B) 

101.2 RDX, Mixtures of 

102 HMX 

103 Haleite (EDNA)-Ethylenedinitramine 

103.1 Ethylene Urea 

104 DINA-Bis (2-nitroxyethyl) nitramine 

105 Nitramines, Miscellaneous 

106 Nitro Compounds, Aliphatic and Aromatic 

107 Polymers, Explosive 

108 Fivonite-Tetramethylocyclopentanone tetranitrate 

109 Explosives, Miscellaneous 

110 Laboratory Experimentation 

110.1 Nitration 

110.11 Polynitrates 

110.12 Phenols 

110.13 Kinetic studies 

110.2 Alcohols, Complex 

110.3 Crystallography 

110.4 Miscellaneous Experimental Research 

200 HIGH EXPLOSIVES, PROPERTIES OF 

201 Stability 

202 Sensitivity 

203 Thermal Reactions 

203.1 Gas Evolution 

203.2 Combustion, Heats of 

300 HIGH EXPLOSIVES, APPLICATION OF 

301 Anti-Aircraft Bursts 

302 Streamers, Explosive 

303 Microwave Tube Destruction 

304 Liquid Explosives 

400 EXPLOSIVE PHENOMENA, EXPERIMENTAL STUDY 
OF 

401 Detonation, Flash Photography of 

402 Shaped Charge Studies 

403 Initial Shock Wave Studies 

404 Penetration Studies 


405 Fragmentation Studies 

406 Cavity Charges 

500 DETONATION, STUDIES OF 

501 Velocity 

502 Detonation Waves 

600 PROPELLANTS 

601 Burning, Theory of 

602 Analyses 

602.1 Chemical 

602.2 Stability 

602.3 Physical Properties 

602.4 Chromatographic Studies 

603 Composite Propellants 

603.1 Molded 

603.2 Solvent, Extruded 

604 Cast Propellants 

604.1 Perchlorate 

604.2 Double-Base 

605 Flashless Propellants 

605.1 Albanite 

606 Cellulose Nitrate Investigation 

607 Propellant Investigation, Miscellaneous 

607.1 Plastics 

607.2 Small Batches of Powder 

607.3 Foreign Types 

607.4 Smokeless Powder 

607.5 Rocket Propellants 
(See also: 603 and 604) 

607.6 Jet Propulsion 

607.7 Nozzle Designs 

700 EXPLOSIVE DEVICES 

701 Tracers 

702 Igniters 

703 Primers 

704 Boosters 

705 Fuzes 

800 MISCELLANEOUS RESEARCH 

801 Waxes 

802 Emulsifiers 

803 Slurries 


lCRET 


I 


215 




DIVISION 8 • HIGH EXPLOSIVES 

List of Microfilmed Reports 


10 BIBLIOGRAPHY 

Ml Bibliography of OSRD reports issued by Division 8 
of the National Defense Research Committee. 
A. H. Blatt. OSRD No. 6630. April 19, 1946. 

100 HIGH EXPLOSIVES, PREPARATION OF 

Ml Introduction to explosives. George B. Kistiakowsky. 
OEMsr-202; Service Project Nos. OD-01, OD-04 
and NO-290; OSRD No. 5401. Carnegie Institute 
of Technology. August 2, 1945. 

M2 Surveillance of high explosives. Harold Salwin and 
F. H. Westheimer. OEMsr-202; Service Project Nos. 
OD-01, NO-231 and NO-290; OSRD No. 5596. 
Carnegie Institute of Technology. November 8, 
1945. 

101 RDX (Cyclonite)-Cyclotrimethylenetrinitramine 

Ml The preparation of cyclonite. (Report No. 2.) Wer¬ 
ner E. Bachmann, Frank C. Whitmore and Walter 
R. Kirner. Service Project No. OD-12; OSRD No. 
65. January 17, 1941. 

M2 The preparation of cyclonite, RDX. Detailed report 
on the nitration of hexamethylenetetramine. (Re¬ 
port No. 38, to June 1, 1941.) Frank C. Whitmore. 
NDCrc-8 and NDCrc-66; Service Project No. OD-12; 
OSRD No. 100. Pennsylvania State College. June 
11, 1941. 

M3 Properties and performance of RDX. (Report No. 
74.) George B. Kistiakowsky and Robert C. Elder- 
field. OSRD No. 136. August 25, 1941. 

M4 The preparation of cyclonite, RDX. (Final Report 
No. 88, to September 15, 1941.) Werner E. Bach¬ 
mann. NDCrc-87; Service Project No. OD-12; 
OSRD No. 150. University of Michigan. October 
8, 1941. 

M5 The preparation of RDX. (Progress Report No. 97, 
to September 15, 1941.) John R. Johnson. NDCrc- 
23; Service Project No. OD-12; OSRD No. 159. 
Cornell University. October 27, 1941. 

M6 Engineering Laboratory investigation of cyclonite 
process. (Report No. 257.) (n.a.) OEMsr-181; Serv¬ 
ice Project No. OD-12; OSRD No. 612. Western 
Cartridge Company. June 8, 1942. 

M7 Studies relating to the Bachmann process. (Progress 
Report No. 318, to July 30, 1942.) John R. Johnson. 
OEMsr-193; Service Project No. OD-12; OSRD No. 
800. Cornell University. August 12, 1942. 

M8 Studies on the preparation and properties of RDX. 
(Progress Report No. 328, to August 15, 1942.) 
Werner E. Bachmann. NDCrc-87; Service Project 
No. OD-12; OSRD No. 820. University of Michi¬ 
gan. August 24, 1942. 

M9 The mechanism of formation of cyclonite. (Progress 
Report No. 393, to October 1, 1942.) George B. 
Kistiakowsky and Gregory P. Baxter. OEMsr-342; 


Service Project No. OD-12; OSRD No. 950. Harvard 
University. October 14, 1942. 

M10 RDX experimentation. (Volumes I and II. Formal 
Report No. 412 [for the period from] January 21 to 
August 8, 1942.) F. R. Conklin, D. C. Hull and 
others. OEMsr-393 and OEMsr-397; Service Project 
Nos. OD-12 and OD-04; OSRD No. 958. Tennessee 
Eastman Corporation. October 30, 1942. 

Mil The cause, prevention and removal of the coating 
formed in the apparatus used in the Tennessee East¬ 
man modification of the Bachmann process for the 
continuous preparation of RDX. (Progress Report 
No. 443, to October 15, 1942.) Frank C. Whitmore. 
OEMsr-243; Service Project No. OD-12; OSRD No. 
1121. Pennsylvania State College. December 4, 
1942. 

M12 The effects of closing each of the reactor feeds in 
the continuous process for the preparation of RDX. 
(Progress Report No. 453, to December 1, 1942.) 
Frank C. Whitmore. OEMsr-243; Service Project 
No. OD-12; OSRD No. 1089. Pennsylvania State 
College. December 11, 1942. 

M13 The mechanism of formation of cyclonite. (Progress 
Report to July 1, 1943.) Marvin Carmack, Ralph 
A. Connor and others. OEMsr-646; Service Project 
No. OD-12; OSRD No. 1733. University of Penn¬ 
sylvania. August 21, 1943. 

M14 The preparation of RDX by the direct nitrolysis of 
hexamine. Marvin Carmack. OEMsr-646; Service 
Project No. OD-12; OSRD No. 5398. University of 
Pennsylvania. August 7, 1945. 

M15 The preparation and properties of RDX, Composi¬ 
tion A. Eugene H. Eyster and C. A. Weltman. 
OEMsr-202; Service Project Nos. NO-290 and OD- 
01; OSRD No. 5626. Carnegie Institute of Tech¬ 
nology. December 29, 1945. 

M16 Studies on the mechanism of formation of cyclonite, 
RDX. Marvin Carmack, Isaiah Von and others. 
OEMsr-646; Service Project No. OD-12; OSRD No. 
6628. University of Pennsylvania. March 1, 1946. 

101.1 RDX (B) 

Ml Investigation of the RDX (B) process. (Final Report 
No. 431, to October 12, 1942.) (n.a.) OEMsr-220; 

Service Project No. OD-12; OSRD No. 1044. E. I. 
duPont de Nemours and Company, Inc. November 
21, 1942. 

M2 Composition B, cyclotol. (Progress Report to Janu¬ 
ary 15, 1943.) Eugene H. Eyster and M. A. Paul. 
OEMsr-202; Service Project Nos. OD-01, OD-04 and 
NO-B38; OSRD No. 1167. Carnegie Institute of 
Technology. January 29, 1943. 

M3 Hazards to the health of individuals working with 
RDX (B). F. William Sunderman. OEMsr-962; 
Service Project No. OD-12; OSRD No. 4174. Uni¬ 
versity of Pennsylvania. September 28, 1944. 


216 


DIVISION 8 • MICROFILM LIST 


217 


101.2 RDX, Mixtures of 

Ml Studies relating to the Ross process. (Report No. 
406.) John R. Johnson. OEMsr-193; OSRD No. 
979. Cornell University. July 30, 1942. 

M2 Studies on RDX and related compounds. (Interim 
Report Nos. RRC-1 to RRC-22 [Covering the period 
from] December 15, 1942 to October 15, 1944.) 
Compiled by: George B. Kistiakowsky and S. R. 
Aspinall. Service Project No. OD-12. 

M3 Specific conductance measurements of ammonium 
nitrate-nitric acid, water mixtures. (Progress Report 
to February 7, 1943.) Frank C. Whitmore and 
J. C. Aston. OEMsr-243; Service Project No. OD-12; 
OSRD No. 1195. Pennsylvania State College. Feb¬ 
ruary 13, 1943. 

M4 The analysis of RDX-HMX mixtures. (Final Report 
to July 1, 1943.) Ralph A. Connor, James Cason 
and others. OEMsr-245, OEMsr-243 and others; 
Service Project No. OD-12; OSRD No. 1711. Uni¬ 
versity of Michigan, Pennsylvania State College and 
others. August 14, 1943. 

M5 Studies on RDX (B) and related compounds. (Final 
Report to February 28, 1945.) Werner E. Bach- 
mann. OEMsr-245; Service Project No. OD-12; 
OSRD No. 5186. University of Michigan. June 9, 
1945. 

102 HMX 

Ml Preparation of HMX. (Progress Report No. 274, to 
June 22, 1942.) Frank C. Whitmore. OEMsr-243; 
Service Project No. OD-12; OSRD No. 652. Penn¬ 
sylvania State College. June 23, 1942. 

M2 The polymorphism of HMX. (Progress Report to 
January 30, 1943.) Alfred T. Blomquist. OEMsr- 
193; Service Project No. OD-12; OSRD No. 1227. 
Cornell University. February 27, 1943. . 

M3 The preparation of HMX. (Progress Report to 
October 1, 1943.) Werner E. Bachmann. OEMsr- 
245; Service Project No. OD-12; OSRD No. 1981. 
University of Michigan. November 3, 1943. 

M4 ,The impact sensitivity of HMX- and of RDX-HMX 
mixtures. Werner E. Bachmann, Alfred T. Blom¬ 
quist and others. OEMsr-245; Service Project No. 
OD-12; OSRD No. 4099. University of Michigan. 
September 5, 1944. 

103 Haleite (EDNA)-Ethylenedinitramine 

Ml EDNA and related compounds. (Progress Report 
No. 327, to August 15, 1942.) Werner E. Bachmann. 
NDCrc-87; Service Project No. OD-6; OSRD No. 
819. University of Michigan. August 24, 1942. 

M2 Stability of ethylenedinitramine, haleite and related 
nitramines. (Progress Report to August 1, 1943.) 
Hyman Henkin. OEMsr-202; Service Project No. 
OD-68; OSRD No. 1734. Carnegie Institute of 
Technology. August 21, 1943. 

M3 Production of haleite from ethylene urea. (Final 
Report to March 1, 1944.) (n.a.) OEMsr-765; Serv¬ 
ice Project No. OD-68; OSRD No. 3466. E. 1. 
duPont de Nemours and Company, Inc. April 12, 
1944. 


M4 The addition of oxides of nitrogen to ethylene. 
(Final Report to February 29, 1944.) Kenneth N. 
Campbell. OEMsr-669; Service Project No. OD-68; 
OSRD No. 3984. University of Notre Dame. 
August 8, 1944. 

103.1 Ethylene Urea 

Ml The synthesis of ethylene urea. Exploratory work. 
(Progress Report to May 13, 1943.) C. E. Schweitzer. 
OEMsr-373; Service Project No. OD-68; OSRD No. 
1487. E. I. duPont de Nemours and Company, Inc. 
June 2, 1943. 

M2 Synthesis of ethylene urea from urea and ethylene 
glycol. (Progress Report to May 19, 1943.) D. D. 
Lee. OEMsr-373; Service Project No. OD-68; OSRD 
No. 1619. E. I. duPont de Nemours and Company, 
Inc. July 19, 1943. 

M3 The production of ethylene urea by the ethylene- 
diamine-urea route. Part I, Process description. 
(Progress Report to August 11, 1943.) (n.a.) 

OEMsr-373; Service Project No. OD-68; OSRD No. 
1794. E. I. duPont de Nemours and Company, Inc. 
September 11, 1943. 

M4 Synthesis of ethylene urea by the ethylenediamine- 
urea route. Small scale development studies. (Prog¬ 
ress Report to July 29, 1943.) D. D. Lee and H. S. 
Lecky. OEMsr-373; Service Project No. OD-68; 
OSRD No. 1793. E. I. duPont de Nemours and 
Company, Inc. September 11, 1943. 

M5 The production of ethylene urea. Step 4, Synthesis 
from ethylenediamine and carbon dioxide. Process 
description. (Progress Report to November 23, 

1943. ) (n.a.) OEMsr-373; Service Project No. OD- 
68; OSRD No. 3080. E. I. duPont de Nemours and 
Company, Inc. January 6, 1944. 

M6 Production of ethylene urea by the ethylenediamine- 
urea route. Pilot plant studies. (Progress Report to 
April 17, 1944.) C. D. Bell. OEMsr-373; Service 
Project No. OD-68; OSRD No. 3751. E. I. duPont 
de Nemours and Company, Inc. June 8, 1944. 

M7 The production of ethylene urea from ethylene¬ 
diamine and carbon dioxide. A preliminary engi¬ 
neering study. (Final report.) (n.a.) OEMsr-1118; 

Service Project No. OD-68; OSRD No. 3857. E. I. 
duPont de Nemours and Company, Inc. July 4, 

1944. 

M8 The synthesis of ethylene urea from urea and 
ethylene glycol. Pilot plant studies. (Final report.) 
(n.a.) OEMsr-640; Service Project No. OD-68; 
OSRD No. 3822. E. I. duPont de Nemours and 
Company, Inc. July 4, 1944. 

M9 Synthesis of ethylene urea from ethylenediamine 
and carbon dioxide. Pilot plant study. (Final report.) 
H. S. Lecky. OEMsr-373; Service Project No. OD- 
68; OSRD No. 3851. E. I. duPont de Nemours and 
Company, Inc. September 8, 1944. 

104 DINA-BIS (2-Nitroxyethyl) Nitramine 

Ml Organic development problems. (Interim Report 
Nos. ODP-18 to ODP-27 [Covering period from] 




218 


DIVISION 8 • MICROFILM LIST 


April 15, 1944 to February 15, 1945.) Compiled by: 
Howard J. Fisher. Service Project Nos. NO-BIO, 
NO-117 and others. 

M2 Preparation of DINA. Safety tests, (n.a.) OEMsr- 
1332; Service Project No. NO-135; OSRD No. 4882. 
E. I. duPont de Nemours and Company, Inc. March 
31, 1945. 

M3 DINA and related compounds. (Final Report to 
May 31, 1945.) Alfred T. Blomquist. OEMsr-193; 
Service Project No. NO-135; OSRD No. 5155. Cor¬ 
nell University. June 9, 1945. 

M4 DINA and related compounds. (Final Report to 
May 31, 1945.) Marvin Carmack. OEMsr-646; Serv¬ 
ice Project No. NO-135; OSRD No. 5157. Uni¬ 
versity of Pennsylvania. June 19, 1945. 

M5 DINA and related compounds. (Final report.) 
Ralph L. Shriner. OEMsr-701; Service Project No. 
NO-135; OSRD No. 5156. Indiana University. 
August 7, 1945. 

M6 DINA. Process development and semiworks produc¬ 
tion. (Final report.) (n.a.) OEMsr-1332; Service 

Project No. NO-135; OSRD No. 5975. E. I. duPont 
de Nemours and Company, Inc. October 12, 1945. 
M7 Studies of the toxicity of DINA. (Final report.) 
(n.a.) OEMsr-962; Service Project No. NO-135; 
OSRD No. 5547. University of Pennsylvania. Jan¬ 
uary 17, 1946. 

105 Nitramines, Miscellaneous 

Ml Nitroamides. (Progress Report No. 23, to July 24, 
1941.) Roger Adams and C. S. Marvel. NDCrc-48; 
Service Project No. OD-15; OSRD No. 86. Univer¬ 
sity of Illinois. August 24, 1941. 

M2 The preparation of explosives from ethylenediamine. 
(Final Report No. 90, to September 15, 1941.) 
Werner E. Bachmann. NDCrc-21; Service Project 
No. OD-6; OSRD No. 152. University of Michigan. 
October 17, 1941. 

M3 Preparation and reactions of aliphatic imines. 
(Progress Report No. 99, to September 15, 1941.) 
John R. Johnson. NDCrc-23; Service Project Nos. 
CWS-4 and OD-5; OSRD No. 161. Cornell Univer¬ 
sity. October 27, 1941. 

M4 Nitration of mixtures of ammonium acetate and 
hexamine. (Report No. 234, to April 17, 1942.) 
Frank C. Whitmore. OSRD No. 540. Pennsylvania 
State College. April 30, 1942. 

M5 Color reactions of RDX, HMX and TNT. The 
preparation of various nitramines. (Progress Report 
to November 1, 1943.) Ralph L. Shriner. OEMsr- 
701; Service Project Nos. OD-6 and OD-12; OSRD 
No. 2054. Indiana University. November 25, 1943. 
M6 Studies on nitramines and nitrosohydroxylamines. 
(Final Report to March 1, 1944.) James Cason. 
OEMsr-790; Service Project No. OD-6; OSRD No. 
3567. Vanderbilt University. May 3, 1944. 

M7 The ultraviolet absorption spectra of nitramines, 
nitrosohydroxylamines and their salts. (Progress 
Report to April 1, 1944.) Marvin Carmack and 
J. J. Leavitt. OEMsr-646; Service Project Nos. OD-6 


and OD-12; OSRD No. 3565. University of Penn¬ 
sylvania. May 3, 1944. 

106 Nitro Compounds, Aliphatic and Aromatic 

Ml The synthesis of certain aliphatic nitro compounds. 
(Progress Report No. 92, to September 15, 1941.) 
H. B. Hass. NDCrc-35; Service Project No. OD-2; 
OSRD No. 154. Purdue University. October 18, 
1941. 

M2 Preparation of nitro compounds. (Progress Report 
No. 98, to September 15, 1941.) John R. Johnson. 
NDCrc-23; Service Project No. OD-5; OSRD No. 
160. Cornell University. October 27, 1941. 

M3 Aromatic aliphatic nitro compounds and nitrate 
esters. (Final Report No. 114, to September 15, 
1941.) Louis F. Fieser. NDCrc-5; Service Project 
No. OD-8; OSRD No. 176. Harvard University. 
November 13, 1941. 

M4 Studies relating to aliphatic nitramines. (Progress 
Report No. 382, to September 15, 1942.) John R. 
Johnson. OEMsr-193; Service Project Nos. OD-6 
and NO-BIO; OSRD No. 915. Cornell University. 
October 7, 1942. 

M5 Certain aliphatic nitramines and related compounds. 
Alfred T. Blomquist. OEMsr-193; Service Project 
No. OD-6; OSRD No. 4134. Cornell University. 
November 29, 1944. 

M6 Polarographic investigation of nitro compounds. 
James J. Lingane. OEMsr-1028; Service Project No. 
OD-118; OSRD No. 4564. Harvard University. 
January 9, 1945. 

107 Polymers, Explosive 

Ml The direct conversion of benzene to picric acid. 
(Progress Report No. 79.) Roger Adams and C. S. 
Marvel. NDCrc-48; Service Project No. OD-15r 
OSRD No. 141. University of Illinois. September 
20, 1941. 

M2 Explosive polymers. (Progress Report No. 364, to 
September 15, 1942.) C. S. Marvel. OEMsr-300; 
Service Project No. NO-BIO; OSRD No. 875. Uni¬ 
versity of Illinois. September 17, 1942. 

M3 Combustible nitro polymers. (Final Report to Feb¬ 
ruary 15, 1944.) (n.a.) OEMsr-643; Service Project 
No. OD-01; OSRD No. 3324. Rohm and Haas 
Company. March 6, 1944. 

108 Fivonite-Tetramethylolcyclopentanone Tetranitrate 

Ml Preparation and properties of fivonite. (Progress 
Report to August 2, 1943.) Amos Turk. OEMsr- 
202; Service Project No. OD-01; OSRD No. 1767. 
Carnegie Institute of Technology. September 3, 
1943. 

M2 Process design of a fivone pilot plant. (Final Report 
to November 24, 1943.) (n.a.) OEMsr-1126; Serv¬ 

ice Project Nos. OD-01 and OD-04; OSRD No. 3054. 
Phillips Petroleum Company. December 30, 1943. 

M3 Evaluation of fivonite as a high explosive. Eugene 
H. Eyster and Duncan P. MacDougall. OEMsr- 
202; Service Project Nos. OD-01 and NO-290; OSRD 



DIVISION 8 • MICROFILM LIST 


219 


No. 5627. Carnegie Institute of Technology. No¬ 
vember 5, 1945. 

109 Explosives, Miscellaneous 

Ml Explosives from hydroxy and amino compounds. 
(Progress Report No. 96.) Robert C. Elderfield. 
NDCrc-24 and NDCrc-162; Service Project No. OD- 
7; OSRD No. 158. Columbia University. October 
27, 1941. 

M2 Some properties of NENO and MNO as explosives. 
(Progress Report No. 240, to May 1, 1942.) Duncan 
P. MacDougall. OEMsr-202; Service Project No. 
OD-01; OSRD No. 560. Carnegie Institute of Tech¬ 
nology. May 8, 1942. 

M3 Preparation and testing of explosives. Index. 
(Interim Report Nos. PT-1 to PT-36 [Covering the 
period from] August 15, 1942 to August 15, 1945.) 
Compiled by: George B. Kistiakowsky and Howard 
J. Fisher. Service Project Nos. OD-01, OD-04 and 
others. 

M4 Explosives from hydroxy and amino compounds. 
(Progress Report No. 377, to September 15, 1942.) 
Robert C. Elderfield. OEMsr-137; Service Project 
No. OD-7; OSRD No. 907. Columbia University. 
September 30, 1942. 

M5 A comparison of cyclotol, pentolite and ednatol. 
(Progress Report to April 1, 1943.) Eugene H. 
Eyster and M. A. Paul. OEMsr-202; Service Project 
No. OD-01; OSRD No. 1364. Carnegie Institute of 
Technology. April 24, 1943. 

M6 PEP-2, PETN plastic explosive. Eugene H. Eyster 
and M. A. Paul. OEMsr-202; Service Project No. 
OD-04; OSRD No. 3240. Carnegie Institute of 
Technology. February 11, 1944. 

M7 Studies on the stability of PETN and pentolite. 
Stewart D. Brewer. OEMsr-202; Service Project No. 
OD-58; OSRD No. 3983. Carnegie Institute of 
Technology. August 8, 1944. 

M8 The gas evolution from torpex. F. H. Westheimer 
and John W. Dawson. OEMsr-202; Service Project 
Nos. OD-01, OD-04 and NO-231; OSRD No. 4085. 
Carnegie Institute of Technology. September 1, 
1944. 

M9 The preparation and properties of plastic high ex¬ 
plosives. Eugene H. Eyster. OEMsr-202; Service 
Project Nos. OD-04; OSRD No. 5631. Carnegie 
Institute of Technology. January 15, 1946. 

110 Laboratory Experimentation 

Ml Organic development problems. (Interim Report 
Nos. ODP-1 to ODP-17 [Covering the period fromj 
November 15, 1942 to April 15, 1944.) Compiled 
by: George B. Kistiakowsky and Howard J. Fisher. 
Service Project Nos. OD-68, NO-117 and others. 

M2 Development of inert materials to simulate explo¬ 
sives. (Final report.) J. B. Tepe. OEMsr-1467; 
Service Project No. NO-231; OSRD No. 6362. E. I. 
duPont de Nemours and Company, Inc. December 
4, 1945. 


110.1 Nitration 

Ml Preparation and reactions of nitroform. (Progress 
Report No. 82, to September 15, 1941.) Charles D. 
Hurd. NDCrc-7; Service Project No. OD-11; OSRD 
No. 144. Northwestern University. September 20, 
1941. 

M2 The reactions of xylene with aluminum chloride. 
(Progress Report No. 163.) Lee Irvin Smith. 
NDCrc-17; Service Project No. OD-10; OSRD No. 
333. University of Minnesota. January 20, 1942. 
M3 The nitration of furans. (Final Report No. 172, to 
May 1, 1941.) Henry Gilman. NDCrc-19; Service 
Project No. OD-1; OSRD No. 350. Iowa State Col¬ 
lege. January 28, 1942. 

M4 Nitration of melamine. (Progress Report No. 173, to 
January 1, 1942.) Frank C. Whitmore. NDCrc-66; 
Service Project No. OD-12; OSRD No. 351. Penn¬ 
sylvania State College. January 29, 1942. 

M5 The addition of oxides of nitrogen to ethylene. 
(Progress Report to March 15, 1943.) Kenneth N. 
Campbell and Richard S. Towne. OEMsr-669; 
Service Project No. OD-68; OSRD No. 1335. Uni¬ 
versity of Notre Dame. April 9, 1943. 

M6 The addition of oxides of nitrogen to ethylene. 
(Progress Report to September 15, 1943.) Kenneth 
N. Campbell. OEMsr-669; Service Project No. OD- 
68; OSRD No. 1891. University of Notre Dame. 
October 6, 1943. 

M7 The oxynitration reaction. (Progress Report to Jan¬ 
uary 13, 1944.) F. H. Westheimer. OEMsr-875; 
Service Project No. NO-117; OSRD No. 3154. Uni¬ 
versity of Chicago. January 19, 1944. 

110.11 Polynitrates 

Ml Preparation of polynitronaphthalenes. (Final Report 
No. 53.) T. L. Davis. NDCrc-12; Service Project 
No. OD-13; OSRD No. 115. Massachusetts Insti¬ 
tute of Technology. June 27, 1941. 

M2 Preparation of trinitrobenzene from benzene via 
picryl chloride. (Progress Report No. 141.) Roger 
Adams and C. S. Marvel. OEMsr-48; Service Proj¬ 
ect No. OD-5; OSRD No. 312. University of Illinois. 
December 15, 1941. 

M3 The preparation of tetranitromethane. (Progress Re¬ 
port No. 164.) Charles D. Hurd. NDCrc-7; Service 
Project No. OD-11; OSRD No. 334. Northwestern 
University. January 20, 1942. 

110.12 Phenols 

Ml The nitration of benzene and toluene in the absence 
of sulfuric acid according to a process submitted by 
the Autoxygen Company. Robert C. Elderfield. 
OEMsr-137; Service Project No. OD-9; OSRD No. 
1192. Columbia University. February 11, 1943. 

M2 The kinetics of the nitration of phenols. (Final 
report.) F. H. Westheimer, J. E. Bloom and others. 
OEMsr-875; Service Project No. NO-117; OSRD No. 
4024. University of Chicago. October 9, 1944. 

M3 The oxynitration of benzene to 2-, 4-dinitrophenol. 
Werner E. Bachmann. OEMsr-245; Service Project 





220 


DIVISION 8 • MICROFILM LIST 


No. NO-117; OSRD No. 4026. University of Michi¬ 
gan. February 28, 1945. 

M4 The oxynitration of benzene to nitrophenols. Mar¬ 
vin Carmack. OEMsr-646; Service Project No. NO- 
117; OSRD No. 4025. University of Pennsylvania. 
October 5, 1945. 

110.13 Kinetic Studies 

Ml The kinetics of nitration. (Final Report No. 146, 
to October 1, 1941.) Morris S. Kharasch and F. H. 
VVestheimer. NDCrc-4; Service Project No. OD-9; 
OSRD No. 295. University of Chicago. December 
29, 1941. 

M2 Kinetics of nitration. Preparation of trinitroethyl- 
benzene. (Progress Report No. 147, to October 1, 

1941.) Morris S. Kharasch and F. H. Westheimer. 
NDCrc-4; Service Project No. OD-9; OSRD No. 285. 
University of Chicago. December 29, 1941. 

M3 Kinetic studies on the nitration process. (Progress 
Report to September 30, 1942.) Robert C. Elder- 
field and Louis P. Hammett. OEMsr-305; Service 
Project No. OD-9; OSRD No. 1154. Columbia Uni¬ 
versity. January 25, 1943. 

M4 Kinetics of decomposition of various explosives. 
Hyman Henkin. OEMsr-202; Service Project Nos. 
OD-01 and OD-04; OSRD No. 3856. Carnegie Insti¬ 
tute of Technology. July 4, 1944. 

110.2 Alcohols, Complex 

Ml The preparation of anhydroenneaheptitol. (Final 
Report No. 83, to September 15, 1941.) M. L. 
Wolfrom. NDCrc-43; Service Project No. OD-04; 
OSRD No. 145. Ohio State University. October 
4, 1941. 

M2 The tetritols. A literature survey. (Final Report No. 
84, to September 15, 1941.) M. L. Wolfrom. 
NDCrc-43; Service Project No. OD-4; OSRD No. 
146. Ohio State University. October 6, 1941. 

M3 The preparation of sugar alcohols and glycosides 
for nitration studies. (Final Report No. 85, to Sep¬ 
tember 15, 1941.) M. L. Wolfrom. NDCrc-43; 
Service Project No. OD-4; OSRD No. 147. Ohio 
State University. October 7, 1941. 

M4 Preparation of pentaerythritol. (Final Report No. 
86, to August 13, 1941.) M. L. Wolfrom. NDCrc- 
43; Service Project No. OD-4; OSRD No. 148. Ohio 
State University. October 7, 1941. 

M5 The preparation of pentaerythritol. (Progress Re¬ 
port to September 1, 1943.) Robert C. Elderfield. 
OEMsr-224; Service Project No. OD-58; OSRD No. 
1804. Columbia University. September 16, 1943. 

110.3 Crystallography 

Ml Microscopic examination of high explosives and 
boosters. Alfred T. Blomquist. OEMsr-193; Serv¬ 
ice Project No. OD-109; OSRD No. 3014. Cornell 
University. August 1, 1941. 

M2 Crystallographic studies of RDX, HMX and related 
compounds. (Progress Report No. 289, to June 30, 

1942.) John R. Johnson. OEMsr-193; Service Proj¬ 


ect No. OD-12; OSRD No. 694. Cornell University. 
July 15, 1942. 

M3 The 32° transition of ammonium nitrate. (Progress 
Report to June 15, 1943.) J. F. Kincaid and R. C. 
St. George. OEMsr-202; Service Project Nos. OD-05 
and OD-14; OSRD No. 1577. Carnegie Institute of 
Technology. July 7, 1943. 

M4 Crystallographic studies of compounds related to 
RDX and HMX. (Progress Report to August 31, 

1943.) Alfred T. Blomquist. OEMsr-193; Service 
Project No. OD-12; OSRD No. 1803. Cornell Uni¬ 
versity. September 16, 1943. 

M5 The crystallography of haleite. (Final Report to No¬ 
vember 15, 1943.) Alfred T. Blomquist. OEMsr- 
193; Service Project No. OD-68; OSRD No. 2055. 
Cornell University. November 25, 1943. 

110.4 Miscellaneous Experimental Research 

Ml Preparation of aminoguanidine sulfate. (Progress 
Report No. 76, to August 1, 1941.) G. B. L. Smith. 
NDCrc-22; Service Project No. OD-3; OSRD No. 
138. Polytechnic Institute of Brooklyn. September 
17, 1941. 

M2 A study of recovery of acetic acid and ammonium 
nitrate from the Bachmann process. (Progress Re¬ 
port No. 182, to February 1, 1942.) Frank C. 
Whitmore. NDCrc-8; Service Project No. OD-12; 
OSRD No. 393. Pennsylvania State College. Feb¬ 
ruary 17, 1942. 

M3 An apparatus for the determination of particle size. 
(Final report.) F. A. Long. Service Project No. 
OD-04; OSRD No. 590. May 15, 1942. 

M4 The potentiometric titration of filtrates from the 
Bachmann process. (Progress Report No. 276, to 
June 22, 1942.) Frank C. Whitmore. OEMsr-243; 
Service Project No. OD-12; OSRD No. 654. Penn¬ 
sylvania State College. June 23, 1942. 

M5 Determination of water in RDX and Composition B. 
(Progress Report to January 1, 1943.) Eugene H. 
Eyster and M. A. Paul. OEMsr-202; Service Project 
No. OD-01; OSRD No. 1234. Carnegie Institute of 
Technology. March 2, 1943. 

M6 Color tests for high explosives. Ralph L. Shriner. 
OEMsr-701; Service Project No. OD-01; OSRD No. 
5397. Indiana University. August 4, 1945. 

M7 A chromatographic investigation of the impurities 
in certain samples of commercial RDX. Earl W. 
Malmberg. OEMsr-881; Service Project No. OD-12; 
OSRD No. 5944. California Institute of Technol¬ 
ogy. November 13, 1945. 

200 HIGH EXPLOSIVES, PROPERTIES OF 

Ml Methods of physical testing. (Progress Report No. 
307, to August 1, 1942.) Duncan P. MacDougall. 
OEMsr-202; Service Project No. OD-01; OSRD No. 
804. Carnegie Institute of Technology. August 11, 
1942. 

M2 Compilation of data on organic explosives. (Final 
report.) A. H. Blatt. OEMsr-741; Service Project 
Nos. NO-BIO and OD-01; OSRD No. 2014. Queens 
College. February 29, 1944. 




DIVISION 8 • MICROFILM LIST 


221 


201 Stability 

Ml Chemical tests for new explosives. (Progress Report 
No. 305, to July 1, 1942.) Russell McGill. OEMsr- 
202; Service Project No. OD-01; OSRD No. 787. 
Carnegie Institute of Technology. August 11, 1942. 

M2 Evaluation of explosives submitted to the Explo¬ 
sives Research Laboratory in 1941. (Progress Report 
No. 329.) Russell McGill and Saul Soloway. 
OEMsr-202; Service Project No. OD-01; OSRD No. 

830. Carnegie Institute of Technology. August 
25, 1942. 

M3 The stability of PETN and pentolite. (Progress Re¬ 
port to April 1, 1943.) Stewart D. Brewer and 
Hyman Henkin. OEMsr-202; Service Project No. 
OD-58; OSRD No. 1414. Carnegie Institute of 
Technology. May 14, 1943. 

M4 Surveillance testing of high explosives. (Progress 
Report to July 15, 1943.) Hyman Henkin. OEMsr- 
202; Service Project Nos. OD-01 and OD-04; OSRD 
No. 1947. Carnegie Institute of Technology. Octo¬ 
ber 23, 1943. 

M5 Methods of stability testing. (Report as of January 
1, 1944.) Hyman Henkin. OEMsr-202; Service 
Project Nos. OD-01 and OD-04; OSRD No. 3401. 
Carnegie Institute of Technology. March 22, 1944. 

M6 Studies related to the stability of PETN. (Progress 
Report to February 29, 1944.) Alfred T. Blomquist 
and James F. Ryan, Jr. OEMsr-193; Service Project 
No. OD-58; OSRD No. 3566. Cornell University. 

May 3, 1944. 

202 Sensitivity 

Ml The effect of mechanical stresses on high explosives. 
(Report No. 1.) Percey W. Bridgman. OSRD No. 

64. Harvard University. December 19, 1940. 

M2 The sensitivity of RDX, HMX and RDX-HMX 
mixtures. (Report No. 317, to July 30, 1942.) John 
R. Johnson. Service Project No. OD-12; OSRD No. 

797. August 12, 1942. 

M3 Sensitiveness of high explosives. (Progress Report 
to March 1, 1943.) J. G. Fox, W. S. Koski and 
R. W. Lawrence. OEMsr-719; Service Project No. 
OD-01; OSRD No. 1288. Hercules Powder Com¬ 
pany. March 23, 1943. 

M4 Sensitivity of explosives to projectile impact. 
Eugene H. Eyster, George B. Kistiakowsky and 
others. OSRD No. 3156. January 1, 1944. 

M5 A method of measuring the sensitiveness of high 
explosives to frictional impact. J. G. Fox. OEMsr- 
719; Service Project No. OD-01; OSRD No. 3185. 
Hercules Powder Company. January 27, 1944. 

M6 Sensitiveness of high explosives. ([Part] II.) J. G. 

Fox, W. S. Koski and others. OEMsr-719; Service 
Project No. OD-01; OSRD No. 3991. Hercules Pow¬ 
der Company. August 9, 1944. 

M7 Sensitiveness of high explosives. ([Part] III.) [. G. 

Fox, W. S. Koski and others. OEMsr-719; Service 203 
Project No. OD-01; OSRD No. 4962. Hercules 
Powder Company. April 21, 1945. 

M8 The sensitivity of various general purpose bombs 


and simulated rocket motors to projectile impact. 
William H. Rogers, Jr. and Eugene H. Eyster. 
OEMsr-202; Service Project Nos. OD-04, NO-231 
and NO-232; OSRD No. 5024. Carnegie Institute 
of Technology. May 2, 1945. 

M9 Physical testing of explosives. Part I, The sensitivity 
of explosives to bullet impact. Eugene H. Eyster 
and William H. Rogers, Jr. OEMsr-202; Service 
Project Nos. NO-290, OD-01 and NO-231; OSRD 
No. 5745. Carnegie Institute of Technology. No¬ 
vember 20, 1945. 

M10 Physical testing of explosives. Part II, Sensitivity 
studies with the drop-weight impact machine. 
Eugene H. Eyster and R. F. Davis. OEMsr-202; 
Service Project Nos. OD-01 and NO-290; OSRD No. 
5744. Carnegie Institute of Technology. December 
27, 1945. 

Mil Physical testing of explosives. Part III, Miscellane¬ 
ous sensitivity tests. Performance tests. L. C. Smith 
and Eugene H. Eyster. OEMsr-202; Service Project 
Nos. OD-01 and NO-290; OSRD No. 5746. Carnegie 
Institute of Technology. December 27, 1945. 

M12 Studies of the desensitization of torpex-2 and of the 
sensitivity of HBX. Eugene H. Eyster. OEMsr- 
202; Service Project No. NO-232; OSRD No. 5743. 
Carnegie Institute of Technology. January 2, 1946. 

M13 The sensitivity to bullet impact of aerial depth 
bombs loaded with TNT and with various HBX’s. 
William H. Rogers, Jr. and Eugene H. Eyster. 
OEMsr-202; Service Project No. NO-232; OSRD No. 
5748. Carnegie Institute of Technology. January 
15, 1946. 

M14 Sensitiveness of high explosives. (Fourth Formal 
Progress Report.) J. M. Downard, J. G. Fox and 
others. OEMsr-719; Service Project Nos. OD-01 and 
NO-290; OSRD No. 5632. Hercules Powder Com¬ 
pany. January 17, 1946. 

M15 Bullet impact tests of demolition packs and rein¬ 
forced detonating cord. William H. Rogers, Jr. 
OEMsr-202; Service Project Nos. NO-290 and OD- 
01; OSRD No. 5747. Carnegie Institute of Tech¬ 
nology. January 18, 1946. 

M16 High desensitized cast explosives. Eugene H. Eyster. 
OEMsr-202; Service Project Nos. NO-232 and NO- 
290; OSRD No. 5628. Carnegie Institute of Tech¬ 
nology. January 22, 1946. 

M17 Sensitiveness of high explosives. (Fifth Formal Prog¬ 
ress Report.) J. M. Downard. OEMsr-719; Service 
Project Nos. OD-01 and NO-290; OSRD No. 6627. 
Hercules Powder Company. February 28, 1946. 

M18 Sensitiveness of high explosives. (Final Report.) 
J. M. Downard and R. W. Lawrence. OEMsr-719; 
Service Project Nos. OD-01 and NO-290; OSRD 
No. 6629. Hercules Powder Company. March 30, 
1946. 

Thermal Reactions 

Ml Investigation of the melting point of RDX. (Progress 
Report No. 233, to April 20, 1942.) Frank C. Whit¬ 
more. OEMsr-243; Service Project No. OD-12; 




222 


DIVISION 8 • MICROFILM LIST 


OSRD No. 538. Pennsylvania State College. April 
30, 1942. 

M2 Studies on the heat phenomena observed in the 
preparation of RDX by the Bachmann process. 
(Progress Report No. 458, to December 3, 1942.) 
Frank C. Whitmore, J. G. Aston and others. 
OEMsr-243; Service Project No. OD-12; OSRD No. 
1134. Pennsylvania State College. December 8, 
1942. 

M3 Intermediate burning products of nitrocellulose. 
M. L. Wolfrom and Robert C. Elderfield. OEMsr- 
1152 and OEMsr-137; Service Project No. OD-126; 
OSRD No. 3568. Ohio State University and Co¬ 
lumbia University. May 3, 1944. 

203.1 Gas Evolution 

Ml The gas evolution from TNT-aluminum. Amos 
Turk. OEMsr-202; Service Project Nos. OD-01, 
OD-04 and NO-231; OSRD No. 4339. Carnegie 
Institute of Technology. November 14, 1944. 

M2 The gas evolution from DBX. Amos Turk and 
Earl Hellerstein. OEMsr-202; Service Project Nos. 
OD-01, OD-04 and NO-231; OSRD No. 4715. Car¬ 
negie Institute of Technology. February 19, 1945. 
M3 The gas evolution from minol. John W. Dawson 
and F. H. Westheimer. OEMsr-202; Service Project 
Nos. OD-01, OD-04 and NO-231; OSRD No. 5595. 
Carnegie Institute of Technology. November 8, 
1945. 

203.2 Combustion, Heats of 

Ml Determinations of the heats of combustion of explo¬ 
sives. (Progress Report No. 148, to December 15, 
1941.) George B. Kistiakowsky and W. S. McEwan. 
NDCrc-46; Service Project No. OD-01; OSRD No. 
293. Harvard University. December 29, 1941. 

M2 The heats of combustion of explosives. (Progress 
Report No. 288, to July 1, 1942.) George B. Kistia¬ 
kowsky and W. S. McEwan. NDCrc-46; Service 
Project No. OD-01; OSRD No. 702. Harvard Uni¬ 
versity. July 15, 1942. 

M3 Determination of explosion temperatures. (Progress 
Report to October 25, 1943.) Hyman Henkin. 
OEMsr-202; Service Project Nos. OD-01 and OD-04; 
OSRD No. 1986. Carnegie Institute of Technology. 
November 4, 1943. 

M4 The effect of heat on confined explosives. [Part] I, 
The M-35 five-inch projectile. [Part] II, Various 
pure explosives and explosive mixtures. H. A. 
Strecker and E. C. Broge. OEMsr-202; Service Proj¬ 
ect No. NO-201; OSRD No. 3956. Carnegie Insti¬ 
tute of Technology. July 28, 1944. 

M5 Heat of combustion of explosive substances. (Final 
report.) Gebhard Stegeman. OEMsr-754; Service 
Project No. OD-01; OSRD No. 5306. University of 
Pittsburgh. July 4, 1945. 

300 HIGH EXPLOSIVES, APPLICATION OF 

301 Antiaircraft Bursts 

Ml Increased visibility of antiaircraft shell bursts. (Prog¬ 


ress Report No. 190, to February 15, 1942.) Duncan 
P. MacDougall. OEMsr-202; Service Project No. 
OD-31; OSRD No. 412. Carnegie Institute of Tech¬ 
nology. February 25, 1942. 

M2 Increased visibility of antiaircraft shell bursts. 
(Final Report No. 239.) Duncan P. MacDougall. 
OEMsr-202; Service Project No. OD-31; OSRD No. 
559. Carnegie Institute of Technology. May 8, 

1942. 

M3 Fragment velocity and fragmentation of 3"/50 
EX-2 (Mark 27, Model 3) antiaircraft shell loaded 
with TNT and with Composition A-3 and cavitized 
for Mark 45 fuze. R. W. Drake. OEMsr-202; Serv¬ 
ice Project Nos. NO-110, NO-167 and OD-152; 
OSRD No. 5267. Carnegie Institute of Technology. 
June 27, 1945. 

M4 Fragment velocity and fragmentation of 3"/50 
(Mark 27, Model 3) antiaircraft shell loaded with 
TNT and with Composition A-3 and cavitized for 
Mark 54 aux. det. R. W. Drake. OEMsr-202; Serv¬ 
ice Project Nos. NO-110, NO-167 and OD-152; 
OSRD No. 5531. Carnegie Institute of Technology. 
September 4, 1945. 

302 Streamers, Explosive 

Ml Mark 29 device. (Interim Report Nos. M29-1 to 
M29-9 [Covering the period from] November 15, 
1942 to October 15, 1943.) Compiled by: George 

B. Kistiakowsky. Service Project No. NS-125. 

M2 The design of explosive streamers. (Progress Report 
to April 15, 1943.) J. H. Lum and J. K. Bragg. 
OEMsr-202; Service Project No. NS-125; OSRD No. 
1382. Carnegie Institute of Technology. May 5, 

1943. 

M3 Development of linear charges. Final report on 
Mark 29 device, (n.a.) OEMsr-828; Service Project 
No. NS-125; OSRD No. 3781. E. I. duPont de 
Nemours and Company, Inc. June 15, 1944. 

303 Microwave Tube Destruction 

Ml Microwave tube destruction. (Progress Report No. 
460, to December 1, 1942.) Duncan P. MacDougall. 
OEMsr-202; Service Project No. SC-41; OSRD No. 
1122. Carnegie Institute of Technology. December 
9, 1942. 

M2 Microwave tube destruction. (Progress Report to 
March 10, 1943.) M. A. Paul. OEMsr-202; Service 
Project No. SC-41; OSRD No. 1287. Carnegie Insti¬ 
tute of Technology. March 23, 1943. 

M3 Microwave tube destruction. (Final report.) M. A. 
Paul. OEMsr-202; Service Project No. SC-41; OSRD 
No. 1723. Carnegie Institute of Technology. 
August 20, 1943. 

304 Liquid Explosives 

Ml Properties of liquid explosives. (Report No. L-l.) 

C. O. Davis and Howard J. Fisher. Service Project 
No. CE-32. December 16, 1944. 

M2 Liquid explosives. (Final report.) L. A. Burrows. 
OEMsr-828; Service Project No. CE-32; OSRD No. 




DIVISION 8 • MICROFILM LIST 


223 


4815. E. I. duPont de Nemours and Company, Inc. 
March 31, 1945. 

M3 Liquid explosives for mine clearing. (Report No. 
L-2.) Howard J. Fisher. Service Project No. CE-32. 
May 17, 1945. 

M4 Initiation, propagation and luminosity studies of 
liquid explosives. H. A. Strecker. OEMsr-202; 
Service Project Nos. OD-04, NO-291 and CE-32; 
OSRD No. 5609. Carnegie Institute of Technology. 
December 3, 1945. 

M5 Development and testing of liquid explosives for 
mine clearing. Howard J. Fisher. OEMsr-202; 
Service Project No. CE-32; OSRD No. 5749. Car¬ 
negie Institute of Technology. January 28, 1946. 

400 EXPLOSIVE PHENOMENA, EXPERIMENTAL 

STUDY OF 

Ml Fundamental study of explosives. (Interim Report 
Nos. FS-1 to FS-12 [Covering period from] August 
15, 1942 to August 15, 1943.) Compiled by: George 
B. Kistiakowsky. Service Project Nos. OD-02, OD- 
03 and others. 

M2 Experimental studies of cone collapse and jet for¬ 
mation. Part I, Recovery of cones from low powered 
charges. H. Linschitz and M. A. Paul. OEMsr- 
202; Service Project No. AN-1; OSRD No. 2070. 
Carnegie Institute of Technology. November 29, 
1943. 

M3 Experimental studies of cone collapse and jet for¬ 
mation. Part II, The mass contributed to the jet. 
M. A. Paul and H. Linschitz. OEMsr-202; Service 
Project No. AN-1; OSRD No. 2072. Carnegie Insti¬ 
tute of Technology. November 29, 1943. 

M4 Radiography of explosive materials. O. E. A. Bol- 
duan. OEMsr-202; Service Project Nos. OD-01 and 
NO-290; OSRD No. 5575. Carnegie Institute of 
Technology. November 5, 1945. 

M5 Experimental studies of cone collapse and jet for¬ 
mation. Part III, Further studies of jet mass origin 
and slug structure. M. A. Paul. OEMsr-202; Serv¬ 
ice Project No. AN-1; OSRD No. 5602. [Carnegie 
Institute of Technology.] December 20, 1945. 

401 Detonation, Flash Photography of 

Ml A rotating-drum camera for the optical study of 
detonations. (Progress Report No. 285.) Duncan P. 
MacDougall and G. H. Messerly. OEMsr-202; Serv¬ 
ice Project No. OD-04; OSRD No. 682. Carnegie 
Institute of Technology. July 8, 1942. 

M2 The flash photography of detonating explosives. 
(Progress Report to May 1, 1943.) G. H. Messerly. 
OEMsr-202; Service Project No. OD-02; OSRD No. 
1488. Carnegie Institute of Technology. June 3, 
1943. 

M3 The use of the rotating-drum camera for the meas¬ 
urement of the velocities of shell or bomb frag¬ 
ments. G. H. Messerly. OEMsr-202; Service Project 
Nos. NO-110, NO-167 and OD-152; OSRD No. 3900. 
Carnegie Institute of Technology. July 15, 1944. 

M4 Construction and operation of the rotating-mirror 
camera. S. J. Jacobs. OEMsr-202; Service Project 


Nos. NO-291 and OD-04; OSRD No. 5614. Carnegie 
Institute of Technology. January 2, 1946. 

M5 Studies of shaped charges with the rotating-drum 
camera. M. D. Hurwitz and H. A. Strecker. 
OEMsr-202; Service Project No. AN-1; OSRD No. 

5615. Carnegie Institute of Technology. January 
15, 1946. 

M6 Studies pertaining to measurement of temperature. 
T. P. Cotter and S. J. Jacobs. OEMsr-202; Service 
Project No. NO-291; OSRD No. 5618. Carnegie 
Institute of Technology. January 22, 1946. 

M7 The application of flash photography to the study 
of explosion phenomena. Elizabeth M. Boggs, R. J. 
Brumbaugh and G. H. Messerly. OEMsr-202; Serv¬ 
ice Project Nos. OD-02 and NO-291; OSRD No. 

5616. Carnegie Institute of Technology. January 
28, 1946. 

402 Shaped Charge Studies 

Ml Shaped charges. (Interim Report Nos. SC-1 to SC- 
24 [Covering period from] August 15, 1943 to August 
15, 1945.) Compiled by: George B. Kistiakowsky 
and Howard J. Fisher. Service Project No. AN-1. 
M2 Development of the antisubmarine shaped-charge 
scatter bomb. (Final report.) (n.a.) OEMsr-764; 
Service Project No. AN-1; OSRD No. 5760. E. I. 
duPont de Nemours and Company, Inc. October 1, 
1945. 

M3 Shaped-charge torpedo warheads. J. K. Detrick. 
OEMsr-764; Service Project No. AN-1; OSRD No. 
5752. E. I. duPont de Nemours and Company, Inc. 
October 9, 1945. 

M4 Antisubmarine shaped-charge follow-through bomb. 
G. C. Jacquot. OEMsr-764; Service Project No. 
AN-1; OSRD No. 5753. E. I. duPont de Nemours 
and Company, Inc. October 22, 1945. 

M5 Momentum and kinetic energy of the shaped-charge 
jet. M. A. Paul and J. F. Lemons. OEMsr-202; 
Service Project No. AN-1; OSRD No. 5570. Car¬ 
negie Institute of Technology. October 23, 1945. 

M6 Underwater penetration by small-scale shaped 
charges. E. P. Meibohm and M. A. Paul. OEMsr- 
202; Service Project No. AN-1; OSRD No. 5569. 
Carnegie Institute of Technology. October 24, 1945. 
M7 Development of a shaped-charge follow-through 
weapon. (Final report.) Morris Muskat. OEMsr- 
959; Service Project No. AN-1; OSRD No. 6227. 
Gulf Research and Development Company. No¬ 
vember 20, 1945. 

M8 Shaped-charge bombs. J. F. Lemons, E. J. Huber 
and M. A. Paul. OEMsr-202; Service Project No. 
AN-1; OSRD No. 5600. Carnegie Institute of Tech¬ 
nology. December 20, 1945. 

M9 Point-initiating fuzes for shaped-charge weapons. 
J. F. Lemons and M. A. Paul. OEMsr-202; Service 
Project No. AN-1; OSRD No. 5601. Carnegie Insti¬ 
tute of Technology. January 3, 1946. 

M10 Studies of a sharped charge assisted shaped armor¬ 
piercing bomb. L. Paul Saxer. OEMsr-202; Serv¬ 
ice Project No. AN-1; OSRD No. 5605. Carnegie 
Institute of Technology. January 18, 1946. 



224 


DIVISION 8 MICROFILM LIST 


Mil Shaped detonation waves. S. J. Jacobs and Robert 
J. Grabenstetter. OEMsr-202; Service Project No. 
AN-1; OSRD No. 5603. Carnegie Institute of Tech¬ 
nology. January 28, 1946. 

403 Initial Shock Wave Studies 

Ml The effect of charge wrapping on the optical records 
of detonating explosives. (Progress Report to April 
15, 1943.) G. H. Messerly. OEMsr-202; Service 
Project No. OD-04; OSRD No. 1413. Carnegie In¬ 
stitute of Technology. May 14, 1943. 

M2 Optical studies of strong shock waves. Elizabeth 
M. Boggs and M. D. Hurwitz. OEMsr-202; Service 
Project Nos. OD-04 and NO-291; OSRD No. 5613. 
Carnegie Institute of Technology. January 15, 
1946. 

404 Penetration Studies 

Ml Penetration of steel targets by linear charges. (Prog¬ 
ress Report to April 1, 1943.) M. A. Paul. OEMsr- 
202; Service Project No. AN-1; OSRD No. 1383. 
Carnegie Institute of Technology. May 4, 1943. 

M2 Target penetration by the jet from a rotating cone 
charge. M. A. Paul. OEMsr-202; Service Project 
No. AN-1; OSRD No. 1680. Carnegie Institute of 
Technology. August 5, 1943. 

M3 Target penetration by the jet from a rotating cone 
charge. M. A. Paul. OEMsr-202; Service Project 
No. AN-1; OSRD No. 3874. Carnegie Institute of 
Technology. July 10, 1944. 

M4 Fundamental study of panel penetration. R. W. 
Drake. OEMsr-202; Service Project Nos. OD-152, 
NO-110 and NO-167; OSRD No. 5623. Carnegie 
Institute of Technology. November 9, 1945. 

405 Fragmentation Studies 

Ml Controlled fragmentation and shaped charges. 
(Interim Report Nos. CF-1 to CF-12 [Covering period 
from, August 15, 1942 to August 15, 1943.) Com¬ 
piled by: George B. Kistiakowsky. Service Project 
Nos. AN-1, NO-110 and NO-133. 

M2 Fragment velocity and panel penetration. A com¬ 
parison of haleite and ednatol with service filling. 
Part I, [The, 37-mm M-63, 3" M-42A1 and 90-mm 
M-71 projectiles. R. W. Drake. OEMsr-202; Serv¬ 
ice Project Nos. OD-152 and NO-110; OSRD No. 
1964. Carnegie Institute of Technology. October 
30, 1943. 

M3 Fragment velocity and panel penetration. A com¬ 
parison of haleite and ednatol with service filling. 
Part II, [The, 40-mm Mark II T/L projectiles. 
R. W. Drake. OEMsr-202; Service Project Nos. 
OD-152 and NO-110; OSRD No. 1965. Carnegie 
Institute of Technology. October 30, 1943. 

M4 Fragment velocity and panel penetration. A com¬ 
parison of haleite and ednatol with service filling. 
Part III, [Thej 90-mm M-71E2 projectiles. R. W. 
Drake. OEMsr-202; Service Project Nos. OD-152 
and NO-110; OSRD No. 2071. Carnegie Institute 
of Technology. November 29, 1943. 


M5 Fragment velocity and panel penetration. A com¬ 
parison of haleite and ednatol with service filling. 
Part IV, [The, 75-mm M-48 and M-48E2 projectiles. 
R. W. Drake. OEMsr-202; Service Project Nos. 
OD-152 and NO-110; OSRD No. 3022. Carnegie 
Institute of Technology. December 18, 1943. 

M6 Fragment velocity and panel penetration. A com¬ 
parison of haleite and ednatol with service filling. 
Part V, [The, M-49A2 60-mm mortar shell. Part VI, 
[The, M-54 37-mm projectile. R. W. Drake. 
OEMsr-202; Service Project Nos. OD-152 and NO- 
110; OSRD No. 3079. Carnegie Institute of Tech¬ 
nology. January 3, 1944. 

M7 Fragment velocity and fragmentation of 3"/50 Mark 
29, Model 3, armor-piercing shell, loaded with Com¬ 
position A-3 and Explosive D. R. W. Drake. 
OEMsr-202; Service Project Nos. NO-110, NO-167 
and OD-152; OSRD No. 5213. Carnegie Institute 
of Technology. June 15, 1945. 

M8 Fragment velocity and fragmentation of 3"/50 Mark 
27, Model 3, antiaircraft shell loaded with Com¬ 
position A-3 and with TNT and cavidzed for Mark 
58 fuze. R. W. Drake. OEMsr-202; Service Proj¬ 
ect Nos. NO-110, NO-167 and OD-152; OSRD No. 
5266. Carnegie Institute of Technology. June 26, 
1945. 

M9 Fragment velocity and panel penetration [With, 
M-17 90-mm shell, TNT loaded. Fuze fragments, 
base fragments and nose-wall fragments. R. W. 
Drake. OEMsr-202; Service Project Nos. NO-110, 
NO-167 and OD-152; OSRD No. 5571. Carnegie 
Institute of Technology. October 3, 1945. 

M10 Fragment velocity and panel penetration. Data ob¬ 
tained for Army Ordnance Development Project 
TA-P&E-D1. A comparison of haleite and ednatol 
with service filling. R. W. Drake. OEMsr-202; 
Service Project Nos. NO-110, NO-167 and OD-152; 
OSRD No. 5572. Carnegie Institute of Technology. 
October 3, 1945. 

Mil Three-station fragment retardation apparatus at 
Bruceton. R. W. Drake. OEMsr-202; Service Proj¬ 
ect Nos. NO-110, NO-167 and OD-152; OSRD No. 
5619. Carnegie Institute of Technology. December 
3, 1945. 

M12 Panel fragmentation trials of various 81-mm mortar 
shells. R. W. Drake. OEMsr-202; Service Project 
No. OD-152; OSRD No. 5620. Carnegie Institute 
of Technology. December 3, 1945. 

M13 Dependence of fragment velocity and fragment 
penetration on charge-weight ratio of shells. R. W. 
Drake. OEMsr-202; Service Project Nos. NO-110, 
NO-167 and OD-152; OSRD No. 5621. Carnegie 
Institute of Technology. December 21, 1945. 

M14 Fragment velocity and panel penetration of several 
explosives in simulated shells. R. W. Drake. 
OEMsr-202; Service Project Nos. NO-167 and OD- 
152; OSRD No. 5622. Carnegie Institute of Tech¬ 
nology. January 2, 1946. 

M15 Studies of shell-fragment mass distribution. Part I, 
Navy 3"/50 antiaircraft projectiles, Mark 27-3 and 




DIVISION 8 - MICROFILM LIST 


225 


Mark 31-1. M. A. Paul and W. K. Hall. OEMsr- 
202; Service Project Nos. NO-167 and OD-152; 
OSRD No. 5607. Carnegie Institute of Technology. 
January 5, 1946. 

M16 Controlled fragmentation of thin-cased munitions. 
Eugene H. Eyster. OEMsr-202; Service Project 
Nos. NO-110, NO-167 and OD-152; OSRD No. 5630. 
Carnegie Institute of Technology. January 15, 
1946. 

M17 Studies of shell-fragment mass distribution. Part III, 
Effect of booster size in the Mark 27-3 3"/50 anti¬ 
aircraft projectile loaded with cast TNT. M. A. 
Paul and W. K. Hall. OEMsr-202; Service Project 
Nos. NO-167 and NO-138; OSRD No. 5608. Car¬ 
negie Institute of Technology. January 22, 1946. 

M18 Studies of shell-fragment mass distribution. Part II, 
The Mark 29-2 3"/50 armor-piercing projectile with 
Explosive D and with Composition A-3. M. A. Paul 
and W. K. Hall. OEMsr-202; Service Project Nos. 
NO-110, NO-167 and OD-152; OSRD No. 5606. 
Carnegie Institute of Technology. January 28, 1946. 

406 Cavity Charges 

Ml The mechanism of action of cavity charges. (Prog¬ 
ress Report to March 15, 1943.) George B. Kistia- 
kowsky, Duncan P. MacDougall and G. H. Messerly. 
OEMsr-202; Service Project No. AN-1; OSRD No. 
1338. Carnegie Institute of Technology. April 12, 
1943. 

M2 The effect of unsymmetrical cone alignment on the 
jet from a cavity charge. M. A. Paul. OEMsr-202; 
Service Project No. AN-1; OSRD No. 1681. Car¬ 
negie Institute of Technology. August 5, 1943. 

M3 The effective diameter of the jet from a cavity 
charge. M. A. Paul. OEMsr-202; Service Project 
No. AN-1; OSRD No. 1679. Carnegie Institute of 
Technology. August 5, 1943. 

M4 Penetration of steel targets in air by small-scale 
cavity charges. M. A. Paul. OEMsr-202; Service 
Project No. AN-1; OSRD No. 1861. Carnegie Insti¬ 
tute of Technology. September 29, 1943. 

M5 Improvements in the performance of cavity charges. 
M. A. Paul and J. F. Lemons. OEMsr-202; Service 
Project No. AN-1; OSRD No. 3443. Carnegie Insti¬ 
tute of Technology. April 3, 1944. 

M6 Scaling laws for underwater penetration with cavity 
charges. J. K. Detrick. OEMsr-764; Service Project 
No. AN-1; OSRD No. 5392. E. I. duPont de 
Nemours and Company, Inc. August 1, 1945. 

M7 Target penetration by rotating cavity charges. M. 
A. Paul. OEMsr-202; Service Project No. AN-1; 
OSRD No. 5598. Carnegie Institute of Technology. 
November 5, 1945. 

M8 The effects of various aberrations on the perform¬ 
ances of cavity charges. M. A. Paul, E. P. Meibohm 
and H. L. Bachrach. OEMsr-202; Service Project 
No. AN-1; OSRD No. 5599. Carnegie Institute of 
Technology. December 3, 1945. 

M9 Steel target penetration in air by small-scale cavity 
charges. E. J. Huber, J. F. Lemons and M. A. Paul. 


OEMsr-202; Service Project No. AN-1; OSRD No. 
5604. Carnegie Institute of Technology. January 
15, 1946. 

500 DETONATION, STUDIES OF 

Ml Calculation of detonation pressures of several ex¬ 
plosives. Stuart R. Brinkley, Jr. and E. Bright Wil¬ 
son, Jr. NDCrc-168; Service Project Nos. OD-02 and 
NO-144; OSRD No. 1231. Harvard University. 
March 1, 1943. 

M2 Detonation, fragmentation and air blast. (Interim 
Report Nos. DFA-1 to DFA-10 and DF-11 to DF-20 
[Covering period from] August 15, 1943 to August 
15, 1945.) Compiled by: George B. Kistiakowsky 
and Howard J. Fisher. Service Project Nos. OD-02, 
OD-03 and others. 

M3 Closed bomb burning of high explosives and pro¬ 
pellants. S. J. Jacobs and W. B. Buck. OEMsr-202; 
Service Project No. OD-04; OSRD No. 6329. Car¬ 
negie Institute of Technology. January 22, 1946. 

501 Velocity 

Ml The prediction of detonation velocities of solid ex¬ 
plosives. (Report No. 6.) George B. Kistiakowsky 
and E. Bright Wilson, Jr. [NDCrc-168;] Service 
Project No. OD-02; OSRD No. 69. Harvard Uni¬ 
versity. January 17, 1941. 

M2 Revised method of predicting the detonation veloci¬ 
ties in solid explosives. (Progress Report No. 374, 
to September 12, 1942.) Stuart R. Brinkley, Jr. and 
E. Bright Wilson, Jr. NDCrc-168; Service Project 
No. OD-02; OSRD No. 905. Harvard University. 
September 28, 1942. 

M3 The rate of detonation of various explosive com¬ 
pounds. G. H. Messerly. OEMsr-202; Service Proj¬ 
ect Nos. OD-01 and OD-04; OSRD No. 1219. Car¬ 
negie Institute of Technology. February 22, 1943. 

M4 Calculation of the detonation velocities of some 
pure explosives. Stuart R. Brinkley, Jr. and E. 
Bright Wilson, Jr. NDCrc-168; Service Project Nos. 
OD-02 and NO-144; OSRD No. 1707. Harvard Uni¬ 
versity. August 12, 1943. 

M5 The effect of particle size on the detonation velocity 
of ammonium picrate. F. J. Martin, Elizabeth M. 
Boggs and G. H. Messerly. OEMsr-202; Service 
Project No. OD-04; OSRD No. 1755. Carnegie 
Institute of Technology. August 31, 1943. 

M6 The detonation velocity of explosive mixtures con¬ 
taining ammonium nitrate. F. J. Martin and G. H. 
Messerly. OEMsr-202; Service Project No. OD-04; 
OSRD No. 3411. Carnegie Institute of Technology. 
March 24, 1944. 

M7 The estimation of detonation pressure from the 
shock-wave velocity in lead. Elizabeth M. Boggs, 
G. H. Messerly and Elijah Swift, Jr.. OEMsr-202; 
Service Project Nos. NO-291 and OD-04; OSRD No. 
5612. Carnegie Institute of Technology. December 
14, 1945. 

M8 The rate of detonation of various explosive com¬ 
pounds and mixtures. M. D. Hurwitz. OEMsr-202; 


1 ^ 





226 


DIVISION 8 • MICROFILM LIST 


Service Project Nos. OD-04 and NO-291; OSRD No. 
5611. Carnegie Institute of Technology. January 
15, 1946. 

502 Detonation Waves 

Ml Theory of detonation waves. (Progress Report No. 
238, to April 1, 1942.) John von Neumann. 
OEMsr-218; Service Project No. OD-02; OSRD No. 
549. Institute for Advanced Study. May 4, 1942. 
M2 Calculation of the detonation properties of some 
service explosives. (Progress Report to June 1, 1943.) 
Stuart R. Brinkley, Jr. and E. Bright Wilson, Jr. 
NDCrc-168; Service Project Nos. OD-02 and NO-144; 
OSRD No. 1510. Harvard University. June 14, 
1943. 

M3 The theory of explosion initiation. Ransom B. 
Parlin, George H. Duffy and others. OEMsr-957; 
Service Project No. OD-02; OSRD No. 2026. Prince¬ 
ton University. November 13, 1943. 

M4 The chemical reaction in a detonation wave. Henry 
Eyring, Richard E. Powell and others. OEMsr-957; 
Service Project Nos. NO-224 and OD-02; OSRD No. 
3796. Princeton University. June 17, 1944. 

M5 Initiation studies in solid explosives. Elizabeth M. 
Boggs, G. H. Messerly and H. A. Strecker. OEMsr- 
202; Service Project Nos. NO-291 and OD-04; OSRD 
No. 5617. Carnegie Institute of Technology. De¬ 
cember 14, 1945. 

600 PROPELLANTS 

601 Burning, Theory of 

Ml Specific impulse and burning rates of composite 
propellants 218-B and 218. Charles G. Sage. 
OEMsr-202; Service Project No. OD-14; OSRD No. 
1627. Carnegie Institute of Technology. July 20, 
1943. 

M2 Variation of burning properties of composite pro¬ 
pellants with temperature. Charles G. Sage. 
OEMsr-202; Service Project No. OD-14; OSRD No. 
1815. Carnegie Institute of Technology. September 
18, 1943. 

M3 An apparatus for the arrested burning of gun pro¬ 
pellants. J. F. Kincaid and B. P. Dailey. OEMsr- 
202; Service Project No. OD-05; OSRD No. 1836. 
Carnegie Institute of Technology. September 22, 
1943. 

M4 Inhibition of nitroglycerine diffusion in coatings 
for restricting burning of rocket propellants. Rufus 
W. Lumry. OEMsr-202; Service Project No. OD-14; 
OSRD No. 1995. Carnegie Institute of Technology. 
November 5, 1943. 

M5 The theory of the burning of double-base rocket 
powders. Oscar K. Rice. OEMsr-976; Service Proj¬ 
ect No. OD-14; OSRD No. 5224. University of 
North Carolina. June 25, 1945. 

M6 The theory of the burning of rocket powders. (Final 
report.) Oscar K. Rice. OEMsr-976; Service Project 
No. OD-14; OSRD No. 5574. University of North 
Carolina. November 1, 1945. 


M7 Heats of combustion, heats of explosion and burn¬ 
ing rates of ammonium picrate-potassium nitrate 
composite propellants. R. W. Broge. OEMsr-202; 
Service Project No. OD-14; OSRD No. 5585. Car¬ 
negie Institute of Technology. November 15, 1945. 

M8 A turbidity method for determining particle size of 
potassium nitrate. F. A. Long and G. Long. 
OEMsr-639; Service Project No. OD-198; OSRD No. 
5697. Monsanto Chemical Company. November 
23, 1945. 

M9 Investigations of the linear burning rates of pro¬ 
pellent powders of various compositions. Linus C. 
Pauling and Stanley C. Burket. OEMsr-881; Serv¬ 
ice Project Nos. OD-14, OD-158 and NO-27; OSRD 
No. 5972. California Institute of Technology. De¬ 
cember 6, 1945. 

602 Analyses 

Ml Measurements of pH on smokeless powders. Linus 
C. Pauling, John W. Otvos and David P. Shoemaker. 
OEMsr-881; Service Project Nos. OD-158 and NO- 
274; OSRD No. 5968. California Institute of Tech¬ 
nology. November 28, 1945. 

M2 Development of propellants containing RDX. A. A. 
Ebert and W. M. Branan. OEMsr-1355; Service 
Project No. OD-05; OSRD No. 6216. E. I. duPont 
de Nemours and Company, Inc. December 20, 1945. 

M3 Polarographic investigation of single-base powders, 
(n.a.) OEMsr-1040; Service Project No. OD-118; 

OSRD No. 5751. University of Wisconsin. Tanuary 
15, 1946. 

602.1 Chemical 

Ml Thermochemical examination of a number of com¬ 
mercial and experimental propellants. (Progress Re¬ 
port to May 15, 1943.) J. F. Kincaid and B. P. 
Dailey. OEMsr-202; Service Project No. OD-05; 
OSRD No. 1578. Carnegie Institute of Technology. 
July 8, 1943. 

M2 The estimation of moisture in solventless double¬ 
base powders. Richard M. Noyes. OEMsr-881; 
Service Project Nos. OD-158 and NO-274; OSRD 
No. 4672. California Institute of Technology. Feb¬ 
ruary 8, 1945. 

M3 The separation of nitroglycerin from double-base 
powders. F. H. Westheimer. OEMsr-202; Service 
Project No. OD-01; OSRD No. 5591. Carnegie In¬ 
stitute of Technology. November 1, 1945. 

M4 New and improved syntheses of miscellaneous or¬ 
ganic compounds. Philip E. Wilcox. OEMsr-881; 
Service Project Nos. NO-274 and OD-158; OSRD 
No. 5974. California Institute of Technology. No¬ 
vember 27, 1945. 

M5 Thermochemical studies of special propellants, 
(n.a.) OEMsr-1355; Service Project Nos. OD-05 and 
NO-135; OSRD No. 6217. E. I. duPont de Nemours 
and Company, Inc. January 16, 1946. 

602.2 Stability 

Ml Some experiments dealing with the effect of carbon 



DIVISION 8 • MICROFILM LIST 


227 


black and nigrosine on the stability of ballistite. 
Earl O. Wilson. OEMsr-881; Service Project Nos. 
OD-14 and OD-158; OSRD No. 3783. California 
Institute of Technology. May 15, 1944. 

M2 Surveillance testing of propellent explosives. 
Hyman Henkin. OEMsr-202; Service Project Nos. 
DO-01, OD-05 and others; OSRD No. 4103. Car¬ 
negie Institute of Technology. September 5, 1944. 

M3 Adiabatic ignition. F. H. Westheimer. OEMsr- 
202; Service Project Nos. OD-01 and OD-04; OSRD 
No. 4758. Carnegie Institute of Technology. Feb¬ 
ruary 28, 1945. 

M4 The effect of changes in composition of the stability 
of trench mortar increments. Kenneth N. True- 
blood. OEMsr-881; Service Project No. OD-158; 
OSRD No. 4821. California Institute of Technol¬ 
ogy. March 17, 1945. 

M5 Development of a vacuum stability test for double¬ 
base powders. William N. Lipscomb, Jr. OEMsr- 
881; Service Project Nos. OD-158 and NO-274; 
OSRD No. 5149. California Institute of Tech¬ 
nology. May 30, 1945. 

M6 The effect of variations in composition on the sta¬ 
bility of ballistite. Kenneth N. Trueblood. OEMsr- 
881; Service Project Nos. OD-158 and NO-274; 
OSRD No. 5418. California Institute of Technol¬ 
ogy. August 7, 1945. 

M7 Studies on the condition and stability of %-inch 
stick powder containing 100-percent rework. Jerry 
Donohue. OEMsr-881; Service Project No. OD-158; 
OSRD No. 5969. California Institute of Tech¬ 
nology. September 21, 1945. 

M8 An investigation of the possible correlation of 
changes in color with the condition and stability 
of certain production lots of stick powder. Jerry 
Donohue. OEMsr-881; Service Project No. OD-158; 
OSRD No. 5533. California Institute of Technol¬ 
ogy. September 28, 1945. 

M9 Development of a vacuum stability test for double¬ 
base powder. William N. Lipscomb, Jr. OEMsr- 
881; Service Project Nos. OD-158 and NO-274; OSRD 
No. 5954. California Institute of Technology. 
October 18, 1945. 

M10 A nomogram for calculation of results of vacuum 
stability tests. Jerry Donohue and Fred D. Ord- 
way. OEMsr-881; Service Project Nos. OD-158 and 
NO-274; OSRD No. 5964. California Institute of 
Technology. October 19, 1945. 

Mil Stabilization of smokeless powder by ethyl centralite. 
[Part] I, Transformation products of ethyl centralite 
in double-base powder. Kenneth N. Trueblood. 
OEMsr-881; Service Project Nos. NO-274 and OD- 
158; OSRD No. 5967. California Institute of Tech¬ 
nology. October 30, 1945. 

M12 Studies of the effect of various salts on the vacuum 
stability behaviour of solventless double-base pow¬ 
ders. Philip Hayward. OEMsr-881; Service Project 
Nos. NO-274 and OD-158; OSRD No. 5960. Cali¬ 
fornia Institute of Technology. November 13, 1945. 

M13 Stabilization of smokeless powder by diphenylamine. 


[Part] II, Transformation products of diphenyl¬ 
amine in FNH and pyro powder. Laura L. Fong. 
OEMsr-881; Service Project Nos. NO-274 and OD- 
158; OSRD No. 5966. California Institute of Tech¬ 
nology. November 13, 1945. 

M14 A new apparatus for studying the stability of smoke¬ 
less powders. A highly modified form of the Taliani 
test. Victor Schocken. OEMsr-881; Service Project 
Nos. NO-274 and OD-158; OSRD No. 5961. Cali¬ 
fornia Institute of Technology. November 16, 1945. 

M15 Vacuum stability tests on solventless double-base 
powders containing various stabilizers. Philip Hay¬ 
ward. OEMsr-881; Service Project Nos. NO-274 and 
OD-158; OSRD No. 5959. California Institute of 
Technology. November 20, 1945. 

M16 Changes in the percentages of diphenylamine in 
single and double-base powders which had been 
subjected to vacuum stability tests at 110°, 100°, 
90° and 80° C. Jerry Donohue. OEMsr-881; Serv 
ice Project Nos. OD-158 and NO-274; OSRD No 
5957. California Institute of Technology. Novem¬ 
ber 28, 1945. 

M17 Studies relating to the stability of pilot lots of 
rocket propellent powders. Josephine Bonner and 
John W. Otvos. OEMsr-881; Service Project No. 
OD-158; OSRD No. 5955. California Institute of 
Technology. November 28, 1945. 

M18 Stabilization of smokeless powder by diphenyl¬ 
amine. [Part] I, Transformation products of di¬ 
phenylamine in double-base powder. Walter A. 
Schroeder. OEMsr-881; Service Project Nos. OD- 
158 and NO-274; OSRD No. 5965. California 
Institute of Technology. November 29, 1945. 

M19 Critical evaluation of results of the application of 
the vacuum stability test to smokeless powder. 
Jerry Donohue and William N. Lipscomb, Jr. 
OEMsr-881; Service Project Nos. OD-158 and NO- 
274; OSRD No. 5963. California Institute of Tech¬ 
nology. December 6, 1945. 

602.3 Physical Properties 

Ml Preparation and properties of rolled-sheet powders 
containing DINA and other explosive plasticizers. 
Stanley C. Burket and Albert O. Dekker. OEMsr- 
881; Service Project Nos. OD-158 and NO-274; OSRD 
No. 5466. California Institute of Technology. 
August 1, 1945. 

602.4 Chromatographic Studies 

Ml Chromatographic studies of smokeless powders and 
related substances. [Part I.] Robert B. Corey, Albert 
O. Dekker and others. OEMsr-881; Service Project 
No. OD-05; OSRD No. 1837. California Institute of 
Technology. September 25, 1943. 

M2 Chromatographic studies of smokeless powder and 
related substances. (Part II.) Robert B. Corey and 
Walter A. Schroeder. OEMsr-881; Service Project 
Nos. OD-158 and NO-274; OSRD No. 4431. Cali¬ 
fornia Institute of Technology. December 6, 1944. 

M3 A chromatographic study of RDX and related sub- 






228 


DIVISION 8 • MICROFILM LIST 


stances. Earl W. Malmberg. OEMsr-881; Service 
Project No. OD-12; OSRD No. 5943. California 
Institute of Technology. November 13, 1945. 

M4 Chromatographic studies of smokeless powder and 
related substances. (Part III.) Kenneth N. True- 
blood. OEMsr-881; Service Project Nos. OD-158 
and NO-274; OSRD No. 5952. California Institute 
of Technology. November 14, 1945. 

603 Composite P ropellants 

S fa l'" 1 life ^TeseirPstalus ' of composite propellant 218. 
(Progress Report to December 30, 1942.) Louis P. 
Hammett. OEMsr-194, OEMsr-639 and OEMsr- 
202; Service Project No. OD-14; OSRD No. 1177. 
Monsanto Chemical Company and Carnegie Insti¬ 
tute of Technology. February 3, 1943. 

M2 Tests of methods of mounting grains of composite 
propellant 218-B in a rocket motor. Henry Posner. 
Jr. OEMsr-202; Service Project No. OD-14; OSRD 
No. 1708. Carnegie Institute of Technology. 
August 12, 1943. 

M3 Rifle bullet tests on composite propellant 218-B 
and on ballistite. Henry Posner, Jr. OEMsr-202, 
Service Project No. OD-14; OSRD No. 1706. Car¬ 
negie Institute of Technology. August 12, 1943. 

M4 The compression strength of composite propellants. 
F. A. Long. OEMsr-202; Service Project No. OD-14; 
OSRD No. 1758. Carnegie Institute of Technology. 
August 31, 1943. 

M5 Preliminary engineering report on the manufacture 
of composite propellant 218-B. E. H. Buford, Ira 
Phelps and A. E. Marshall. OEMsr-639; Service 
Project No. OD-14; OSRD No. 1822. Monsanto 
Chemical Company. September 20, 1943. 

M6 Compression strength of grains of composite pro¬ 
pellant 218-B prepared at the Monsanto Pilot Plant. 
F. A. Long. OEMsr-202; Service Project No. OD-14; 
OSRD No. 3076. Carnegie Institute of Technology. 
January 1, 1944. 

M7 Purge pellet work at the Explosives Laboratory. 
(Progress Report to November 20, 1943.) F. A. 
Long. OEMsr-202; Service Project No. OD-14; 
OSRD No. 3184. Carnegie Institute of Technology. 
January 27, 1944. 

M8 The development and properties of large, long- 
burning grains of composite propellants. (Progress 
Report to February 10, 1944.) F. A. Long. OEMsr- 
202; Service Project Nos. OD-14 and AC-75; OSRD 
No. 3325. Carnegie Institute of Technology. March 
7, 1944. 

M9 Ballistic properties of composite propellants 404 
and 492. R. W. Broge. OEMsr-202; Service Project 
Nos. AC-75 and OD-14; OSRD No. 5043. Carnegie 
Institute of Technology. May 9, 1945. 

M10 Survey of investigations on new propellants for 
rockets and other jet-propulsion devices. Louis P. 
Hammett. OEMsr-202; Service Project Nos. AC-75, 
NA-197 and others; OSRD No. 5463. Carnegie In¬ 
stitute of Technology. August 18, 1945. 


603.1 Molded 

Ml The flow and friction properties of composite pro¬ 
pellant 218 and similar compositions. Walter Kauz- 
mann. OEMsr-202; Service Project No. OD-14; 
OSRD No. 3281. Carnegie Institute of Technology. 
February 14, 1944. 

M2 Pilot plant pressing of molded composite propel¬ 
lant. S. A. Francis. OEMsr-639; Service Project 
Nos. AC-75 and OD-198; OSRD No. 5702. Mon¬ 
santo Chemical Company. November 5, 1945. 

M3 Investigation of a drum dryer method of producing 
composite propellant molding powder. W. B. Dun¬ 
lap. OEMsr-639; Service Project Nos. AC-75 and 
OD-198; OSRD No. 5696. Monsanto Chemical 
Company. November 5, 1945. 

M4 Development of twelve-inch diameter grains of 
molded composite propellants. F. A. Long. 
OEMsr-639; Service Project Nos. AC-75 and OD- 
198; OSRD No. 5698. Monsanto Chemical Com¬ 
pany. November 8, 1945. 

M5 General properties of molded composite propellants. 
F. A. Long. OEMsr-639; Service Project Nos. AC- 
75, OD-14 and OD-198; OSRD No. 5700. Monsanto 
Chemical Company. November 8, 1945. 

M6 Construction at the Monsanto pilot plant for 
molded composite propellants. R. E. Lenz and 
W. R. Schwandt. OEMsr-639; Service Project Nos. 
AC-75, OD-14 and OD-198; OSRD No. 5707. Mon¬ 
santo Chemical Company. November 15, 1945. 

M7 Ultrasonic inspection of grains of molded composite 
propellant. J. N. Addams and H. L. Greenwald. 
OEMsr-639; Service Project No. OD-198; OSRD No. 
5699. Monsanto Chemical Company. November 
20, 1945. 

M8 Characteristics of low-thrust, long-burning jet-pro¬ 
pulsion units utilizing molded composite propellant. 
R. A. Ruehrwein. OEMsr-639; Service Project No. 
OD-198; OSRD No. 5705. Monsanto Chemical Com¬ 
pany. November 20, 1945. 

M9 Molded composite propellants for artillery rockets. 
R. A. Ruehrwein and Rodger L. Schaefer. OEMsr- 
639; Service Project No. OD-14; OSRD No. 5701. 
Monsanto Chemical Company. November 29, 1945. 

M10 Process report on pilot plant production of molded 
composite propellant for ACL-1 charges. Walter 
H. Hammond and Rodger L. Schaefer. OEMsr-639; 
Service Project Nos. AC-75 and OD-198; OSRD No. 
5706. Monsanto Chemical Company. November 29, 
1945. 

Mil Milling of composite propellant molding powder. 
W. M. Hutchinson. OEMsr-639; Service Project No. 
OD-198; OSRD No. 5709. Monsanto Chemical 
Company. November 29, 1945. 

M12 High-pressure clamping for assembly of solid 
charges of molded composite propellant. F. A. Long 
and C. E. Norton. OEMsr-639; Service Project 
No. OD-198; OSRD No. 5708. Monsanto Chemical 
Company. November 30, 1945. 

M13 Design of motors for large-diameter charges of 
molded composite propellant. J. F. Dewald and 


t 






DIVISION 8 • MICROFILM LIST 


229 


603.2 


C. E. Norton. OEMsr-639; Service Project Nos. 
AC-75 and OD-198; OSRD No. 5722. Monsanto 
Chemical Company. November 30, 1945. 

M14 Recommendations for future developmental work 
on molded composite propellants. F. A. Long. 
OEMsr-639; Service Project No. OD-198; OSRD No. 
6308. Monsanto Chemical Company. November 
30, 1945. 

M15 Cementing technique for fabricating charges of 
molded composite propellant. W. K. McEwen. 
OEMsr-202 and OEMsr-639; Service Project Nos. 
AC-75 and OD-198; OSRD No. 5587. Carnegie 
Institute of Technology and Monsanto Chemical 
Company. December 4, 1945. 

M16 Coats to restrict the burning surface of molded 
composite propellant charges. W. K. McEwen. 
OEMsr-202 and OEMsr-639; Service Project Nos. 
AC-75 and OD-198; OSRD No. 5588. Carnegie 
Institute of Technology and Monsanto Chemical 
Company. December 4, 1945. 

M17 Non-setting binders for molded composite pro¬ 
pellants. W. M. Hutchinson. OEMsr-202 [ an cl 
OEMsr-639]; OSRD No. 5586. Carnegie Institute 
of Technology and Monsanto Chemical Company. 
December 26, 1945. 

Solvent, Extruded 

Ml Extrusion of cordite at Explosives Research Labora¬ 
tory. (Progress Report to March 1, 1943.) J. E. 
Ablard. OEMsr-202; Service Project No. NO-99; 
OSRD No. 1336. Carnegie Institute of Technology. 
April 10, 1943. 

M2 The screw extrusion of composite propellants. 
Walter Kauzmann. OEMsr-202; Service Project No. 
OD-14; OSRD No. 3282. Carnegie Institute of 
Technology. February 14, 1944. 

M3 The properties and applications of EJ powders. 
R. A. Ruehrwein, Rufus W. Lumry and J. F. Kin¬ 
caid. OEMsr-202; Service Project No. OD-14; OSRD 
No. 4053. Carnegie Institute of Technology. Sep¬ 
tember 5, 1944. 

M4 Procedures for the analysis of EJA powders. Rich¬ 
ard M. Noyes and Walter A. Schroeder. OEMsr- 
881; Service Project Nos. OD-14 and OD-158; OSRD 
No. 4581. California Institute of Technology. Jan¬ 
uary 24, 1945. 

M5 The grinding, classification and particle size con¬ 
trol of crystalline ingredients for solvent-extruded 
composite propellants. R. C. C. St. George, Jr. 
OEMsr-202; Service Project Nos. OD-14 and OD- 
200; OSRD No. 5578. Carnegie Institute of Tech¬ 
nology’. October 24, 1945. 

M6 Surveillance of propellants. (Progress Report to Sep- 
e tember 1, 1945.) F. H. Westheimer and Harold 
Salwin. OEMsr-202; Service Project Nos. OD-14, 
OD-158 and NO-274; OSRD No. 5594. Carnegie 
Institute of Technology. October 30, 1945. 

M7 The techniques of preparation of solvent-extruded 
composite propellants. T. F. Anderson. OEMsr- 
202; Service Project No. OD-14; OSRD No. 5579. 


Carnegie Institute of Technology. January 15, 
1946. 

M8 The preparation and properties of solvent-extruded 
composite propellants. G. C. Parkinson, B. P. 
Dailey and J. F. Kincaid. OEMsr-202; Service 
Project No. OD-14; OSRD No. 5576. Carnegie In¬ 
stitute of Technology. January 17, 1946. 

604 Cast Propellants 

604.1 Perchlorate 

Ml Design of a pilot plant for the production of cast 
perchlorate propellant. J. E. Ablard. OEMsr-202; 
Service Project No. OD-198; OSRD No. 5584. Car¬ 
negie Institute of Technology. November 8, 1945. 

M2 Cast perchlorate propellants based on thermo¬ 
setting high polymers. H. F. Hardman and George 
B. DeLaMater. OEMsr-202; Service Project No. 
OD-198; OSRD No. 5582. Carnegie Institute of 
Technology. December 19, 1945. 

604.2 Double-Base 

Ml Investigations of double-base powders. (Monthly 
Reports [Covering period from] January, 1943 to 
August, 1945.) Linus C. Pauling, Robert B. Corey 
and others. OEMsr-881. California Institute of 
Technology. 

M2 Extrusion of ballistite at the Explosives Research 
Laboratory. J. E. Ablard. OEMsr-202; Service 
Project No. NO-90; OSRD No. 4007. Carnegie 
Institute of Technology. August 11, 1944. 

M3 The separation of nitroglycerine from double-base 
powders. A preliminary literature survey. F. H. 
Westheimer. OEMsr-202; Service Project No. OD- 
01; OSRD No. 4791. Carnegie Institute of Tech¬ 
nology. March 9, 1945. 

M4 Vacuum stability tests on experimental powders 
containing manganese dioxide. David P. Shoe¬ 
maker and Jerry Donohue. OEMsr-881; Service 
Project Nos. OD-158 and NO-274; OSRD No. 4970. 
California Institute of Technology. April 23, 1945. 

M5 Studies relating to the development of cast pro¬ 
pellants with special reference to the mechanism of 
consolidation. H. Taube and J. L. Hoard. OEMsr- 
229; Service Project Nos. OD-05 and NO-135; OSRD 
No. 5759. Cornell University. November 6, 1945. 

M6 Development of the T-4 powder charge for the 
2.36" rocket grenade. Rufus W. Lumry and 
L. Streff. OEMsr-202 and OEMsr-273; Service Proj¬ 
ect Nos. OD-14 and OD-200; OSRD No. 5589. Car¬ 
negie Institute of Technology and George Wash¬ 
ington University. November 29, 1945. 

M7 Experimental study of factors affecting the stability 
and consolidation of cast propellant. F. H. West¬ 
heimer and Edward H. Specht. OEMsr-202; Service 
Project Nos. OD-197 and NA-197; OSRD No. 5593. 
Carnegie Institute of Technology. December 12, 
1945. 

M8 Techniques of preparation of cast double-base pow- 
* der, restrictive container fabrication, and firing of 





230 


DIVISION 8 • MICROFILM LIST 


cast double-base charges. H. NL Shuey and R. H. 
Martin. OEMsr-202; Service Project Nos. NA-197 
and OD-197; OSRD No. 5580. Carnegie Institute of 
Technology. December 26, 1945. 

M9 The preparation and properties of cast double-base 
propellants. B. P. Dailey , T. F. Kincaid a nd H. M. 
Shuey. OEMsr-202; Service Project No. OD-198; 
OSRD No. 5577. Carnegie Institute of Technology. 
January 15, 1946. 

605 Flashless Propellants 

Ml Flashless powder for Navy cannon. W. F. Jackson, 
H. H. Holmes and W. M. Branan. OEMsr-763; 
Service Project No. NO-135; OSRD No. 3726. E. I. 
duPont de Nemours and Company, Inc. June 3, 
1944. 

M2 Flashless powder for Navy cannon. (Final report.) 
(n.a.) OEMsr-1355; Service Project No. NO-135; 

OSRD No. 6215. E. I. duPont de Nemours and 
Company, Inc. December 20, 1945. 

605.1 Albanite 

Ml The development of an analytical procedure for the 
chemical analysis of albanite flashless powder. 
H. E. Arnold and R. D. Gano. OEMsr-763; Service 
Project No. NO-135; OSRD No. 4035. E. I. duPont 
de Nemours and Company, Inc. August 5, 1944. 

M2 Albanite cannon powder manufactured at Winnipeg 
Works of Defence Industries, Ltd. W. F. Jackson 
and W. M. Branan. OEMsr-763; Service Project 
No. NO-135; OSRD No. 5475. E. I. duPont de 
Nemours and Company, Inc. September 25, 1945. 
M3 Substitutes for albanite. F. H. Westheimer and 
R. H. Kallenberger. OEMsr-202; Service Project 
Nos. OD-05 and NO-135; OSRD No. 5592. Carnegie 
Institute of Technology. December 5, 1945. 

606 Cellulose Nitrate Investigation 

Ml Wood-cellulose nitrates for munitions. (Report No. 
8.) George A. Richter. [NDCrc-27;] Service Proj¬ 
ect No. OD-22; OSRD No. 71. Massachusetts Insti¬ 
tute of Technology. January 17, 1941. 

M2 Mechanism of gelatinization and solution of fibrous 
nitrocellulose in non-aqueous solvents. (Progress Re¬ 
port No. 373, to September 15, 1942.) Jonathan W. 
Williams. OEMsr-210; Service Project No. OD-44; 
OSRD No. 898. University of Wisconsin. Septem¬ 
ber 25, 1942. 

M3 The efficiencies of various substances in promoting 
the gelatinization of nitrocellulose in 2:1 ether- 
ethanol. (Progress Report No. 418, to September 15, 
1942.) F. A. Long, John G. Kirkwood and J. L. 
Hoard. OEMsr-229; Service Project No. OD-44; 
OSRD No. 997. Cornell University. November 3, 
1942. 

M4 Mechanism of gelatinization and solution of fibrous 
nitrocellulose in non-aqueous solvents. R. O. Car¬ 
ter, Jr., jH— M. Shuey a nd Jonathan W. Williams. 
OEMsr-210; Service Project No. OD-44; OSRD No. 
1385. University of Wisconsin. May 6, 1943. 


M5 Modified Devarda method for the determination of 
nitrogen in nitrocellulose. R. O. Carter, Jr., H. M. 
Shuey and Jonathan W. Williams. OEMsr-210; 
Service Project No. OD-44; OSRD No. 3875. Uni¬ 
versity of Wisconsin. July 10, 1944. 

M6 The characterization and solubility of fractionated 
wood pulp and cotton-linters nitrocellulose. (Final 
Report to March 1, 1944.) Jonathan W. Williams, 
R. O. Carter, Jr. and others. OEMsr-210; Service 
Project No. OD-44; OSRD No. 4123. University of 
Wisconsin. September 12, 1944. 

M7 The thermal decomposition of cellulose nitrate 
under reduced pressure. Chemical nature of the 
white substance (WS). (Final Report to February 
28, 1945.) M. L. Wolfrom, E. E. Dickey and others. 
OEMsr-1152; Service Project No. OD-126; OSRD 
No. 4999. Ohio State University. April 28, 1945. 

M8 A capillary-type viscometer for use with solutions 
containing volatile solvents. John Hardy and Rich¬ 
ard M. Noyes. OEMsr-881; Service Project Nos. 
OD-158 and NO-274; OSRD No. 5949. California 
Institute of Technology. October 4, 1945. 

M9 Compatibility relations of nitrocelluloses with vari¬ 
ous explosive, semi-explosive and non-explosive ma¬ 
terials pertinent to the development of special 
propellants. J. L. Hoard, H. Taube and O. N. 
Salmon. OEMsr-229; Service Project Nos. OD-05 
and NO-135; OSRD No. 5758. Cornell University. 
October 30, 1945. 

M10 Investigations of molecular weights and molecular- 
weight distribution of nitrocellulose. Degradation 
of nitrocellulose in smokeless powder. Viscosity, 
osmometry and light scattering studies. Richard 
M. Badger, Robert H. Baker and others. OEMsr- 
881; Service Project Nos. OD-158 and NO-274; 
OSRD No. 5946. California Institute of Tech¬ 
nology. November 29, 1945. 

607 Propellant Investigation, Miscellaneous 

Ml Special propellants. (Interim Report Nos. SP-1 to 
SP-35 [Covering period from] August 15, 1942 to 
August 15, 1945.) Compiled by: J. F. Kincaid, 
George B. Kistiakowsky and Howard J. Fisher. 
Service Project Nos. OD-05, OD-44 and others. 

M2 Decrease of stabilizer in powders containing RDX 
during storage at elevated temperatures. Richard 
M. Lemmon. OEMsr-881; Service Project Nos. OD- 
05 and OD-158; OSRD No. 5945. California Insti¬ 
tute of Technology. November 13, 1945. 

607.1 Plastics 

Ml Development of plastic mixtures for use as unro- 
tated-projectile propellants. (Progress Report No. 
312, to June 30, 1942.) Charles Allen Thomas and 
Carrol A. Hochwalt. OEMsr-194; Service Project 
No. OD-14; OSRD No. 778. Monsanto Chemical 
Company. August 8, 1942. 

M2^ Development of plastic propellants. F. P. Price. 
OEMsr-202; Service Project No. OD-14; OSRD No. 






DIVISION 8 • MICROFILM LIST 


231 


5581. Carnegie Institute of Technology. October 
30, 1945. 

607.2 Small Batches of Powder 

Ml The preparation and plastic properties of small 
batches of double-base powders containing nitro 
esters of maleic acid. Earl O. Wilson. OEMsr-881; 
Service Project Nos. OD-158 and NO-274; OSRD 
No. 4430. California Institute of Technology. De¬ 
cember 1, 1944. 

Equipment and procedure for the preparation of 
very small batches of rolled-sheet powder. Robert 
B. Corey and Stanley C. Burket. OEMsr-881; Serv¬ 
ice Project Nos. OD-14, OD-158 and NO-274; OSRD 
No. 4781. California Institute of Technology. 
March 1, 1945. 

Vacuum stability tests on experimental powders 
containing phthalide. David P. Shoemaker. 
OEMsr-881; Service Project No. NO-274; OSRD No. 
4971. California Institute of Technology. April 
23, 1945. 

A laboratory for the preparation of small batches of 
"solventless double-base powder. Albert O. Dekker. 
OEMsr-881; Service Project Nos. OD-158 and NO- 
274; OSRD No. 5947. California Institute of Tech¬ 
nology. November 14, 1945. 

607.3 Foreign Types 

Ml Testing of explosives and of some ordnance com¬ 
ponents in Great Britain. (Report No. 72.) George 
B. Kistiakowsky. OSRD No. 134. Harvard Uni¬ 
versity. September 9, 1941. 

M2 Ordnance and related developments in Great 
Britain. (Report No. 73.) George B. Kistiakowsky. 
OSRD No. 135. Harvard University. September 
9, 1941. 

M3^, Study of the British continuous tetryl process. (Final 
Report No. 278, to June 10, 1942.) Robert C. 
Elderfield. OEMsr-202; Service Project No. OD-04; 
OSRD No. 661. Carnegie Institute of Technology. 
June 25, 1942. 

M4 Extrusion of a special British cordite sample. R. H. 
Kallenberger and J. E. Ablard. OEMsr-202; Service 
Project No. NO-99; OSRD No. 1754. Carnegie In¬ 
stitute of Technology. August 31, 1943. 

M5 Preparation of DEGN and double-base powder 
' ' duplicating a German rocket propellant. G. W. 

Batchelder. OEMsr-763; Service Project No. OD-14; 
OSRD No. 4212. E. I. duPont de Nemours and 
Company, Inc. October 4, 1944. 

M6 Investigations of captured German propellants. 
William N. Lipscomb, Jr. and Richard M. Noyes. 
OEMsr-881; Service Project Nos. OD-158 and NO- 
274; OSRD No. 5970. California Institute of Tech¬ 
nology. October 2, 1945. 

M7 Investigations of captured Japanese propellants. 
Garman Harbottle, Richard M. Noyes and David 
P. Shoemaker. OEMsr-881; Service Project Nos. 
OD-158 and NO-274; OSRD No. 5971. California 
Institute of Technology. November 13, 1945. 


M8 X-ray diffraction studies of constituents of explo¬ 
sives. Richard M. Noyes and Maryellin Kates. 
OEMsr-881; Service Project Nos. OD-01, OD-158 
and NO-274; OSRD No. 5951. California Institute 
of Technology. November 14, 1945. 

M9 An investigation of the propellant taken from a 
captured 21-cm German rocket. David P. Shoe¬ 
maker. OEMsr-881; Service Project No. OD-158; 
OSRD No. 5973. California Institute of Tech¬ 
nology. December 6, 1945. 

607.4 Smokeless Powder 

Ml Conversion of nitrocellulose to smokeless powder. 
(Report No. 9.) George A. Richter. Service Proj¬ 
ect No. OD-22; OSRD No. 72. Massachusetts Insti¬ 
tute of Technology. January 17, 1941. 

M2 An improved volumetric bromination procedure for 
the determination of centralite in smokeless powder. 
Garman Harbottle and Richard M. Noyes. OEmsr- 
881; Service Project Nos. OD-158 and NO-274; 
OSRD No. 4820. California Institute of Tech¬ 
nology. March 17, 1945. 

M3 Absorption spectra of explosives and other com¬ 
pounds of interest in the study of smokeless powder. 
Rene Scott Mills and Philip E. Wilcox. OEMsr- 
881; Service Project Nos. NO-274 and OD-158; OSRD 
No. 5953. California Institute of Technology. Oc¬ 
tober 30, 1945. 

M4 The relationship between the quantities of “total,” 
“available” and “actual” diphenylamine in smoke¬ 
less powders. Allan L. Grossberg and Richard M. 
Noyes. OEMsr-881; Service Project Nos. NO-274 
and OD-158; OSRD No. 5948. California Institute 
of Technology. November 13, 1945. 

M5 Compositions of gases evolved by smokeless pow¬ 
ders in vacuo at elevated temperatures. Victor 
Schocken. OEMsr-881; Service Project Nos. NO- 
274 and OD-158; OSRD No. 5956. California Insti¬ 
tute of Technology. November 16, 1945. 

M6 A magazine of new design for conducting 65.5° C 
surveillance tests on smokeless powders. Austin L. 
Wahrhaftig. OEMsr-881; Service Project Nos. NO- 
274 and OD-158; OSRD No. 5962. California In¬ 
stitute of Technology. November 23, 1945. 

M7 Procedures for the estimation of inorganic con¬ 
stituents in double-base powders. Allan L. Gross¬ 
berg, Joseph C. Guffy and others. OEMsr-881; 
Service Project Nos. OD-158 and NO-274; OSRD 
No. 5950. California Institute of Technology. 
November 29, 1945. 

607.5 Rocket Propellants (See Also: 603 and 604) 

Ml Development and testing of rocket propellants other 
than double-base powders. (Progress Report No. 
199, to February 7, 1942.) Louis P. Hammett. 
OEMsr-202; Service Project No. OD-14; OSRD No. 
438. Carnegie Institute of Technology. March 6, 
1942. 

M2 Rocket propellants. (Interim Report Nos. RP-1 to 
RP-36 [Covering period from] August 15, 1942 to 


M2 


M3 


M4 






232 


DIVISION 8 • MICROFILM LIST 


August 15, 1945.) Compiled by: George B. Kistia- 
kowsky and Howard J. Fisher. Service Project 
Nos. OD-14, NO-99, NO-151 and others. 

M3 Development and testing of composite rocket pro- 
pellants. (Progress Report No. 354, to July 31, 1942.) 
Louis P. Hammett. OEMsr-202; Service Project 
No. OD-14; OSRD No. 857. Carnegie Institute of 
Technology. September 7, 1942. 

M4 Humidity-controlled circuit breaker. E. H. Ep- 
precht. OEMsr-1145; Service Project No. OD-14; 
OSRD No. 3412. Gulf Research and Development 
Company. March 27, 1944. 

M5 The use of General Motors capacitance pressure 
gages for internal ballistics measurements on rocket 
propellants. Charles G. Sage. OEMsr-202; Service 
Project No. OD-14; OSRD No. 5750. Carnegie In¬ 
stitute of Technology. November 1, 1945. 

M6 A proposed device for indicating the condition of 
the propellant charge in rocket motors on ship¬ 
board, or in the field. Jerry Donohue. OEMsr- 
881; Service Project No. NO-274; OSRD No. 5958. 
California Institute of Technology. November 13, 
1945. 

607.6 Jet Propulsion 

’Ml A condenser gage apparatus for measuring the pres¬ 
sure and thrust characteristics of jet-propulsion 
motors. Charles G. Sage. OEMsr-639 and OEMsr- 
202; Service Project No. OD-14; OSRD No. 1678. 
Monsanto Chemical Company and Carnegie Insti¬ 
tute of Technology. August 5, 1943. 

M2 Propellants for special jet-propulsion devices. (In- 
terim Report Nos. JP-1 to JP-12 [Covering period 
from] August 15, 1944 to August 15, 1945.) Com¬ 
piled by: Howard J. Fisher. Service Project Nos. 
AC-75 and OD-198. 

M3 Characteristics of the ACL-1 jet-propulsion unit. 
F. A. Long. OEMsr-639; Service Project Nos. AC-75 
and OD-198; OSRD No. 5268. Monsanto Chemical 
Company. June 27, 1945. 

M4 Supplementary report on the ACL-1 jet-propulsion 
unit; Units T-10 and T-10E1. F. A. Long. OEMsr- 
639; Service Project No. AC-75; OSRD No. 5703. 
Monsanto Chemical Company. November 9, 1945. 

M5 Large-thrust jet units with 4-second burning time. 
R. A. Ruehrwein. OEMsr-639; Service Project Nos. 
AC-75 and OD-198; OSRD No. 6307. Monsanto 
Chemical Company. November 14, 1945. 

M6 The decipede, a 1000-pound thrust, 43-second burn¬ 
ing time, jet-propulsion unit. J. F. Dewald. 
OEMsr-639; Service Project No. OD-198; OSRD No. 
5704. Monsanto Chemical Company. November 
20, 1945. 

M7 Cast double-base jet propellant. (n.a.) OEMsr- 
1335; Service Project No. OD-197; OSRD No. 6298. 
E. I. duPont de Nemours and Company, Inc. 
November 27, 1945. 

607.7 Nozzle Designs 

Ml Experimental work on materials and design for 


nozzles for composite propellants. L. Axelrod. 
OEMsr-202; Service Project Nos. AC-75, OD-14 and 
OD-198; OSRD No. 5131. Carnegie Institute of 
Technology. August 22, 1945. 

M2 Further experimental work on nozzles for experi¬ 
mental testing of solid propellants. Motors for 
routine testing of rocket propellants. L. Axelrod. 
OEMsr-202; Service Project Nos. AC-75, OD-14 and 
OD-198; OSRD No. 5583. Carnegie Institute of 
Technology. January 17, 1946. 

700 EXPLOSIVE DEVICES 

Ml Tracer and igniter compositions. (Final report.) 
(n.a.) OEMsr-1226; Service Project Nos. NO-151 

and OD-159; OSRD No. 6581. Metal and Thermit 
Corporation. January 15, 1946. 

701 Tracers 

Ml Tracer compositions. (Interim Report Nos. TC-1 
to TC-18 [Covering period from] May 15, 1943 to 
August 15, 1945.) Compiled by: George B. Kistia- 
kowsky and Howard J. Fisher. Service Project Nos. 
NO-151 and OD-159. 

M2 Tracer research at the Explosives Research Labora¬ 
tory. Walter Kauzmann. OEMsr-202; Service Proj¬ 
ect Nos. NO-151 and OD-159; OSRD No. 3283. 
Carnegie Institute of Technology. February 14, 

1944. 

M3 Review of igniter and tracer compositions. (Progress 
Report to March 15, 1944.) H. Hirschland and 
Saul Ricklin. OEMsr-1226; Service Project Nos. 
OD-159 and NO-151; OSRD No. 3498. Metal and 
Thermit Corporation. April 21, 1944. 

702 Ignitors 

Ml Spontaneous ignitors for gasoline-fuming nitric acid 
mixtures. (Progress Report No. 310, to July 16, 
1942.) Eugene E. Ayres. OEMsr-322; Service Proj¬ 
ect No. NA-103; OSRD No. 777. Gulf Research and 
Development Company. August 6, 1942. 

M2 Spontaneous ignitors for gasoline-fuming nitric acid 
mixtures. (Final Report No. 421, to September 30, 
1942.) Eugene E. Ayres. OEMsr-322; Service Proj¬ 
ect No. NA-103; OSRD No. 1000. Gulf Research 
and Development Company. November 4, 1942. 

703 Primers 

Ml The microscopical examination of primer compo¬ 
sitions. Alfred T. Blomquist. OEMsr-193; Service 
Project No. OD-109; OSRD No. 3757. Cornell Uni¬ 
versity. August 1, 1944. 

M2 Polarographic analysis of primers. James J. Lin- 
gane. OEMsr-1028; Service Project No. OD-118; 
OSRD No. 4881. Harvard University. March 30, 

1945. 

704 Boosters 

Ml Shaped-charge boosters. Leon Goodman. OEMsr- 
202; Service Project No. AN-1; OSRD No. 5629. 



DIVISION 8 • MICROFILM LIST 


233 


Carnegie Institute of Technology. December 26, 
1945. 

705 Fuzes 

Ml Rate studies on primacord detonating fuze. H. A. 
Strecker. OEMsr-202; Service Project Nos. OD-02 
and NO-291; OSRD No. 5610. Carnegie Institute of 
Technology. October 23, 1945. 

M2 Purge pellets for use with spinner rockets equipped 
with variable-time fuzes. J. N. Addams and Rufus 
W. Lumry. OEMsr-639; Service Project No. OD-14; 
OSRD No. 5590. Monsanto Chemical Company. 
November 20, 1945. 

800 MISCELLANEOUS RESEARCH 

Ml The preparation of nitroparaffins. (Final Report to 
December 11, 1942.) (n.a.) OEMsr-371; Service 

Project No. OD-2; OSRD No. 2016. Purdue Uni¬ 
versity. November 15, 1943. 

801 Waxes 

Ml Beeswax substitutes for phlegmatization of cyclo- 
nite. (Progress Report No. 150, to December 30, 
1941.) Duncan P. MacDougall. OEMsr-11; Service 
Project No. OD-04; OSRD No. 313. Carnegie Insti¬ 
tute of Technology. January 10, 1942. 

M2 Beeswax substitutes for phlgematization of cyclo- 
nite. (Second Progress Report No. 187, to February 
15, 1942.) Duncan P. MacDougall. OEMsr-11 and 
OEMsr-202; Service Project No. OD-04; OSRD No. 
397. Carnegie Institute of Technology. February 
23, 1942. 

M3 Beeswax substitutes for phlegmatization of cyclo- 


nite. (Third Progress Report No. 218.) Duncan P. 
MacDougall. OEMsr-202; Service Project No. OD- 
04; OSRD No. 486. Carnegie Institute of Tech¬ 
nology. April 4, 1942. 

M4 Waxes for HBX. F. H. Westheimer. OEMsr-202; 
Service Project Nos. NO-231 and NO-232; OSRD 
No. 5573. Carnegie Institute of Technology. Octo¬ 
ber 3, 1945. 

M5 Specifications of the physical properties of desen¬ 
sitizing waxes for use in explosives. Eugene H. 
Eyster. OEMsr-202; Service Project Nos. OD-04, 
NO-232 and NO-290; OSRD No. 5633. Carnegie 
Institute of Technology. January 2, 1946. 

802 Emulsifiers 

Ml Emulsifiers for HBX and HBX-1. F. H. West¬ 
heimer and John W. Dawson. OEMsr-202; Service 
Project No. NO-232; OSRD No. 5597. Carnegie 
Institute of Technology. November 20, 1945. 

803 Slurries 

Ml The viscosity of explosive slurries. Part I, Experi¬ 
mental methods and results. Eugene H. Eyster, 
A. A. Layton and M. A. Paul. OEMsr-202; Service 
Project No. OD-04; OSRD No. 3663. Carnegie 
Institute of Technology. May 22, 1944. 

M2 The viscosity of explosive slurries. Part II, Experi¬ 
mental methods; determination of stress-rate curves. 
Part III, The improvement of explosive slurries by 
surface-active agents. A. A. Layton and Eugene H. 
Eyster. OEMsr-202; Service Project No. OD-04; 
OSRD No. 5625. Carnegie Institute of Technology. 
November 9, 1945. 
































































DIVISION 9 • WAR CHEMISTRY 

Microfilm Index 


10 SUMMARY REPORTS FOR DIVISION 9 

100 CHEMICAL WARFARE SUMMARY REPORTS 

110 Fasciculus on Chemical Warfare Medicine 
120 Informal Monthly Progress Reports 

121 California Institute of Technology 

122 Iowa State College 

123 Northwestern University 

124 Rockefeller Institute for Medical Research 

125 University of Chicago 

126 University of Illinois 

127 University of Missouri 

128 University of Nebraska 

200 PREPARATION AND ANALYSIS OF CHEMICAL WAR¬ 
FARE AGENTS 

210 Metalloid and Metal-Containing Compounds 

211 Phosphorous 
(See also: 311) 

211.1 Fluorophosphates 

211.11 Diisopropyl Fluorophosphates (PF-3) 

211.12 Alkyl Fluorophosphates 

211.2 Phosphoryl 

211.3 Phosphine 

211.4 Esters 

211.5 German Compounds 

212 Sulfur 

(See also: 312) 

212.1 Sulfides 

212.11 Mustard Gas (H) 

212.111 Thiodiglycol (TG) 

212.112 Levinstein Mustard (H) 

212.113 Sesquimustard (Q) 

212.114 Semi-Mustard (CH) 

212.12 Polysulfides 

212.2 Halides 

212.3 Sulfones 

212.4 Thiophosgene 

212.5 Miscellaneous Sulfur Compounds 

213 Arsenic 

(See also: 313) 

213.1 Arsines 

213.11 Lewisite (M-l, L) 

213.12 Furylarsines 

213.13 Cacodyls 

213.14 Chloroarsines 

213.2 Halides 

213.21 Arsenic Trichloride 

213.22 Arsanthrene Dichloride 

214 Selenium 

215 Cadmium 

216 Tin 

217 Thallium 

218 Lead 


219 Miscellaneous Metalloid and Metal-Containing 
Compound Research 
220 Nitrogen Compounds 
(See also: 320) 

221 Amines 

221.1 Nitrogen Mustards (HN-1, HN-2 and HN-3) 

221.2 Compounds 1070, 1130 and 1133 

221.3 Diamines 

221.4 Alkanol and Ethanol Amines 

221.5 Vanillylamine 

221.6 Miscellaneous Amines 

222 Carbamates 

222.1 N-alkyl Carbamates 

222.2 Methyl Carbamates 

222.3 Nitrosocarbamates 

222.4 Quaternary Salts 

222.5 Carbamic Acids 

223 Cyanogens and Cyanates 

223.1 Cyanogen Chloride (CC and CK) 

223.2 Hydrocyanic Acid (AC) 

223.3 Miscellaneous Cyanogens and Cyanates 

224 Heterocyclic Nitrogen Compounds 

225 Nitriles 

226 Hydrazines 

227 Olefines 

228 Halonitroso Compounds 

229 Miscellaneous Nitrogen Compounds 
230 Carbon Compounds 

(See also: 330) 

231 Carbon-Oxygen Compounds 

231.1 Esters 

231.2 Ketones and Ketenes 

231.3 Acid Halides 

231.31 Phosgene (CG) and Diphosgene 

231.32 Fluorobutyrates 

231.33 Carbonyl Monochloride Monofluorid 

231.4 Miscellaneous Carbon-Oxygen Compounds 

232 Fluorocarbons 

233 Carbon Monoxide Pentamer 

234 Ethylene and Acetylene Derivatives 
240 Plant Products 

(See also: 340) 

241 Compound W 

242 Camphor Compounds 

243 Miscellaneous Plant Products 

250 Research Relative to Various Compounds 

251 Boron Compounds 

252 Fluorine and Fluorine Compounds 
(See also: 350) 

252.1 Methyl Fluorpacetate (AF-1, MFA) 

253 Hydrogen Peroxide 

254 Metal Corrosion 

255 Various Combinations of Compounds 


SECR 


235 


236 


DIVISION 9 • MICROFILM INDEX 


300 TOXICITY STUDIES OF CHEMICAL WARFARE 
AGENTS 

310 Metalloid and Metal-Containing Compounds 

311 Phosphorous 
(See also: 211) 

311.1 Diisopropyl Fluorophosphates (PF-3) 

312 Sulfur 

(See also: 212) 

312.1 Mustard Gas, Toxicity Effects of 

312.11 Effects on Yeast Cells 

312.111 Yeast Cells (Divinyl Sulfone 
and H) 

312.12 Reactions with Proteins and Enzymes 
312.121 Enzymatic Degradation 

312.13 Effects on Epithelial Tissues 

312.131 Corneal Tissue 

312.132 Skin of the Rat 

312.133 Skin of the Rabbit 

312.134 Skin of the Pig 

312.135 Skin of the Guinea Pig 

312.136 Skin of Man 

312.14 Systemic Effects 

312.2 Sulfur Pentafluoride 

312.3 Sulfones 

313 Arsenic 

(See also: 213) 

313.1 Arsine Toxicity 

313.2 Furylarsine Toxicity 

314 Cobalt (Salcomine) 

315 Disulfur Decafluoride 

316 Tin 

320 Nitrogen Compounds 
(See also: 220) 

321 Amines 

321.1 Nitrogen Mustards (HN-1, HN-2 and HN-3) 

321.2 Compounds 1070 and 1130 

321.3 Diamines 

321.4 Hexanitrodiphenylamine 

322 Carbamates 

322.1 Compound TL-186 (KB-16) 

322.2 Compounds TL-154 and TL-316 

323 Cyanogens and Cyanates 

323.1 Cyanogen Chloride (CC and CK) 

323.2 Hydrocyanic Acid (AC) 

324 Azines 

325 Amides 

326 Comparison of Amines and Carbamates 

327 Miscellaneous Nitrogen Compound Toxicity 
Research 

330 Carbon Compounds 
(See also: 230) 

331 Carbon-Oxygen Compounds 

331.1 Phosgene and Diphosgene 

331.2 Carbonyl Chlorofluoride 

331.3 Choline 
340 Plant Products 

(See also: 240) 

341 Compound W 
350 Fluorine Compounds 
(See also: 252) 


351 Methyl Fluoroacetate 
360 Comparative Studies of Vesicants 

361 Sulfur and Nitrogen Mustards 

361.1 Effects on Human Skin 

361.2 Effects on the Eye 

361.3 Systemic Effects 

361.4 Effects on Structure and Function of Animal 
Cells 

362 Mustard Gas and Lewisite 

370 Methods and Equipment used in Toxicity Studies 

371 Vesicant Appliers 

372 Exposure Chambers and Exposure Methods 
380 Miscellaneous Physiological and Toxicity Studies 

381 Aquatic Life 

382 Yeast Cells 

383 Skin 

384 Eyes 

385 Blood 

386 Lung Tissue 

386.1 Oil Clouds 

386.2 Flame Throwers 

387 Miscellany 

400 DETECTION AND IDENTIFICATION OF CHEMICAL 
WARFARE AGENTS 

410 Detection Methods, Devices and Substances 
(See also: 420) 

411 Reagents 

411.1 Paints, Powders and Papers 

411.2 Reagent DB-3 

411.3 Silica Gels 

411.4 Miscellaneous Reagents 

412 Field Kits 

412.1 Detector Tubes 

412.2 Foreign Types 

413 Automatic Instruments 

413.1 Titrimeters 

413.11 Pumps 

413.2 Tape Recorders 

413.3 Miscellaneous Instruments 

414 Laboratory Methods 

414.1 Laboratory Equipment 

415 Miscellaneous Chemical Compound Analyses 
420 Identification of Chemical Warfare Agents 

(See also: 410) 

421 Methods of Identification 

421.1 Microscopical 

421.2 Silica Gels 

421.3 Acidic Elements 

422 Identification of Specific Chemical Warfare Agents 

422.1 Mustards 

422.11 Sulfur Mustards, By means of: 

422.111 Automatic Recording Devices 

422.112 Electrodes 

422.113 HotWire 

422.114 Reagent DB-3 

422.115 DCT (Dichloramine-T) 

422.116 Iodoplatinate 

422.117 Bubblers 



DIVISION 9 • MICROFILM INDEX 


237 


422.118 Miscellaneous Methods for 
Sulfur Mustards 

422.12 Nitrogen Mustards 

422.121 Compounds 1070, 1120, 1130 
and 1149 

422.122 HN-3 

422.13 Miscellaneous Identification Tests of 
Mustards 

422.2 Arsenicals, By Means of: 

422.21 DBT (Thiocarbazones) 

422.22 Volumetric Method 

422.23 Detector Tubes and Gels 

422.24 Miscellaneous Reagents 

422.3 Fluorine Compounds 
422.31 Fluorophosphates 

422.4 Cyanogens and Allied Compounds 

422.41 Cyanogen Chloride 

422.42 Hydrocyanic Acid 

422.43 MCE 

422.5 Chloropicrin 

422.6 Analysis of Smokes 

422.7 Carbon Monoxide 

422.8 Identification of Chemical Warfare Agent 
Combinations 

500 PROTECTION AGAINST CHEMICAL WARFARE 
AGENTS 

510 Prophylactic and Therapeutic Ointments 
(See also: 520) 

511 Chloroamides 
(See also: 541.2) 

511.1 S-328 

511.2 S-330 

511.3 S-461 

511.4 Miscellaneous Chloroamides 

512 Peroxides 

513 BAL Ointments 

513.1 Preparation and Analysis 

513.2 Derivatives 

513.3 Vehicles 

513.4 Evaluation 

514 Acid Ointments 

514.1 Pyruvic Acid Starch Paste 

514.2 Succinic Acid 

514.3 Vehicles for Acids 

514.4 Miscellaneous Acid Ointments 

515 Miscellaneous Ointments 
520 Treatments for Specific Agents 

(See also: 510) 

521 Fluorophosphates 

522 Mustards 

522.1 Sulfur Mustards 

522.11 Treatment with BAL 

522.12 Miscellaneous Sulfur Mustard Treat¬ 
ments 

522.2 Nitrogen Mustards 


522.21 Compounds 1070 and 1130 

523 Lewisite 

523.1 Lewisite and Mustard Gas Mixtures 

524 Phosgene and Diphosgene 

525 Compound W 

526 Miscellaneous Agents 
530 General Healing Studies 
540 Protective Clothing 

541 Impregnants 

541.1 Carbon Impregnants (CC-2) 

541.11 Development of Carbon-Coated Fabrics 

541.111 Dispersing and Binding Agents 

541.112 Fabric Effect on Aging 

541.113 CC-2 Retention Through Wear 

541.12 Evaluation of CC-2 

541.13 Skin Irritation 

541.2 Chloroamides as Impregnants 
(See also: 511) 

541.21 Preparation of Chloroamides 

541.22 Evaluation and Stabilization of Chlo¬ 
roamides 

541.23 Solvents for Chloroamides 

542 Impregnation in the Field 

542.1 Impregnating Sets 

543 Testing of Impregnated Fabrics 

543.1 Thermometric Method 

543.2 Against Mustard (H) 

550 Gas Masks 

560 Decontamination of: 

561 Water Supplies 

562 Painted and Plastic Surfaces 

563 Clothing 

564 Specific Chemical Warfare Agents 

600 ANTIMALARIAL AGENTS AND INTERMEDIATES 

700 INSECT AND RODENT CONTROL 

710 Insect Control 

711 Insect Repellents 

712 Insecticides 

712.1 DDT 

712.11 Analysis 

712.12 Vehicles 

712.13 Detection 

712.2 Miscellaneous Insecticide Research 

713 Insect-Resistant Fabrics 
720 Rodent Control 

721 Rodenticides 

721.1 Compound 1080 

800 MISCELLANEOUS RESEARCH 

810 Lubrication Studies 

820 Microscopical Identification of Explosives 
830 Propulsion 

831 Propulsion Fuels 

832 Hydropulse Motor 




DIVISION 9 • WAR CHEMISTRY 

List of Microfilmed Reports 


10 SUMMARY REPORTS FOR DIVISION 9 

Ml Reports by section chairman. Meeting of March 5, 

1942, Washington, D. C. (Report No. 202.) (n.a.) 

OSRD No. 443. March 10, 1942. 

M2 Collection of papers on chemical warfare. 

Edited by: Joseph Dec and W. Conway Pierce. 
August 1, 1944. 

M3 Monthly progress reports from the NDRC Muni¬ 
tions Development Laboratory. (Reports for 
August, 1944 and August, 1945.) Edited by: H. F. 
Johnstone. OEMsr-102; Service Project Nos. 
CWS-27, AC-108 and others. University of Illi¬ 
nois. September 25, 1944 and September 25, 1945. 

100 CHEMICAL WARFARE SUMMARY REPORTS 

110 Fasciculus on Chemical Warfare Medicine 

Ml Fasciculus on chemical warfare medicine. Vol¬ 

ume I, Eye. (n.a.) OEMcmr-24, OEMcmr-9 and 
OEMcmr-141. Wilmer Institute; University of 
Pennsylvania, Medical School and Harvard Uni¬ 
versity, Medical School. 1945. 

M2 Fasciculus on chemical warfare medicine. Vol¬ 

ume II, Respiratory tract, (n.a.) OEMcmr-39, 
OEMcmr-44 and others. Yale University, Medical 
School; University of Chicago, Medical School and 
others. 1945. 

M3 Fasciculus on chemical warfare medicine. Vol¬ 
ume III, Skin and systemic poisons. (n.a.) 

OEMcmr-141, OEMcmr-103 and others. Harvard 
University, Medical School; Cornell University, 
Medical School and others. 1945. 

120 Informal Monthly Progress Reports 

121 California Institute of Technology 

Ml The analysis of chemical warfare agents. (Informal 
Monthly Progress Reports [Covering the periods] 
from March 10 to April 10, 1944 and from July 10 
to September 10, 1945.) E. H. Swift, Carl Nie¬ 
mann and others. OEMsr-325. [California Insti- 125 
tute of Technology.] April 10, 1944, August 10, 

1945 and September 10, 1945. 

122 Iowa State College 

Ml [Variously nitrated organic compounds containing 
metals.] (Monthly informal reports.) Henry Gil¬ 
man. OEMsr-97. Iowa State College. December 
6, 1941 to January 14, 1942; March 15, 1942 to 
January, 1943. 

M2 [Derivatives, irritants and organic compounds of 

phosphorus, arsenic and some metals.] (Informal 126 
monthly progress reports.) Henry Gilman, R. W. 

Leeper and others. OEMsr-97. t Iowa State Col¬ 
lege.] February 10, 1943 to March 10, 1944. 


M3 [Carbamates, antimalarial intermediates and de¬ 
rivatives.] (Informal monthly progress reports.) 
Henry Gilman, S. Avakian and others. OEMsr-97. 
[Iowa State College.] September 10, 1944 to 
August 10, 1945. 

123 Northwestern University 

Ml [Toxicity data.] (Informal Monthly Progress Re¬ 
ports [Covering the] period April 12, 1944 to 
August 10, 1945.) Charles D. Hurd, M. Q. Webb 
and others. OEMsr-135. [Northwestern Univer¬ 
sity.] 

124 Rockefeller Institute for Medical Research 
Ml [Identification and characteristics of various sub¬ 
stances.] (Report No. 18-N-23.) John H. Northrop. 
[Rockefeller Institute for Medical Research.] 
April 14, 1942. 

M2 [Reactions and toxicity of RH.j (Progress Report 
No. 5.) Max Bergmann, Joseph S. Fruton and 
others. OEMsr-313. [Rockefeller Institute for 

Medical Research.] [May 23, 1942.] 

M3 [Toxicity of DH and therapeutic treatment.] (In¬ 
formal monthly progress report.) Philip D. 
McMaster and George H. Hogeboom. OEMsr- 
434. [Rockefeller Institute for Medical Research.] 
August 28, 1942. 

M4 Informal Monthly Progress Report Nos. 18-N-34 
and -39. John H. Northrop, Moses Kunitz and 
others. OEMsr-129. [Rockefeller Institute for 

Medical Research.] September 19, 1942 and Feb¬ 
ruary 10, 1943. 

M5 Informal Monthly Progress Reports [for] March 
10, April 10, May 10, June 10, July 10, Septem¬ 
ber 10, October 10 and December 10, 1943; Jan¬ 
uary 10, February 10, March 10, May 10, June 10 
and August 10, 1944. Max Bergmann, Joseph S. 
Fruton and others. OEMsr-313. Rockefeller 

Institute for Medical Research. 

University of Chicago 

Ml Progress reports [Of the] Toxicity Laboratory, 
University of Chicago, (n.a.) [NDCrc-132.] Uni¬ 
versity of Chicago. October 16, 1941 to December 
31, 1942. 

M2 Toxicity of chemical warfare agents. (Informal 
Monthly Progress Report Nos. 9-4-1-1 to -25.) 
(n.a.) NDCrc-132; Service Project No. CWS-2. 
University of Chicago. February 10, 1943 to 
February 28, 1945. 

University of Illinois 

Ml A study of chemical warfare agents and the syn¬ 
thesis of therapeutic intermediates. (Informal 
Monthly Progress Reports covering the period 



238 


DIVISION 9 • MICROFILM LIST 


239 


from October 10, 1944 to May 9, 1945.) R. C. 
Fuson, Charles C. Price and others. OEMsr-300. 
[University of Illinois.] 

127 University of Missouri 

Ml Smoke detection. (Informal Monthly Progress Re¬ 
ports [Covering period from] January 11 to Febru¬ 
ary 28, 1945.) Henry E. Bent. Lloyd B. Thomas 
and Elijah Swift, Jr. OEMsr-312. University of 
Missouri. February 10 and 28, 1945. 

128 University of Nebraska 

Ml [Preparation of arsenicals, derivatives, antimala- 
rials and other substances.] (Informal Monthly 
Progress Reports covering the period from June 8, 
1944 to August 6, 1945.) Cliff S. Hamilton, E. J. 
Cragoe and others. OEMsr-85. [University of 
Nebraska.] 

200 PREPARATION AND ANALYSIS OF CHEMICAL 

WARFARE AGENTS 

Ml Compounds prepared for Chemical Warfare Serv¬ 
ice by NDRC. (Progress Report No. 51, as of June 
1, 1941.) (n.a.) NDCrc-48, NDCrc-6 and others; 

Service Project Nos. CWS-3 CWS-4 and CWS-9; 
OSRD No. 113. University of Illinois, University 
of Wisconsin and others. June 27, 1941. 

M2 Summary report on work done on chemical war¬ 
fare problems at the University of Illinois. (Final 
Report No. 360 [for the period] from September 
15, 1941 to August 15, 1942.) C. S. Marvel and 
R. C. Fuson. OEMsr-48; Project Nos. CWS-4 and 
NL-B31; OSRD No. 878. University of Illinois. 
September 11, 1942. 

* M3 Rapid methods for synthesizing certain war gases. 

The chemistry of the sulfur fluorides. (Final Re¬ 
port No. 399.) J. H. Simons. NDCrc-167; Service 
Project No. CWS-7; OSRD No. 1036. Pennsyl¬ 
vania State College. October 21, 1942. 

M4 Volatility of certain arsenic and nitrogen com¬ 
pounds. (Progress Report No. 427, to August 1, 
1942.) Henry E. Bent. OEMsr-312; Service 
Project No. CWS-6; OSRD No. 1045. University 
of Missouri. November 10, 1942. 

M5 Possible toxic agents and intermediates. (Progress 
Report to December 14, 1942.) Morris S. 

Kharasch. OEMsr-394; Service Project Nos. CWS-3 
and CWS-4; OSRD No. 1284. University of Chi¬ 
cago. March 22, 1943. 

M6 Preparation of compounds other than nitrogen 
mustards. Derivatives of chemical warfare agents. 
(Progress Report to January 10, 1944.) George H. 
Coleman, Joseph E. Callen and others. OEMsr- 
223; Service Project No. CWS-4; OSRD No. 3354. 
State University of Iowa. March 14, 1944. 

M7 Tables of the physical constants of chemical war¬ 
fare agents. (Informal Report No. 97.) E. H. Swift 
and Carl Niemann. OEMsr-325; Service Project 
No. CWS-6. California Institute of Technology. 
June 5, 1944. 


M8 A summary of the vapor pressures and volatilities 
of compounds studied at the University of Chicago 
Toxicity Laboratory. (Progress Report to August 
1, 1944.) C. Ernst Redemann, Saul W. Chaikin 
and others. NDCrc-132; Service Project No. 
CWS-2; OSRD No. 4273. University of Chicago. 
November 4, 1944. 

M9 Electron diffraction studies on the molecular struc¬ 
ture of chemical warfare agents. (Final Report to 
June 30, 1944.) Linus C. Pauling. OEMsr-753; 
Service Project No. CWS-6; OSRD No. 4385. Cali¬ 
fornia Institute of Technology. November 25, 
1944. 

M10 [Physico-chemical properties bearing on the toxic 
action of chemical warfare agents.] Final report 
under Contract OEMsr-532. Barnett Cohen, 
Joseph Harris and others. OEMsr-532; Service 
Project No. CWS-2; OSRD No. 5146. Johns Hop¬ 
kins University. May 29, 1945. 

Mil The preparation of miscellaneous chemical war¬ 
fare agents. (Progress Report to June, 1945.) 
Homer Adkins, John E. Castle and others. 
OEMsr-304; Service Project No. CWS-4; OSRD No. 
6086. University of Wisconsin. December 1,1945. 

210 Metalloid and Metal-Containing Compounds 

Ml Preparation of organometallic compounds as 
sources of toxic oxide smokes and flame thrower 
fuels. (Final Report No. 156, to September 1, 1941.) 
Henry Gilman. NDCrc-61; Service Project Nos. 
CWS-1 and CWS-10; OSRD No. 314. Iowa State 
College. January 9, 1942. 

211 Phosphorous 

(See also: 311) 

211.1 Fluorophosphates 

Ml Fluorophosphates and related compounds. 
([Monthly] informal reports.) John C. Bailar, Jr., 
Mark M. Woyski and others. OEMsr-299. Uni¬ 
versity of Illinois. July 15, October 15, November 
15, December 15, 1942; February 15, April 15, 
October and November, 1943. 

211.11 Diisopropyl Fluorophosphates (PF-3) 

Ml Description of process, preliminary. [Manufacture 
of] diisopropyl fluorophosphate [byj batch method. 
(Progress Report to January 1, 1944.) Russell L. 
Jenkins, W. M. Cooper and others. OEMsr-845; 
Service Project No. CWS-4; OSRD No. 3113. 
Monsanto Chemical Company. January 11, 1944. 
M2 Description of process, preliminary. [Manufacture 
of] diisopropyl fluorophosphate t byj continuous 
method. (Progress Report to January 31, 1944.) 
Russell L. Jenkins, W. M. Cooper and others. 
OEMsr-845; Service Project No. CWS-4; OSRD No. 
3228. Monsanto Chemical Company. February 
1, 1944. 

M3 The chemistry of PF-3 as a water contaminant. 
(Progress Report to February 28, 1945.) Charles 




240 


DIVISION 9 • MICROFILM LIST 


C. Price and Bernard H. Velzen. OEMsr-593; 
Service Project No. CWS-6; OSRD No. 5345. Uni¬ 
versity of Illinois. August 10, 1945. 

211.12 Alkyl Fluorophosphates 

Ml The dialkyl monofluorophosphates. (Informal Re¬ 
port No. CXLI.) L. F. Audrieth and John C. 
Bailar, Jr. [OEMsr-299.] University of Illinois. 
June 16, 1942. 

M2 The alkyl difluorophosphates and the mono- and 
difluorothiophosphates. (Informal Report No. CL- 
XXXVIII, for the period August 15 to September 
15, 1942.) L. F. Audrieth, John C. Bailar, Jr. and 
Mark M. Woyski. OEMsr-299; Service Project 
No. CWS-7. University of Illinois. September 
15, 1942. 

M3 Preparation of alkyl fluorophosphates. (Progress 
Report to December 10, 1943.) Russell L. Jenkins 
and Edgar E. Hardy. OEMsr-845; Service Project 
No. CWS-4; OSRD No. 3078. Monsanto Chemical 
Company. January 5, 1944. 

211.2 Phosphoryl 

Ml A new method for the synthesis of phosphoryl 
chlorofluoride, POCl 2 F. John C. Bailar, Jr. and 
Mark M. Woyski. OEMsr-299. University of 
Illinois. August 15, 1943. 

211.3 Phosphine 

Ml Letter to Dr. Crawford D. Failey. Subject: t The 
evaluation of KB-220.] Morris S. Kharasch. [Uni¬ 
versity of Chicago.] October 21, 1943. 

211.4 Esters 

Ml Letter to Dr. William L. Doyle. Subject: [Com¬ 
pounds submitted to the Toxicity Laboratory for 
evaluation.] Morris S. Kharasch. [University of 
Chicago.] June 21, 1945. 

M2 The preparation of ethanefluorophosphonic acid, 
isopropyl ester (KB-286), the ethyl analogue of 
T-144. (Final Report to August 9, 1945.) Morris 
S. Kharasch, Elwood V. Jensen and Robert L. 
Adelman. OEMsr-394; Service Project No. CWS-4; 
OSRD No. 5483. University of Chicago. August 
20, 1945. 

211.5 German Compounds 

Ml An investigation of a new group of German war 
gases. (Final Report to August 31, 1945.) R. C. 
Fuson, Lester J. Reed and others. OEMsr-300; 
Service Project No. CWS-4; OSRD No. 6400. Uni¬ 
versity of Illinois. December 1, 1945. 

M2 The preparation of MCE and MFI. (Final Report 
to September 30, 1945.) Russell L. Jenkins and 
Edgar E. Hardy. OEMsr-845; Service Project No. 
CWS-4; OSRD No. 6391. Monsanto Chemical 
Company. December 31, 1945. 

212 Sulfur 

(See also: 312) 


212.1 Sulfides 
212.11 Mustard Gas (H) 

Ml [Chemical reaction data on chloroethyl sulfides.] 
(Informal Report [for the period] December 1, 
1941 to June 1, 1942.) W. Mansfield Clark, 
Barnett Cohen and Joseph Harris. [OEMsr-214.] 
Johns Hopkins University.] June, 1942.] 

M2 The preparation of mustard gas and certain of its 
derivatives and analogs. (Progress Report No. 345, 
to August 15, 1942.) C. S. Marvel and R. C. 
Fuson. OEMsr-48 and OEMsr-300; Service Project 
No. CWS-4; OSRD No. 840. University of Illinois. 
August 31, 1942. 

M3 The by-products of commercial mustard gas made 
from ethylene and the sulfur chlorides. (Report 
No. 386, to September 15, 1942.) Marvin Carmack 
and Richard Handrick. Service Project No. 
CWS-4; OSRD No. 933. University of Pennsyl¬ 
vania. October 8, 1942. 

M4 Reactions of the chlorine atoms of mustard gas in 
aqueous media. (Progress Report No. 452.) W. E. 
Doering, R. P. Linstead and Eric G. Ball. OEMsr- 
86; Service Project No. CWS-2; OSRD No. 1094. 
Harvard University. December 9, 1942. 

M5 The chemistry of mustard gas as a water con¬ 
taminant. (Informal Report No. 65.) Charles C. 
Price and Orville H. Bullitt, Jr. August 21, 1943. 

M6 The reactivity of the chlorine in /3, /3'-dichlorodi- 
ethyl ether, 3,4-dichlorotetrahydrothiophene and 
bis-l,3-dichloro-2-propyl sulfide. (Progress Report 
to August 27, 1943.) Paul D. Bartlett and Edward 
S. Lewis. NDCrc-136; Service Project No. CWS-4; 
OSRD No. 3605. Harvard University. April 6, 
1944. 

M7 An investigation of heated mustard gas. (Progress 
Report to July, 1944.) R. C. Fuson. OEMsr-300; 
Service Project No. CWS-4; OSRD No. 3959. Uni¬ 
versity of Illinois. July 28, 1944. 

M8 The synthesis of certain mustard analogs. (Progress 
Report to August 1, 1944.) Carl R. Noller and 
L. Kaplan. OEMsr-136; Service Project No. 
CWS-4; OSRD No. 4195. Stanford University. 
September 27, 1944. 

M9 Addition of surface-active agents to mustard. 
(Progress Report to July 31, 1944.) Paul L. Salz- 
berg, W. A. Lazier and J. H. Werntz. OEMsr-549; 
Service Project No. CWS-4; OSRD No. 4211. E. I. 
duPont de Nemours and Company, Inc. October 
3, 1944. 

M10 A continuous process for the preparation of mus¬ 
tard and sesquimustard. (Progress Report to Oc¬ 
tober, 1944.) R. C. Fuson, Charles C. Price and 
others. OEMsr-300; Service Project No. CWS-4; 
OSRD No. 4304. University of Illinois. October 
31, 1944. 

Mil [Kinetics of benzyl-H in dilute aqueous solution.] 
(Informal Monthly Progress Report No. 23.) Bar¬ 
nett Cohen and Ervin R. Van Artsdalen. OEMsr- 



DIVISION 9 • MICROFILM LIST 


241 


532. Johns Hopkins University.] December 10, 
1944. 

M12 The mechanism of hydrolysis and displacement of 
mustard chlorohydrin and mustard in aqueous 
solutions. (Progress Report to September 25, 1944.) 
Paul D. Bartlett and C. Gardner Swain. NDCrc- 
136; Service Project No. CWS-4; OSRD No. 4683. 
Harvard University. February 10, 1945. 

M13 Synthesis of /3-chloroethyl sulfides and related 
compounds. (Progress Report to February 1, 1944.) 
Paul L. Salzberg, W. A. Lazier and E. K. Ellingboe. 
OEMsr-549; Service Project No. CWS-4; OSRD 
No. 5560. E. I. duPont de Nemours and Com¬ 
pany, Inc. September 7, 1945. 

212.111 Thiodiglycol (TG) 

Ml (T) glycol. (Progress Report No. 15.) Roger 
Adams and C. S. Marvel. Service Project No. 
CWS-4; OSRD No. 78. University of Illinois. 
March 17, 1941. 

M2 Mustard gas from thiodiglycol and thionyl chlo¬ 
ride. (Final Report to August, 1943. ) R. Norris 
Shreve, David A. Frost and Lewis A. McDonald. 
OEMsr-835; Service Project No. CWS-4; OSRD 
No. 3558. Purdue University. May 1, 1944. 

212.112 Levinstein Mustard (H) 

Ml Hydrolysis of HS. Barnett Cohen and Joseph 
Harris. [OEMsr-214.] Johns Hopkins Univer¬ 
sity.] April 25, 1942. 

M2 The hydrolysis of beta, beta' dichlorodiethylsulfide 
in the vapor phase. The quantitative estimation 
of beta, beta' dichlorodiethylsulfide in solution. 
(Progress Report No. 263, to May 11, 1942.) 
Charles C. Price. OEMsr-300; OSRD No. 723. 
University of Illinois. June 15, 1942. 

M3 Effect of detergents and related compounds on the 
solubility and rate of solution of redistilled Levin¬ 
stein mustard. (Progress Report No. 275, to June 
10, 1942.) John H. Northrop. OEMsr-129; Serv¬ 
ice Project Nos. CWS-2 and NL-B30; OSRD No. 
653. Rockefeller Institute for Medical Research. 
June 23, 1942. 

M4 Freezing points of binary HS mixtures. (Progress 
Report No. 423, to October 15, 1942.) Paul D. 
Bartlett. NDCrc-136; Service Project Nos. CWS-3 
and CWS-4; OSRD No. 1016. Harvard University. 
November 9, 1942. 

M5 Volatility of Levinstein mustard. (Progress Report 
No. 439, to September 31, 1942.) Henry E. Bent. 
OEMsr-312; Service Project No. CWS-6; OSRD 
No. 1062. University of Missouri. November 10, 
1942. 

M6 The vapor pressure of HS and diphenyl ether and 
solutions of these compounds. (Progress Report 
No. 436, to July 31, 1942.) Henry E. Bent. 
OEMsr-312; Service Project No. CWS-6; OSRD 
No. 1059. University of Missouri. November 
30, 1942. 

M7 Direct determination of the effect of temperature 


and chloride ions on the hydrolysis of HS dis¬ 
tinguished from /3 chloro, /3' hydroxy diethyl 
sulfide. (Report No. 7.) W. Morton Grant and 
V. Everett Kinsey. OEMcmr-141. Harvard Uni¬ 
versity, Medical School. January 14, 1943. 

M8 [HS, Levinstein mustard.] (Monthly progress re¬ 
port.) Duncan A. Maclnnes and Donald Belcher. 
OEMsr-130. Rockefeller Institute for Medical Re¬ 
search. November 15, 1943. 

M9 Storage characteristics and stabilization of Levin¬ 
stein H. (Formal Report to January 1, 1944.) 
John C. Woodhouse, A. S. Weygandt and others. 
OEMsr-656; Service Project No. CWS-13; OSRD 
No. 3179. E. I. duPont deNemours and Com¬ 
pany, Inc. January 19, 1944. 

M10 The behavior of hexamine in Levinstein mustard. 
(Progress Report to July, 1944.) R. C. Fuson. 
OEMsr-300; Service Project No. CWS-4; OSRD 
No. 3964. University of Illinois. July 28, 1944. 

Mil The composition of Levinstein mustard. (Progress 
Report to August, 1944.) R. C. Fuson, Charles 
C. Price and others. OEMsr-300; Service Project 
No. CWS-4; OSRD No. 4177. University of Illi¬ 
nois. September 26, 1944. 

M12 The structure of propyl mustard and its analogs. 
(Progress Report to October, 1944.) R. C. Fuson, 
Charles C. Price and others. OEMsr-300; Service 
Project No. CWS-4; OSRD No. 4306. University 
of Illinois. November 2, 1944. 

M13 [Preparation of] 2-chloroethyl 2, 2-dichloroethyl 
sulfide (2-chloro-H). (Progress Report to Decem¬ 
ber 1, 1944.) R. C. Fuson, Charles C. Price and 
others. OEMsr-300; Service Project No. CWS-4; 
OSRD No. 4531. University of Illinois. January 
1, 1945. 

M14 The concentration of the odorous principle of 
water-washed Levinstein mustard. The prepara¬ 
tion of 2-chloroethyl sulfenyl chloride. (Progress 
Report to February 28, 1945.) Charles C. Price 
and Orville H. Bullitt, Jr. OEMsr-593; Service 
Project No. CWS-6; OSRD No. 4989. University 
of Illinois. April 26, 1945. 

M15 Volatile impurities of Levinstein H. (Progress Re¬ 
port to February 28, 1945.) Roger M. Herriott 
and John H. Northrop. OEMsr-129; Service 
Project Nos. CWS-6 and CWS-2; OSRD No. 5147. 
Rockefeller Institute for Medical Research. May 
29, 1945. 

212.113 Sesquimustard (Q) 

Ml The preparation of ethanedithiol. (Final Report 
to June 30, 1944.) H. W. Elley, C. E. Sparks and 
others. OEMsr-1088; Service Project No. CWS-4; 
OSRD No. 3929. E. I. duPont de Nemours and 
Company, Inc. August 1, 1944. 

M2 The chemistry of Q. (Progress Report to October 
25, 1944.) Max Bergmann, Joseph S. Fruton and 
others. OEMsr-313; Service Project No. CWS-2; 
OSRD No. 4376. Rockefeller Institute for Medical 
Research. November 23, 1944. 






242 


DIVISION 9 • MICROFILM LIST 


M3 Some aspects of the behavior of Q as a water con¬ 
taminant. (Progress Report to February 28, 1945.) 
Charles C. Price and Royston M. Roberts. OEMsr- 
593; Service Project No. CWS-6; OSRD No. 5202. 
University of Illinois. June 14, 1945. 

M4 Preparation of ethanedithiol. (Progress Report to 
June 22, 1944.) Paul L. Salzberg, W. A. Lazier 
and E. K. Ellingboe. OEMsr-549; Service Project 
No. CWS-4; OSRD No. 5559. E. I. duPont de 
Nemours and Company, Inc. September 7, 1945. 

212.114 Semi-Mustard (CH) 

Ml Preparation of semi-H. (Report No. 12.) V. Everett 
Kinsey and W. Morton Grant. OEMcmr-141. 
Harvard University, Medical School. May 10, 
1943. 

M2 Synthesis and characterization of 2-chloroethyl 
2-hydroxyethyl sulfide (CH). (Progress Report to 
December 1, 1944.) R. C. Fuson, Charles C. Price 
and others. OEMsr-300; Service Project No. 
CWS-4; OSRD No. 4532. University of Illinois. 
January 1, 1945. 

M3 Chemical reactions of semi-H and H. (Progress 
Report to December 15, 1944.) Max Bergmann, 
Joseph S. Fruton and others. OEMsr-313; Service 
Project No. CWS-2; OSRD No. 4536. Rockefeller 
Institute for Medical Research. January 2, 1945. 

212.12 Polysulfides 

Ml An investigation of the structure of the lower 
polysulfides. (Progress Report to February, 1945.) 
R. C. Fuson, Charles C. Price and others. OEMsr- 
300; Service Project No. CWS-4; OSRD No. 4835. 
University of Illinois. March 19, 1945. 

212.2 Halides 

Ml Improved methods of preparation and preliminary 
study of physical and chemical properties of Com¬ 
pound 1120. (Progress Report No. 117.) Anton B. 
Burg. NDCrc-113; Service Project No. CWS-7; 
OSRD No. 179. University of Southern California. 
November 15, 1941. 

M2 The preparation and properties of [Compound] 
1120. ([Part] II. Progress Report No. 149.) Anton 
B. Burg, Don L. Armstrong and others. NDCrc- 
113; OSRD No. 294. University of Southern Cali¬ 
fornia. December 30, 1941. 

M3 Heat of formation of S 2 Fk). (Progress Report No. 
306.) Hugh M. Huffman. OEMsr-199; Service 
Project No. CWS-7; OSRD No. 776. California 
Institute of Technology. July 29, 1942. 

M4 Calorimetric studies. [Part] II, The entropy and 
free energy of S 2 F 10 . (Progress Report No. 389.) 
Hugh M. Huffman. OEMsr-199; Service Project 
No. CWS-7; OSRD No. 934. California Institute 
of Technology. October 10, 1942. 

M5 Thermodynamic data on S 2 F 10 . (Progress Report 
No. 430.) Hugh M. Huffman. OEMsr-199; Serv¬ 
ice Project No. CWS-7; OSRD No. 1053. Cali¬ 


fornia Institute of Technology. November 21, 
1942. 

M6 Production of sulfur monochloride and thionyl 
chloride without the use of elemental chlorine. 
(Final Report to December 1, 1942.) John C. 
Woodhouse, A. S. Weygandt and others. OEMsr- 
656; Service Project No. CWS-4; OSRD No. 1261. 
E. I. duPont de Nemours and Company, Inc. 
March 12, 1943. 

M7 The preparation and properties of 2-chloro-2'- 
fluorodiethyl sulfide. (Informal Report No. 5.) 
Morris S. Kharasch and S. Weinhouse. OEMsr- 
394; Service Project No. CWS-4. University of 
Chicago. November 24, 1943. 

M8 The preparation of new toxic gases. (Final Report 
to June 5, 1944.) Anton B. Burg, Don L. Arm¬ 
strong and others. NDCrc-113; Service Project 
Nos. CWS-7 and NL-B26; OSRD No. 4012. Uni¬ 
versity of Southern California. August 12, 1944. 

212.3 Sulfones 

Ml Chemical reactions of divinyl sulfone, H sulfone 
and divinyl sulfoxide. (Progress Report to Decem¬ 
ber 1, 1944.) Max Bergmann,, Joseph S. Fruton 
and others. OEMsr-313; Service Project No. 
CWS-2; OSRD No. 4546. Rockefeller Institute for 
Medical Research. January 4, 1945. 

M2 The chemistry of sulfonium salts related to H. 
(Progress Report to December 27, 1944.) Max 
Bergmann, Joseph S. Fruton and others. OEMsr- 
313; Service Project Nos. CWS-2 and CWS-4; OSRD 
No. 4834. Rockefeller Institute for Medical Re¬ 
search. March 19, 1945. 

M3 Some aspects of the chemistry of T as a water 
contaminant. (Progress Report to February, 1945.) 
Charles C. Price and Albert Pohland. OEMsr-593; 
Service Project No. CWS-14; OSRD No. 5030. 
University of Illinois. May 2, 1945. 

212.4 Thiophosgene 

Ml Chlorothiolformic and chlorodithioformic esters 
and compounds derived from thiophosgene. 
Charles D. Hurd. Northwestern University. 
November 23, 1945. 

212.5 Miscellaneous Sulfur Compounds 

Ml A survey of sulfur compounds that have been 
studied for vesicant activity. R. C. Fuson, C. S. 
Marvel and others. OEMsr-300; Service Project 
No. CWS-4; OSRD No. 1377. University of Illi¬ 
nois. April 30, 1943. 

M2 A preliminary evaluation of certain potential 
water-denial agents. (Informal Report No. 104.) 
Charles C. Price, Robert E. Foster and Lester J. 
Reed. [University of Illinois.] July 18, 1944.] 
M3 [The rate of disappearance of H from human 
plasma and blood. Preliminary observations on 
S 2 Fiq.] (Informal Monthly Progress Report No. 
25.) Barnett Cohen and Ervin R. Van Artsdalen. 




DIVISION 9 • MICROFILM LIST 


243 


OEMsr-532. Johns Hopkins University.] Febru¬ 
ary 10, 1945. 

M4 Studies in the synthesis of organic compounds of 
sulfur, nitrogen and chlorine which possess physio¬ 
logical activity. (Progress Report to May, 1945.) 
R. C. Fuson, Charles C. Price and H. R. Snyder. 
OEMsr-300; Service Project No. CWS-4; OSRD No. 
5148. University of Illinois. May 29, 1945. 

213 Arsenic 

(See also: 313) 

Ml Preparation of certain organic arsenicals. (Progress 
Report No. 46, to June 26, 1941.) Cliff S. Hamil¬ 
ton. NDCrc-16; Service Project No. CWS-3; OSRD 
No. 108. University of Nebraska. June 27, 1941. 
M2 Problems on arsenicals. (Final Report No. 87, to 
September 11, 1941.) Cliff S. Hamilton. NDCrc- 
16; Service Project No. CWS-3; OSRD No. 149. 
University of Nebraska. October 8, 1941. 

M3 Organic arsenicals. (Annual Report No. 415, to 
September 15, 1942.) Cliff S. Hamilton. OEMsr- 
85; Service Project No. CWS-3; OSRD No. 991. 
University of Nebraska. November 3, 1942. 

M4 Organic arsenicals. (Informal Monthly Progress 
Report covering period [from] July 10 to August 
10, 1943.) Cliff S. Hamilton, E. J. Cragoe and 
others. OEMsr-85. [University of Nebraska.] 
August 10, 1943. 

M5 Organic arsenicals. (Progress Report to July 1, 
1943.) Cliff S. Hamilton, Jack Morgan and others. 
OEMsr-85; Service Project No. CWS-3; OSRD No. 
1797. University of Nebraska. September 13, 
1943. 

M6 The chemistry of certain arsenical chemical war¬ 
fare agents as water contaminants. (Progress Re¬ 
port to February 25, 1944.) Arthur M. Buswell, 
Charles C. Price and others. OEMsr-593; Service 
Project No. CWS-14; OSRD No. 4193. University 
of Illinois. June 26, 1944. 

M7 Synthesis of organic arsenicals from unsaturated 
compounds. (Progress Report to March 15, 1943.) 
W. A. Lazier and S. L. Scott. OEMsr-549; Service 
Project Nos. CWS-3 and CWS-9; OSRD No. 3428. 
E. I. duPont de Nemours and Company, Inc. 
July 13, 1944. 

M8 Microscopical properties of oxidation derivatives 
of arsenicals. (Progress Report to August 7, 1944.) 
Clyde W. Mason, George B. DeLaMater and 
Franklin A. Hamm. OEMsr-842; Service Project 
No. CWS-6; OSRD No. 3993. Cornell University. 
August 9, 1944. 

M9 Microscopical properties of derivatives of ar¬ 
senicals with N-pentamethylenedithiocarbamate. 
(Progress Report to August 4, 1944.) Clyde W. 
Mason and George B. DeLaMater. OEMsr-842; 
Service Project No. CWS-6; OSRD No. 3996. 
Cornell University. August 9, 1944. 

213.1 Arsines 

Ml Vapor pressure of arsine dissolved in thionyl 


chloride, p-ethylnitrobenzene, 1-nitropropane, tri¬ 
ethyl borate and tributyl borate. (Informal Report 
No. CXL.) L. F. Audrieth and John C. Bailar, 
Jr. [OEMsr-299.] University of Illinois. June 
17, 1942. 

213.11 Lewisite (M-l, L) 

Ml Improved methods for the manufacture of lewisite. 
(Progress Report No. 137, to October 15, 1941.) 
Paul D. Bartlett. NDCrc-136; Service Project No. 
CWS-9; OSRD No. 190. Harvard University. 
December 9, 1941. 

M2 Reaction of M-l, lewisite, with dithiols and other 
thio agents. (Progress Report No. 184, to Febru¬ 
ary 6, 1942.) Paul D. Bartlett. NDCrc-136; Serv¬ 
ice Project Nos. NL-B30 and NL-B31; OSRD No. 
402. Harvard University. February 20, 1942. 

M3 Improved methods for the manufacture of M-l, 
lewisite. (Supplementary Progress Report No. 185, 
to February 12, 1942.) Paul D. Bartlett. NDCrc- 
136; Service Project No. CWS-9; OSRD No. 407. 
Harvard University. February 23, 1942. 

M4 The M-l oxides, beta-chlorovinylarsine oxide. 
The preparation of slightly impure isomer I oxide 
and pure isomer II oxide. (Progress Report No. 
191, to February 10, 1942.) Paul D. Bartlett. 
OEMsr-48; Service Project No. CWS-3; OSRD No. 
408. Harvard University. February 25, 1942. 

M5 The geometrical isomers of M-l, lewisite. (Progress 
Report No. 211, to March 3, 1942.) Paul D. 
Bartlett. NDCrc-136; Service Project No. CWS-3; 
OSRD No. 470. Harvard University. March 31, 
1942. 

M6 Thickening of M-l. (Progress Report No. 269.) 
Paul D. Bartlett and C. Gardner Swain. OEMsr- 
135; Service Project No. CWS-12; OSRD No. 655. 
Harvard University. June 10, 1942. 

M7 The reaction of M-l, lewisite, with amines. The 
preparation of M-l diethoxide (diethoxy-£- 
chlorovinylarsine). (Progress Report No. 333, to 
June 12, 1942.) Paul D. Bartlett. NDCrc-136; 
Service Project No. NL-B31; OSRD No. 834. 
Harvard University. August 26, 1942. 

M8 The reaction of M-l, lewisite, with thiols. The 
reaction of M-2 with ethanedithiol. (Progress Re¬ 
port No. 335, to June 15, 1942.) Paul D. Bartlett. 
NDCrc-136; Service Project No. NL-B31; OSRD 
No. 839. Harvard University. August 26, 1942. 
M9 Preparation of radioactive lewisite. (Progress Re¬ 
port No. 340, to July 15, 1942.) George B. 
Kistiakowsky. NDCrc-136; Service Project No. 
CWS-3; OSRD No. 867. Harvard University. 
August 31, 1942. 

M10 The production of lewisite by the mercuric chlo¬ 
ride process. Investigation of the effects of im¬ 
purities in arsenic trichloride. (Progress Report 
No. 444, to November 15, 1942.) Paul D. Bartlett. 
NDCrc-136; Service Project No. CWS-3; OSRD No. 
1075. Harvard University. December 7, 1942. 
Mil Production of M-l by the mercuric chloride 




244 


DIVISION 9 • MICROFILM LIST 


213.12 


213.13 


213.14 


process. Acceleration of rate of absorption and 
M-l production by metallic chloride catalysts. 

Paul D. Bartlett, Hyp J. Dauben, Jr. and Leonard 
J. Rosen. NDCrc-136; Service Project No. CWS-9; 

OSRD No. 1553. Harvard University. July 1, 

1943. 

M12 The mechanism of the formation of lewisite in 
the mercuric chloride process. (Progress Report to 
October 15, 1943.) Paul D. Bartlett, Hyp J. 
Dauben, Jr. and others. NDCrc-136; Service 
Project No. CWS-9; OSRD No. 3365. Harvard 
University. March 16, 1944. 

M13 Vapor-phase synthesis of lewisite. (Progress Report 
to October 2, 1943.) S. L. Scott, W. A. Lazier and 
Paul L. Salzberg. OEMsr-549; Service Project No. 
CWS-3; OSRD No. 5561. E. I. duPont de Nemours 
and Company, Inc. September 7, 1945. 

Furylarsines 

Ml Furan arsenicals. (Progress Report No. 316, to 
June 25, 1942.) Cliff S. Hamilton. OEMsr-85; 

Service Project No. CWS-3; OSRD No. 796. Uni¬ 
versity of Nebraska. August 12, 1942. 

Cacodyls 

Ml The preparation of cacodyl and cacodyl chloride. 
(Progress Report No. 162, to January 15, 1942.) 

R. C. Fuson and C. S. Marvel. NDCrc-48 and 
OEMsr-48; Service Project No. CWS-3; OSRD No. 

326. University of Illinois. January 19, 1942. 

M2 Catalytic production of homologues of cacodyl and 
their derivatives. (Progress Report No. 224, to 
March 27, 1942.) R. C. Fuson and C. S. Marvel. 
OEMsr-48; Service Project No. CWS-3; OSRD No. 

507. University of Illinois. April 15, 1942. 

Chloroarsines 

Ml Economics in the preparation of DM. (Progress 
Report No. 56.) Paul D. Bartlett and Saul G. 

Cohen. NDCrc-136; Service Project No. CWS-3; 

OSRD No. 118. Harvard University. July 31, 

1941. 

M2 A study of the preparation of the amyldichloro- 

arsines. (Progress Report No. 330, to July 6, 1942.) 214 

R. C. Fuson. OEMsr-300; Service Project No. 
CWS-3; OSRD No. 824. University of Illinois. 
August 26, 1942. 

M3 Aliphatic dichloroarsines. (Final Report No. 336, 
to July 25, 1942.) Cliff S. Hamilton. OEMsr-85; 

Service Project No. CWS-3; OSRD No. 837. Uni¬ 
versity of Nebraska. August 28, 1942. 

M4 The reactions of n-amyl-, isoamyl-, and n-hexyldi- 
chloroarsines in comparison with lewisite. (Prog¬ 
ress Report No. 351, to August 19, 1942.) Paul 
D. Bartlett. NDCrc-136; Service Project No. 
CWS-3; OSRD No. 856. Harvard University. Sep¬ 
tember 4, 1942. 

M5 The preparation of ethyldichloroarsine and re¬ 
lated compounds. (Progress Report to January 5, 

1943.) Morris S. Kharasch. OEMsr-394; Service 


Project No. CWS-3; OSRD No. 1294. University 
of Chicago. March 23, 1943. 

M6 The preparation of ethyl dichloroarsine on a pilot 
plant scale. (Progress Report to June 26, 1943.) 

H. M. Parmalee. OEMsr-933; Service Project No. 
CWS-3; OSRD No. 1594. E. I. duPont de Nemours 
and Company, Inc. July 13. 1943. 

213.2 Halides 

213.21 Arsenic Trichloride 

Ml Use of crude white arsenic in present Chemical 
Warfare Service arsenic trichloride process. John 
C. Woodhouse. OEMsr-656; Service Project No. 
CWS-9; OSRD Nos. 1378 and 1752. E. I. duPont 
de Nemours and Company, Inc. April 30 and 
August 31, 1943. 

M2 Arsenic trichloride. Laboratory study of manu¬ 
facture by the use of hydrogen chloride. (Progress 
Report to April 1, 1943.) John C. Woodhouse. 
OEMsr-656; Service Project No. CWS-9; OSRD 
No. 1381. E. I. duPont de Nemours and Com¬ 
pany, Inc. May 3, 1943. 

M3 Use of crude white arsenic in a Chemical Warfare 
Service arsenic trichloride plant. (Progress Report 
to September 11, 1943.) John C. Woodhouse. 
OEMsr-656; Service Project No. CWS-9; OSRD 
No. 3367. E. I. duPont de Nemours and Com¬ 
pany, Inc. March 16, 1944. 

M4 Pilot plant for arsenic trichloride using hydrogen 
chloride process. (Final Report to December 31, 
1944. Blueprints included.) John C. Woodhouse, 
W. T. Grace and others. OEMsr-656; Service 
Project No. CWS-9; OSRD No. 4880. E. I. duPont 
de Nemours and Company, Inc. April 1, 1945. 

213.22 Arsanthrene Dichloride 
Ml The preparation of 5,10-dichloro-5,10-dihydro- 

arsanthrene. (Progress Report No. 67, to August 

I, 1941.) Cliff S. Hamilton. NDCrc-16; Service 
Project No. CWS-3; OSRD No. 129. University 
of Nebraska. September 4, 1941. 

Selenium 

Ml Selenides. (Progress Report to August 1, 1944.) 
Charles D. Hurd. OEMsr-135; Service Project 
No. CWS-4; OSRD No. 4051. Northwestern Uni¬ 
versity. August 22, 1944. 

M2 [Preparation and properties of, 2-chlorovinyl- 
selenium chloride, selenium oxychloride, 2-chloro- 
ethaneseleninyl chloride and ethaneseleninyl chlo¬ 
ride hydrate. (Progress Report to September, 
1944.) Charles D. Hurd. OEMsr-135; Service 
Project No. CWS-4; OSRD No. 4175. North¬ 
western University. September 29, 1944. 

215 Cadmium 

Ml Preparation of cadmium salts and organo-cadmium 
compounds. (Final Report No. 332, to April 10, 
1942 ) Henry Gilman. OEMsr-97; Service Project 





DIVISION 9 • MICROFILM LIST 


245 


No. CWS-4; OSRD No. 846. Iowa State College. 
August 26, 1942. 

216 Tin 

Ml Organo-tin compounds. (Progress Report No. 236, 
to March 15, 1942.) Henry Gilman. OEMsr-97; 
Service Project No. CWS-4; OSRD No. 548. Iowa 
State College. May 2, 1942. 

217 Thallium 

Ml Thallium compounds. (Progress Report to Febru¬ 
ary 26, 1943.) Henry Gilman. OEMsr-97; Service 
Project No. CWS-4; OSRD No. 1504. Iowa State 
College. June 9, 1943. 

218 Lead 

Ml Organo-lead compounds as sternutators. (Progress 
Report to December 15, 1942.) Henry Gilman. 
OEMsr-97; Service Project No. CWS-4; OSRD No. 
1517. Iowa State College. June 16, 1943. 

219 Miscellaneous Metalloid and Metal-Containing Com¬ 

pound Research 

Ml The thickening of HS-M1 mixtures, and a pho¬ 
tographic study of the impact of HS drops on 
cloth. (Progress Report No. 279.) Duncan A. Mac- 
Innes, Donald Belcher and Andrew Tait. OEMsr- 
130; Service Project Nos. CWS-12 and NL-B36; 
OSRD No. 667. Rockefeller Institute for Medical 
Research. June 15, 1942. 

M2 Letter to Dr. Franklin C. McLean. Subject: [Five 
new metallic-organic compounds.] Henry Gilman. 
[Iowa State College.] August 4, 1942. 

M3 Selenonium and sulfonium halides. (Progress Re¬ 
port to December 8, 1943.) Charles D. Hurd. 
OEMsr-135; Service Project No. CWS-4; OSRD No. 
3064. Northwestern University. January 1, 1944. 

M4 Organic arsenicals and other toxic agents. (Prog¬ 
ress Report to September 1, 1944.) Cliff S. Hamil¬ 
ton, E. J. Cragoe, Jr. and others. OEMsr-85; 
Service Project Nos. CWS-3 and CWS-4; OSRD 
No. 4533. University of Nebraska. January 1, 
1945. 

220 Nitrogen Compounds 

(See also: 320) 

221 Amines 

Ml The reaction of amines with N-mustards. Samuel 
Gurin, Dana I. Crandall and Adelaide M. Delluva. 
OEMcmr-108. University of Pennsylvania, Medi¬ 
cal School. May 14, 1943. 

221.1 Nitrogen Mustards (HN-1, HN-2 and HN-3) 

Ml The beta-chloroethylamines. Kinetics of displace¬ 
ment, hydrolysis and dimerization of beta-chloro- 
ethyldiethylamine, methyl - bis - beta - chloroethyl - 
amine and tris-beta-chloroethylamine and their 
similarity to the reactions of HS. (Progress Report 
No. 384, to September 18, 1942.) Paul D. Bartlett. 


NDCrc-136; Service Project No. CWS-4; OSRD 
No. 942. Harvard University. October 7, 1942. 
M2 The preparation and stability of [Compound] 
1149. (Progress Report No. 473, to December 1, 

1942. ) George H. Coleman. OEMsr-223; Service 
Project No. CWS-4; OSRD No. 1158. State Uni¬ 
versity of Iowa. December 9, 1942. 

M3 Reactions of TL-146 with hexamethylene tetra- 
mine. Samuel Gurin, Adelaide M. Delluva and 
Dana I. Crandall. OEMcmr-108. [University of 
Pennsylvania, Medical School.] April 1, 1943. 

M4 The preparation of /S-chloroethyl-/3'-hydroxyethyl 
methylamine and its polymerization products. 
(Progress Report to March 15, 1943.) Ralph L. 
Shriner. OEMsr-195; Service Project No. CWS-4; 
OSRD No. 1358. Indiana University. April 21, 

1943. 

M5 The preparation and stability of nitrogen mus¬ 
tards. (Progress Report to June 21, 1943.) George 
H. Coleman. OEMsr-223; Service Project No. 
CWS-4; OSRD No. 1670. State University of Iowa. 
July 3, 1943. 

M6 The /3-chloroethylamines. A further kinetic analy¬ 
sis of the dimerization and hydrolysis of methyl- 
bis-/3-chloroethylamine. Further observations on 
diethyl-/3-chloroethylamine and tris-/3-chloroethyl- 
amine. (Progress Report [tO] June 15, 1943.) Paul 
D. Bartlett, Sidney D. Ross and C. Gardner Swain. 
NDCrc-136; Service Project No. CWS-4; OSRD No. 
1570. Harvard University. July 6, 1943. 

M7 The volatilities, vapor pressures and some physical 
constants of twelve nitrogen mustards. (Progress 
Report to June 29, 1943.) C. Ernst Redemann, 
Ralph B. Fearing and Dora Benedict. NDCrc-132; 
Service Project No. CWS-2; OSRD No. 1663. Uni¬ 
versity of Chicago. August 2, 1943. 

M8 A kinetic study of ethyl-bis-/3-chloroethylamine, 
HN-1, in water-acetone solutions and a compari¬ 
son with other -/3-chloroethylamines. (Progress Re¬ 
port to June 10, 1943.) Paul D. Bartlett, C. Gard¬ 
ner Swain and others. NDCrc-136; Service Project 
No. CWS-4; OSRD No. 1892. Harvard University. 
October 6, 1943. 

M9 [Reactions of nitrogen mustards.] (Informal 
Monthly Progress Report Nos. [10,] 12, 13, 14, 16, 
17, 20, 22 and 24.) Barnett Cohen, Ervin R. Van 
Artsdalen and Marie E. Perkins. OEMsr-532. 
Johns Hopkins University.] November 10, 1943; 
January 10, February 10, March 10, June 10, Sep¬ 
tember 10, November 10, 1944 and January 10, 
1945. 

M10 Preparation and stability of the nitrogen mustards. 
(Progress Report to January 8, 1944.) George H. 
Coleman, Joseph E. Callen and others. OEMsr- 
223; Service Project No. CWS-4; OSRD No. 3551. 
State University of Iowa. April 27, 1944. 

Mil Studies of the kinetics of the /3-chloroethylamines 
and their products in dilute aqueous solution. 
Barnett Cohen and Ervin R. Van Artsdalen. 


ECRET 





246 


DIVISION 9 • MICROFILM LIST 


221.2 


OEMsr-532; Service Project No. CWS-2; OSRD 221.3 
No. 3557. Johns Hopkins University. May 1, 

1944. 

M12 The chemistry of three nitrogen mustards as water 
contaminants. Arthur M. Buswell and Charles 
C. Price. OEMsr-593; Service Project No. CWS-14; 

OSRD No. 3669. University of Illinois. May 24, 221.4 

1944. 

M13 Storage characteristics and stabilization of HN-1 
and HN-3. (Progress Report to June 1, 1944.) 

John C. Woodhouse, A. S. Weygandt and others. 
OEMsr-656; Service Project No. CWS-13; OSRD 
No. 3928. E. I. duPont de Nemours and Com¬ 
pany, Inc. August 1, 1944. 

M14 Microscopical properties of derivatives of nitrogen 
mustards with picric acid. Clyde W. Mason, 

George B. DeLaMater and Franklin A. Hamm. 
[OEMsr-842;] OSRD No. 3995. Cornell Univer¬ 
sity. [August 9, 1944.] 

M15 The preparation and stability of nitrogen mus¬ 
tards and related compounds. (Progress Report to 
September 10, 1944.) George H. Coleman, Joseph 
E. Callen and others. OEMsr-223; Service Project 
No. CWS-4; OSRD No. 4303. State University of 
Iowa. November 2, 1944. 

M16 Chemical reactions of the nitrogen mustards. 

(Progress Report to November 15, 1944. Supple¬ 
ment to OSRD No. 1855.) Max Bergmann, Joseph 
S. Fruton and others. OEMsr-313; Service Project 
No. CWS-2; OSRD No. 4535. Rockefeller Insti¬ 
tute for Medical Research. January 2, 1945. 

Compounds 1070, 1130 and 1133 

Ml [Preparation and characteristics of Compounds 
1130 and 1070.] ([Monthly Progress Reports cover¬ 
ing the period from] April 15 to June 15, 1942.) 

(n.a.) State University of Iowa. 

M2 Preparation and stability studies of [Compounds] 222 
1130, 1070 and closely related compounds. (Progress 
Report No. 379, to September 1, 1942.) George 
H. Coleman. OEMsr-223; Service Project No. 

CWS-4; OSRD No. 914. State University of Iowa. 

October 2, 1942. 

M3 The stabilities of [Compounds] 1070 and 1130. 
Preparations and properties of these substances. 

(Progress Report No. 392, to September 15, 1942.) 

Morris S. Kharasch. OEMsr-394; Service Project 
No. CWS-4; OSRD No. 1008. University of Chi¬ 
cago. October 12, 1942. 

M4 Summary work on [Compounds] 1070, 1130 and 
related compounds in Section B-3, NDRC. (Prog¬ 
ress Report No. 404, to September 15, 1942.) C. S. 

Marvel. OEMsr-564; Service Project Nos. CWS-4, 

NL-B31 and others; OSRD No. 981. University 222.1 
of Illinois. October 22, 1942. 

M5 The preparation and stability of [Compound] 

1133. (Progress Report No. 445, to November 20, 

1942.) George H. Coleman. OEMsr-223; Service 
Project No. CWS-4; OSRD No. 1148. State Uni¬ 
versity of Iowa. December 7, 1942. 


Diamines 

Ml N,N,N,N,-tetra(j8-chloroethyl) ethylene-diamine di¬ 
hydrochloride. (Informal Report No. 7.) Ralph 
L. Shriner. OEMsr-195; Service Project No. 
CWS-4. Indiana University. September 21, 1943. 

Alkanol and Ethanol Amines 

Ml New methods for synthesizing alkanolamines for 
use in vesicants. Exploratory studies on the syn¬ 
thesis of ethanolamines from formaldehyde and 
hydrogen cyanide. (Progress Report to May 11, 
1943.) D. J. Loder, William F. Gresham and 
others. OEMsr-574; Service Project No. CWS-4; 
OSRD No. 1960. E. I. duPont de Nemours and 
Company, Inc. November 1, 1943. 

M2 New methods for synthesizing alkanolamines for 
use in vesicants. Synthesis of ethanolamines by 
continuous hydrogenation from formaldehyde and 
hydrogen cyanide. (Final Report to May 26, 1943.) 

D. J. Loder, Arthur G. Weber and others. OEMsr- 
574; Service Project No. CWS-4; OSRD No. 1961. 

E. I. duPont de Nemours and Company, Inc. 
November 2, 1943. 

221.5 Vanillylamine 

Ml N-vanillylundecylenamide and N-vanillylmandel- 
amide. (Progress Report No. 425, to November 1, 
1942.) Homer Adkins. OEMsr-304; Service Project 
No. CWS-4; OSRD No. 1017. University of Wis¬ 
consin. November 12, 1942. 

221.6 Miscellaneous Amines 
Ml [Stability studies of various substances.] ([Monthly 

Progress Report covering the period from] August 
15 to September 15, 1942.) George H. Coleman, 
J. Carnes and others. State University of Iowa. 

Carbamates 

Ml The synthesis of toxic carbamates of aminoalcohols 
(doryl homologs and analogs). (Progress Report to 
November 15, 1944.) L. Kaplan and Carl R. 
Noller. OEMsr-136; Service Project Nos. CWS-4 
and CWS-29; OSRD No. 4662. Stanford Uni¬ 
versity. February 5, 1945. 

M2 N-subsdtuted aryl carbamates [Part] III; and re¬ 
lated miscellaneous investigations. (Progress Re¬ 
port to January 10, 1945.) Ralph L. Shriner, J. C. 
Speck, Jr. and others. OEMsr-195; Service Project 
Nos. CWS-4 and CWS-29; OSRD No. 4769. Indi¬ 
ana University. March 20, 1945. 

M3 Carbamates. Henry Gilman. OEMsr-97. Iowa 
State College. [April 2, 1946.] 

N-alkyl Carbamates 

Ml The preparation and properties of alkyl N-nitroso- 
N-alkylcarbamates and related compounds. (Prog¬ 
ress Report No. 469, to November 25, 1942.) 
Morris S. Kharasch. OEMsr-394; Service Project 
No. CWS-4; OSRD No. 1117. University of Chi¬ 
cago. December 9, 1942. 




DIVISION 9 • MICROFILM LIST 


247 


M2 N-alkyl carbamates of aminophenols and some 
sulfur-containing analogs. (Report to April 18, 
1944.) Elliot R. Alexander and Arthur C. Cope. 
Service Project No. CWS-29; OSRD No. 3877. 
Columbia University and University of Chicago. 
July 11, 1944. 

M3 N-alkyl carbamates of 4-substituted-3,5-dimethyl- 
phenols. (Progress Report to June 1, 1944.) Ralph 
L. Shriner, C. R. Russell and J. C. Speck, Jr. 
OEMsr-195; Service Project Nos. CWS-4 and 
CWS-29; OSRD No. 5003. Indiana University. 
April 28, 1945. 

222.2 Methyl Carbamates 

Ml Letter to F. C. McLean. Subject: N-(beta-chloro- 
ethyl)-methyl carbamate. H. M. Parmelee. E. I. 
duPont de Nemours and Company, Inc. August 
30, 1943. 

M2 Carbamates of aminoalcohols and aminophenols. 
(Informal Monthly Progress Report covering period 
from May 6 to June 8, 1944.) Carl R. Noller, 
C. D. Heaton and L. Kaplan. OEMsr-136. [Stan¬ 
ford University.] June 8, 1944. 

M3 Derivatives of certain dialkylaminophenyl-N- 
methyl carbamates. (Progress Report to June 15, 
1944.) Cliff S. Hamilton. Service Project No. 
CWS-29; OSRD No. 3883. July 13, 1944. 

M4 Preliminary engineering study of plant to manu¬ 
facture N-nitroso-(-beta-chloroethyl)-methyl car¬ 
bamate. (Final Report to December 31, 1943. 
H. W. Elley, T. W. Stricklin and others. OEMsr- 
761; Service Project No. CWS-4; OSRD No. 3913. 
E. I. duPont de Nemours and Company, Inc. 
August 1, 1944. 

M5 [The preparation of] m-diethylaminophenyl N- 
methyl carbamate and certain of its salts. Cliff 
S. Hamilton, E. J. Cragoe and others. OEMsr-85; 
Service Project No. CWS-29; OSRD No. 4534. 
University of Nebraska. January 2, 1945. 

M6 Synthesis of chemical warfare toxic and vesicant 
agents. Non-volatile toxic agents. Preparation of 
the methochloride of m-diethylaminophenyl 
methyl carbamate. (Progress Report to October 1, 
1944.) Paul L. Salzberg, W. A. Lazier and others. 
OEMsr-549; Service Project Nos. CWS-4 and 
CWS-29; OSRD No. 5980. E. I. duPont de 
Nemours and Company, Inc. February 12, 1946. 

222.3 Nitrosocarbamates 

Ml The preparation of 2-fluoroethyl nitrosocarba¬ 
mates. (Informal Report No. 6.) Morris S. 
Kharasch, S. Weinhouse and Alan R. Stiles. 
OEMsr-394; Service Project No. CWS-4. Univer¬ 
sity of Chicago. November 24, 1943. 

222.4 Quaternary Salts 

Ml Substituted carbamates. (Informal Monthly Prog¬ 
ress Report [Covering the period from] December 
10, 1944 to January 10, 1945.) Ralph L. Shriner 


and J. C. Speck. Jr. OEMsr-195. [Indiana Uni¬ 
versity.] January 10, 1945. 

M2 N-substituted carbamates of phenols containing a 
quaternary ammonium group. [Part] I, Deriva¬ 
tives of m-dialkylaminophenols and 2-methyl-5- 
dialkylaminophenols. (Progress Report to Decem¬ 
ber 1, 1944.) Ralph L. Shriner, J. C. Speck, Jr. 
and others. OEMsr-195; Service Project Nos. 
CWS-4 and CWS-29; OSRD No. 4660. Indiana 
University. February 5, 1945. 

M3 N-substituted carbamates of phenols containing a 
quaternary ammonium group. [Part] II, Deriva¬ 
tives of thymol and carvacrol. (Progress Report 
to December 10, 1044.) Ralph L. Shriner, J. C. 
Speck, Jr. and others. OEMsr-195; Service Project 
Nos. CWS-4 and CWS-29; OSRD No. 4661. Indi¬ 
ana University. February 5, 1945. 

M4 Quaternary salts of N-alkylcarbamates of amino¬ 
phenols, prostigmine analogs. (Progress Report to 
December 1, 1944.) C. D. Heaton, L. Kaplan and 
Carl R. Noller. OEMsr-136; Service Project Nos. 
CWS-4 and CWS-29; OSRD No. 4663. Stanford 
University. February 5, 1945. 

M5 Derivatives of m-alkylphenols, quaternary salts 
of carbamates. (Progress Report to February 10, 
1945.) Lee Irvin Smith, C. F. Koelsch and Vaughn 
Engelhardt. OEMsr-372; Service Project Nos. 
CWS-4 and CWS-29; OSRD No. 5017. University 
of Minnesota. May 1, 1945. 

M6 A study of the decomposition of the carbamates 
of certain aminophenol quaternary salts. (Progress 
Report to November 10, 1944.) Paul D. Bartlett, 
Hyp J. Dauben, Jr. and others. NDCrc-136; Serv¬ 
ice Project No. CWS-29; OSRD No. 6353. Harvard 
University. November 27, 1945. 

M7 The preparation of quaternary salts of N-methyl- 
carbamates of dialkylaminophenols. (Progress Re¬ 
port to June, 1945.) Homer Adkins, Harry P. 
Schultz and others. OEMsr-304; Service Project 
No. CWS-29; OSRD No. 6085. University of Wis¬ 
consin. December 1, 1945. 

222.5 Carbamic Acids 

Ml The preparation and properties of KB-10 (TL-154) 
and KB-16 (TL-186). (Informal Report No. 8.) 
Morris S. Kharasch. [OEMsr-394.] University of 
Chicago. May 8, 1942. 

M2 The determination of the volatilities and vapor 
pressures of TL-186 and TL-154. (Special Report 
No. 6.) George J. Rotariu and Henry E. Bent. 
University of Chicago. August 24, 1942. 

M3 Thermal stability of KB-16. (Formal Progress Re¬ 
port No. 3.) R. F. Deese, Jr., I. W. Dobratz and 
K. C. Johnson. Research Project No. PDRC-456. 
E. I. duPont de Nemours and Company, Inc. 
October 1, 1942. 

M4 N-nitroso-N-chloroethylcarbamic acid methyl ester, 
TL-186. (Progress Report to January 1, 1943.) 
William H. Stein and Max Bergmann. OEMsr- 




248 


DIVISION 9 • MICROFILM LIST 


313; Service Project No. CWS-2; OSRD No. 1172. 
Rockefeller Institute for Medical Research. Feb¬ 
ruary 2, 1943. 

M5 Thermal data on KB-14 and KB-16. (Final Re¬ 
port to April 15, 1943.) Hugh M. HufEman. 
OEMsr-199; Service Project No. CWS-7; OSRD 
No. 1477. California Institute of Technology. 
June 1, 1943. 

M6 Summary of work on KB-16. (Report to October 

I, 1943.) Compiled by: Marshall Gates. Service 
Project No. CWS-4; OSRD No. 2009. November 

II, 1943. 

M7 The pilot plant preparation of TL-1217, TL-1299 
and intermediates. (Progress Report to September 
30, 1945.) Russell L. Jenkins and Edgar E. Hardy. 
OEMsr-845; Service Project Nos. CWS-4 and 
CWS-29; OSRD No. 6117. Monsanto Chemical 
Company. October 25, 1945. 

223 Cyanogens and Cyanates 

223.1 Cyanogen Chloride (CC and CK) 

Ml Stabilization of cyanogen chloride. (Division 10. 
[Parts] VIII to XI and XIII to XX. Informal Re¬ 
port Nos. 10.4-47, -50, -52, -58, -66, -68, -70, -72, 
-76 and -78 to -80.) Anton B. Burg, Don L. Arm¬ 
strong and others. OEMsr-1004; Service Project 
Nos. CWS-7 and CWS-26. University of Southern 
California. January 15 to April 15, 1944 and June 
15, 1944 to January 14, 1945. 

M2 Studies on the determination of the acidity of 
CC. (Progress Report to July 5, 1944.) John H. 
Yoe and Lyle G. Overholser. OEMsr-139; Service 
Project No. CWS-6; OSRD No. 3914. University 
of Virginia. July 18, 1944. 

M3 Stabilization of CC and CK. (Second through 
Eighth Progress Reports.) Morris S. Kharasch. 
[OEMsr-394.] [University of Chicago.] July 28, 
September 20, October 21, October 23 and No¬ 
vember 27, 1944; January 5 and March 5, 1945. 

M4 Gravimetric determination of water, trimer and 
residue in cyanogen chloride. (Progress Report to 
September 18, 1944.) John H. Yoe and Charles 
H. Lindsley. OEMsr-139; Service Project No. 
CWS-6; OSRD No. 4158. University of Virginia. 
September 21, 1944. 

M5 Some aspects of the behavior of CC as a water 
contaminant. (Progress Report to October 20, 
1944.) Charles C. Price, T. E. Larson and others. 
OEMsr-593; Service Project No. CWS-6; OSRD No. 
4287. University of Illinois. October 26, 1944. 

M6 Determination of iron in CK, cyanuric chloride 
and CK polymer. (Progress Report to December 9, 

1944. ) John H. Yoe, Lyle G. Overholser and 
Alfred R. Armstrong. OEMsr-139; Service Project 
No. CWS-6; OSRD No. 4494. University of Vir¬ 
ginia. December 22, 1944. 

M7 Fractionation of residues from degradation of 
cyanogen chloride. (Final Report to February 28, 

1945. ) John H. Yoe, Charles H. Lindsley and 


Alfred R. Armstrong. OEMsr-139; Service Project 
No. CWS-6; OSRD No. 4990. University of Vir¬ 
ginia. April 26, 1945. 

M8 Stabilization of CK. (Progress Report to July 9, 
1945.) Morris S. Kharasch, Alan R. Stiles and 
others. OEMsr-394; Service Project No. CWS-4; 
OSRD No. 5467. University of Chicago. August 
21, 1945. 

223.2 Hydrocyanic Acid (AC) 

Ml Determination of water in hydrocyanic acid. 
(Progress Report to November 23, 1944.) John 
H. Yoe and Charles H. Lindsley. OEMsr-139; 
Service Project No. CWS-6; OSRD No. 4410. Uni¬ 
versity of Virginia. November 30, 1944. 

223.3 Miscellaneous Cyanogens and Cyanates 

Ml The preparation of o-cyanophenacyl chloride. 
(Informal Report No. 2.) R. C. Fuson. OEMsr- 
300; Service Project No. CWS-4. University of 
Illinois. May 19, 1943. 

M2 New toxic gases, [Parts] XII to XIV. Flame¬ 
damping of hydrogen cyanide, [Parts I] to VII. 
Stabilization of cyanogen chloride, [Parts I,] III 
to VII and XII. (Division 10. Informal Report 
Nos. 10.3B-25 and -30; 10.4-34, -37, -39, -44 and 
-61, covering the periods from June 15 to De¬ 
cember 14, 1943 and April 15 to May 15, 1944.) 
Anton B. Burg, Don L. Armstrong and others. 
NDCrc-113, NDCrc-1004 and OEMsr-1004; Service 
Project Nos. CWS-26 and CWS-7. University of 
Southern California. 

M3 The preparation of isocyanates, cyanuric acid and 
Decontaminant 40. (Progress Report to September 
30, 1945.) Russell L. Jenkins and Edgar E. Hardy. 
OEMsr-845; Service Project Nos. CWS-4 and NL- 
B30; OSRD No. 6390. Monsanto Chemical Com¬ 
pany. December 31, 1945. 

224 Heterocyclic Nitrogen Compounds 

Ml Letter to Franklin C. McLean. Subject: [Prop¬ 
erties of N-/3-chloroethylcarbazole.j Henry Gil¬ 
man. [Iowa State College.] April 7, 1942. 

M2 Letter to Dr. Franklin C. McLean. Subject: 
[Compounds submitted to the Toxicity Labora¬ 
tory for evaluation.] Morris S. Kharasch. [Uni¬ 
versity of Chicago.] April 17, 1943. 

M3 The preparation for toxicity tests of some hetero¬ 
cycles containing a nitrogen atom common to two 
fused rings. (Progress Report to August 1, 1944.) 
Carl R. Noller and L. Kaplan. OEMsr-136; Serv¬ 
ice Project No. CWS-4; OSRD No. 4194. Stanford 
University. September 27, 1944. 

225 Nitriles 

Ml Acrylonitrile and related compounds. (Informal 
Report No. 3.) Lee Irvin Smith. OEMsr-372; 
Service Project No. CWS-4. University of Minne¬ 
sota. June 22, 1943. 



DIVISION 9 • MICROFILM LIST 


249 


226 Hydrazines 

Ml Microscopical properties of 2,4-dinitrophenyl- 
hydrazine derivatives of certain chemical warfare 
agents. (Progress Report to December 9, 1944.) 
Clyde W. Mason and George B. DeLaMater. 
OEMsr-842; Service Project No. CWS-6; OSRD 
No. 4470. Cornell University. December 15, 1944. 

227 Olefines 

Ml The preparation and properties of some nitro- 
olefine derivatives. The determination of vapor 
pressures and crystal densities of organic com¬ 
pounds. M. L. Wolfrom. OEMsr-161; Service 
Project No. CWS-4; OSRD No. 1568. Ohio State 
University. July 3, 1943. 

228 Halonitroso Compounds 

MI Halonitroso compounds. (Informal Report No. 1, 
for the period [from] September 15, 1942 to March 
15, 1943.) R. C. Fuson. OEMsr-300; Service Proj¬ 
ect No. CWS-4. University of Illinois. March 27, 

1943. 

229 Miscellaneous Nitrogen Compounds 

Ml The preparation of certain nitrogen-containing 
compounds for examination as chemical warfare 
agents. (Final Report to November 6, 1943.) 
M. L. Wolfrom, Stephen M. Olin and E. E. Dickey. 
OEMsr-161; Service Project No. CWS-4; OSRD 
No. 2057. Ohio State University. November 25, 

1943. 

M2 Studies on the preparation of non-volatile toxic 
agents. (Final Report to December 31, 1943.) 
Karl A. Folkers, Richard F. Phillips and Clifford 
H. Shunk. OEMsr-1124; Service Project No. 
CWS-4; OSRD No. 4586. Merck and Company, 
Inc. January 17, 1945. 

M3 Preparation of various types of amides and amid- 
ines and an investigation of the chlorinated de¬ 
rivatives thereof. (Final Report to February 7, 

1944. ) D. W. Kaiser. OEMsr-1096; Service Proj¬ 
ect Nos. CWS-24 and NL-B27; OSRD No. 6323. 
American Cyanamid Company. November 15, 

1945. 

230 Carbon Compounds 

(See also: 330) 

231 Carbon-Oxygen Compounds 

231.1 Esters 

Ml Synthesis of some basic esters related to choline 
and its derivatives. (Progress Report to December 
22, 1942.) Ralph L. Shriner. OEMsr-195; Serv¬ 
ice Project No. CWS-4; OSRD No. 1356. Indiana 
University. April 21, 1943. 

M2 Preparation of esters of a, a'-dibromo or dichloro- 
dibasic acids. (Progress Report to June 1, 1943.) 
Homer Adkins. OEMsr-304; Service Project No. 


CWS-4; OSRD No. 1529. University of Wiscon¬ 
sin. June 22, 1943. 

231.2 Ketones and Ketenes 

Ml Direct oxidation of methyl ethyl ketone to dia¬ 
cetyl. Homer Adkins. OEMsr-304. [University 
of Wisconsin.] October 15, 1942. 

M2 Letter to Dr. Crawford F. Failey. Subject: 
[Ketene compounds submitted for evaluation.] 
Cliff S. Hamilton. University of Nebraska. 
August 5, 1943. 

M3 Experimental production of diacetyl and dimethyl 
glycoluril. (Final Report to June 30, 1944.) W. J. 
Hund. OEMsr-913; Service Project No. CWS-4; 
OSRD No. 4091. Shell Development Company. 
September 15, 1944. 

M4 Ketenes. (Progress Report to August 24, 1945.) 
Charles D. Hurd. OEMsr-135; Service Project 
No. CWS-4; OSRD No. 6062. Northwestern Uni¬ 
versity. October 6, 1945. 

231.3 Acid Halides 

231.31 Phosgene (CG) and Diphosgene 

Ml The catalytic conversion of diphosgene into phos¬ 
gene. (Progress Report No. 144, to December 1, 
1941.) Morris S. Kharasch. OEMsr-114; Service 
Project No. CWS-4; OSRD No. 332. University of 
Chicago. January 9, 1942. 

M2 The preparation of diphosgene. (Progress Report 
No. 212, to March 10, 1942.) Morris S. Kharasch. 
OEMsr-114; Service Project No. CWS-4; OSRD 
No. 504. University of Chicago. April 15, 1942. 
M3 Catalytic conversion of diphosgene to phosgene 
within closed heavy metal containers. (Progress 
Report No. 375, to September 10, 1942.) Morris 
S. Kharasch. OEMsr-114; Service Project No. 
CWS-4; OSRD No. 899. University of Chicago. 
September 28, 1942. 

M4 Preparation of diphosgene. (Progress Report to 
April 28, 1943.) S. Temple. OEMsr-655; Service 
Project No. CWS-4; OSRD No. 1437. E. I. 
duPont de Nemours and Company, Inc. May 20, 

1943. 

231.32 Fluorobutyrates 

Ml Preparation of methyl beta-hydroxy-gamma-fluoro- 
butyrate (KB-258) and methyl gamma-fluorocro- 
tonate (KB-244). Morris S. Kharasch. t OEMsr- 
394.] [University of Chicago.] June 29, 1944. 

M2 The gamma-fluorobutyrates and related toxic com¬ 
pounds. Morris S. Kharasch and Elwood V. Jen¬ 
sen. OEMsr-394. University of Chicago. July 
11, 1944. 

M3 The gamma-fluorobutyrates and related toxic 
compounds. (Progress Report to July 11, 1944.) 
Morris S. Kharasch and Elwood V. Jensen. 
OEMsr-394; Service Project No. CWS-4; OSRD 
No. 4008. University of Chicago. August 11, 

1944. 


SECRET 





250 


DIVISION 9 • MICROFILM LIST 


231.33 Carbonyl Monochloride Monofluoride 

Ml Preliminary tube tests with COC1F. (Progress Re¬ 
port No. 454.) Roscoe G. Dickinson. NDCrc-137; 
Service Project Nos. CWS-7 and NL-B26; OSRD 
No. 1106. California Institute of Technology. 
December 8, 1942. 

231.4 Miscellaneous Carbon-Oxygen Compounds 

Ml The sternutatory properties of certain organic 
compounds. (Progress Report No. 385, to Septem¬ 
ber 20, 1942.) Carl R. Noller. OEMsr-136; Serv¬ 
ice Project No. CWS-4; OSRD No. 941. Stanford 
University. October 7, 1942. 

M2 Hydroximyl chlorides. Charles D. Hurd. North¬ 
western University. November 26, 1945. 

232 Fluorocarbons 

Ml Fluorocarbons. (Progress Report No. 394, to July 
1, 1942.) William T. Miller and Albert L. Henne. 
OEMsr-237 and OEMsr-162; Service Project No. 
NL-B41; OSRD No. 1023. Cornell University and 
Ohio State University. October 14, 1942. 

M2 Fluorocarbons and related compounds. (Final Re¬ 
port to June 30, 1943.) Albert L. Henne. OEMsr- 
162; Service Project No. NL-B41; OSRD No. 1792. 
Ohio State University. September 10, 1943. 

M3 Aromatic fluorocarbons. (Final Report to January 
30, 1943.) Frank H. Reed and G. C. Finger. 
OEMsr-469; Service Project No. NL-B41: OSRD 
No. 3163. University of Illinois. January 19, 
1944. 

M4 Fluorocarbons. (Final Report to June 30, 1943.) 
William T. Miller, R. E. Ehrenfeld and others. 
OEMsr-237; Service Project No. NL-B41; OSRD 
No. 3590. Cornell University. May 10, 1944. 

M5 Fluorocarbons. (Final Report to June 30, 1943.) 
Robert D. Fowler and William B. Burford, III. 
OEMsr-332; Service Project No. NL-B41; OSRD 
No. 3898. Johns Hopkins University. July 17, 
1944. 

M6 Organic compounds containing fluorine. Morris 
S. Kharasch. OEMsr-394. [University of Chi¬ 
cago.] June 13, 1945. 

M7 Organic compounds containing fluorine. (Progress 
Report to June 13, 1945.) Morris S. Kharasch. 
OEMsr-394; Service Project No. CWS-4; OSRD 
No. 5281. University of Chicago. June 28, 1945. 

233 Carbon Monoxide Pentamer 

Ml Synthesis of chemical warfare toxic and vesicant 
agents. Carbon monoxide pentamer. (Progress Re¬ 
port to February 9, 1945.) David C. England and 
B. W. Howk. OEMsr-549; Service Project No. 
CWS-4; OSRD No. 5562. E. I. duPont de Nemours 
and Company, Inc. September 7, 1945. 

234 Ethylene and Acetylene Derivatives 

Ml The preparation for toxicity tests of some ethylene 
and acetylene derivatives. (Progress Report to Sep¬ 
tember 1, 1944.) C. D. Heaton, E. W. Torbohn 


and Carl R. Noller. OEMsr-136; Service Project 
No. CWS-4; OSRD No. 4325. Stanford University. 
November 9, 1944. 

240 Plant Products 

(See also: 340) 

241 Compound W 

Ml Pilot plant production of [Compound] W. (Prog¬ 
ress Report to April 1, 1943.) F. W. Blair and 
O. H. Alderks. OEMsr-843; Service Project No. 
CWS-4; OSRD No. 1563. Proctor and Gamble 
Company. July 2, 1943. 

M2 Isolation of a toxic crystalline protein from PGW. 
(Progress Report to July 15, 1944.) John R. 
Northrop and Moses Kunitz. OEMsr-129; Serv¬ 
ice Project No. CWS-2 and CWS-4; OSRD No. 
4537. Rockefeller Institute for Medical Research. 
January 2, 1945. 

M3 The preparation and purification of amorphous 
[Compound] W. (Progress Report to February 28, 
1945.) Alsoph H. Corwin, Sally H. Dieke and 
others. OEMsr-681; Service Project No. CWS-4; 
OSRD No. 4947. Johns Hopkins University. 
April 25, 1945. 

M4 Consulting work on [Compound] W. (Final Report 
to June 28, 1945.) Paul L. Salzberg, J. L. Keats 
and others. OEMsr-1080; Service Project No. 
CWS-4; OSRD No. 5437. E. I. duPont de Nemours 
and Company, Inc. August 11, 1945. 

M5 The preparation and purification of crystalline 
[Compound] W. (Progress Report to February 28, 
1945.) Alsoph H. Corwin, J. Gordon Erdman 
and Wilhelm R. Frisell. OEMsr-681; Service Proj¬ 
ect No. CWS-4; OSRD No. 6404. Johns Hopkins 
University. December 18, 1945. 

M6 The chemistry of the W-bean proteins. (Progress 
Report to February 28, 1945.) Alsoph H. Corwin, 
Wilhelm R. Frisell and others. OEMsr-681; Serv¬ 
ice Project No. CWS-4; OSRD No. 6435. Johns 
Hopkins University. January 2, 1946. 

M7 Chemical properties of [Compound] W relating to 
toxoid preparation. (Final Report to February 28, 
1945.) Alsoph H. Corwin, Mark Nickerson and 
J. Gordon Erdman. OEMsr-681; Service Project 
No. CWS-4; OSRD No. 6437. Johns Hopkins Uni¬ 
versity. January 3, 1946. 

M8 Pilot plant preparation of dispersible [Compound] 
W. (Final Report to August 31, 1945.) H. L. 
Craig and O. H. Alderks. OEMsr-843; Service 
Project No. CWS-4; OSRD No. 6392. Proctor and 
Gamble Company. January 7, 1946. 

M9 The preparation and properties of crystalline 
[Compound] W. (Progress Report to April 1, 1946.) 
Angelo E. Benaglia, Milton Levy and R. Keith 
Cannan. OEMsr-1050; Service Project Nos. CWS-2 
and CWS-29; OSRD No. 6656. New York Uni¬ 
versity, College of Medicine. June 1, 1946. 



DIVISION 9 • MICROFILM LIST 


251 


242 Camphor Compounds 

Ml The preparation of some derivatives of d-cam- 
phor. (Informal Report No. S.) M. L. Wolfrom. 
OEMsr-161; Service Project No. CWS-4. Ohio 
State University. July 13, 1943. 

M2 The preparation of d-camphor oxime and isoni- 
troso-d-camphor. (Informal Report No. 7, to July, 

1943.) M. L. Wolfrom. OEMsr-161; Service 
• Project No. CWS-4. Ohio State University. No¬ 
vember 24, 1943. 

243 Miscellaneous Plant Products 

Ml Synthesis of compounds related to urushiol, laccol, 
rhengol and thitsiol. (Final Report No. 337, to 
May 15, 1942.) Ralph L. Shriner. OEMsr-195; 
Service Project No. CWS-4; OSRD No. 831. Uni¬ 
versity of Indiana. August 28, 1942. 

250 Research Relative to Various Compounds 

251 Boron Compounds 

Ml Detailed directions for the preparation of triethyl- 
boron. Henry Gilman. t Iowa State College.] 
July, 1942(?)] 

252 Fluorine and Fluorine Compounds 

(See also: 350) 

Ml An electrolytic cell designed for fluorine produc¬ 
tion. (Final Report [Covering the period from] 
September 1, 1941 to August 31, 1942.) J. H. 
Simons. OEMsr-159; Service Project No. NL-B35; 
OSRD No. 4199. Pennsylvania State College. 
July 24, 1942. 

M2 Vapor pressures of diethyl fluorophosphate, ethyl 
difluorophosphate, dimethyl fluorophosphate, ethyl 
fluorosulfonate and trimeric phosphonitrilic chlo¬ 
ride. (Informal Report No. CLXXX, for the period 
t from] July 15 to August 15, 1942.) L. F. Audrieth 
and John C. Bailar, Jr. OEMsr-299; Service Proj¬ 
ect No. CWS-7. University of Illinois. August 15, 
1942. 

M3 The study of laboratory and pilot plant procedures 
for the preparation of diisopropyl fluorophosphate, 
methyl fluoroacetate and 2-fluoroethanol. (Infor¬ 
mal Monthly Report Nos. 13 and 14 [Covering the 
period from] January 11 to March 10, 1944.) 
Russell L. Jenkins, Edgar E. Hardy and others. 
OEMsr-845. [Monsanto Chemical Company.] 

M4 A summary of fluorine compounds prepared or 
examined in the US, to January 10, 1944. Mar¬ 
shall Gates. February 17, 1944. 

M5 Microscopical properties of derivatives of fluorine 
agents. (Progress Report to February 10, 1945.) 
Clyde W. Mason and George B. DeLaMater. 
OEMsr-842; Service Project No. CWS-6; OSRD No. 
4716. Cornell University. February 15, 1945. 

252.1 Methyl Fluoroacetate (AF-1, MFA) 

Ml Methyl fluoroacetate (AF-1, MFA, TL-551 t and] 
T.1202). Summary of data on the physical, chemi¬ 


cal, toxicological and pathological properties of 
methyl fluoroacetate and related compounds. (In¬ 
formal Memorandum No. 3.) Birdsey Renshaw, 
Marshall Gates and Homer W. Smith. May 15, 

1944. 

M2 Some aspects of the behavior of the fluoroacetates 
and fluoroethanol as water contaminants. (Progress 
Report to Febuary 28, 1945.) Charles C. Price and 
William G. Jackson. OEMsr-593; Service Project 
No. CWS-6; OSRD No. 5452. University of Illi¬ 
nois. August 17, 1945. 

253 Hydrogen Peroxide 

Ml The preparation of hydrogen peroxide through 
the cyclic reduction and oxidation of 2-ethyl- 
anthraquinone. (Progress Report to September 30, 

1945. ) Harry Schultz, James Carnahan and Homer 
Adkins. OEMsr-304; OSRD No. 6087. University 
of Wisconsin. November 20, 1945. 

254 Metal Corrosion 

Ml The corrosion of steel by M-l, lewisite. (Final 
Report No. 319, to June 10, 1942.) Paul D. Bart¬ 
lett. NDCrc-136; Service Project No. CWS-13; 
OSRD No. 799. Harvard University. August 14, 
1942. 

M2 The corrosion of steel by 50% HS—50% M-l mix¬ 
ture. (Progress Report No. 341, to June 13, 1942.) 
Paul D. Bartlett. NDCrc-136; Service Project No. 
CWS-13; OSRD No. 825. Harvard University. 
August 14, 1942. 

M3 The corrosion of metals by mustard gas. (Progress 
Report No. 331, to July 30, 1942.) C. S. Marvel 
and R. C. Fuson. OEMsr-48 and OEMsr-300; 
Service Project No. CWS-13; OSRD No. 855. Uni¬ 
versity of Illinois. August 26, 1942. 

M4 Corrosion of steel, brass and solder by pure 1070 
and pure 1130 [Compounds]. (Progress Report No. 
343, to August 5, 1942.) Paul D. Bartlett. NDCrc- 
136; Service Project No. CWS-13; OSRD No. 833. 
Harvard University. August 31, 1942. 

M5 The corrosion of steel by 50% HS (TG)—50% 
M-l (HgCl 2 ) mixture. (Progress Report No. 342, 
to August 6, 1942.) Paul D. Bartlett. NDCrc- 
136; Service Project No. CWS-13; OSRD No. 835. 
Harvard University. August 31, 1942. 

M6 Behavior of chemical agents M-l, HS, MS and FS 
upon storage in contact with Monel metal. (Prog¬ 
ress Report to May 26, 1943.) John C. Woodhouse. 
OEMsr-656; Service Project No. CWS-13; OSRD 
No. 1516. E. I. duPont de Nemours and Com¬ 
pany, Inc. June 16, 1943. 

255 Various Combinations of Compounds 

Ml Letter to Dr. C. S. Marvel. Subject: [Phosphorus 
and arsenic derivatives, nitrogen derivatives and 
malodorants.] Morris S. Kharasch. [University of 
Chicago.] March 9, 1942. 

M2 [Further investigation of chemical warfare toxic 





252 


DIVISION 9 • MICROFILM LIST 


agents.] Monthly report on PA. Morris S. 
Kharasch. OEMsr-222. [University of Chicago.] 

March 16, 1942. 

M3 [Determination of Compounds 1070 and 1130; 
yeast research and SH groups of denatured pro¬ 
teins.] Report to Committee B4-C. John H. 
Northrop. May 18, 1942. 

M4 [Compounds prepared and submitted for evalua¬ 
tion to the Toxicity Laboratory.] Monthly report 300 
on PA and NA. Morris S. Kharasch. [OEMsr- 
394.] [University of Chicago.] June 15, 1942. 

M5 [Lethal gases.] ([Monthly] Report [for the period 
from August 15 toj September 15, 1942.) R. C. 

Fuson. OEMsr-300. [University of Illinois.] 

M6 [Carbamates.] Monthly reports on NA. Morris S. 
Kharasch. [OEMsr-394.] [University of Chicago.] 
September 15, 1942; December 15, 1942 to October 

9, 1943; December 9, 1943 to May 9, 1944; August 

10, 1944 and November 8, 1944. 

M7 Letter to Dr. Franklin C. McLean. Subject: [Com¬ 
pounds submitted to the Toxicity Laboratory for 
evaluation.] Morris S. Kharasch. [University of 
Chicago.] December 11, 1942. 

M8 [The preparation of special chlorine-containing 
organic compounds.] (Informal Monthly Progress 
Report, covering the period [from] February 10 to 
March 10, 1943.) Ralph L. Shriner and M. E. 
Synerholm. OEMsr-195. Indiana University. 

M9 The synthesis of organic compounds of sulfur 
nitrogen and chlorine. (Informal monthly progress 
reports.) R. C. Fuson, Charles C. Price and 
others. OEMsr-300. [University of Illinois.] Feb¬ 
ruary 10 and October 10, 1943; September 10 and 
October 10, 1944. 

M10 The preparation of compounds for pharmacologi¬ 
cal testing. (Informal Monthly Progress Reports 
[Covering the period from] April 10 to July 10, 

1943.) M. L. Wolfrom, S. M. Olin and E. E. 

Dickey. OEMsr-161. [Ohio State University.] 

Mil [Preparation and reactions of various chemical 
warfare substances.] (Informal Monthly Progress 
Reports covering the period [from] September 4, 

1943 to March 9, 1944.) Paul D. Bartlett. 310 

NDCrc-136. Harvard University. 

M12 Preparation of toxic compounds. (Informal 311 
Monthly Progress Report Nos. 1 and 2.) Karl 
A. Folkers, Richard F. Phillips and Clifford H. 

Shunk. OEMsr-1124. Merck and Company, Inc. 311.1 
October 10 and November 10, 1943. 

M13 [Preparation of various chemical warfare sub¬ 
stances.] (Monthly progress reports.) George H. 
Coleman, Joseph E. Callen and others. OEMsr- 
223. State University of Iowa. April 10 and July 
10, 1944. 

M14 [Sodium fluoroacetate. Kinetics of the reaction of 
HN-2 chloroethylenimonium ion with propionate.] 
(Informal Monthly Progress Report No. 18.) 

Barnett Cohen and Ervin R. Van Artsdalen. 
OEMsr-532. Johns Hopkins University.] July 
10, 1944. 


M15 The study of laboratory and pilot plant proce¬ 
dures for the preparation of certain volatile and 
non-volatile chemical warfare agents. (Informal 
Monthly Report Nos. 22 and 24.) Russell L. 
Jenkins, Edgar E. Hardy and others. OEMsr-845. 
[Monsanto Chemical Company.] November 8, 
1944 t and January 10 (?) 1945]. 

TOXICITY STUDIES OF CHEMICAL WARFARE 
AGENTS 

Ml [Clinical, toxicological, pathological and physiologi¬ 
cal studies on chemical warfare agents.] (Informal 
monthly progress reports.) Homer W. Smith, 
Elesa Addis and others. OEMsr-556. t New York 
University.] July 31 to December 21, 1942; Feb¬ 
ruary 10 to December 10, 1943; March 10 to 
November 10, 1944 and April 10, 1945. 

M2 Toxic substances. Edward Rogers and Karl A. 
Folkers. [OEMsr-1124.] Merck and Company, 
Inc. October 30, 1942. 

M3 Status report on toxicity and vesicant tests of 
compounds referred to the Chicago Toxicity Labo¬ 
ratory. (Progress Report No. 441, through Novem¬ 
ber 4, 1942.) Eugene M. K. Geiling and Franklin 

C. McLean. NDCrc-132; Service Project No. 
CWS-2; OSRD No. 1052. University of Chicago. 
December 2, 1942. 

M4 Toxicity and vesicant tests on compounds referred 
to the University of Chicago Toxicity Laboratory. 
(Progress Report to August 1, 1944.) Hoylande 

D. Young, Eugene M. K. Geiling and others. 
NDCrc-132; Service Project No. CWS-2; OSRD No. 
4176. University of Chicago. October 3, 1944. 

M5 Status report on toxicity and vesicant tests of 
compounds referred to the University of Chicago 
Laboratory. (Progress Report to February 28, 1945. 
Supplement to OSRD Report No. 4176.) Eugene 
M. K. Geiling, R. Keith Cannan and William 
Bloom. NDCrc-132; Service Project No. CWS-2; 
OSRD No. 5305. University of Chicago. July 4, 
1945. 

Metalloid and Metal-Containing Compounds 

Phosphorous 

(See also: 211) 

Diisopropyl Fluorophosphates (PF-3) 

Ml Studies on the ocular reactions of rabbits to di¬ 
isopropyl fluorophosphates, PF-3. (Report No. 40.) 
Roy O. Scholz. OEMcmr-24. Wilmer Institute. 
September 20, 1943. 

M2 The effect of PF-3 on human eyes. (Report No. 
43.) Roy O. Scholz and L. J. Wallen. OEMcmr- 
24. Wilmer Institute. November 22, 1943. 

M3 Summary of data on diisopropyl fluorophosphate 
and related compounds. (Informal Memorandum 
No. 4.) Homer W. Smith and Marshall Gates. 
[New York University.] October 1, 1944. 

M4 Pharmacology of PF-3 in the cat. (Report No. 21.) 




DIVISION 9 • MICROFILM LIST 


253 


McKeen Cattell and Harry Gold. OEMcmr-245. 
Cornell University, Medical College. June 16, 
1945. 

M5 The physiological action of PF-3 as observed dur¬ 
ing laboratory and pilot plant investigation of 
this compound. Edgar E. Hardy. [OEMsr-845.] 
[Monsanto Chemical Company.] (n.d.) 

312 Sulfur 

(See also: 212) 

312.1 Mustard Gas, Toxicity Effects of 

Ml The toxicity of mustard, redistilled Levinstein. 
(Progress Report No. 229, to March 7, 1942.) 
Julius M. Coon, Jules H. Last and others. NDCrc- 
132; Service Project No. CWS-2; OSRD No. 527. 
University of Chicago. April 24, 1942. 

M2 Toxic effects of compounds related to mustard. 
[Part] 1, Toxic effects of mustard, mustard sulfone, 
sesquimustard and sesquimustard analogues. (Prog¬ 
ress Report to March 15, 1943.) Morris A. Lipton, 
Clarence C. Lushbaugh and others. NDCrc-132; 
Service Project No. CWS-2; OSRD No. 1391. Uni¬ 
versity of Chicago. May 7, 1943. 

M3 Summary of data on Q and related sesquimustards. 
(Informal Memorandum No. 2.) Homer W. 
Smith. [OEMsr-556.] [New York University.] 
[March 1, 1944.] 

M4 H vapor. Summary of data on toxicology and cas¬ 
ualty production. (Informal Memorandum No. 1.) 
Homer W. Smith. [OEMsr-556.] [New York Uni¬ 
versity.] March 1, 1944. 

M5 The toxic action of mustard on Nitella. (Report 
to May 1, 1944.) W. J. V. Osterhout. NDCrc-151; 
Service Project No. CWS-2; OSRD No. 4272. 
[Rockefeller Institute for Medical Research.] Oc¬ 
tober 23, 1944. 

M6 Biochemistry of the action of sulfur-containing 
vesicants. (Final Report to October 1, 1944.) 
Vincent du Vigneaud, F. H. Carpenter and others. 
OEMsr-144; Service Project No. CWS-2; OSRD No. 
4841. Cornell University, Medical College. March 
20, 1945. 

312.11 Effects on Yeast Cells 

Ml [Inhibition of enzymatic reactions by DH.j (In¬ 
formal Monthly Progress Report Nos. 6 and 7.) 
Carl F. Cori, Sidney P. Colowick and others. 
OEMsr-123. [Washington University.] July 15 
and 24, 1942. 

M2 Some observations of the effect of H on the yeast 
cell. (Report No. 21.) V. Everett Kinsey, W. Mor¬ 
ton Grant and others. OEMcmr-141. Harvard 
University, Medical School. [December (?) 1943.] 
M3 Correlation of the inhibition of cell division with 
binding of intracellular glutathione by H. (Re¬ 
port No. 23.) W. Morton Grant and V. Everett 
Kinsey. OEMcmr-141. Harvard University, Medi¬ 
cal School. January 10, 1944. 

M4 Use of peracids in yeast in an attempt to oxidize 


the sulfur of fixed H to the sulfone. (Report No. 

27. ) V. Everett Kinsey and W. Morton Grant. 
OEMcmr-141. Harvard University, Medical 
School. March 9, 1944. 

M5 A study of the reactivity of yeast DPN, ATP, 
adenylic acid and nicotinic acid with H. (Report 
No. 34.) W. Everett Kinsey and W. Morton 
Grant. OEMcmr-141. Harvard University, Medi¬ 
cal School. May 23, 1944. 

M6 A study of the reactivity of yeast with several 
concentrations of H. (Report No. 37.) V. Everett 
Kinsey, W. Morton Grant and others. OEMcmr- 
141. Harvard University, Medical School. August 
18, 1944. 

M7 A study of the reactivity of yeast with several 
concentrations of H in the presence and absence 
of NaCl. (Report No. 38.) V. Everett Kinsey, 
W. Morton Grant and others. OEMcmr-141. 
Harvard University, Medical School. August 18, 
1944. 

M8 An investigation of the distribution of fixed H 
in yeast. (Report No. 39.) W. Morton Grant, 

V. Everett Kinsey and others. OEMcmr-141. 
Harvard University, Medical School. August 18, 
1944. 

M9 Some biological aspects of the reaction of H with 
yeast cells. (Report No. 42.) V. Everett Kinsey 
and W. Morton Grant. OEMcmr-141. Harvard 
University, Medical School. December 28, 1944. 
M10 The effect of H on synthesis of carbohydrate by 
yeast. (Report No. 43.) V. Everett Kinsey and 

W. Morton Grant. OEMcmr-141. Harvard Uni¬ 
versity, Medical School. December 28, 1944. 

Mil Observations on the permeability of normal and 
H-exposed yeast cells. (Report No. 44.) W. Morton 
Grant and V. Everett Kinsey. OEMcmr-141. 
Harvard University, Medical School. December 

28, 1944. 

M12 Further investigation of the mechanism of irre¬ 
versible H poisoning in yeast. (Report No. 46.) 
W. Morton Grant and V. Everett Kinsey. OEM¬ 
cmr-141. Harvard University, Medical School. 
February 8, 1945. 

312.111 Yeast Cells (Divinyl Sulfone and H) 

Ml Further studies on the relation between inhibition 
of rate of cell division and concentration of H and 
divinyl sulfone. (Report No. 30.) V. Everett Kinsey 
and Helen Pentz. OEMcmr-141. Harvard Uni¬ 
versity, Medical School. May 11, 1944. 

M2 Injurious effects of H and divinyl sulfone on 
metabolism of yeast cells and results of several 
methods of therapy. (Report No. 31.) V. Everett 
Kinsey and W. Morton Grant. OEMcmr-141. 
Harvard University, Medical School. May 11, 
1944. 

M3 The relation between the effects produced by H 
and divinyl sulfone on the rate of cell division and 
on metabolism of growing yeast cells. (Report No. 





254 


DIVISION 9 • MICROFILM LIST 


33.) V. Everett Kinsey and Phyllis Robison. 
OEMcmr-141. Harvard University, Medical School. 
May 17, 1944. 

M4 The lethal effect of various doses of H and divinyl 
sulfone on yeast cells. (Report No. 49.) V. Everett 
Kinsey and W. Morton Grant. OEMcmr-141. 
Harvard University, Medical School. May 14, 
1945. 

312.12 Reactions with Proteins and Enzymes 

Ml The inactivation of enzymes by mustard gas. (Spe¬ 
cial Report to March 1, 1943.) R. Keith Cannan. 
OEMsr-556; Service Project No. CWS-2; OSRD No. 
1248. New York University. March 10, 1943. 

M2 Some reactions of mustard gas with proteins and 
proteolytic enzymes. Max Bergmann, Joseph S. 
Fruton and others. OEMsr-313; Service Project 
No. CWS-2; OSRD No. 1439. Rockefeller Insti¬ 
tute for Medical Research. May 21, 1943. 

M3 A study of the reaction between mustard gas and 
proteins. (Progress Report to June 7, 1943.) Selby 
B. Davis, William F. Ross and Eric G. Ball. 
OEMsr-86; Service Project No. CWS-2; OSRD No. 
1630. Harvard University. July 22, 1943. 

M4 The action of mustard gas on certain enzymatic 
reactions. Ralph W. McKee, Ellen L. Marston 
and others. OEMsr-86; Service Project No. CWS-2; 
OSRD No. 1824. Harvard University. September 
21, 1943. 

M5 Studies of compounds formed by reaction with H. 
[Part] VIII, Semi-quantitative determination of 
amino acids affected by reaction of H with pro¬ 
teins, as determined by bacteriological assay. (Re¬ 
port No. 22.) V. Everett Kinsey, D. Mark Hegsted 
and W. Morton Grant. OEMcmr-141. Harvard 
University, Medical School. December 1, 1943. 

M6 Reactions of H with enzymes and proteins. (Prog¬ 
ress Report to April 1, 1944.) John H. Northrop, 
Roger M. Herriott and M. L. Anson. OEMsr-129; 
Service Project No. CWS-2; OSRD No. 3653. 
Rockefeller Institute for Medical Research. May 
20, 1944. 

M7 Characteristics of sulfhydryl-dependent enzyme 
poisoning by H. [Part] I, Factors influencing the 
inactivation of urease by DH, semi-H, DVS, 
divinyl sulfoxide and silver nitrate. (Report No. 
48.) W. Morton Grant and V. Everett Kinsey. 
OEMcmr-141. Harvard University, Medical School. 
March 26, 1945. 

M8 Characteristics of sulfhydryl-dependent enzyme 
poisoning by H. [Part] II, Additional factors in¬ 
fluencing the inactivation of urease by DH, 
divinyl sulfone and silver nitrate. (Report No. 50.) 
W. Morton Grant and V. Everett Kinsey. 
OEMcmr-141. Harvard University, Medical 
School. May 28, 1945. 

M9 Characteristics of sulfhydryl-dependent enzyme 
poisoning by H. [Part] III, Toxicity of the con¬ 
ditions of silver treatment effective in regeneration 


of cysteine from combination with DVS. (Report 
No. 51.) W. Morton Grant and V. Everett Kinsey. 
OEMcmr-141. Harvard University, Medical School. 
June 1, 1945. 

M10 Characteristics of sulfhydryl-dependent enzyme 
poisoning by H. [Part] IV, Protection of urease 
during silver treatment. (Report No. 52.) W. Mor¬ 
ton Grant and V. Everett Kinsey. OEMcmr-141. 
Harvard University, Medical School. July 24, 
1945. 

312.121 Enzymatic Degradation 

Ml Studies of compounds formed by reaction with HS 
or semi-H and their enzymatic degradation. [Part] 

I, The effect of the gastro-intestinal enzymes on 
HS-casein as indicated by growth studies made on 
rats and chicks. (Report No. 13.) V. Everett Kinsey 
and W. Morton Grant. OEMcmr-141. Harvard 
University, Medical School. June 16, 1943. 

M2 Studies of compounds formed by reaction with HS 
or semi-H and their enzymatic degradation. [Part] 

II, Preparation of semi-H derivatives of cysteine 
and valine. (Report No. 14.) W. Morton Grant 
and V. Everett Kinsey. OEMcmr-141. Harvard 
University, Medical School. June 16, 1943. 

M3 Studies of compounds formed by reaction with HS 
or semi-H and their enzymatic degradation. [Part] 

III, Determination of the amino acids made un¬ 
available for growth of the rat by HS treatment 
of casein. [Part] IV, Inability of the rat to utilize 
valine and cysteine from semi-H valine and semi-H 
cysteine, respectively. (Report No. 15.) D. G. 
Cogan, V. Everett Kinsey and W. Morton Grant. 
OEMcmr-141. Harvard University, Medical School. 
July 29, 1943. 

M4 Studies of compounds formed by reaction with HS 
or semi-H and their enzymatic degradation. [Part] 

V, Determination of the essential amino acids un¬ 
available for growth of rats in an acid hydrolysate 
of casein reacted with HS in alkaline solution. 
(Report No. 18.) W. Morton Grant and V. Everett 
Kinsey. OEMcmr-141. Harvard University, Medi¬ 
cal School. November 20, 1943. 

M5 Studies of compounds formed by reaction with HS 
or semi-H and their enzymatic degradation. c Part 3 

VI, Determination of the essential amino acids of 
casein rendered unavailable for the growth of rats 
by reaction of casein with HS in neutral solution. 
(Report No. 19.) W. Morton Grant and V. Everett 
Kinsey. OEMcmr-141. Harvard University, Medi¬ 
cal School. November 20, 1943. 

M6 Studies of compounds formed by reaction with HS 
or semi-H and their enzymatic degradation. [Part] 

VII, Preliminary report on the use of enzymes 
from soil bacteria to degrade mustard derivatives. 
(Report No. 20.) V. Everett Kinsey and W. Mor¬ 
ton Grant. OEMcmr-141. Harvard University, 
Medical School. November 20, 1943. 



DIVISION 9 • MICROFILM LIST 


255 


312.13 


312.131 


Effects on Epithelial Tissues 

Ml [Effects of H on skin.] An investigation of the 
mode of action and therapy of chemical irritants. 
(Bulletin A.) (n.a.) OEMcmr-51. Yale Univer¬ 

sity. March 4, 1942. 

M2 [Reactions to H in skin of normal and vitamin- 
deficient rats.] Survey of work already accom¬ 
plished [Under Contract No.] OEMcmr-M701. 
Maurice Sullivan. OEMcmr-M701. Johns Hop¬ 
kins University, Medical School.] April 18, 1942. 

M3 The nature and limitation of lesions produced by 
H substance. William T. Salter. OEMcmr-51. 
Yale University. July 2, 1942. 

M4 The mechanism of cutaneous injury by mustard 
gas. An experimental study using mustard pre¬ 
pared with radioactive sulfur. (Progress Report to 
November 10, 1943.) Frederick C. Henriques, Jr., 
Alan R. Moritz and others. NDCrc-169; Service 
Project No. CWS-2; OSRD No. 3620. Harvard 
University. May 9, 1944. 

M5 Additional studies pertaining to the mechanism of 
cutaneous injury by mustard gas. An experimental 
study using mustard prepared with radioactive 
sulfur. (Progress Report to October 1, 1945.) Alan 
R. Moritz, Frederick C. Henriques, Jr. and others. 
NDCrc-169; Service Project No. CWS-2; OSRD No. 
3620A. Harvard University. October 25, 1945. 

Corneal Tissue 

Ml The effect of HS vapor on certain metabolic 
processes of the excised intact beef cornea. (Report 
No. 13.) Heinz Herrmann. Wilmer Institute. 
July 2, 1942. 

M2 The significance of the lactic acid content of sur¬ 
viving and HS-treated corneas. (Report No. 16.) 
Heinz Herrmann. Wilmer Institute. July 22, 
1942. 

M3 [The effect of mustard gas under various condi¬ 
tions on the permeability of the cornea, conjunc¬ 
tiva and sclera.] (Report No. 1.) D. G. Cogan, 
V. Everett Kinsey and W. Morton Grant. OEM- 
cmr-141. [Harvard University, Medical School.] 
July 29, 1942. 

M4 Inhibition of corneal swelling ability by DH in 
organic solvents. (Report No. 5.) D. G. Cogan, 
V. Everett Kinsey and W. Morton Grant. 
OEMcmr-141. Harvard University, Medical 
School. October 1, 1942. 

M5 [Effects of HS on the cornea.] Conclusions t of the] 
Committee on the Treatment of Gas Casualties. 
(Report No. 6.) D. G. Cogan, V. Everett Kinsey 
and W. Morton Grant. OEMcmr-141. [Harvard 
University, Medical School.] December 8, 1942. 

M6 Correlation of rate of reaction of HS and HS in¬ 
termediates within corneal tissue (in vitro) with 
the effect produced. (Report No. 8.) V. Everett 
Kinsey and W. Morton Grant. OEMcmr-141. 
Harvard University, Medical School. December 
24, 1942. 

M7 The persistence of HS in corneal tissue. (Report 


No. 29.) Albert C. Snell, Jr. OEMcmr-24. Wilmer 
Institute. January 22, 1943. 

M8 Further studies on the effect on the metabolism of 
the cornea resulting from exposure to HS vapor. 
(Report No. 32.) Heinz Herrmann and Fay H. 
Hickman. OEMcmr-24. Wilmer Institute. March 
27, 1943. 

M9 The loosening of the corneal epithelium by mus¬ 
tard and other agents. (Report No. 33.) Heinz 
Herrmann and Fay H. Hickman. OEMcmr-24. 
Wilmer Institute. March 30, 1943. 

M10 The loosening of the corneal epithelium by mus¬ 
tard. [Part] II, Effect of temperature. (Report No. 
39.) Heinz Herrmann and Fay H. Hickman. 
OEMcmr-24. Wilmer Institute. September 10, 
1943. 

Mil The effect of H on the utilization of ribose and 
other pentoses by the beef cornea. (Report No. 
41.) Heinz Herrmann and Fay H. Hickman. 
OEMcmr-24. Wilmer Institute. [October (?) 1943.] 

M12 The loosening of the corneal epithelium. [Part] 
III, Further studies and an analysis of previously 
reported findings. (Report No. 45.) Heinz Herr¬ 
mann and Fay H. Hickman. OEMcmr-24. Wilmer 
Institute. November 30, 1943. 

M13 Pyruvate metabolism in beef cornea, normally and 
after exposure to H. (Report No. 50.) Heinz Herr¬ 
mann and Fay H. Hickman. OEMcmr-24. Wilmer 
Institute. April 15, 1944. 

M14 Summary of current studies on the effect of H on 
corneal metabolism. (Report No. 51.) Heinz Herr¬ 
mann, Fay H. Hickman and Sylvia G. Moses. 
OEMcmr-24. Wilmer Institute. April 16, 1944. 

M15 The water content of the corneal epithelium after 
treatment with H and with other agents which 
loosen the epithelium. (Report No. 55.) Heinz 
Herrmann. OEMcmr-24. Wilmer Institute. June 
17, 1944. 

M16 The effect of H on the non-protein nitrogen of the 
cornea. (Report No. 56.) Heinz Herrmann and 
Sylvia G. Moses. OEMcmr-24. Wilmer Institute. 
July 8, 1944. 

M17 The utilization of ammonia by the cornea after 
exposure to H. (Report No. 57.) Heinz Herrmann 
and Sylvia G. Moses. OEMcmr-24. Wilmer Insti¬ 
tute. July 10, 1944. 

M18 The effect of H on the alkaline glycero-phos- 
phatase of the corneal epithelium. (Report No. 
61.) Jonas S. Friedenwald and Wilhelm Buschke. 
OEMcmr-24. Wilmer Institute. August 19, 1944. 

M19 The healing of wounds in the corneal epithelium 
after exposure to H. (Report No. 62.) Jonas S. 
Friedenwald and Wilhelm Buschke. OEMcmr-24. 
Wilmer Institute. August 22, 1944. 

M20 Possible products of the utilization of pyruvate in 
the beef cornea and the effect of H on the utiliza¬ 
tion of acetoin and butyrate by this tissue. (Report 
No. 64.) Heinz Herrmann and Fay H. Hickman. 
OEMcmr-24. Wilmer Institute. February 20, 
1945. 


igCkET 





256 


DIVISION 9 • MICROFILM LIST 


M21 Experiments on the increased NPN level in the 
excised corneas after exposure to H. (Report No. 
66.) Heinz Herrmann and Sylvia G. Moses. 
OEMcmr-24. Wilmer Institute. March 12, 1945. 

M22 The effect of anaerobiosis upon the development 
of certain pathologic changes in the excised sur¬ 
viving cornea after application of H and various 
other substances. (Report No. 68.) Heinz Herr¬ 
mann and Sylvia G. Moses. OEMcmr-24. Wilmer 
Institute. July 14, 1945. 

M23 The effect of mustard treatment on the histo¬ 
logical staining characteristics of corneal tissue. 
(Report No. 69.) Jonas S. Friedenwald and Roy 
O. Scholz. OEMcmr-24. Wilmer Institute. Au¬ 
gust 1, 1945. 

S12.132 Skin of the Rat 

Ml Studies of the effects of HS on the skin of the rat. 
[Part] III, Observations on the pattern of cuta¬ 
neous injury in normal rats and the determination 
of the most suitable sites for testing. Maurice 
Sullivan. OEMcmr-82. Johns Hopkins Univer¬ 
sity.] July 3, 1942. 

M2 Studies of the effects of HS on the skin of the rat. 
[Part] V, A comparison of the effect of HS on the 
skin of normal rats and rats deficient in the entire 
Vitamin B complex other than thiamin. Maurice 
Sullivan. OEMcmr-82. Johns Hopkins Univer¬ 

sity.] July 24, 1942. 

M3 Studies of the effects of HS on the skin of the rat. 
[Part] VI, The reactivation phenomenon. Maurice 
Sullivan. OEMcmr-82. Johns Hopkins Univer¬ 

sity.] September 1, 1942. 

M4 Studies of the effects of H on the skin of rats. 
[Part] VIII, Note on the production of a uniform 
injury with varying small amounts of H applied 
with a 6.25-mm steel rod. (Report No. 9.) Maurice 
Sullivan. OEMcmr-82. Johns Hopkins Univer¬ 

sity.] January 9, 1943. 

M5 Studies of the effects of H on the skin of the rat. 
[Part] IX, A comparison of the injury in fat- 
deficient and normal rats. (Report No. 10.) 

Maurice Sullivan. OEMcmr-82. Johns Hopkins 

University.] January 15, 1943. 

M6 Studies of the effects of H on the skin of the rat. 
[Part] X, Carbohydrate deficiency. (Report No. 11.) 
Maurice Sullivan. OEMcmr-82. Johns Hopkins 

University.] January 21, 1943. 

M7 Studies on the effects of H on the skin of the rat. 
[Part] XI, Protein deficiency. (Report No. 12.) 
Maurice Sullivan. OEMcmr-82. Johns Hopkins 

University.] January 26, 1943. 

M8 Studies of the effects of HS on the skin of the rat. 
[Part] XIII, A comparison of the microscopic 
alterations produced by the application of small 
amounts of HS and M-l. (Report No. 14.) Maurice 
Sullivan. OEMcmr-82. Johns Hopkins Univer¬ 
sity.] March 6, 1943. 

M9 Studies of the effects of HS on the skin of the rat. 
[Part] XIV, Pyridoxine deficiency. (Report No. 15.) 


Maurice Sullivan. OEMcmr-82. Johns Hopkins 
University.] March 17, 1943. 

M10 Studies of the effects of HS on the skin of the rat. 
[Part] XV, Riboflavin deficiency. (Report No. 16.) 
Maurice Sullivan. OEMcmr-82. Johns Hopkins 
University.] March 17, 1943. 

Mil Studies of the effects of HS on the skin of the rat. 
[Part] XVI, The effect of feeding para amino 
benzamide. (Report No. 17.) Maurice Sullivan. 
OEMcmr-82. Johns Hopkins University.] April 
13, 1943. 

M12 Studies of the effect of HS on the skin of the rat. 
[Part] XVII, Pantothenic acid deficiency. (Report 
No. 18.) Maurice Sullivan. OEMcmr-82. Johns 
Hopkins University.] May 3, 1943. 

M13 Studies of the effects of HS on the skin of the rat. 
[Part] XVIII, Summary of the results of tests with 
various compounds. (Report No. 19.) Maurice 
Sullivan. OEMcmr-82. Johns Hopkins Univer¬ 
sity.] May 21, 1943. 

M14 Studies of the effects of HS on the skin of the rat. 
[Part] XIX, Vitamin A deficiency. (Report No. 20.) 
Maurice Sullivan. OEMcmr-82. Johns Hopkins 
University.] July 23, 1943. 

M15 Studies of the effects of HS on the skin of the rat. 
[Part] XX, Analysis of the influence of choline 
and cystine. (Report No. 21.) Maurice Sullivan. 
OEMcmr-82. Johns Hopkins University.] Sep¬ 
tember 1, 1943. 

M16 Studies of the effects of HS on the skin of the rat. 
[Part] XXI, The effect of a low protein (casein) 
diet. (Report No. 22.) Maurice Sullivan. 
OEMcmr-82. [Johns Hopkins University.] Sep¬ 
tember 1, 1943. 

M17 Studies of the effects of HS on the skin of the rat. 
[Part] XXII, Experiments with biotin-deficient 
animals and an evaluation of the effect of adminis¬ 
tering biotin concentrate to normal animals. (Re¬ 
port No. 23.) Maurice Sullivan. OEMcmr-82. 
Johns Hopkins University.] September 1, 1943. 
M18 Studies of the effects of HS on the skin of the rat. 
[Part] XXIII, Magnesium deficiency. (Report No. 
24.) Maurice Sullivan. OEMcmr-82. Johns Hop¬ 
kins University.] September 1, 1943. 

M19 Studies of the effects of HS on the skin of the rat. 
[Part] XXIV, Observations on the effect of in¬ 
anition. (Report No. 25.) Maurice Sullivan. 
OEMcmr-82. [Johns Hopkins University.] Sep¬ 
tember 1, 1943. 

M20 Studies of the effects of HS on the skin of the rat. 
[Part] XXVI, The spreading effect produced by 
flexion and extension of an extremity immedi¬ 
ately after the application of the vesicant to the 
groin. (Report No. 27.) Maurice Sullivan. OEM- 
cmr-82. Johns Hopkins University.] September 
1, 1943. 

312.133 Skin of the Rabbit 

Ml Percent of free H recoverable from rabbit skin 
after various intervals. (Informal Progress Report 



DIVISION 9 • MICROFILM LIST 


257 


No. 24. ) A. D. Bass, T. H. Bullock and J. B. 
Fishman. OEMcmr-51. [Yale University.] May 
2, 1943. 

M2 The rate of evaporation of H from liquid drops 
on rabbit skin. (Informal Progress Report No. 30.) 
T. H. Bullock and J. B. Fishman. OEMcmr-51. 
[Yale University.] May 17, 1943. 

312.134 Skin of the Pig 

Ml The study of the mechanism of the physiological 
action of mustard by means of radioactive mus¬ 
tard. (Progress Report No. 207, to March 6, 1942.) 
George B. Kistiakowsky. NDCrc-169; Service 
Project No. CWS-2; OSRD No. 451. Harvard 
University. March 16, 1942. 

M2 A study of the fixed mustard in skin tissues. 
Richard A. Ormsbee, Frederick C. Henriques, Jr. 
and Eric G. Ball. OEMsr-86; Service Project No. 
CWS-2; OSRD No. 1825. Harvard University. 
September 21, 1943. 

M3 A study of sulfonium salts formed by the hydro¬ 
lysis of radioactive mustard in water, in blood 
plasma and in pig skin in vivo. (Informal Monthly 
Progress Report.) Frederick C. Henriques, Jr., 
Alan R. Moritz and others. NDCrc-169. [Harvard 
University.] November 10, 1944. 

312.135 Skin of the Guinea Pig 

Ml Induced hypersensitivity to bis(/3-cholorethyl) 
sulphide (mustard gas) and to 2,3-dimercapto- 
propanol (BAL) in guinea pigs. (Progress Report 
[tO] January 2, 1944.) John G. Kidd and Karl 
Landsteiner. OEMsr-62; Service Project No. 
CWS-2; OSRD No. 3269. Rockefeller Institute for 
Medical Research. March 4, 1944. 

312.136 Skin of Man 

Ml Keratolytics, caustics and H burns. (Informal 
Progress Report No. 28.) A. D. Bass, T. H. Bul¬ 
lock and J. B. Fishman. OEMcmr-51. [Yale Uni¬ 
versity.] May 16, 1943. 

M2 Comparison of lesions produced by 2.5 milligrams 
of mustard gas on human skin when applied by 
droplet from a 27-gauge needle and by spreading 
with a small disc (drod-tip). (Report No. B-3.) 
Marion B. Sulzberger, Rudolph L. Baer and 
others. OEMcmr-103. Cornell University, Medi¬ 
cal College. August 27, 1943. 

M3 Skin tests with dilutions of mustard gas and the 
determination of levels of sensitivity in normal 
individuals and in those experimentally exposed 
to relatively small amounts of liquid mustard gas. 
(Report No. B-6.) Rudolf L. Baer and Marion B. 
Sulzberger. OEMcmr-103. Cornell University, 
Medical College. November 15, 1943. 

M4 Analysis of variations in size of blister after appli¬ 
cation of H. (Progress Report to June 19, 1944.) 
Sewall Wright. NDCrc-132; Service Project No. 
CWS-2; OSRD No. 3943. University of Chicago. 
July 27, 1944. 


M5 Tests for skin sensitivity to mustard gas [Onj previ¬ 
ously exposed subjects and non-exposed control 
subjects. (Report No. B-31.) Marion B. Sulzberger 
and Clare Lowenberg. OEMcmr-103. Cornell 
University, Medical College. November 2, 1944. 

312.14 Systemic Effects 

Ml [RH investigations.] (Progress Report No. 7.) 
Richard A. Ormsbee, R. P. Linstead and others. 
[OEM]Sr-86. Harvard University, Medical School. 
June 23, 1942.] 

M2 [Some pharmacological effects of DHX.j (Informal 
Monthly Progress Report No. 8.) Sidney P. Colo- 
wick, Louis Berger and Milton W. Slein. f OEMsr-] 
123. [Washington University.] August 19, 1942. 

M3 A study of some of the reaction characteristics of 
semi-H (/3-chloro, /3'-hydroxy diethyl sulfide) and 
their biological significance. (Report No. 9.) 
W. Morton Grant and V. Everett Kinsey. OEM- 
cmr-141. Harvard University, Medical School. 
January 23, 1943. 

M4 Systemic effects of mustard and its bis-sulfonium 
salt with thiodiglycol, with special reference to 
leucocytes and hematopoietic system. (Informal 
Progress Report No. 29.) William T. Salter, T. H. 
Bullock and J. B. Fishman. OEMcmr-51. [Yale 
University.] June 16, 1943. 

M5 Review of the literature on the systemic action of 
mustard gas. (Progress Report to August 1, 1943.) 
Homer W. Smith. OEMsr-556; Service Project No. 
CWS-2; OSRD No. 1717. New York University. 
August 16, 1943. 

M6 A study of the composition of the blood and urine 
of rabbits and rats as affected by the administra¬ 
tion of H. (Final Report to June, 1944.) Eric G. 
Ball, Elmer H. Stotz and others. OEMsr-86; Serv¬ 
ice Project No. CWS-2; OSRD No. 3923. Harvard 
University. July 21, 1944. 

M7 Measurement of rate of reaction of H in blood. 
(Report No. 45.) W. Morton Grant and V. Everett 
Kinsey. OEMcmr-141. Harvard University, Medi¬ 
cal School. January 2, 1945. 

M8 Tissue metabolism, glycogen synthesis of the liver 
and intestinal absorption of glucose on H-treated 
rats. (Report No. 18.) E. S. Guzman Barron and 
Ulric A. Presta. OEMcmr-57. [University of 
Chicago.] July 2, 1945. 

312.2 Sulfur Pentafluoride 

Ml Toxicity, pathological and charcoal-penetration 
studies of sulfur pentafluoride. (Progress Report 
to November 22, 1943.) Julius M. Coon, Morris 
A. Lipton and others. NDCrc-132; Service Project 
No. CWS-2; OSRD No. 3030. University of Chi¬ 
cago. December 30, 1943. 

312.3 Sulfones 

Ml bis(2-Chloroethyl) sulfone. Toxicity upon inhala¬ 
tion and vesicant properties. (Progress Report No. 
254, to May 12, 1942.) Morris A. Lipton, George 





258 


DIVISION 9 • MICROFILM LIST 


J. Rotariu and others. NDCrc-132; Service Project 
No. CWS-2; OSRD No. 593. University of Chi¬ 
cago. May 28, 1942. 

M2 Some factors affecting the toxicity of divinyl 
sulfone for yeast and reversal of toxic effect by 
various means. (Report No. 24.) V. Everett Kinsey 
and W. Morton Grant. OEMcmr-141. Harvard 
University, Medical School. February 24, 1944. 

M3 Reactions of divinyl sulfone considered in relation 
to reversal of its effect on the cell. (Report No. 
25.) W. Morton Grant and V. Everett Kinsey. 
OEMcmr-141. Harvard University, Medical School. 
March 6, 1944. 

M4 Reaction of divinyl sulfone with glutathione in 
yeast and relation between effect and diminution 
of glutathione. (Report No. 26.) V. Everett Kinsey 
and W. Morton Grant. OEMcmr-141. Harvard 
University, Medical School. March 7, 1944. 

M5 Determination of the effect of detoxifying treat¬ 
ment on the persistence of divinyl sulfone in yeast 
cells. (Report No. 41.) W. Morton Grant, 
V. Everett Kinsey and others. OEMcmr-141. 
Harvard University, Medical School. October 30, 

1944. 

M6 Further studies on the mechanism of poisoning of 
yeast by divinyl sulfone. (Report No. 53.) V. Ever¬ 
ett Kinsey and W. Morton Grant. OEMcmr-141. 
Harvard University, Medical School. August 9, 

1945. 

313 Arsenic 

(See also: 213) 

313.1 Arsine Toxicity 

Ml Arsine. [Part] 1, Median lethal concentration for 
white mice. [Part] 2, Effect of high concentrations 
for short exposures. (Progress Report No. 297, to 
June 4, 1942.) Julius M. Coon, Howard G. Glass 
and Clarence C. Lushbaugh. NDCrc-132; Service 
Project No. CWS-2; OSRD No. 733. University of 
Chicago. July 20, 1942. 

M2 Toxic effects of various arsine derivatives. [Part] 

I, A survey of factors influencing toxicity deter¬ 
minations and a summary of preliminary results 
with compounds of the type RAsC 1 2 and 
Rj^AsCl. (Progress Report No. 324, to August 
6, 1942.) John O. Hutchens, Arthur F. Abt and 
others. NDCrc-132; Service Project No. CWS-2; 
OSRD No. 823. University of Chicago. August 
24, 1942. 

M3 Toxic effects of various arsine derivatives. [Part] 

II, A comparison of the lethal effects of several 
dichloroarsines on mice exposed to the vapors at 
low relative humidity. (Progress Report to January 
18, 1943.) John O. Hutchens, Clarence C. Lush¬ 
baugh and others. NDCrc-132; Service Project 
No. CWS-2; OSRD No. 1199. University of Chi¬ 
cago. February 16, 1943. 

M4 Toxic effects of various arsine derivatives. [Part] 

III, Lethal effects produced by absorption of vapor 


of dichloro(2-chlorovinyl)arsine and dichloro- 
ethylarsine through the skin of dogs, cats, rats, 
rabbits, guinea pigs and mice. (Progress Report to 
February 12, 1943.) John O. Hutchens, Clarence 
C. Lushbaugh and others. NDCrc-132; Service 
Project No. CWS-2; OSRD No. 1253. University 
of Chicago. March 11, 1943. 

M5 Toxic effects of various arsine derivatives. [Part] 
IV, Toxic effects of certain nitrophenyldichloro- 
arsines. (Progress Report to March 10, 1943.) 
Simon Black, Raymond G. Murray and others. 
NDCrc-132; Service Project No. CWS-2; OSRD No. 
1328. University of Chicago. April 7, 1943. 

313.2 Furylarsine Toxicity 

Ml A toxicity study of several furan derivatives. 
(Progress Report to January 18, 1943.) George 
J. Rotariu, Morris A. Lipton and others. NDCrc- 
132; Service Project No. CWS-2; OSRD No. 1200. 
University of Chicago. February 16, 1943. 

314 Cobalt (Salcomine) 

Ml Toxicity tests on salcomine oxygen and on salco¬ 
mine powder. (Progress Report No. 369 c tO] Sep¬ 
tember 10, 1942.) Julius M. Coon, Howard G. 
Glass and Clarence C. Lushbaugh. NDCrc-132; 
Service Project No. CWS-2; OSRD No. 892. Uni¬ 
versity of Chicago. September 22, 1942. 

315 Disulfur Decafluoride 

Ml Studies on Z. (Report No. 14.) R. W. Gerard, 
J. Tobias and others. OEMcmr-114. University 
of Chicago. April 7, 1944. 

316 Tin 

Ml Toxicity and vesicant action of various organic tin 
compounds. (Progress Report No. 358, to August 
27, 1942.) Howard G. Glass, Julius M. Coon and 
others. NDCrc-132; Service Project No. CWS-2; 
OSRD No. 868. University of Chicago. Septem¬ 
ber 7, 1942. 

320 Nitrogen Compounds 

(See also: 220) 

321 Amines 

321.1 Nitrogen Mustards (HN-1, HN-2 and HN-3) 

Ml The effects of di-(/3-chloroethyl) methylamine 
hydrochloride on renal function in rabbits. (Pro¬ 
gress Report No. 465.) Betty Crawford and E. P. 
Hiatt. OEMsr-556; Service Project No. CWS-2; 
OSRD No. 1107. New York University. Decem¬ 
ber 9, 1942. 

M2 Summary of the biochemical and pharmacological 
properties of the amine mustards. (Progress Re¬ 
port No. 466.) Homer W. Smith. OEMsr-556; 
Service Project No. CWS-2; OSRD No. 1131. New 
York University. December 9, 1942. 

M3 Toxicity of water contaminated with bis(jS-chloro- 
ethyl) methyl amine (TL-146) and tris(/3-chloro- 



DIVISION 9 • MICROFILM LIST 


259 


ethyl)amine (TL-145) and procedures for decon¬ 
tamination. Alfred Gilman, Louis S. Goodman 
and Frederick S. Philips. OEMcmr-51. [Yale 
University.] December 16, 1942. 

M4 The effect of TL-145, tris(/3-chloroethyl)amine, 
and TL-146, bis(j8-chloroethyl)methyl amine, on 
the metabolism of tissues and on the activity of 
some enzyme systems. E. S. Guzman Barron, 

Zelma Baker Miller and others. OEMcmr-57. 
[University of Chicago.] December 18, 1942. 

M5 The pathology of poisoning with dichlorodiethyl- 
methylamine. (Progress Report to January 12, 

1943. ) Clarence C. Lushbaugh. NDCrc-132; Serv¬ 
ice Project No. CWS-2; OSRD No. 1173. Univer¬ 
sity of Chicago. February 3, 1943. 

M6 The pharmacodynamics of the nitrogen mustards. 

Alfred Gilman, Louis S. Goodman and Frederick 
S. Philips. OEMcmr-51. [Yale University.] Feb¬ 
ruary 19, 1943. 

M7 Further studies on the toxicity of orally ingested 
TL-145 in water. The adequacy of the DB-3 test 
for detection of toxic concentrations of TL-145. 

Alfred Gilman, Louis S. Goodman and Frederick 
S. Philips. OEMcmr-51. [Yale University.] 

March 7, 1943. 

M8 The clinical pathology of di^-chloroethyljmethyl- 
amine, TL-146. David A. Karnofsky, Irving Graef 
and Elesa Addis. OEMsr-556; Service Project No. 
CWS-2; OSRD No. 1339. New York University. 

March 22, 1943. 

M9 The toxicity of TL-145 in tap water. Minimum 
concentration causing toxic manifestations in rats. 

The use of the DB-3 test for determining pota¬ 
bility for man. D. Wright Wilson, Samuel Gurin 
and others. OEMcmr-108. University of Penn¬ 
sylvania. May 7, 1943. 

M10 Tissue metabolism and the activity of some enzyme 
systems in rats gassed with TL-146. E. S. Guzman 
Barron, Zelma Baker Miller and others. OEM¬ 
cmr-57. [University of Chicago.] May 26, 1943. 

Mil The reactions of amine mustards with chemical 
constituents of biological systems. Joseph S. 
Fruton, Max Bergmann and others. OEMsr-313; 

Service Project No. CWS-2; OSRD No. 1855. 
Rockefeller Institute for Medical Research. Sep¬ 
tember 28, 1943. 

M12 The bone marrow and hemopoietic effects in mice 
of small repeated parenteral doses of TL-145-HC1. 
Thomas Dougherty, Louis S. Goodman and others. 
OEMcmr-51. [Yale University.] October 5, 1943. 

M13 The pathology of a standard ocular lesion . . . 
[Caused by 3 liquid HN-2. (Report No. 39.) Francis 
Heed Adler, Wilfred E. Fry and others. OEM- 322 
cmr-9. [University of Pennsylvania.] January 22, 

1944. 

M14 Studies on the cause of death after systemic in¬ 
toxication with the /3-chloroethyl vesicants. (Pro¬ 
gress Report to March 1, 1944.) Homer W. Smith, 

Betty Crawford and C. Riley Houck. OEMsr-556; 


Service Project No. CWS-2; OSRD No. 3467. New 
York University. April 12, 1944. 

M15 Increased tolerance of rats subjected to repeated 
exposure to HN compounds. (Report No. A-13.) 
D. Wright Wilson, Harry M. Vars and others. 
OEMcmr-108. University of Pennsylvania. Sep¬ 
tember 9, 1944. 

M16 Comparison of the toxicity of HN-2-amine and 
HN-2-imine, and toxicity of HN-3 to yeast. (Re¬ 
port No. 47.) V. Everett Kinsey and W. Morton 
Grant. OEMcmr-141. Harvard University, Medi¬ 
cal School. March 16, 1945. 

M17 Studies on the mechanism of production of sys¬ 
temic injuries by di-/^chloroethylmethylamine 
hydrochloride. David A. Karnofsky, Irving Graef 
and Homer W. Smith. t OEMsr-556.] [New York 
University.] (n.d.) 

Compounds 1070 and 1130 

Ml The effect of [Compounds^ 1070 and 1130 on the 
metabolism of tissue slices and some enzyme sys¬ 
tems. E. S. Guzman Barron, Zelma Baker Miller 
and others. OEMcmr-57. University of Chicago. 
September 18, 1942. 

M2 The inhibiting action of [Compound] 1130 on 
choline esterase. (Report No. 21.) Heinz Herr¬ 
mann and Fay H. Hickman. OEMcmr-24. 
Wilmer Institute. November 20, 1942. 

M3 The effect of c Compound 3 1130 on the mitotic 
activity of the corneal epithelium. (Report No. 
37.) Jonas S. Friedenwald and Roy O. Scholz. 
OEMcmr-24. Wilmer Institute. May 31, 1943. 

M4 Clinical and pathological studies on . . . ocular 
burns [Caused by Compound 1130] in the rabbit. 
(Report No. 38.) Roy O. Scholz. OEMcmr-24. 
Wilmer Institute. August 26, 1943. 

Diamines 

Ml Paraphenylenediamine compounds. (Progress Re¬ 
port to February 10, 1944.) Lee Irvin Smith and 
Vaughn Engelhardt. OEMsr-372; Service Project 
No. CWS-4; OSRD No. 5247. University of Minne¬ 
sota. June 25, 1945. 

Hexanitrodiphenylamine 

Ml Hypersensitivity and flare-up dermatitis caused by 
hexanitrodiphenylamine and enemy explosives 
containing it. (Progress Report to October 19, 
1943.) John G. Kidd. OEMsr-62; Service Project 
No. NO-160; OSRD No. 3029. Rockefeller Insti¬ 
tute for Medical Research. December 23, 1943. 

Carbamates 

Ml Review of carbamates tested for toxicity. Karl 
A. Folkers. June 15, 1944. 

M2 Survey of toxicides of some 300 aromatic car¬ 
bamates. (Progress Report to March 31, 1945.) 
William H. Elder, Crawford F. Failey and B. E. 
Ginsburg. NDCrc-132; Service Project No. CWS-2; 


321.2 


321.3 


321.4 




260 


DIVISION 9 • MICROFILM LIST 


OSRD No. 5195. University of Chicago. August 
22, 1945. 

322.1 Compound TL-186 (KB-16) 

Ml Effect of KB-16 on tissue and cell metabolism and 
on the activity of enzyme systems. E. S. Guzman 
Barron, Zelma Baker Miller and others. OEM- 
cmr-57. University of Chicago. July, 1942.] 

M2 Corneal damage caused by TL-186. (Special Re¬ 
port No. 1.) Julius M. Coon, John M. Richardson 
and Lawrence S. Sonkin. University of Chicago. 
July 24, 1942. 

M3 The effect of TL-186 on goats, monkeys and dogs. 
(Special Report No. 8.) Julius M. Coon, John M. 
Richardson and Lawrence S. Sonkin. University 
of Chicago. September 23, 1942. 

M4 The carbamates. [Part] I, Toxicity of TL-186 in 
drinking water. [Part] II, Toxicity data for TL-154 
for mice exposed on the Benesh machine. [Part] 
III, Eye effects. (Special Report No. 9.) Julius M. 
Coon, John M. Richardson and others. University 
of Chicago. October 31, 1942. 

M5 The pathology of TL-186 poisoning. (Special Re¬ 
port No. 12.) Clarence C. Lushbaugh, Julius M. 
Coon and Lawrence S. Sonkin. University of 
Chicago. November 18, 1942. 

M6 TL-186, N-(2-chloroethyl)-N-nitroso methyl carba¬ 
mate. A comparison of the toxicity of the plant 
run product with that of the laboratory prepara¬ 
tion. (Report No. 17.) George J. Rotariu and 
Clarence C. Lushbaugh. University of Chicago. 
December 14, 1942. 

M7 The effects of KB-16 vapor on the rabbit’s eye. 
(Report No. 30.) William F. Hughes, Jr. 
OEMcmr-24. Wilmer Institute. February 3, 1943. 

M8 [Pathological effects of] N-nitroso-N-chloroethyl- 
carbamic acid methyl ester, TL-186. (Progress Re¬ 
port to March 1, 1943.) Irving Graef and David 
A. Karnofsky. OEMsr-556; Service Project No. 
CWS-2; OSRD No. 1272. New York University. 
March 17, 1943. 

M9 Pulmonary insufficiency in rabbits receiving 
N-nitroso-N-chloroethyl carbamic acid methyl ester 
(TL-186) intravenously. (Progress Report to March 
1, 1943.) Betty Crawford and Homer W. Smith. 
OEMsr-556; Service Project No. CWS-2; OSRD 
No. 1286. New York University. March 23, 1943. 

322.2 Compounds TL-154 and TL-316 

Ml The carbamates. [Part] IV, LC 5 q of TL-154 for 
mice. [Part] V, LC 5 q of TL-316 for mice. (Special 
Report No. 13. Supplement to Special Report 
No. 9.) Julius M. Coon and George J. Rotariu. 
University of Chicago. November 23, 1942. 

323 Cyanogens and Cyanates 

323.1 Cyanogen Chloride (CC and CK) 

Ml CNC1 poisoning. A preliminary note. E. S. Guz¬ 
man Barron, Grant R. Bartlett and others. 


OEMcmr-57. [University of Chicago.] April 17, 
1944. 

M2 Cyanogen chloride. Special toxicity studies. (Formal 
Report to March 31, 1945.) Julius M. Coon, 
George J. Rotariu and Drusilla Van Hoesen. 
NDCrc-132; Service Project No. CWS-2; OSRD No. 
5001. University of Chicago. April 28, 1945. 

323.2 Hydrocyanic Acid (AC) 

Ml Hydrocyanic acid toxicity studies. (Progress Report 
to April 13, 1943.) Julius M. Coon, Howard G. 
Glass and others. NDCrc-132; Service Project No. 
CWS-2; OSRD No. 1432. University of Chicago. 
May 18, 1943. 

324 Azines 

Ml Screening tests on several azine compounds. (Prog¬ 
ress Report No. 321, to August 2, 1942.) George 
J. Rotariu and Morris A. Lipton. NDCrc-132; 
Service Project No. CWS-2; OSRD No. 810. Uni¬ 
versity of Chicago. August 18, 1942. 

325 Amides 

Ml The toxicity, eye effects and pathological effects 
of N-(2-chloroethyl)-N-nitrosoacetamide. (Special 
Report No. 16.) George J. Rotariu, John M. Rich¬ 
ardson and others. University of Chicago. De¬ 
cember 11, 1942. 

326 Comparison of Amines and Carbamates 

Ml Corneal damage from TL-186 and TL-146. (Spe¬ 
cial Report No. 3. Supplement to Special Report 
No. 1.) John M. Richardson, Julius M. Coon and 
others. University of Chicago. August 18, 1942. 

M2 Present status of comparative effects of amines and 
carbamates on the eye. (Special Report Nos. 11 
and 15.) John M. Richardson and Julius M. Coon. 
University of Chicago. November 10 and 23, 1942. 

327 Miscellaneous Nitrogen Compound Toxicity Research 

Ml Eye effects and toxicity of TL-329. Toxicity of 
[Compound] 1070 for mice. (Special Report No. 
10.) Julius M. Coon, John M. Richardson and 
others. University of Chicago. October 31, 1942. 

330 Carbon Compounds 

(See also: 230) 

331 Carbon-Oxygen Compounds 

331.1 Phosgene and Diphosgene 

Ml Diphosgene. Median lethal concentrations for mice 
for a ten-minute exposure. (Progress Report No. 
298, to June 4, 1942.) Morris A. Lipton, George 
J. Rotariu and Clarence C. Lushbaugh. NDCrc- 
132; Service Project No. CWS-2; OSRD No. 734. 
University of Chicago. July 20, 1942. 

M2 The role of acid in diphosgene action. A note on 
ketene. (Final Report No. 7.) R. W. Gerard. 



DIVISION 9 • MICROFILM LIST 


261 


OEMcmr-114. [University of Chicago.] February 

12, 1943. 

M3 The physiological action of phosgene. T. H. 
Norris. University of California. October 22, 
1943. 

M4 Chemical reactions of diphosgene of biological 
significance. Its effect on enzyme systems and on 
the tissue metabolism of diphosgene-gassed rats. 
E. S. Guzman Barron, Grant R. Bartlett and 
others. OEMcmr-57. [University of Chicago.] 
December 20, 1943. 

M5 Pulmonary [effects of phosgene]. (Progress Report 
No. 14.) John S. Lockwood. OEMcmr-13. [Uni¬ 
versity of Pennsylvania.] February 1, 1944. 

M6 Diphosgene and phosgene. (Interim Report No. 12 
[Covering the period from] March, 1943 through 
January, 1944.) R. W. Gerard, J. Tobias and 
others. OEMcmr-114. [University of Chicago.] 
February 26, 1944. 

M7 The effects in rats and dogs of preliminary de¬ 
privation of water or food on survival of phosgene 
poisoning. The relation of the metabolic rate to 
mortality of phosgene poisoning. John S. Lock- 
wood, H. D. Bruner and others. OEMcmr-13. 
University of Pennsylvania. May 11, 1944. 

M8 [Circulatory studies of phosgene poisoning.] John 
S. Lockwood, H. D. Bruner and others. OEMcmr- 

13. University of Pennsylvania. June, 1944. 

M9 Phosgene. Special studies. (Progress Report to 

January 2, 1945.) Julius M. Coon, George J. 
Rotariu and others. NDCrc-132; Service Project 
No. CWS-2; OSRD No. 4637. University of Chi¬ 
cago. January 27, 1945. 

331.2 Carbonyl Chlorofluoride 

Ml Toxicity studies of carbonyl chlorofluoride. (Prog¬ 
ress Report to August 26, 1943.) Julius M. Coon, 
Lawrence S. Sonkin and others. NDCrc-132; Serv¬ 
ice Project No. CWS-2; OSRD No. 1806. Univer¬ 
sity of Chicago. September 16, 1943. 

331.3 Choline 

Ml The toxicity of /S-chlorethylthiocholine-chloride. 
(Progress Report No. 140.) Julius M. Coon and 
Jules H. Last. NDCrc-132; Service Project No. 
CWS-2; OSRD No. 276. University of Chicago. 
December 13, 1941. 

340 Plant Products 

(See also: 240) 

341 Compound W 

Ml Effects of toxic doses of [Compound] W on blood 
pressure, blood clotting, blood sugar and liver 
glycogen in rabbits and rats, and their relation¬ 
ship to certain symptoms of W poisoning. (Prog¬ 
ress Report to March 21, 1945.) Carl F. Cori, 
Sidney P. Colowick and others. OEMsr-123; 
Service Project No. CWS-2; OSRD No. 5033. 
Washington University. May 3, 1945. 


M2 The toxicity of various preparations of [Com¬ 
pound] W. A comparison of toxicities by injection 
and by inhalation. (Progress Report to March 31, 
1945.) Morris A. Lipton, Lawrence S. Sonkin and 
others. NDCrc-132; Service Project No. CWS-2; 
OSRD No. 5525. University of Chicago. August 
31, 1945. 

M3 The pathology of [Compound] W. (Progress Re¬ 
port to October 1, 1945.) Boris Krichesky, Val B. 
Jager and William P. Anslow, Jr. OEMsr-556; 
Service Project No. CWS-2; OSRD No. 6131. New 
York University. October 17, 1945. 

M4 The bioassay of [Compound] W. (Progress Report 
to February 28, 1945.) Alsoph H. Corwin, M. Vir¬ 
ginia Carper and others. OEMsr-681; Service 
Project No. CWS-4; OSRD No. 4949. Johns Hop¬ 
kins University. November 8, 1945. 

350 Fluorine Compounds 

(See also: 252 and 315) 

Ml The toxicity of compounds containing fluorine. 
(Progress Report to November 1, 1943.) Morris 
S. Kharasch and S. Weinhouse. OEMsr-394; Serv¬ 
ice Project No. CWS-4; OSRD No. 3285. Univer¬ 
sity of Chicago. February 21, 1944. 

M2 The toxicity of compounds containing fluorine. 
([Part] II. Progress Report [Covering the period 
from } November 1, 1943 to August 1, 1944.) 
Morris S. Kharasch and Elwood V. Jensen. 
OEMsr-394; Service Project Nos. CWS-4 and 
CWS-2; OSRD No. 4055. University of Chicago. 
August 22, 1944. 

351 Methyl Fluoroacetate 

Ml On the mechanism of fluoroacetate poisoning. In¬ 
hibition by fluoroacetate of fatty acid metabolism. 
E. S. Guzman Barron, George Kalnitsky and 
others. OEMcmr-57. University of Chicago. 
August 21, 1944. 

M2 On the mechanism of methyl fluoroacetate intoxi¬ 
cation. Studies on fluoroacetate inhibition of 
enzyme systems. (Bi-monthly Report No. 19.) 
E. S. Guzman Barron. [OEMcmr-57.] [Univer¬ 
sity of Chicago.] October 4, 1944. 

M3 Effects of methyl fluoroacetate on isolated tissues 
and enzyme systems. (Progress Report to March 
20, 1945.) Carl F. Cori, Sidney P. Colowick and 
others. OEMsr-123; Service Project No. CWS-2; 
OSRD No. 4984. Washington University. June 2, 
1945. 

M4 Action of AF-1 and various substrates on the rest¬ 
ing potential of frog nerve. Abraham M. Shanes. 
[OEMsr-556.] t New York University.] [July 10, 
1945.] 

360 Comparative Studies of Vesicants 

Ml The effect of flow rate on the toxicities of H, Q, 
HN-1, HN-3 and L by inhalation, by total ex¬ 
posure and by body exposure. (Progress Report 


SECRET 






262 


DIVISION 9 • MICROFILM LIST 


to March 31, 1945.) Harry G. Albaum, Dora 
Benedict and others. NDCrc-132; Service Project 
No. CWS-2; OSRD No. 5000. University of Chi¬ 
cago. April 28, 1945. 

M2 A formal analysis of the action of liquid vesicants 
on bare skin. (Progress Report to March 31, 1945.) 
Herbert D. Landahl. NDCrc-132; Service Project 
No. CWS-2; OSRD No. 5032. University of Chi¬ 
cago. May 5, 1945. 

M3 Tests for vesicancy on human skin. (Progress Re¬ 
port to January 1, 1945.) John F. Thomson, Hoy- 
lande D. Young and others. NDCrc-132; Service 
Project No. CWS-2; OSRD No. 5194. University 
of Chicago. June 1, 1945. 

361 Sulfur and Nitrogen Mustards 

Ml The clinical and pathologic effects of the vesicant 
nitrogen and sulfur mustards. Irving Graef, 
David A. Karnofsky and others. [OEMsr-556.] 
[New York University.] (n.d.) 

361.1 Effects on Human Skin 

Ml A vapor-train study of the comparative vesicancy 
of mustard and several related amines and sulfides 
on human skin. (Progress Report to July 6, 1944.) 
Simon Black, Kenneth P. DuBois and Morris A. 
Lipton. NDCrc-132; Service Project No. CWS-2; 
OSRD No. 3944. University of Chicago. August 
30, 1944. 

M2 The penetration of vesicant vapors into human 
skin. (Final Report to February 1, 1945.) Max 
Bergmann, Joseph S. Fruton and others. OEMsr- 
313; Service Project No. CWS-2; OSRD No. 4855. 
Rockefeller Institute for Medical Research. March 
24, 1945. 

M3 The necrotizing action of certain substances re¬ 
lated to mustard gas, H, or to the nitrogen 
mustards. A comparison of the vesicant action 
exerted on human skin by mustard gas, H, and by 
mixtures of H with wetting agents or solvents. 
(Progress Report to March 1, 1945.) George H. 
Hogeboom, Philip D. McMaster and others. 
OEMsr-434; Service Project No. CWS-2; OSRD No. 
4852. Rockefeller Institute for Medical Research. 
March 25, 1945. 

M4 Observations on the role of water in the sus¬ 
ceptibility of human skin to vesicant vapors. 
(Report to April 12, 1945.) Birdsey Renshaw. 
Service Project No. CWS-2; OSRD No. 5169. June 
1, 1945. 

M5 The penetration of vesicant vapors into human 
skin. (Progress Report to May 15, 1945. Supple¬ 
ment to OSRD Report No. 4855.) Max Bergmann, 
Joseph S. Fruton and others. OEMsr-313; Service 
Project No. CWS-2; OSRD No. 5181. Rockefeller 
Institute for Medical Research. June 6, 1945. 

361.2 Effects on the Eye 

Ml A comparison of the histopathology of the ocular 
lesions produced by mustard and nitrogen mus¬ 


tards. (Report No. 49.) A. E. Maumenee. 
OEMcmr-24. Wilmer Institute. April 14, 1944. 
M2 Nuclear fragmentation produced by mustard and 
N mustard in the corneal epithelium. (Report 
No. 67.) Jonas S. Friedenwald and Wilhelm 
Buschke. OEMcmr-24. Wilmer Institute. July 
10, 1945. 

361.3 Systemic Effects 

Ml The reactions of DH, TL-146, TL-329 and TL-145 
with some chemical constituents of biological 
systems. (Progress Report [tOj May 1, 1943.) Max 
Bergmann, William H. Stein and others. OEMsr- 
313; Service Project No. CWS-2; OSRD No. 1438. 
Rockefeller Institute for Medical Research. May 
21, 1943. 

M2 The comparative systemic effects of mustard and 
the nitrogen mustards HN-1, HN-2 [and] HN-3 in 
rats. (Progress Report to May 1, 1945.) Irving 
Graef, Val B. Jager and David A. Karnofsky. 
OEMsr-556; Service Project No. CWS-2; OSRD No. 
5180. New York University and US Army, Chemi¬ 
cal Warfare Service, Medical Division. June 6, 

1945. 

M3 Effects of bis(/3-chloroethyl)sulfide (H) and bis- 
(/3-chloroethyl)methylamine (HN-2) on enzymes in 
vitro and in vivo. (Progress Report to February 
28, 1945.) Carl F. Cori, Sidney P. Colowick and 
others. OEMsr-123; Service Project No. CWS-2; 
OSRD No. 5245. Washington University. June 
20, 1945. 

361.4 Effects on Structure and Function of Animal Cells 

Ml The effects of vesicants on cell division in Arbacia 
punctulata. (Progress Report to April 1, 1946.) 
R. Keith Cannan and Milton Levy. OEMsr-1050; 
Service Project No. CWS-2; OSRD No. 6664. New 
York University, College of Medicine. June 1, 

1946. 

M2 The swelling of cells and its inhibition by vesi¬ 
cants. (Final Report to April 20, 1946.) Angelo 
E. Benaglia, R. Keith Cannan and others. 
OEMsr-1050; Service Project No. CWS-2; OSRD 
No. 6665. New York University, College of Medi¬ 
cine. June 1, 1946. 

362 Mustard Gas and Lewisite 

Ml Studies with vesicant agents t HS and M-l]. I. A. 
Mirsky. April 20, 1942. 

M2 Determination of the distribution of H and L in 
skin and eye tissues by radio-autographic tech¬ 
niques. (Progress Report t tO] July 30, 1943.) 

Joseph G. Hamilton and Dorothy Axelrod. 
OEMsr-456; Service Project No. CWS-2; OSRD 
No. 1911. University of California. October 13, 
1943. 

M3 Tests on the sensitivity of whites and Nisei to 
mustard gas and lewisite, including tests for 
allergic sensitization to mustard gas following ex- 




DIVISION 9 • MICROFILM LIST 


263 


perimental exposure. (Report No. B-26.) Marion 
B. Sulzberger, Rudolf L. Baer and Abram Kanof. 
OEMcmr-103. Cornell University, Medical Col¬ 
lege. June 20, 1944. 

M4 Changes in the circulation and in the permeability 
of vessels within and about mustard gas and 
lewisite lesions of rabbit skin. (Progress Report 
to April, 1945.) Philip D. McMaster and George 
H. Hogeboom. OEMsr-434; Service Project No. 
CWS-2; OSRD No. 5026. Rockefeller Institute for 
Medical Research. May 3, 1945. 

370 Methods and Equipment used in Toxicity Studies 

Ml Techniques employed in toxicity determinations 
at the University of Chicago Toxicity Laboratory. 
(Progress Report No. 370, to August 24, 1942.) 
Eugene M. K. Geiling and Franklin C. McLean. 
NDCrc-132; Service Project No. CWS-2; OSRD No. 
893. University of Chicago. September 22, 1942. 

371 Vesicant Appliers 

Ml [Methods for measuring and applying liquid 
lewisite and liquid mustard to the skin.] (Report 
No. I.) (n.a.) March 1, 1942. 

M2 A method for delivering equal amounts of fluids 
of differing physical properties. (Progress Report 
No. 287, to July 1, 1942.) Philip D. McMaster. 
OEMsr-434; Service Project No. CWS-2; OSRD No. 
683. Rockefeller Institute for Medical Research. 
July 10, 1942. 

M3 A modification of the drod. (Progress Report to 
September 14, 1943.) William Bloom, Raymond 
G. Murray and others. OEMcmr-152 and NDCrc- 
132; Service Project No. CWS-2; OSRD No. 1899. 
University of Chicago. October 7, 1943. 

M4 The Benesh micropipette, with illustrative vesi¬ 
cant data. (Progress Report to September 15, 
1944.) William Bloom, John F. Thomson and 
others. NDCrc-132; Service Project No. CWS-2; 
OSRD No. 4230. University of Chicago. October 
9, 1944. 

372 Exposure Chambers and Exposure Methods 

Ml [The construction of a six-room respiration labo¬ 
ratory.^ ^Julius M. Coon.j |.NDCrc-132.j Univer¬ 
sity of Chicago. August 26, 1941. 

M2 Constant-flow micro-apparatus for exposure of 
mice to volatile toxic agents under controlled 
conditions. (Progress Report No. 248, to May 12, 

1942.) John O. Hutchens. NDCrc-132; Service 
Project No. CWS-2; OSRD No. 580. University 
of Chicago. May 20, 1942. 

M3 A new apparatus for exposure of small animals to 
volatile toxic agents, [the] Benesh machine. (Prog¬ 
ress Report No. 357, to August 26, 1942.) Morris 
A. Lipton and George J. Rotariu. NDCrc-132; 
Service Project No. CWS-4; OSRD No. 854. Uni¬ 
versity of Chicago. September 7, 1942. 

M4 Improved micro-apparatus for controlled toxicity 


determinations. (Progress Report to October 4, 

1943. ) John O. Hutchens, Matthew E. Benesh, Jr. 
and others. NDCrc-132; Service Project No. 
CWS-2; OSRD No. 2047. University of Chicago. 
November 23, 1943. 

M5 A new chamber for the determination of toxicities 
by total, body or head exposure. (Progress Report 
to December 12, 1944.) John O. Hutchens, Haight 
W. Gurney and others. NDCrc-132; Service Proj¬ 
ect No. CWS-2; OSRD No. 4585. University of 
Chicago. January 17, 1945. 

380 Miscellaneous Physiological and Toxicity Studies 

381 Aquatic Life 

Ml The effect of certain chemical warfare agents in 
water on aquatic organisms. (Final Report to Jan¬ 
uary, 1944.) Arthur M. Buswell, Charles C. Price 
and others. OEMsr-593; Service Project No. CWS- 
6; OSRD No. 3589. University of Illinois. May 3, 

1944. 

M2 Further data on the toxicity of various chemical 
warfare agents to fish. (Progress Report to Feb¬ 
ruary 28, 1945.) Charles C. Price and Bruno von 
Limbach. OEMsr-593; Service Project No. CWS-6; 
OSRD No. 5528. University of Illinois. August 
28, 1945. 

382 Yeast Cells 

Ml A comparison of the effects produced in yeast cells 
by different toxic agents with reference to their 
mode of action and lability of reaction products 
formed. (Report No. 22.) V. Everett Kinsey and 
W. Morton Grant. OEMcmr-141. Harvard Uni¬ 
versity, Medical School. January 7, 1944. 

383 Skin 

Ml Electrometric studies of skin burns. H. S. Burr. 
Yale University, School of Medicine. March 7, 
1942. 

384 Eyes 

Ml The injury to the rabbit’s cornea by intracorneal 
injection of various chemical agents. (n.a.) 
[Wilmer Institute.] March 13, 1942. 

M2 [Reactions of ocular tissues to injurious agents.] 
Report to the Committee on Gas Casualties. 
Jonas S. Friedenwald. [Wilmer Institute.] March 
18, 1942. 

M3 Inhibition of mitosis in the corneal epithelium. 
Comparison of the effects of mustard, nitrogen 
mustards, L, KB-16 and certain derivatives of 
[Compound] 1130. (Report No. 46.) Jonas S. 
Friedenwald and Roy O. Scholz. OEMcmr-24. 
Wilmer Institute. December 15, 1943. 

M4 The effect of various agents on the adherence of 
the corneal epithelium. (Report No. 54.) Heinz 
Herrmann. OEMcmr-24. Wilmer Institute. June 
10, 1944. 



264 


DIVISION 9 • MICROFILM LIST 


385 Blood 

Ml A study of the hematological changes following 
exposure to certain war gases. (Progress Report 
to February 24, 1943.) Clarence C. Lushbaugh. 
NDCrc-132; Service Project No. CWS-2; OSRD 
No. 1313. University of Chicago. April 3, 1943. 

386 Lung Tissue 

Ml The metabolism of lung tissue as determined by 
a study of slices and ground tissue. E. S. Guzman 
Barron, Zelma Baker Miller and Grant R. Bartlett. 
OEMcmr-57. University of Chicago.] March 8, 
1943. 

386.1 Oil Clouds 

Ml Toxicity and incidence of lipid pneumonia upon 
inhalation of automobile oil (SAE No. 10) cloud. 
(Report No. 320, to August 12, 1942.) Clarence 
C. Lushbaugh and Paul R. Cannon. OSRD No. 
809. University of Chicago. August 18, 1942. 

M2 The intrapulmonic accumulation and effects of 
inhaled lubricating oil and SGF No. 1 oil in 
monkeys. (Progress Report to January 8, 1945.) 
Clarence C. Lushbaugh, C. Ernst Redemann and 
Joseph Savit. NDCrc-132; Service Project No. 
CWS-2; OSRD No. 4639. University of Chicago. 
January 27, 1945. 

386.2 Flame Throwers 

Ml An experimental investigation of the physiological 
mechanisms concerned in the production of casu¬ 
alties by flame thrower attack. (Progress Report to 
August, 1944.) Frederick C. Henriques, Jr., Alan 
R. Moritz and others. NDCrc-169; Service Project 
No. CWS-2; OSRD No. 4029. Harvard University. 
August 15, 1944. 

M2 Symposium on the toxicological aspects of the 
flame thrower [at] Dumbarton Oaks, January 29, 
1945. (n.a.) January, 1945.] 

M3 An experimental investigation of the physiological 
mechanisms concerned in the production of casu¬ 
alties by flame thrower attack. (Final Report to 
October 1, 1945.) Alan R. Moritz and Frederick 
C. Henriques, Jr. NDCrc-169; Service Project No. 
CWS-2; OSRD No. 6182. Harvard University. 
October 23, 1945. 

387 Miscellany 

Ml [Effects of HN-2 and of Compound W.) (Informal 
Monthly Progress Report No. 27.) Carl F. Cori, 
Sidney P. Colowick and others. OEMsr-123. 
[Washington University.] April 10, 1944. 

M2 [Cytological effects of various toxic agents.] (In¬ 
formal monthly progress reports.) R. Keith Can- 
nan, Milton Levy and others. OEMsr-1050. [New 
York University.] [May] 10 and July 10, 1944. 

M3 Studies on AF-1, PF-3 and BAL. (Progress Report 
Nos. 13 and 15.) McKeen Cattell. OEMcmr-245. 
Cornell University, Medical College. May 31 and 
September 30, 1944. 


M4 [The mechanism of FA intoxication. The effect of 
H on tissue metabolism.] (Bi-monthly Progress 
Report No. 20.) E. S. Guzman Barron. OEMcmr- 
57. [University of Chicago.] December 1, 1944. 

400 DETECTION AND IDENTIFICATION OF CHEMI¬ 
CAL WARFARE AGENTS 

Ml A system for the ultimate analysis of chemical 
warfare agents. (Appendices to Parts I-III. Prog¬ 
ress Report to May 4, 1945.) E. H. Swift and 
Carl Niemann. OEMsr-325; Service Project No. 
CWS-6; OSRD No. 5075. California Institute of 
Technology. May 17, 1945. 

M2 The collection and separation of samples of per¬ 
sistent agents from contaminated materials other 
than air. (Progress Report to December 30, 1943.) 
David H. Brown and Edward L. Bennett. OEMsr- 
325; Service Project No. CWS-6; OSRD No. 6119. 
California Institute of Technology. October 16, 
1945. 

410 Detection Methods, Devices and Substances 

(See also: 420) 

411 Reagents 

411.1 Paints, Powders and Papers 

Ml A preliminary study of detector paints and pow¬ 
ders. (Technical Report No. 2.) Warren C. John¬ 
son. University of Chicago. March 14, 1941. 

M2 Detector powder No. 1 (brown). (Technical Report 
No. 20.) Warren C. Johnson. University of Chi¬ 
cago. September 24, 1941. 

M3 Paints, powders and papers for the detection of 
persistent chemical warfare agents. (Final Report 
No. 103, to October 14, 1941.) Warren C. Johnson. 
NDCrc-39; Service Project No. CWS-6; OSRD No. 
165. University of Chicago. November 4, 1941. 

M4 Development of test paper, paint and powder for 
the persistent agents. (Progress Report No. 115, to 
September 30, 1941.) W. C. Fernelius and J. P. 
McReynolds. NDCrc-72; Service Project Nos. 
CWS-6 and NL-B32; OSRD No. 177. Ohio State 
University. November 14, 1941. 

M5 Development of test paper, paint and powder for 
persistent agents and test papers for their oxida¬ 
tion products. (Final Report No. 181, to January 
30, 1942.) W. C. Fernelius and J. P. McReynolds. 
NDCrc-72; Service Project Nos. CWS-6 and NL- 
B32; OSRD No. 511. Ohio State University. 
April 17, 1942. 

M6 An investigation of dyestuffs as sensitive agents 
for detector paint. (Progress Report No. 300, to 
June 3, 1942.) John H. Yoe. OEMsr-139; Service 
Project No. CWS-6; OSRD No. 757. University 
of Virginia. July 22, 1942. 

M7 Detector paints and papers. (Informal Monthly 
Progress Report covering the period [from] May 
10 to June 10, 1943.) John H. Yoe and Everett 



DIVISION 9 • MICROFILM LIST 


265 


411.2 


411.3 


411.4 


C. Cogbill. OEMsr-139. [University of Virginia.] 

June 10, 1943. 

M8 [Indicator papers for chemical warfare agents.] 
(Monthly Progress Report [Covering the period 
from] January 11 to February 10, 1945.) Weldon 
G. Brown, Donald E. Pearson and others. OEMsr- 
79. University of Chicago. February 13, 1945. 

Reagent DB-3 

Ml The preparation of the DB-3 reagent. (Progress 
Report No. 213, to March 17, 1942.) Weldon G. 

Brown. OEMsr-79; Service Project Nos. CWS-6 
and NL-B32; OSRD No. 505. University of Chi¬ 
cago. April 15, 1942. 

M2 The preparation of the DB-3 reagent. (Progress 
Report No. 214, to March 2, 1942.) Homer Adkins. 
OEMsr-78; Service Project Nos. CWS-6 and NL- 
B32; OSRD No. 506. University of Wisconsin. 

April 15, 1942. 

M3 A catalyzed low-temperature development of the 
DB-3 test. (Informal Report No. 53.) Robert S. 
Livingston and Leonard F. Swec. OEMsr-79; Serv¬ 
ice Project No. CWS-6. [University of Chicago.] 
November 25, 1942. 

M4 The DB-3 reagent in tablet form for water testing. 
(Informal Report No. 68.) Weldon G. Brown and 
William R. Remington. OEMsr-79; Service Proj¬ 
ect No. CWS-6. [University of Chicago.] April 6, 

1943. 

Silica Gels 

Ml Equipment for the removal of iron from silica gel. 
(Informal Report No. 81.) Robert S. Livingston 
and Clyde Dillard. OEMsr-87; Service Project 
No. CWS-6. University of Chicago. July 26, 1943. 

M2 Estimation and control of the acidity of silica gels. 
(Informal Report No. 91.) David J. Lehmicke. 
OEMsr-1092. University of Minnesota. January 
11, 1944. 

M3 Stability of CG gels. (Informal Report No. 92.) 

F. H. MacDougall and Margaret Seiz. OEMsr- 
1092. University of Minnesota. March 25, 1944. 

Miscellaneous Reagents 
Ml An investigation of organic compounds as indica- 412.1 
tors for the vesicant agents. (Progress Report No. 

463, to November 28, 1942.) John H. Yoe. 
OEMsr-139; Service Project No. CWS-6; OSRD 
No. 1116. University of Virginia. December 9, 

1942. 

M2 Tetramethyldiaminothiobenzophenone color tests 
with chemical warfare agents. (Informal Report 
No. 80.) Weldon G. Brown and R. G. Denke- 
walter. OEMsr-79; Service Project No. CWS-6. 
University of Chicago. July 15, 1943. 

M3 Additional observations on the synthesis of thio- 
carbazones, especially DPT. (Progress Report to 
November 22, 1944.) D. S. Tarbell and E. G. 
Lindstrom. OEMsr-319; Service Project No. CWS- 


6; OSRD No. 4411. University of Rochester. 
November 30, 1944. 

M4 Unsymmetrical diarylethylenes as detectors. (Prog¬ 
ress Report to November 22, 1944.) D. S. Tarbell 
and E. G. Lindstrom. OEMsr-319; Service Project 
No. CWS-6; OSRD No. 4412. University of 

Rochester. November 30, 1944. 

M5 Thioketones as detectors for chemical warfare 
agents. (Progress Report to November 22, 1944.) 
D. S. Tarbell and V. P. Wystrach. OEMsr-319; 
Service Project No. CWS-6; OSRD No. 4413. Uni¬ 
versity of Rochester. November 30, 1944. 

M6 Equilibria in aqueous chloramine-T solutions. 
(Progress Report to January 23, 1945.) Charles C. 
Price, T. E. Phipps and Marvin Den Harder. 
OEMsr-593; Service Project No. CWS-6; OSRD 
No. 4676. University of Illinois. January 31, 
1945. 

412 Field Kits 

Ml The vapor detector kit. (Informal Report No. 57.) 
Robert S. Livingston. OEMsr-79 and OEMsr-87; 
Service Project No. CWS-6. [University of Chi- 
cago.] January 26, 1943.] 

M2 Vapor detection and identification equipment de¬ 
signed for use by the Office of Civilian Defense. 
(Informal Report No. 73.) Robert S. Livingston. 
OEMsr-79; Service Project No. CWS-6. [Univer¬ 
sity of Chicago.] May 7, 1943. 

M3 The sensitivities of the tests of the vapor detector 
kit, E5-R3, to lethal and casualty-producing con¬ 
centrations of common toxics. (Informal Report 
No. 76.) Robert S. Livingston. OEMsr-79 and 
OEMsr-87; Service Project No. CWS-6. University 
of Chicago. May 27, 1943. 

M4 Field kit . . . for the detection of chemical war¬ 
fare agents in water. (Final Report to August 20, 
1943.) Arthur M. Buswell. OEMsr-593; Service 
Project No. CWS-14; OSRD No. 1732. University 
of Illinois. August 30, 1943. 

M5 Report of conference at t the] Naval Research 
Laboratory concerning NRL detector kit. (n.a.) 
July, 1944.] 

Detector Tubes 

Ml Recommendations for the detector tubes to be 
used in the field kit. (Informal Report Nos. 51 
and 51a.) Robert S. Livingston, Weldon G. Brown 
and Warren C. Johnson. OEMsr-87 and OEMsr- 
79; Service Project No. CWS-6. University of 
Chicago. November 17 and 30, 1942. 

M2 The effect of temperature and humidity on the 
sensitivities of the several tubes of the vapor de¬ 
tector kit, E4-R10. (Informal Report No. 67.) 
Robert S. Livingston. OEMsr-79 and OEMsr-87; 
Service Project No. CWS-6. [University of Chi¬ 
cago.] April 1, 1943. 

M3 The heating of detector tubes and the tempera¬ 
tures attained under various conditions. (Informal 


SECRET 






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DIVISION 9 • MICROFILM LIST 


Report No. 96.) F. H. MacDougall and David 
J. Lehmicke. OEMsr-1092. University of Minne¬ 
sota. May 12, 1944. 

412.2 Foreign Types 

Ml Review of American, British, German, Japanese 
and Italian field detector kits. Morris B. Jacobs. 
June, 1944.] 

M2 Tabular summary of British, Chinese, German, 
Japanese and Italian field detector kits. Morris 
B. Jacobs. April 17, 1945. 

413 Automatic Instruments 

413.1 Titrimeters 

Ml Amplifier to replace galvanometer in potentio- 
metric titration of small amounts of M-l, HS, ED 
or DM. (Progress Report No. 183a, to April 13, 
1942. Supplement to OSRD Report No. 401.) 
John H. Northrop. OEMsr-129; Service Project 
No. CWS-6; OSRD No. 570. Rockefeller Institute 
for Medical Research. May 15, 1942. 

M2 Automatic titrator for the determination of H, L 
and other gases in air. (Progress Report [tOj No¬ 
vember 15, 1943.) John H. Northrop. OEMsr- 
129; Service Project No. CWS-6; OSRD No. 3112. 
Rockefeller Institute for Medical Research. Jan¬ 
uary 13, 1944. 

M3 Automatic potentiometric recording equipment for 
determination of chemical warfare agents. (Final 
Report to March 20, 1944.) George A. Perley and 
E. L. Eckfeldt. OEMsr-813; Service Project No. 
CWS-6; OSRD No. 3616. Leeds and Northrup 
Company, Inc. May 9, 1944. 

M4 An electronic interval timer for the Northrop 
titrimeter. (Progress Report to September 15, 
1944.) C. Ernst Redemann. NDCrc-132; Service 
Project No. CWS-2; OSRD No. 4218. University 
of Chicago. October 6, 1944. 

413.11 Pumps 

Ml Electromagnetic gas pump. (Progress Report to 
November 20, 1944.) John H. Northrop. OEMsr- 
129; Service Project No. CWS-6; OSRD No. 4538. 
Rockefeller Institute for Medical Research. Jan¬ 
uary 2, 1945. 

M2 A semi-variable air pump. (Progress Report to 
August 1, 1945.) Anthony Briglio, Jr., John A. 
Brockman, Jr. and others. OEMsr-325; Service 
Project No. CWS-6; OSRD No. 6047. California 
Institute of Technology. September 5, 1945. 

413.2 Tape Recorders 

Ml Operation of tape recorders for CG during Florida 
trials. (Informal Report No. 94.) Robert J. Stell 
and Kenneth E. Wilzbach. OEMsr-79. [Univer¬ 
sity of Chicago.] March 1, 1944. 

M2 Paper tape recording of chemical warfare agents. 
(Informal Report No. 95.) Donald E. Pearson, 


William R. Remington and others. OEMsr-79. 
University of Chicago. March 30, 1944. 

M3 Tape recorder operations at the Field Experi¬ 
mental Station, Suffield, Alberta, Canada. (Prog¬ 
ress Report to September, 1945.) Weldon G. 
Brown. OEMsr-79; Service Project No. CWS-6; 
OSRD No. 6060. University of Chicago. October 
6, 1945. 

413.3 Miscellaneous Instruments 

Ml Photoelectric cell for recording the presence of 
HS or other gases in air. (Progress Report No. 367, 
to September 10, 1942.) John H. Northrop. 
OEMsr-129; Service Project No. CWS-6; OSRD No. 
880. Rockefeller Institute for Medical Research. 
September 19, 1942. 

M2 Automatic detection of gases which react with 
silver ions by means of silver electrodes. (Informal 
Progress Report t tO] March 15, 1944.) John H. 
Northrop. OEMsr-129; Service Project No. CWS- 
6; OSRD No. 3436. Rockefeller Institute for 
Medical Research. April 4, 1944. 

M3 A recording field sight. (Progress Report to August 
1, 1945.) Anthony Briglio, Jr., John A. Brockman, 
Jr. and others. OEMsr-325; Service Project No. 
CWS-6; OSRD No. 6045. California Institute of 
Technology. September 5, 1945. 

M4 A study of turbulent diffusion of gas clouds over 
several terrains. (Progress Report to October 1, 
1945.) Harold S. Johnston, Robert S. Merrill and 
Robert L. Mills. OEMsr-325; Service Project No. 
CWS-6; OSRD No. 6185. California Institute of 
Technology. January 28, 1946. 

414 Laboratory Methods 

Ml Recommendations for a field theatre of operations 
chemical laboratory. (Informal Report No. 59.) 
Carl Niemann and E. H. Swift. OEMsr-325; Serv¬ 
ice Project No. CWS-6. [California Institute of 
Technology.] February 24, 1943. 

M2 A system for the separation and purification of 
decigram quantities of chemical warfare agents. 
(Progress Report to March 30, 1945.) Clark W. 
Gould, Jr., and George Holzman. OEMsr-325; 
Service Project No. CWS-6; OSRD No. 5077. Cali¬ 
fornia Institute of Technology. May 17, 1945. 

M3 A course of instruction for the personnel of the 
Ultimate Analysis Section of the M-2 Chemical 
Laboratory company. (Progress Report to June 26, 
1945.) E. H. Swift and Carl Niemann. OEMsr- 
325; Service Project No. CWS-6; OSRD No. 5434. 
California Institute of Technology. August 10, 
1945. 

414.1 Laboratory Equipment 

Ml The slope-o-meter, an instrument for the rapid 
determination of particle radius and concentra¬ 
tion in the laboratory and field. (Division 10. 
Informal Report No. 10.2-15.) Victor K. LaMer 




DIVISION 9 • MICROFILM LIST 


267 


and Seymore Hochberg. OEMsr-148; Service Proj¬ 
ect No. CWS-1. Columbia University. Tune 19, 

1944. 

M2 The stainless-steel propane injector. (Progress Re¬ 
port to February 28, 1945.) Arnold O. Beckman, 
James D. McCullough and Robert A. Crane. 
OEMsr-674; Service Project No. CWS-6; OSRD 
No. 6042. [National Technical Laboratories.] 
September 13, 1945. 

M3 A syringe microburet. (Progress Report to August 
1, 1945.) P. S. Farrington and Philip A. Shaffer, 
Jr. OEMsr-325; Service Project No. CWS-6; OSRD 
No. 6046. California Institute of Technology. 
September 13, 1945. 

M4 Constructional details of certain apparatus re¬ 
quired for the laboratory identification of chemi¬ 
cal warfare agents (Progress Report to September 
1, 1945.) John A. Brockman, Jr., P. S. Farrington 
and others. OEMsr-325; Service Project No. 
CWS-6; OSRD No. 6184. California Institute of 
Technology. October 30, 1945. 

415 Miscellaneous Chemical Compound Analyses 

Ml Detection of mustard gas with 4-(p-nitrobenzyl) 
pyridine. Spray-type analytical gas scrubber. Cata¬ 
lytic toxicity of arsenical gases. (Final Report No. 
78.) Weldon G. Brown. NDCrc-134; Service 
Project No. CWS-6; OSRD No. 140. University 
of Chicago. September 22, 1941. 

M2 Methods of chemical analysis. (Informal Monthly 
Reports covering the periods [from] January 8 to 
February 8, 1944 and January 10 to February 10, 

1945. ) John H. Yoe, Charles H. Lindsley and 
others. OEMsr-139. [University of Virginia.] 
February 8, 1944 and February 10, 1945. 

M3 Method for the determination of H and thiodi- 
glycol in drops of dyed chargings. Determination 
of HN-1, HN-2, HN-3 and CG by potentiometric 
titrations. Cell for potentiometric determination 
of various gases in air. (Informal Progress Report 
t tO] February 8, 1944.) John H. Northrop, Roger 
M. Herriott and John F. Gettemans. OEMsr-129; 
Service Project No. CWS-6; OSRD No. 3419. 
Rockefeller Institute for Medical Research. March 
29, 1944. 

420 Identification of Chemical Warfare Agents 

(See also: 410) 

Ml A system for the identification of functional groups 
present in chemical warfare agents. (Progress Re¬ 
port to June 5, 1945.) Clark W. Gould, Jr., George 
Holzman and John W. Sease. OEMsr-325; Service 
Project No. CWS-6; OSRD No. 5270. California 
Institute of Technology. June 26, 1945. 

421 Methods of Identification 

421.1 Microscopical 

Ml Microscopical identification of solid chemical war¬ 
fare agents. (Progress Report to March 1, 1944.) 


Clyde W. Mason, Franklin A. Hamm and George 
B. DeLaMater. OEMsr-842; Service Project No. 
CWS-6; OSRD No. 3459. Cornell University. 
April 12, 1944. 

M2 Microscopical properties of derivatives of H, Q and 
related compounds with palladous chloride. (Prog¬ 
ress Report to August 15, 1944.) Clyde W. Mason 
and George B. DeLaMater. OEMsr-842; Service 
Project No. CWS-6; OSRD No. 4107. Cornell Uni¬ 
versity. September 7, 1944. 

M3 The microscopical identification of derivatives of 
certain chemical warfare agents. (Progress Report 
to January 30, 1945.) Clyde W. Mason and George 
B. DeLaMater. OEMsr-842; Service Project No. 
CWS-6; OSRD No. 4678. Cornell University. Feb¬ 
ruary 8, 1945. 

M4 Microscopical identification of derivatives of chemi¬ 
cal warfare agents. (Progress Report to February 
19, 1945.) Clyde W. Mason and George B. De¬ 
LaMater. OEMsr-842; Service Project No. CWS-6; 
OSRD No. 4727. Cornell University. February 
22, 1945. 

M5 Microscopical identification of chemical warfare 
agents and their derivatives. (Final Report to 
February 28, 1945.) Clyde W. Mason. OEMsr- 
842; Service Project No. CWS-6; OSRD No. 4838. 
Cornell University. March 21, 1945. 

421.2 Silica Gels 

Ml The identification of samples of agents collected 
on plain silica gel. (Final Report to September 30, 
1943.) Robert S. Livingston. OEMsr-79; Service 
Project No. CWS-6; OSRD No. 1896. University 
of Chicago. October 11, 1943. 

M2 A systematic scheme for the detection of toxics on 
plain silica tubes. (Progress Report to November 
30, 1944.) D. S. Tarbell, R. B. Carlin and others. 
OEMsr-319; Service Project No. CWS-6; OSRD 
No. 4629. University of Rochester. January 24, 
1945. 

421.3 Acidic Elements 

Ml A system for the ultimate analysis of chemical 
warfare agents. (Parts I and II. Final Report to 
February 1, 1944.) E. H. Swift and Carl Niemann. 
OEMsr-325; Service Project No. CWS-6; OSRD No. 
3693. California Institute of Technology. May 
29, 1944. 

M2 Qualitative tests for certain acidic elements in 
organic compounds. (Progress Report to May 4, 
1945.) Edward L. Bennett and Clark W. Gould, 
Jr. OEMsr-325; Service Project No. CWS-6; OSRD 
No. 5076. California Institute of Technology. 
May 17, 1945. 

M3 A system for the ultimate analysis of chemical 
warfare agents. (Part III. Progress Report to June 
22, 1945.) E. H. Swift and Carl Niemann. OEMsr- 
325; Service Project No. CWS-6; OSRD No. 5430. 
California Institute of Technology. August 10, 
1945. 




268 


DIVISION 9 • MICROFILM LIST 


422 Identification of Specific Chemical Warfare Agents 

Ml Field tests for war chemicals in water. (Informal 
Report No. 55.) Arthur M. Buswell. OEMsr-593; 
Service Project No. CWS-14. University of Illinois. 
December 17, 1942. 

M2 Detection of chemical warfare agents in water and 
methods for their removal. (Final Report to May 
23, 1944 and supplement.) M. C. Schwartz, F. L. 
Gayle and others. OEMsr-942; Service Project No. 
CWS-14; OSRD No. 3833. Louisiana State Uni¬ 
versity. June 26, 1944. 

422.1 Mustards 

422.11 Sulfur Mustards, By means of: 

422.111 Automatic Recording Devices 

Ml A continuous recording meter for determining con¬ 
centration of H. (Progress Report to February 28, 
1945.) Lloyd B. Thomas, Henry E. Bent and 
others. OEMsr-312; Service Project No. CWS-6; 
OSRD No. 4839. University of Missouri. March 
21, 1945. 

M2 Field sampling of H vapor with tape recorders. 
Donald E. Pearson, Robert J. Stell and others. 
OEMsr-79; Service Project No. CWS-6; OSRD No. 
5470. University of Chicago. August 17, 1945. 

M3 An instrument for the continuous automatic re¬ 
cording of H concentrations in air. (Final Report 
to February 28, 1945.) Arnold O. Beckman, James 
D. McCullough and Robert A. Crane. OEMsr- 
674; Service Project No. CWS-6; OSRD No. 6044. 
National Technical Laboratories. September 13, 
1945. 

M4 An automatic recording titrimeter for mustard. 
(Progress Report to August 1, 1945.) Anthony 
Briglio, Jr., John A. Brockman, Jr. and Philip A. 
Shaffer, Jr. OEMsr-325; Service Project No. 
CWS-6; OSRD No. 6183. California Institute of 
Technology. November 5, 1945. 

422.112 Electrodes 

Ml Apparatus for automatic detection of H or other 
gases which react with bromine by means of the 
bromine electrode. (Progress Report to September 
8, 1944.) John H. Northrop. OEMsr-129; Service 
Project No. CWS-6; OSRD No. 4308. Rockefeller 
Institute for Medical Research. October 31, 1944. 
M2 Portable apparatus for rapid estimation of H or 
other gases which react with bromine. (Progress 
Report to December 20, 1944.) John H. Northrop 
and John F. Gettemans. OEMsr-129; Service Proj¬ 
ect No. CWS-6; OSRD No. 4682. Rockefeller In¬ 
stitute for Medical Research. February 10, 1945. 
M3 The estimation of chloride by measuring the EMF 
of a silver, silver chloride, chloride ion half-cell 
for the purpose of estimating H or other toxics. 
(Progress Report to February 6, 1945.) John A. 
Brockman, Jr. and Thomas S. Lee. OEMsr-325; 


Service Project No. CWS-6; OSRD No. 4798. Cali¬ 
fornia Institute of Technology. March 7, 1945. 

M4 The electrolytic titration of H using polarized 
platinum indicator electrodes. (Progress Report to 
August 1, 1945.) John W. Sease. OEMsr-325; 
Service Project No. CWS-6; OSRD No. 6048. Cali¬ 
fornia Institute of Technology. October 2, 1945. 

422.113 Hot Wire 

Ml Methods for the detection of mustard gas. (Final 
Report No. 189, to February 1, 1942.) Henry E. 
Bent. NDCrc-89; OSRD No. 503. University of 
Missouri. [February (?) 1942.] 

422.114 Reagent DB-3 

Ml Estimation of HS and of activated HS with the aid 
of DB-3. (Report No. 22.) Jonas S. Friedenwald 
and Heinz Herrmann. OEMcmr-24. Wilmer In¬ 
stitute. November 23, 1942. 

M2 Sensitivity of DB-3 tube of M-9 kit to mustard at 
various concentrations in air. (Progress Report to 
August 14, 1944.) F. H. MacDougall, David J. 
Lehmicke and others. OEMsr-1092; Service Proj¬ 
ect No. CWS-6; OSRD No. 4108. University of 
Minnesota. September 7, 1944. 

422.115 DCT (Dichloramine-T) 

Ml A simple quantitative micro test for HS. (Report 
No. 2.) D. G. Cogan, V. Everett Kinsey and 
W. Morton Grant. OEMcmr-141. [Harvard Uni¬ 
versity, Medical School.] July 17, 1942. 

M2 A method for increasing the sensitivity of micro¬ 
determination of HS. (Report No. 3.) D. G. 
Cogan, V. Everett Kinsey and W. Morton Grant. 
OEMcmr-141. [Harvard University, Medical 
School.] August 4, 1942. 

M3 A study of the chloramine T-o-tolidine method 
for the determination of H in 50% acetic acid. 
(Progress Report to January 19, 1945.) John W. 
Sease. OEMsr-325; Service Project No. CWS-6; 
OSRD No. 4680. California Institute of Tech¬ 
nology. February 1, 1945. 

M4 The volumetric determination of H by means of 
chloramine-T or other oxidizing agents. (Progress 
Report to January 19, 1945.) Thomas S. Lee. 
OEMsr-325; Service Project No. CWS-6; OSRD No. 
4679. California Institute of Technology. Feb¬ 
ruary 6, 1945. 

422.116 Iodoplatinate 

Ml A study of the iodoplatinate method for the de¬ 
termination of H in 50% acetic acid. (Progress 
Report to December 8, 1944.) John W. Sease. 
OEMsr-325; Service Project No. CWS-6; OSRD No. 
4600. California Institute of Technology. January 
18, 1945. 

422.117 Bubblers 

Ml The recovery of H vapor from air by bubblers 



DIVISION 9 • MICROFILM LIST 


269 


containing 50% acetic acid, diethyl phthalate, 0.5 
N sulfuric acid, ethanol, or pyridine p'. (Progress 
Report to January 8, 1945.) Clark W. Gould, Jr., 
Carl Redemann and others. OEMsr-325; Service 
Project No. CWS-6; OSRD No. 4627. California 
Institute of Technology. January 25, 1945. 

422.118 Miscellaneous Methods for Sulfur Mustards 

Ml Methods for the distinction and determination of 
HS and semi-H. (Report No. 10.) V. Everett 
Kinsey and W. Morton Grant. OEMcmr-141. 
Harvard University, Medical School. January 20, 

1943. 

M2 The behavior of compounds related to H in the 
bromine, chloramine-T, iodoplatinate, mercuri- 
metric and DB-3 methods for the determination 
of H. (Progress Report to September 12, 1944.) 
George Holzman, Thomas S. Lee and John W. 
Sease. OEMsr-325; Service Project Nos. CWS-6 
and NL-B33; OSRD No. 4154. California Insti¬ 
tute of Technology. September 20, 1944. 

422.12 Nitrogen Mustards 

Ml A critical comparison of several detectors for the 
nitrogen mustards. (Informal Report No. 71.) 
Robert S. Livingston, Robert J. Stell and Leonard 
F. Swec. OEMsr-79; Service Project No. CWS-6. 
[University of Chicago.] April 27, 1943. 

M2 Drop reactions for the microscopical identification 
of nitrogen mustards. (Progress Report to August 
4, 1944.) Clyde W. Mason and George B. DeLa- 
Mater. OEMsr-842; Service Project No. CWS-6; 
OSRD No. 3994. Cornell University. August 9, 

1944. 

422.121 Compounds 1070, 1120, 1130 and 1149 

Ml The detection of [Compounds] 1070 and 1130. 
(Informal Report No. 36.) Weldon G. Brown. 
[OEMsr-79.] University of Chicago. April 13, 
1942. 

M2 An investigation of the reaction of Compounds 
1070 and 1130 with certain inorganic ions and 
detector paints. (Progress Report No. 266, to May 
7, 1942.) John H. Yoe. OEMsr-139; Service Proj¬ 
ect No. CWS-6; OSRD No. 681. University of 
Virginia. July 6, 1942. 

M3 The chemical detection of [Compound] 1120. 
(Progress Report No. 361, to July 1, 1942.) D. S. 
Tarbell. OEMsr-319; Service Project No. CWS-6; 
OSRD No. 879. University of Rochester. Septem¬ 
ber 11, 1942. 

M4 Note on a possible indicator paper for [Compound] 
1130. (Informal Report No. 52.) Robert S. Living¬ 
ston and Leonard F. Swec. OEMsr-79; Service 
Project No. CWS-6. [University of Chicago.] 
November 17, 1942. 

M5 Colorimetric estimation of [Compound] 1149 vapor 
in air using DB-3 silica gel. (Informal Report 
No. 61.) R. G. Denkewalter and William R. Rem¬ 


ington. OEMsr-79; Service Project No. CWS-6. 
[University of Chicago.] March 18, 1943. 

422.122 HN-3 

Ml Potentiometric titrations of HN-3 solutions with 
silver nitrate. (Progress Report to July 1, 1944.) 
John H. Northrop. OEMsr-129; Service Project 
No. CWS-6; OSRD No. 3958. Rockefeller Insti¬ 
tute for Medical Research. July 28, 1944. 

422.13 Miscellaneous Identification Tests of Mustards 

Ml Adaptation of the DB-3 reagent for field detection. 
(Progress Report No. 339, to July 13, 1942.) 
Weldon G. Brown. OEMsr-79; Service Project 
Nos. CWS-6 and NL-B32; OSRD No. 832. Uni¬ 
versity of Chicago. August 21, 1942. 

M2 The quantitative colorimetric (photometric) deter¬ 
mination of HS f and Compounds] 1130 and 1070 
with the DB-3 reagent. D. Wright Wilson, Samuel 
Gurin and Dana I. Crandall. OEMcmr-108. 
University of Pennsylvania. October 19, 1942. 

M3 The determination of HN-3 and of H by a 
mercurimetric titration of hydrolyzed chloride. 
(Progress Report to September 1, 1944.) Thomas 
S. Lee. OEMsr-325; Service Project Nos. CWS-6 
and NL-B33; OSRD No. 4153. California Institute 
of Technology. September 21, 1944. 

M4 The quantitative determination of N-mustards 
and H in foods by means of the DB-3 method. 
(Report No. A-14.) Harry M. Vars, Erland C. 
Gjessing and others. OEMcmr-108. University of 
Pennsylvania. October 25, 1944. 

M5 The colorimetric estimation of H and HN-3 with 
DB-3. (Progress Report to September 30, 1944.) 
George Holzman. OEMsr-325; Service Project No. 
CWS-6; OSRD No. 4288. California Institute of 
Technology. October 27, 1944. 

422.2 Arsenicals, By Means of: 

Ml Drop reactions for the microscopical identification 
of arsenical chemical warfare agents. (Progress 
Report to March 1, 1944.) Clyde W. Mason. 
OEMsr-842; Service Project No. CWS-6; OSRD 
No. 3804. Cornell University. May 22, 1944. 

422.21 DBT (Thiocarbazones) 

Ml The use of dithiazone as a detector for M-l and 
ED in the vapor state. (Technical Report No. 5.) 
Warren C. Johnson. University of Chicago. 
[March 28, 1941.] 

M2 Examination of the thiocarbazones for use in the 
colorimetric determination of arsenicals. (Progress 
Report to May 5, 1943.) J. P. McReynolds. 
OEMsr-301; Service Project No. CWS-6; OSRD No. 
1548. Ohio State University. June 29, 1943. 

M3 The detection of certain arsenical agents in water 
by means of dibiphenylthiocarbazone. (Progress 
Report to May 25, 1943.) Charles C. Price and 
Arthur M. Buswell. OEMsr-593; OSRD No. 1583. 
University of Illinois. July 10, 1943. 




270 


DIVISION 9 • MICROFILM LIST 


M4 The use of thiocarbazones as arsenical detectors. 
D. S. Tarbell, C. W. Todd and others. OEMsr- 
319; Service Project No. CWS-6; OSRD No. 3670. 
University of Rochester. May 24, 1944. 

M5 A pellet DBT test for lewisite and similar arseni¬ 
cal chemical warfare agents in water. (Progress 
Report to June 6, 1944.) Charles C. Price, Bernard 
H. Velzen and William G. Jackson. OEMsr-593; 
Service Project No. CWS-14; OSRD No. 3829. 
University of Illinois. June 26, 1944. 

M6 The reaction between DBT and arsenicals. (Prog¬ 
ress Report to November 30, 1944.) D. S. Tarbell 
and J. F. Bunnett. OEMsr-319; Service Project 
No. CWS-6; OSRD No. 4677. University of 
Rochester. January 31, 1945. 

422.22 Volumetric Method 

Ml Determination of arsenicals by a dichromate 
volumetric method. (Progress Report to May 25, 

1943. ) J. P. McReynolds. OEMsr-301; Service 
Project No. CWS-6; OSRD No. 1547. Ohio State 
University. June 29, 1943. 

422.23 Detector Tubes and Gels 

Ml A direct specific detector for arsenical vapors. 
(Progress Report to May 8, 1943.) Robert S. 
Livingston. OEMsr-79; Service Project No. CWS- 
6; OSRD No. 1401. University of Chicago. May 
11, 1943. 

M2 Cuprous iodide-impregnated silica gel as a specific 
detector for lewisite. (Informal Report No. 84.) 
C. A. Erickson. OEMsr-87. [University of Chi¬ 
cago.] September 4, 1943. 

M3 Sensitivity of arsenical detector tubes of M-9 kit 
to L, PD and ED. (Progress Report to November 6, 

1944. ) F. H. MacDougall, David J. Lehmicke and 
others. OEMsr-1092; Service Project No. CWS-6; 
OSRD No. 4335. University of Minnesota. No¬ 
vember 9, 1944. 

422.24 Miscellaneous Reagents 

Ml Detection of lewisite and ethyl dichloroarsine with 
tetramethyldiaminodiphenylmethane. (Informal 
Report No. 38.) John H. Yoe and Everett C. 
Cogbill. University of Virginia. April 17, 1942. 
M2 Organic reagents for L and ED. (Progress Report 
to November 27, 1943.) John H. Yoe and Everett 
C. Cogbill. OEMsr-139; Service Project No. CWS- 
6; OSRD No. 3111. University of Virginia. Janu¬ 
ary 13, 1944. 

422.3 Fluorine Compounds 

Ml Colorimetric determination of fluorine in fluoro- 
organic compounds. (Progress Report to March 6, 
1944.) John H. Yoe and Lyle G. Overholser. 
OEMsr-139; Service Project No. CWS-6; OSRD No. 
3480. University of Virginia. April 14, 1944. 

M2 Determination of fluorine in fluoro-organic com¬ 
pounds. (Progress Report to February 29, 1944 
and supplement.) John H. Yoe, Jason M. Sals- 


bury and James W. Cole. OEMsr-139; Service 
Project No. CWS-6; OSRD No. 3481. University 
of Virginia. April 14, 1944. 

M3 Determination of fluorine in fluoro-organic com¬ 
pounds in low concentrations in air. (Formal 
Report to June 6, 1944 and supplement.) John 
H. Yoe, Jason M. Salsbury and James W. Cole. 
OEMsr-139; Service Project No. CWS-6; OSRD 
Nos. 3830 and 3830A. University of Virginia. 
June 27, 1944. 

M4 Determination of fluorine in certain fluoro-organic 
compounds in water. (Progress Report to Novem¬ 
ber 20, 1944.) John H. Yoe, Jason M. Salsbury 
and James W. Cole. OEMsr-139; Service Project 
No. CWS-6; OSRD No. 4414. University of Vir¬ 
ginia. November 30, 1944. 

422.31 Fluorophosphates 

Ml Note on the detection of dimethylfluorophosphate. 
(Informal Report No. 50.) Robert S. Livingston 
and R. G. Denkewalter. OEMsr-79 and OEMsr- 
87; Service Project No. CWS-6. [University of 
Chicago.] November 13, 1942. 

M2 Micro reactions for the identification of fluoro¬ 
phosphates. (Progress Report to February 27, 

1945.) Clyde W. Mason and George B. DeLa- 
Mater. OEMsr-842; Service Project No. CWS-6; 
OSRD No. 4837. Cornell University. March 21, 
1945. 

422.4 Cyanogens and Allied Compounds 

422.41 Cyanogen Chloride 

Ml The quantitative analysis for CK in water by the 
DB-3 procedure. (Progress Report to February 28, 
1945.) Charles C. Price and Alvin C. Wiese. 
OEMsr-593; Service Project No. CWS-6; OSRD No. 
4836. University of Illinois. March 20, 1945. 

422.42 Hydrocyanic Acid 

Ml The sampling and estimation of AC in the pres¬ 
ence of titanium tetrachloride, chlorosulfonic acid 
and sulfur trioxide smokes. (Progress Report to 
June 11, 1945.) George Holzman. OEMsr-325; 
Service Project No. CWS-6; OSRD No. 5451. Cali¬ 
fornia Institute of Technology. August 17, 1945. 

422.43 MCE 

Ml The determination of MCE. (Progress Report to 
September 1, 1945.) Thomas S. Lee and John W. 
Sease. OEMsr-325; Service Project No. CWS-6; 
OSRD No. 6118. California Institute of Tech¬ 
nology. October 16, 1945. 

422.5 Chlorpicrin 

Ml The microscopical identification of chlorpicrin. 
(Progress Report to November 1, 1944.) Clyde W. 
Mason and George B. DeLaMater. OEMsr-842; 
Service Project No. CWS-6; OSRD No. 4309. Cor¬ 
nell University. November 3, 1944. 



DIVISION 9 • MICROFILM LIST 


271 


422.6 Analysis of Smokes 

Ml The analysis of smokes. (Progress Report to May 
25, 1944.) Henry E. Bent and Anna Jane Harri¬ 
son. OEMsr-312; Service Project No. CWS-6; 
OSRD No. 3820. University of Missouri. June 3, 
1944. 

M2 The analysis of smokes. (Progress Report to Feb¬ 
ruary 28, 1945.) Henry E. Bent and Anna Jane 
Harrison. OEMsr-312; Service Project No. CWS-6; 
OSRD No. 4987. University of Missouri. April 
25, 1945. 

422.7 Carbon Monoxide 

Ml A simple thermometric apparatus for the detection 
and estimation of carbon monoxide in air. (Prog¬ 
ress Report No. 294, to May 15, 1942.) John H. 
Yoe. OEMsr-134; Service Project No. NA-106; 
OSRD No. 748. University of Virginia. July 17, 

1942. 

M2 Microgravimetric method for the determination of 
carbon monoxide. (Informal Progress Report No. 
72.) John H. Yoe, James W. Cole and others. 
OEMsr-139; Service Project No. CWS-6. Univer¬ 
sity of Virginia. May 1, 1943. 

M3 Carbon monoxide detection. (Informal Monthly 
Progress Report (A) covering the period [from] 
May 10 to June 10, 1943.) John H. Yoe, James W. 
Cole and others. OEMsr-139. [University of Vir¬ 
ginia.] June 10, 1943. 

M4 The development of a spectrophotometric carbon 
monoxide-indicating instrument using hemoglobin. 
(Formal Report to June 30, 1943.) Linus C. 
Pauling. OEMsr-753; Service Project Nos. NA-106 
and AC-59; OSRD No. 1885. California Institute 
of Technology. July (?) 1943.] 

M5 A continuous thermometric apparatus for carbon 
monoxide detection. (Final Report to June 28, 

1943. ) John H. Yoe and Charles H. Lindsley. 
OEMsr-139; Service Project Nos. NA-106 and AC- 
59; OSRD No. 1743. University of Virginia. 
August 30, 1943. 

M6 A photoelectric instrument for the colorimetric 
detection and determination of carbon monoxide. 
(Final Report to August 20, 1943.) John H. Yoe, 
James W. Cole and Jason M. Salsbury. OEMsr- 
139; Service Project Nos. NA-106 and AC-59; 
OSRD No. 1787. University of Virginia. Septem¬ 
ber 10, 1943. 

M7 Carbon monoxide indicators of the impregnated 
silica gel type. (Progress Report to September 30, 
1943.) John H. Yoe, James W. Cole and Jason M. 
Salsbury. OEMsr-139; Service Project Nos. NA-106 
and AC-59; OSRD No. 1958. University of Vir¬ 
ginia. October 25, 1943. 

M8 Studies in carbon monoxide detection. (Final Re¬ 
port to October 6, 1943.) John H. Yoe, James W. 
Cole and Jason M. Salsbury. OEMsr-139; Service 
Project Nos. NA-106 and AC-59; OSRD No. 1959. 
University of Virginia. November 1, 1943. 


M9 Acidimetric and iodometric methods for analysis 
of carbon monoxide in air. (Progress Report to 
January 21, 1944.) John H. Yoe and Charles H. 
Lindsley. OEMsr-139; Service Project No. CWS-6; 
OSRD No. 3410. University of Virginia. March 
27, 1944. 

M10 Development of a direct-indicating carbon mon¬ 
oxide instrument. (Final Report to August 31, 

1944.) George A. Perley and R. H. Cherry. 
OEMsr-670; Service Project Nos. NA-106 and AC- 
59; OSRD No. 4111. Leeds and Northrup Com¬ 
pany, Inc. September 8, 1944. 

Mil Determination of carbon monoxide in air. (Prog¬ 
ress Report to February 28, 1945.) Arnold O. 
Beckman, James D. McCullough and Robert A. 
Crane. OEMsr-674; Service Project No. CWS-6; 
OSRD No. 6043. [National Technical Labora¬ 
tories (?)] September 13, 1945. 

422.8 Identification of Chemical Warfare Agent Combinations 
Ml An investigation of the reactions between beta, 
beta' dichlorodiethyl sulfide, beta chlorovinyl di- 
chloroarsine, ethyl dichloroarsine, diphenylamine 
chloroarsine and certain inorganic ions. (Final 
Report No. 62, to July 21, 1941.) John H. Yoe. 
NDCrc-172; Service Project No. CWS-6; OSRD 
No. 124. University of Virginia. August 23, 1941. 
M2 Potentiometric titration of small amounts of M-l, 
HS, ED or DM. (Progress Report No. 183, to De¬ 
cember 29, 1941.) John H. Northrop. OEMsr- 
129; Service Project No. CWS-6; OSRD No. 401. 
Rockefeller Institute for Medical Research. Feb¬ 
ruary 21, 1942. 

M3 Detection of HS, M-l, ED or PDA with trained 
dogs or rats. (Progress Report No. 222, to March 
31, 1942.) John H. Northrop, E. Shears and John 

F. Gettemans. OEMsr-129; Service Project No. 
CWS-2; OSRD No. 493. Rockefeller Institute for 
Medical Research. April 10, 1942. 

M4 Volumetric methods for the determination of small 
quantities of HS, Q, T, M-l, ED, DM and PDA. 
(Progress Report No. 225, to April 11, 1942.) John 
H. Northrop. OEMsr-129; Service Project No. 
CWS-6; OSRD No. 516.. Rockefeller Institute for 
Medical Research. April 20, 1942. 

M5 Analytical and inorganic problems [in detection of 
toxics]. (Informal Monthly Report [Covering the 
period from] June 16 t tO] July 15, 1942.) Weldon 

G. Brown. OEMsr-79. University of Chicago. 
July 15, 1942.] 

M6 Behavior of thickened vesicants with detector 
paints. (Informal Progress Report No. 46.) John 

H. Yoe. [OEMsr-139.] [University of Virginia.] 
[August 3, 1942.] 

M7 Titration of HS, Q, T, M-l, ED and PDA with 
hypochlorite and methyl red. (Progress Report No. 
225a, to August 25, 1942.) John H. Northrop. 
OEMsr-129; Service Project No. CWS-6; OSRD No. 



272 


DIVISION 9 • MICROFILM LIST 


864. Rockefeller Institute for Medical Research. 
September 7, 1942. 

M8 Biological methods for determination of M-l and 
DH in solutions and in air. (Final Report No. 438, 
to September 1, 1942.) Herbert S. Gasser. NDCrc- 
151; Service Project No. CWS-6; OSRD No. 1060. 
Rockefeller Institute for Medical Research. No¬ 
vember 25, 1942. 

M9 Determination of HS, M-l and other gases in air, 
at a distance from the operator. (Informal Prog¬ 
ress Report [to, March 20, 1943.) John H. North¬ 
rop. OEMsr-129; Service Project No. CWS-2; 
OSRD No. 1444. Rockefeller Institute for Medical 
Research. May 21, 1943. 

M10 Detection of mustards by hot-wire or furnace 
oxidation and rapid analytical determination of 
arsenicals by reaction with thiocarbazones or by 
oxidation with dichromate. (Final Report to July 
1, 1943.) J. P. McReynolds. OEMsr-301; Service 
Project No. CWS-6; OSRD No. 1576. Ohio State 
University. July 8, 1943. 

Mil Quantitative methods for the determination of cer¬ 
tain chemical warfare agents in water. (Progress 
Report to July 10, 1944.) Arthur M. Buswell, 
Charles C. Price and Alvin C. Wiese. OEMsr-593; 
Service Project No. CWS-14; OSRD No. 3979. 
University of Illinois. July 19, 1944. 

M12 Automatic titrator for the determination of H, L 
and other gases in air. Supplement No. 4, Deter¬ 
mination of HN-3 with sodium hydroxide after 
decomposition. (Informal Progress Report to Sep¬ 
tember 5, 1944.) John H. Northrop and John 
F. Gettemans. OEMsr-129; Service Project No. 
CWS-6; OSRD No. 4310. Rockefeller Institute for 
Medical Research. October 31, 1944. 

M13 Determination of HS, M-l and other gases in air 
at a distance from the operator. Supplement 
No. 2, Determination of HN-3 with sodium hy¬ 
droxide. (Informal Progress Report to September 
1, 1944.) John H. Northrop and John F. Gette¬ 
mans. OEMsr-129; Service Project No. CWS-6; 
OSRD No. 4311. Rockefeller Institute for Medi¬ 
cal Research. October 31, 1944. 

M14 The detection of organic fluorine toxics. The use 
of thiocarbazones as arsenical detectors. (Final Re¬ 
port to February 28, 1945.) Nathan L. Drake. 
OEMsr-715; Service Project No. CWS-6; OSRD No. 
4843. University of Maryland. April 19, 1945. 

500 PROTECTION AGAINST CHEMICAL WARFARE 

AGENTS 

Ml [The effect of therapeutic agents on vesication., 
David P. Barr and Marion B. Sulzberger. 
OEMcmr-103. Cornell University, Medical Col¬ 
lege. September 1, 1942. 

M2 Treatment of gas casualties. Marion B. Sulzberger 
and David P. Barr. [OEMcmr-103.] [Cornell Uni¬ 
versity, Medical College., November 20, 1942. 

M3 Determination of: The irritancy of protective oint¬ 


ments. The vesicant properties of contaminated 
carbon protective fabrics. The stability of CC-2 
impregnated herringbone twill patches under con¬ 
ditions of semi-tropical wear. (Final Report to 
October 31, 1945.) Herbert O. Calvery, Carter D. 
Johnston and others. Service Project Nos. CWS- 
24 and NL-B27; OSRD No. 6408. Federal Security 
Agency. March 8, 1946. 

510 Prophylactic and Therapeutic Ointments 

(See also: 520) 

Ml Non-irritant protective ointments. (Progress Re¬ 
port to February 1, 1944.) Paul L. Salzberg, 
W. A. Lazier and W. J. Peppel. OEMsr-377; Serv¬ 
ice Project No. CWS-4; OSRD No. 3821. E. I. 
duPont de Nemours and Company, Inc. July 1, 
1944. 

511 Chloroamides 

(See also: 541.2) 

Ml Determination of the thermal stability of chloro¬ 
amides and of powders, creams and ointments 
containing them. (Progress Report to October 26, 
1942.) Homer Adkins. OEMsr-304; OSRD No. 
1283. University of Wisconsin. March 22, 1943. 

M2 Tests of chloroamide-containing ointments for 
protection and decontamination of human skin 
against vesicants. (Progress Report to January, 
1944.) Joseph Savit, John F. Thomson and others. 
NDCrc-132; Service Project No. CWS-2; OSRD 
No. 3386. University of Chicago. March 21, 
1944. 

511.1 S-328 

Ml The laboratory preparation of S-328. (Progress 
Report to November 10, 1942.) (n.a.) OEMsr- 

644; Service Project Nos. CWS-4 and NL-B27; 
OSRD No. 4216. Commercial Solvents Corpora¬ 
tion. October 6, 1944. 

511.2 S-330 

Ml Protective and therapeutic agents for war gases. 
Pigmented protective ointments. (Progress Report 
to November 15, 1944.) Paul L. Salzberg, W. A. 
Lazier and W. J. Peppel. OEMsr-377; Service 
Project Nos. CWS-24 and NL-B27; OSRD No. 
4372. E. I. duPont de Nemours and Company, 
Inc. November 22, 1944. 

M2 The preparation of S-330 and related compounds. 
(Progress Report to June, 1944.) Homer Adkins, 
James E. Carnahan and others. OEMsr-304; Serv¬ 
ice Project Nos. CWS-24 and NL-B27; OSRD No. 
4591. University of Wisconsin. January 19, 1945. 

M3 The preparation of S-330. (Final Report to Janu¬ 
ary 10, 1944.) L. P. Kyrides, O. J. Weinkauff and 
others. OEMsr-1157; Service Project Nos. CWS-24 
and NL-B27; OSRD No. 6109. Monsanto Chemi¬ 
cal Company. October 16, 1945. 




DIVISION 9 • MICROFILM LIST 


273 


511.3 S-461 

Ml The preparation of S-461 from methyl ethyl 
ketone. (Progress Report No. 435, to October 27, 

1942. ) Homer Adkins. OEMsr-304; Service Proj¬ 
ect Nos. CWS-24 and NL-B27; OSRD No. 1057. 
University of Wisconsin. November 30, 1942. 

M2 A summary of research and development work in 
connection with the preparation and use of S-461 
as a protective agent against mustard. (Progress 
Report No. 461, to December 9, 1942.) Homer 
Adkins. OEMsr-304; Service Project Nos. CWS- 
24, NL-B27 and NL-B30; OSRD No. 1118. Uni¬ 
versity of Wisconsin. December 9, 1942. 

M3 Comparisons between S-461 in watery suspensions, 
in powder vehicles and in the standard ointment 
base in both early decontamination and protection 
of rabbit and human skin against mustard burns, 
(n.a.) OEMcmr-103. [Cornell University, Medical 
College.) April 8, 1943. 

M4 The laboratory and semi-plant preparation of 
S-461. (Progress Report to November 25, 1942.) 
(n.a.) OEMsr-644; Service Project Nos. CWS-24 
and NL-B27; OSRD No. 3356. Commercial Sol¬ 
vents Corporation. March 25, 1944. 

M5 The preparation of S-461 from methyl ethyl 
ketone. (Progress Report to September, 1944.) 
Homer Adkins, James E. Carnahan and A. L. 
Wilds. OEMsr-304; Service Project Nos. CWS-4, 
CWS-24 and NL-B27; OSRD No. 4305. University 
of Wisconsin. November 2, 1944. 

511.4 Miscellaneous Chloroamides 

Ml The preparation, stability and irritancy of pro¬ 
tective ointments. (Progress Report to September, 

1943. ) Homer Adkins, E. Earl Royals and A. L. 
Wilds. OEMsr-304; Service Project Nos. CWS-4 
and NL-B27; OSRD No. 4419. University of Wis¬ 
consin. December 2, 1944. 

M2 Development of protective ointments. (Final Re¬ 
port to November 1, 1944.) Walter H. Hartung 
and Warren E. Weaver. OEMsr-1006; Service 
Project Nos. CWS-24 and NL-B27; OSRD No. 
4768. University of Maryland. March 3, 1945. 

M3 Preparation of the chloroamides, S-461, S-328, 
S-330, S-426, S-222, S-300, S-221, S-436 and Decon¬ 
taminant 40. (Final Report to August 31, 1945.) 
Randolph T. Major, W. H. Engels and others. 
OEMsr-742; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 6111. Merck and Company, Inc. 
October 17, 1945. 

512 Peroxides 

Ml Urea peroxide as a possible decontaminant for M-l 
and HS. (Progress Report No. 188, to February 11, 
1.942.) Paul D. Bartlett. NDCrc-136; Service 
Project Nos. NL-B30 and NL-B31; OSRD No. 469. 
Harvard University. March 28, 1942. 

M2 A study of peroxides suitable for the treatment of 
M-l burns. (Progress Report No. 302, to July 13, 


1942.) Morris S. Kharasch. OEMsr-394; OSRD 
No. 749. University of Chicago. July 24, 1942. 

M3 Peroxides suitable for the treatment of M-l burns. 
(Progress Report to February 24, 1943.) Morris S. 
Kharasch and S. Weinhouse. OEMsr-394; Service 
Project No. CWS-4; OSRD No. 1390. University 
of Chicago. May 4, 1943. 

M4 The kinetics of oxidation of (3, /3'-dichlorodiethyl- 
sulfide and thiodiglycol. (Progress Report to May 
13, 1943.) Paul D. Bartlett and Sidney D. Ross. 
NDCrc-136; Service Project No. NL-B31; OSRD 
No. 1672. Harvard University. August 5, 1943. 

513 BAL Ointments 

513.1 Preparation and Analysis 

Ml Preparation of BAL. (Progress Report No. 456, to 
December 1, 1942.) (n.a.) OEMsr-377; Service 

Project No. CWS-4; OSRD No. 1111. E. I. duPont 
de Nemours and Company, Inc. December 8, 
1942. 

M2 Experimental manufacture and process study of 
BAL. (Progress Report No. 474, to December 1, 
1942.) W. S. Calcott. OEMsr-760; Service Project 
No. CWS-4; OSRD No. 1221. E. I. duPont de 
Nemours and Company, Inc. December 8, 1942. 

M3 The resolution of BAL. (Final Report to Septem¬ 
ber, 1943.) H. R. Snyder. OEMsr-607; Service 
Project No. CWS-4; OSRD No. 2056. University 
of Illinois. November 25, 1943. 

513.2 Derivatives 

Ml Water-soluble BAL derivatives. (Progress Report 
to April 3, 1942.) Morris S. Kharasch. OEMsr- 
374; Service Project No. CWS-4; OSRD No. 1379. 
University of Chicago. May 1, 1943. 

M2 Protective and therapeutic agents for war gases. 
BAL derivatives and analogs. (Progress Report to 
July 1, 1944.) Paul L. Salzberg, W. A. Lazier and 
others. OEMsr-377; Service Project No. CWS-4; 
OSRD No. 4604. E. I. duPont de Nemours and 
Company, Inc. January 22, 1945. 

M3 Analogs and derivatives of BAL. (Progress Report 
to September 30, 1945.) Paul L. Salzberg, B. W. 
Howk and W. H. Vinton. OEMsr-377; Service 
Project No. CWS-4; OSRD No. 5978. E. I. duPont 
de Nemours and Company, Inc. January 15, 1946. 

513.3 Vehicles 

Ml Committee on Medical Research-NDRC joint proj¬ 
ect on BAL ointment. Report on the work of the 
Pharmaceutical and Chemical Sub-Committee foi 
the period January through April, 1943. (Progress 
Report to June 23, 1943.) W. A. Lazier. OEMsr- 
377; Service Project No. CWS-4; OSRD No. 1652. 
E. I. duPont de Nemours and Company, Inc. 
July 28, 1943. 

M2 Protective and therapeutic agents for war gases. 
Solutions of BAL. (Progress Report to January 1. 


SECRET 




274 


DIVISION 9 • MICROFILM LIST 


1945.) Paul L. Salzberg, W. A. Lazier and others. 
OEMsr-377; Service Project No. CWS-4; OSRD 
No. 4888. E. I. duPont de Nemours and Com¬ 
pany, Inc. April 2, 1945. 

513.4 Evaluation 

Ml The failure of BAL ointment to inhibit vesication 

produced by heat and tincture of cantharides. 514.2 
(Report No. B-15.) Marion B. Sulzberger, Rudolf 
L. Baer and others. OEMcmr-103. Cornell Uni¬ 
versity, Medical College. March 17, 1944. 

514 Acid Ointments 

514.1 Pyruvic Acid Starch Paste 

Ml The use of pyruvic acid in the treatment of burns. 514.3 
(Progress Report No. 14.) Samuel C. Harvey, 

Gervase J. Connor and Lena C. Alogna. OEMcmr- 
83. Yale University. May 2, 1944. 

M2 The effect of applications of pyruvic acid starch 
paste on the rate of healing of mustard gas lesions. 

(Report No. B-29.) Marion B. Sulzberger, Rudolf 
L. Baer and Abram Kanof. OEMcmr-103. Cor¬ 
nell University, Medical College. September 5, 

1944. 

M3 The comparative effects of pyruvic acid starch 
paste and blank starch paste in the treatment of 
chemical burns. (Report No. B-33.) Marion B. 
Sulzberger, Rudolf L. Baer and Abram Kanof. 
OEMcmr-103. Cornell University, Medical Col¬ 
lege. February 10, 1945. 

M4 The effect of slough removal with pyruvic acid 
starch paste on the rate of healing of chemical 
burns. (Report No. B-35.) Marion B. Sulzberger, 514.4 
Rudolf L. Baer and Abram Kanof. OEMcmr-103. 

Cornell University, Medical College. February 14, 

1945. 

M5 Pyruvic acid starch paste followed by sulfadiazine 
ointment compared with sulfadiazine ointment 
alone in the treatment of chemical burns. (Report 
No. B-36.) Marion B. Sulzberger, Rudolf L. Baer 
and Abram Kanof. OEMcmr-103. Cornell Uni¬ 
versity, Medical College. February 14, 1945. 

M6 Comparative effects of dry dressings and of sodium 
sulfadiazine ointment applied to chemical burns 
subsequent to treatment with pyruvic acid starch 
paste. (Report No. B-37.) Marion B. Sulzberger, 

Rudolf L. Baer and Abram Kanof. OEMcmr-103. 

Cornell University, Medical College. February 14, 

1945. 

M7 The effect of pyruvic acid treatment on the healing 
rate of standard experimental thermal burns. (Re¬ 
port No. B-40.) Marion B. Sulzberger, Rudolf L. 515 
Baer and Abram Kanof. OEMcmr-103. Cornell 
University, Medical College. April 11, 1945. 

M8 Comparison of the course of chemical and thermal 
burns under pyruvic acid starch paste treatment. 

(Report No. B-43.) Marion B. Sulzberger, Rudolf 
L. Baer and Abram Kanof. OEMcmr-103. Cor¬ 
nell University, Medical College. May 11, 1945. 


M9 The comparative effects of pyruvic acid starch 
paste and blank starch paste in the treatment of 
thermal burns. (Report No. B-45.) Marion B. 
Sulzberger, Rudolf L. Baer and others. OEMcmr- 
103. Cornell University, Medical College. June 
5, 1945. 

Succinic Acid 

Ml Promotion of healing in residual lesions after pri¬ 
mary treatment of tissues exposed to vesicant 
gases. (Progress Report Nos. 12 and 13.) Samuel 
C. Harvey, Gervase J. Connor and Lena C. Alogna. 
OEMcmr-83. t Yale University.] December 1, 1943 
and March 10, 1944. 

Vehicles for Acids 

Ml Investigations on vehicles to replace starch paste 
in the acid treatment of burns. First series of 
experiments. (Report No. B-39.) Marion B. Sulz¬ 
berger, Rudolf L. Baer and Abram Kanof. 
OEMcmr-103. Cornell University, Medical Col¬ 
lege. February 28, 1945. 

M2 Methods for biologic and laboratory tests of 
vehicles proposed for use in the acid treatment 
of burns. (Report No. B-44.) Marion B. Sulz¬ 
berger, Rudolf L. Baer and others. OEMcmr-103. 
Cornell University, Medical College. June 4, 1945. 

M3 Investigations on vehicles to replace starch paste 
in the acid treatment of burns. Second series of 
experiments. (Report No. B-46.) Marion B. Sulz¬ 
berger, Rudolf L. Baer and others. OEMcmr-103. 
Cornell University, Medical College. June 7, 1945. 

Miscellaneous Acid Ointments 

Ml The effect of applications of various acids in starch 
paste on the rate of healing of chemical burns. 
(Report No. B-32.) Marion B. Sulzberger, Rudolf 
L. Baer and others. OEMcmr-103. Cornell Uni¬ 
versity, Medical College. February 5, 1945. 

M2 The comparative effects of applications of phos¬ 
phoric, pyruvic and tartaric acids on the rate of 
healing of chemical burns. (Report No. B-41.) 
Marion B. Sulzberger, Rudolf L. Baer and Abram 
Kanof. OEMcmr-103. Cornell University, Medi¬ 
cal College. April 13, 1945. 

M3 The comparative effects of applications of phos¬ 
phoric, pyruvic and tartaric acids on the rate of 
healing of thermal burns. (Report No. B-42.) 
Marion B. Sulzberger, Rudolf L. Baer and Abram 
Kanof. OEMcmr-103. Cornell University, Medi¬ 
cal College. April 17, 1945. 

Miscellaneous Ointments 

Ml [The effect of wetting agents on therapeutic 
agents.] Survey report of Project No. M-906. 
David P. Barr and Marion B. Sulzberger. 
[OEMcmr-103.] [Cornell University, Medical Col¬ 
lege.] April 20, 1942. 

M2 Letter to Brigadier General W. C. Kabrich. Sub¬ 
ject: Report of the special committee appointed to 



DIVISION 9 • MICROFILM LIST 


275 


investigate decontaminant ointments A and B. 
C. Sidney Burwell, Ernest W. Goodpasture and 
Joseph G. Hopkins. February 5, 1943. 

M3 The relative efficacy of horse serum followed by 
heat lamp and of sulfadiazine ointment in the 
treatment of chemical burns. (Report No. B-34.) 
Marion B. Sulzberger, Rudolf L. Baer and Abram 
Kanof. OEMcmr-103. Cornell University, Medi¬ 
cal College. February 12, 1945. 

M4 Further experiments on the treatment of chemical 
burns with silver nitrate i/ 3 % ointment. (Report 
No. B-38.) Marion B. Sulzberger, Rudolf L. Baer 
and Abram Kanof. OEMcmr-103. Cornell Uni¬ 
versity, Medical College. February 16, 1945. 

M5 Protective and therapeutic agents for war gases. 
(Final Summary Report to September 30, 1945.) 
Paul L. Salzberg, B. W. Howk and others. OEMsr- 
377; Service Project No. CWS-4; OSRD No. 6438. 
E. I. duPont de Nemours and Company, Inc. 
January 15, 1946. 

520 Treatments for Specific Agents 
(See also: 510) 

521 Fluorophosphates 

Ml The decontamination of dialkyl fluorophosphates. 
(Progress Report to January 9, 1943.) Homer 
Adkins and A. L. Wilds. OEMsr-304; Service Proj¬ 
ect Nos. CWS-4 and NL-B30; OSRD No. 1295. 
University of Wisconsin. March 24, 1943. 

M2 The protection of PF-3 poisoned rats and mice by 
the systemic administration of drugs. (Report No. 
42.) Jonas S. Friedenwald and Roy O. Scholz. 
OEMcmr-24. Wilmer Institute. October 19, 1943. 

522 Mustards 

Ml Work done on the Wound Healing Project. (Re¬ 
port [Covering the period from] April 20 to June 
25, 1942.) (n.a.) OEMcmr-108. University of 

Pennsylvania. June (?) 1942.] 

M2 Chemical studies relating to the behavior of cer¬ 
tain vesicants and to the search for antidotes. 
(Informal Report No. 2, for the period [from] 
January 15 to August 31, 1942.) Leslie Hellerman. 
OEMsr-94; Service Project No. CWS-2. Johns 
Hopkins University. September, 1942. 

M3 Tests for decontamination of mustard and nitrogen 
mustards on human skin. (Progress Report to De¬ 
cember 12, 1944. ) Eugene Goldwasser, Peter P. H. 
DeBruyn and others. NDCrc-132; Service Project 
No. CWS-2; OSRD No. 4638. University of Chi¬ 
cago. January 27, 1945. 

M4 Protective and therapeutic agents for war gases. 
[Part] II, Therapeutic agents for mustard and 
nitrogen mustards. (Progress Report to September 
30, 1945.) Paul L. Salzberg, W. A. Lazier and 
others. OEMsr-377; Service Project No. CWS-4; 
OSRD No. 5979. E. I. duPont de Nemours and 
Company, Inc. January 10, 1946. 


522.1 Sulfur Mustards 

522.11 Treatment with BAL 

Ml Experiments on the inhibitory effect of BAL on 
vesication produced with liquid mustard gas. (Re¬ 
port No. B-7.) Marion B. Sulzberger, Rudolf L. 
Baer and others. OEMcmr-103. Cornell Univer¬ 
sity, Medical College. January 3, 1944. 

M2 The effects of the successive use of chlorinating 
ointment and BAL ointment in the decontamina¬ 
tion and treatment of skin sites exposed to liquid 
mustard gas. (Report No. B-ll.) Marion B. Sulz¬ 
berger, Rudolf L. Baer and others. OEMcmr-103. 
Cornell University, Medical College. January 17, 
1944. 

M3 Effect of BAL on respiration and glycolysis of 
H-treated rat skin. E. S. Guzman Barron and Joe 
Meyer. OEMcmr-57. [University of Chicago.] 
January 21, 1944. 

M4 The use of BAL ointment in rabbits’ eyes con¬ 
taminated with liquid H compared to simple irri¬ 
gation. (Report No. 37.) Francis Heed Adler, 
Irving H. Leopold and William O. LaMotte, Jr. 
OEMcmr-9. University of Pennsylvania. July 31, 
1944. 

M5 The inhibition of vesiculation in mustard gas, H, 
lesions of human skin by BAL. (Final Report to 
March, 1945.) Philip D. McMaster, George H. 
Hogeboom and others. OEMsr-434; Service Proj¬ 
ect No. CWS-2; OSRD No. 5027. Rockefeller In¬ 
stitute for Medical Research. May 3, 1945. 

522.12 Miscellaneous Sulfur Mustard Treatments 

Ml [The modification by drugs or chemicals of the 
interaction of war gases and irritants with tissues.] 
William T. Salter. OEMcmr-51. Yale University. 
April 17, 1942. 

M2 Treatment of gas casualties. (Monthly Progress 
Report No. 3.) Marion B. Sulzberger. [OEMcmr- 
103.] [Cornell University, Medical College.] June 
30, 1942. 

M3 [Pharmacology of H and therapeutic agents for H 
other than simple surface decontaminants.] (Bul¬ 
letin D.) William T. Salter. OEMcmr-51. Yale 
University. September 1, 1942. 

M4 [Treatments for DH and derivatives.] (Informal 
monthly progress reports.) Eric G. Ball, Ralph 
W. McKee and others. OEMsr-86. ^Harvard Uni¬ 
versity, Medical School.] [November 28] and De¬ 
cember 19, 1942; May 10 and August 10, 1943. 

M5 Tests of intravenous prophylaxis against intra¬ 
venously administered H substance. (Informal 
Progress Report No. 22.) William T. Salter, A. D. 
Bass and others. OEMcmr-51. [Yale University.] 
December 1, 1942. 

M6 Tests of possible therapeutic agents for H burns 
on skin. (Informal Progress Report No. 21.) Wil¬ 
liam T. Salter, A. D. Bass and others. OEMcmr- 
51. [Yale University.] December 31, 1942. 


SECRE 






276 


DIVISION 9 • MICROFILM LIST 


M7 Tests of possible therapeutic agents for H burns 
on skin. Organic compounds containing sulfur. 
(Informal Progress Report No. 35.) William T. 
Salter and V. J. Tucker. OEMcmr-51. t Yale Uni¬ 
versity.] May 28, 1943. 

M 8 Studies on the decontamination of liquid mustard 
on human skin. Timothy R. Talbot, Jr. and 
Leslie Nicholas. OEMcmr-108. University of 
Pennsylvania. July 21, 1943. 

M9 The effects of pressure bandages on the progress 
of mustard gas lesions on human skin. Comparison 
of the effects of pressure bandages with boric acid 
ointment and 5% sulfathiazole ointment in the 
treatment of nine-day-old ulcerative liquid mustard 
gas lesions on human skin. (Report No. B-2.) 
Marion B. Sulzberger, Rudolf L. Baer and others. 
OEMcmr-103. Cornell University, Medical Col¬ 
lege. August 27, 1943. 

M10 Studies of the effects of HS on the skin of the rat. 
[Part] XXV, The effect of treatment with Vita¬ 
min A. (Report No. 26.) Maurice Sullivan. 
OEMcmr-82. Johns Hopkins University.] Sep¬ 
tember 1 , 1943. 

Mil Definitive (late) treatment of vesicular mustard gas 
lesions of human skin. (Report No. B-5.) Marion 
B. Sulzberger, Rudolf L. Baer and Robert B. Hall- 
borg. OEMcmr-103. Cornell University, Medical 
College. November 3, 1943. 

M12 Time factor in decontamination with modern 
powders and ointments. (Informal Progress Report 
No. 46.) V. J. Tucker and William T. Salter. 
OEMcmr-51. t Yale University.] November 15, 

1943. 

M13 Preparation and testing of substances as neu¬ 
tralizing or therapeutic agents for H burns. 
(Formal Report for the period [from] September 
1, 1942 to August 31, 1943.) Karl A. Folkers, 
Richard F. Phillips and others. OEMsr-750; Serv¬ 
ice Project No. CWS-2; OSRD No. 3249. Merck 
and Company, Inc. February 15, 1944. 

M14 Definitive (late) treatment of mustard gas lesions 
with silver nitrate 1 / 3 % in petrolatum. (Report 
No. B-13.) Marion B. Sulzberger, Rudolf L. Baer 
and Abram Kanof. OEMcmr-103. Cornell Uni¬ 
versity, Medical College. March 9, 1944. 

M15 A study of the ability of compounds with high 
competition factors to counteract the injurious 
effects of mustard gas. (Progress Report t tO] August 
26, 1943.) Eric G. Ball, Jack M. Buchanan and 
others. OEMsr- 86 ; Service Project No. CWS-2; 
OSRD No. 3366. Harvard University. March 16, 

1944. 

M16 Effects of penicillin on mustard gas lesions on 
human skin. (Report No. B-16.) Marion B. Sulz¬ 
berger, Rudolf L. Baer and Abram Kanof. 
OEMcmr-103. Cornell University, Medical Col¬ 
lege. March 31, 1944. 

M17 Investigation of detoxicants or decontaminants 
for mustard gas. Enzyme studies and other chemi¬ 


cal studies bearing upon the action of certain 
vesicants. (Final Report to June 30, 1943.) Leslie 
Hellerman, Curt C. Porter and others. OEMsr-94; 
Service Project No. CWS-2; OSRD No. 3437. 
Johns Hopkins University. April 4, 1944. 

M18 Study of dissociation of bound H produced by 
oxidative conditions compatible with cell life. 
(Report No. 28.) W. Morton Grant and V. Everett 
Kinsey. OEMcmr-141. Harvard University, Medi¬ 
cal School. April 5, 1944. 

M19 Protective and therapeutic agents for war gases. 
Preparation of new antidotes. (Progress Report to 
June 15, 1943.) Paul L. Salzberg, W. A. Lazier 
and others. OEMsr-377; Service Project No. 
CWS-4; OSRD No. 4460. E. I. duPont de Nemours 
and Company, Inc. December 14, 1944. 

M20 The development of methods for testing the abili¬ 
ties of agents to combat the effects of mustard 
gas, H, and other vesicants upon the skin. (Prog¬ 
ress Report to February, 1945.) Philip D. Mc- 
Master, George H. Hogeboom and others. OEMsr- 
434; Service Project No. CWS-2; OSRD No. 4853. 
Rockefeller Institute for Medical Research. March 
24, 1945. 

M21 A search for decontaminating and treatment agents 
for skin exposed to mustard gas, H. (Progress Re¬ 
port to March, 1945.) Philip D. McMaster, George 
H. Hogeboom and others. OEMsr-434; Service 
Project No. CWS-2; OSRD No. 4854. Rockefeller 
Institute for Medical Research. March 24, 1945. 

522.2 Nitrogen Mustards 

Ml The protective effect of various ointments against 
the systemic toxicity of cutaneously applied TL- 
145. Alfred Gilman, Louis Goodman and others. 
OEMcmr-51. ( Yale University.] June 14, 1943. 

M2 Studies of the action of HMT on TL-146 in vivo. 
Harry M. Vars, Samuel Gurin and others. 

OEMcmr-108. University of Pennsylvania. Sep¬ 
tember 20, 1943. 

M3 Prophylactic treatment of HN-2 poisoning in rats 
by intubation with solutions of HMT. (Report 
No. A-9.) Harry M. Vars. OEMcmr-108. Uni¬ 
versity of Pennsylvania. January 15, 1944. 

M4 Treatment of HN-1, HN-2, HN-3 and TL-481 

ocular injuries with sodium diethyl dithiocarba- 
mate, 4-amino-5-mercapto benzoic acid and 4- 
amino-5-mercapto benzoic acid ethyl ester. (Re¬ 
port No. 52.) A. E. Maumenee. OEMcmr-24. 

Wilmer Institute. April 27, 1944. 

M5 Influence of local penicillin on experimental 

ocular lesions due to HN-1 and HN-3. (Report 
No. 38.) Francis Heed Adler and Irving H. 
Leopold. OEMcmr-9. University of Pennsylvania. 
August 1, 1944. 

M 6 Treatment of HN-2, HN-1, HN-3 and L injuries 
of the rabbit’s eye with carbowax ointments con¬ 
taining NDR-602, NDR-620 or BAL; or mixtures 
of NDR-602 -f- BAL. (Report No. 59.) Jonas 





DIVISION 9 • MICROFILM LIST 


277 


S. Friedenwald and William F. Hughes, Jr. 
OEMcmr-24. Wilmer Institute. August 12, 1944. 

522.21 Compounds 1070 and 1130 

Ml Pharmacodynamics of [Compound] 1130 and its 
transformation products, and the antidotal value 
of sodium thiosulfate. Alfred Gilman, Louis 
Goodman and Frederick S. Phillips. OEMcmr-51. 
t Yale University.] October 1, 1942. 

M2 Reactions of [Compounds] 1070 and 1130 with 
chloroamides. (Progress Report to December 1, 
1942.) Homer Adkins. OEMsr-304; Service Proj¬ 
ect Nos. CWS-24 and NL-B27; OSRD No. 1289. 
University of Wisconsin. March 23, 1943. 

523 Lewisite 

Ml Hemolytic effects of organic and inorganic arsenic 
compounds. (Monthly Progress Report No. 10.) 
Cornelius P. Rhoads. [OEMcmr-96.] [Memorial 
Hospital for the Treatment of Cancer and Allied 
Diseases.] January 31, 1943. 

M2 Tests for decontamination of lewisite on human 
skin. (Progress Report to March, 1944.) John F. 
Thomson, Eugene Goldwasser and Joseph Savit. 
OEMcmr-52 and NDCrc-132; Service Project No. 
CWS-2; OSRD No. 3501. CMR Committee on the 
Treatment of Gas Casualties and University of 
Chicago. April 18, 1944. 

523.1 Lewisite and Mustard Gas Mixtures 

Ml Orientation experiments on rabbits and human 
beings in decontamination and in protection 
against both liquid mustard and liquid lewisite, 
(n.a.) OEMcmr-103. Cornell University, Medical 
College. March 29, 1943. 

M2 The decontamination of skin sites exposed to 
mixtures of liquid mustard gas and lewisite. 
(Report No. B-17.) Marion B. Sulzberger, Rudolf 
L. Baer and Abram Kan'of. OEMcmr-103. Cor¬ 
nell University, Medical College. March 31, 1944. 

524 Phosgene and Diphosgene 

Ml Oxygen in the treatment of phosgene poisoning. 
Additional note on the infusion of small amounts 
of plasma. (Report No. III.) Henry Bunting, 
Harold E. Harrison and others. OEMcmr-39. 
Yale University. June 1, 1943. 

M2 Pitressin and dehydration in the treatment of 
diphosgene poisoning. (Report No. 11.) R. W. 
Gerard, J. Tobias and others. OEMcmr-114. Uni¬ 
versity of Chicago. January 12, 1944. 

525 Compound W 

Ml Immunochemical studies. (Informal Monthly Prog¬ 
ress Report Nos. 1 to 21.) Michael Heidelberger 
and Elvin A. Rabat. OEMsr-901; Service Project 
No. CWS-2. [Columbia University.] March 10, 
1943 to November 30, 1944. 

M2 Immunochemical aspects of protection against 
[Compound] W poisoning. Minutes of meeting 


held at Dumbarton Oaks . . . Washington, D. C. 
on January 18, 1944. Birdsey Renshaw. [January, 
1944.] 

M3 Notes on conference on [Compound] W serology 
t at] Dumbarton Oaks, June 10, 1944. Birdsey 
Renshaw. June, 1944.] 

M4 Immunochemical studies on [Compound] W. (Final 
Report to December 15, 1944 and Supplement [tO] 
July 1, 1945.) Michael Heidelberger and Elvin 
A. Rabat. OEMsr-901 and OEMcmr-507; Service 
Project No. CWS-2; OSRD No. 4651. Columbia 
University and Neurological Institute of New 
York. February 2 and July 1, 1945. 

M5 Immunochemical studies. (Informal Monthly Prog¬ 
ress Report Nos. CMR-1 and -2.) Michael Heidel¬ 
berger, Elvin A. Rabat and others. OEMcmr-507. 
[Columbia University.] April 1 and June 1, 1945. 

526 Miscellaneous Agents 

Ml Studies on AF-1, PF-3 and BAL. (Progress Report 
No. 14.) McReen Cattell. OEMcmr-245. Cornell 
University, Medical College. July 31, 1944. 

M2 Methyl fluoracetate. PF-3 in myasthenia gravis. 
(Bi-monthly Progress Report No. 22-A.) McReen 
Catjell. OEMcmr-245. Cornell University, Medi¬ 
cal College. July 30, 1945. 

530 General Healing Studies 

Ml Promotion of healing in residual lesions after pri¬ 
mary treatment of tissues exposed to vesicant gases. 
(Monthly progress report.) Samuel C. Harvey. 
OEMcmr-83. f Yale University.] June 29, 1942. 

M2 [Observations on the course of healing of a defect 
in the skin produced by surgical excision of a cir¬ 
cular area. The effect of sulfonamide drugs on 
Candida (Monilia) albicans ., Samuel C. Harvey. 
OEMcmr-83. [Yale University.] September 1, 
1942. 

M3 Promotion of healing in residual lesions after pri¬ 
mary treatment of tissues exposed to vesicant gases. 
(Monthly Progress Report No. 8.) Samuel C. 
Harvey, Renneth W. Thompson and Gervase J. 
Connor. OEMcmr-83. t Yale University.] Febru¬ 
ary 1, 1943. 

M4 [Experiments with the buried-strip method of 
studying wound healing.] Samuel C. Harvey. 
OEMcmr-83. [Yale University.] April 10, 1943. 

M5 Promotion of healing in residual lesions after pri¬ 
mary treatment of tissues exposed to vesicant gases. 
(Annual report.) Samuel C. Harvey. OEMcmr-83. 
Yale University. July 1, 1943. 

540 Protective Clothing 

Ml Protective cloths. [Part] I, Irritancy of vapor- 
contaminated samples on human skin. [Part] II, 
Penetration of vapor and liquid vesicants. (Prog¬ 
ress Report to June 30, 1944.) Joseph Savit, 
Eugene Goldwasser and others. NDCrc-132; Serv¬ 
ice Project No. CWS-2; OSRD No. 3942. Univer¬ 
sity of Chicago. August 30, 1944. 


SECRET 




278 


DIVISION 9 • MICROFILM LIST 


M2 Permeable protective fabrics. ([Part] LXX. Final 
Report to October 1, 1945.) (n.a.) OEMsr-361; 

Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 6378. E. I. duPont de Nemours and Com¬ 
pany, Inc. December 20, 1945. 

541 Impregnants 

Ml Permeable protective fabrics. [Part] LVI, Evalua¬ 
tion of new impregnites. (Progress Report to Janu¬ 
ary 19, 1943.) (n.a.) OEMsr-361; Service Project 

Nos. CWS-24 and NL-B27; OSRD No. 5555. E. I. 
duPont de Nemours and Company, Inc. Septem¬ 
ber 10, 1945. 

541.1 Carbon Impregnants (CC-2) 

Ml Permeable protective fabrics. Thermal decomposi¬ 
tion of CC-2. (Progress Report to July 6, 1943.) 
(n.a.) OEMsr-361; Service Project Nos. CWS-24 
and NL-B27; OSRD No. 3151. E. I. duPont de 
Nemours and Company, Inc. January 13, 1944. 

M2 Permeable protective fabrics. [Part] XIII, Develop¬ 
ment of pre-ground, dry CC-2. (Progress Report to 
April 1, 1943.) (n.a.) OEMsr-361; Service Project 
Nos. CWS-24 and NL-B27; OSRD No. 4427. E. I. 
duPont de Nemours and Company, Inc. Decem¬ 
ber 4, 1944. 

M3 Permeable protective fabrics. [Part] LXVI, Storage 
of pre-ground, dry CC-2. (Progress Report to 
August 31, 1945.) (n.a.) OEMsr-361; Service Proj¬ 
ect Nos. CWS-24 and NL-B27; OSRD No. 6196. 
E. I. duPont de Nemours and Company, Inc. De¬ 
cember 14, 1945. 

541.11 Development of Carbon-Coated Fabrics 

Ml Informal report with regard to estimated cost 
of carbon-coated fabrics. George E. Sinkinson. 
OEMsr-935. Sayles Finishing Plants, Inc. No¬ 
vember 2, 1944. 

M2 Development of cloth impregnated with activated 
carbon. (Informal Monthly Report covering t the] 
period from December 10, 1944 to January 11, 
1945.) Robert H. Gillespie. OEMsr-779. [Ken¬ 
dall Company.] January 11, 1945. 

M3 Development of plant procedure for preparation 
of carbon-impregnated fabrics. (Final Report to 
June 30, 1945.) W. P. Hall. OEMsr-884; Service 
Project Nos. CWS-24 and NL-B27; OSRD No. 5419. 
Joseph Bancroft and Sons Company. August 7, 
1945. 

M4 Development of gas-protective rayon yarns and 
fabrics. (Final Report to May 1, 1943.) Joseph L. 
Costa and R. A. Morse. OEMsr-720; Service Proj¬ 
ect Nos. CWS-24 and NL-B27; OSRD No. 5934. 
Manville-Jenckes Corporation. September 26, 
1945. 

M5 Rayon containing activated carbon for use in pro¬ 
tective clothing. (Final Report to October 31, 
1945.) S. A. Moss, Jr. OEMsr-1327; Service Proj¬ 
ect Nos. CWS-24 and NL-B27; OSRD No. 6287. 


American Viscose Corporation. November 19, 
1945. 

M6 Permeable protective fabrics. [Part] LXIII, Carbon 
impregnations from organic solvent suspension. 
(Progress Report to September 1, 1945.) (n.a.) 

OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 6193. E. I. duPont de Nemours 
and Company, Inc. December 12, 1945. 

M7 Preparation of carbon-coated protective fabrics. 
(Joint Final Report to October 31, 1945.) Dana 
Burks, Jr., George E. Sinkinson and others. 
OEMsr-779 and OEMsr-935; Service Project Nos. 
CWS-24 and NL-B27; OSRD No. 6272. Kendall 
Company and Sayles Finishing Plants, Inc. Feb¬ 
ruary 14, 1946. 

541.111 Dispersing and Binding Agents 

Ml Permeable protective fabrics. [Part] VIII, Survey 
of aqueous emulsifying-dispersing agents. (Progress 
Report to December 31, 1943.) (n.a.) OEMsr-361; 
Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 3988. E. I. duPont de Nemours and Com¬ 
pany, Inc. August 1, 1944. 

M2 Permeable protective fabrics. [Part] X, Methylcel- 
lulose as the emulsifying-dispersing agent for the 
T of O process of impregnation. (Progress Report 
to August 14, 1943.) (n.a.) OEMsr-361; Service 

Project Nos. CWS-24 and NL-B27; OSRD No. 
3998. E. I. duPont de Nemours and Company, 
Inc. August 9, 1944. 

M3 Permeable protective fabrics. [Part] XXVII, 
Camouflage pigmentation. (Progress Report to 
February 1, 1944.) (n.a.) OEMsr-361; Service 

Project Nos. CWS-24 and NL-B27; OSRD No. 
4759. E. I. duPont de Nemours and Company, 
Inc. March 1, 1945. 

M4 Permeable protective fabrics. [PartS] XXXII and 
XXXIII, Substitutes for chloroparaffin. (n.a.) 
OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD Nos. 4910 and 4922. E. I. duPont de 
Nemours and Company, Inc. April 7 and 10, 
1945. 

M5 The impregnation of fabrics with activated car¬ 
bon. (Final Report to January 1, 1945.) W. J. 
Thackston, S. N. Glarum and R. O. Steele. 
OEMsr-575; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 4919. Rohm and Haas Company. 
April 9, 1945. 

M6 Permeable protective fabrics. t PartS] XXXV and 
XXXVII, Reimpregnation studies, (n.a.) OEMsr- 
361; Service Project Nos. CWS-24 and NL-B27; 
OSRD Nos. 4941 and 5072. E. I. duPont de 
Nemours and Company, Inc. April 14, and May 
18, 1945. 

M7 Permeable protective fabrics. [Part] XXXVI, Wash¬ 
fastness of CC-2 impregnated from aqueous dis¬ 
persions. (Progress Report to November 1, 1943.) 
(n.a.) OEMsr-361; Service Project Nos. CWS-24 





DIVISION 9 • MICROFILM LIST 


279 


and NL-B27; OSRD No. 5081. E. I. duPont de 
Nemours and Company, Inc. May 17, 1945. 

M8 Permeable protective fabrics. [Part] XLVI, Survey 
of aqueous emulsifying-dispersing agents. (Prog¬ 
ress Report to June 1, 1945.) (n.a.) OEMsr-361; 

Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 5427. E. I. duPont de Nemours and Com¬ 
pany, Inc. August 9, 1945. 

M9 Permeable protective fabrics. [Part] LXII, Carbon 
impregnations from water suspension. (Progress 
Report to September 1, 1945.) (n.a.) OEMsr-361; 
Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 6192. E. I. duPont de Nemours and Com¬ 
pany, Inc. December 12, 1945. 

541.112 Fabric Effect on Aging 

Ml Permeable protective fabrics. [Part] XVII, Effect 
of fabric on aging stability. (Quartermaster Series 
Report to September 17, 1943.) (n.a.) OEMsr-361; 
Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 4599. E. I. duPont de Nemours and Com¬ 
pany, Inc. January 18, 1945. 

M2 Permeable protective fabrics. [Part] XVIII, Effect 
of fabric on aging stability of impregnated fabrics. 
(Second Quartermaster Series Report, to June 1, 

1944. ) (n.a.) OEMsr-361; Service Project Nos. 

CWS-24 and NL-B27; OSRD No. 4603. E. I. 
duPont de Nemours and Company, Inc. January 
19, 1945. 

M3 Studies of carbon-coated and carbon-impregnated 
fabrics. Laundering procedures. Wearing trials. 
(Progress Report to October 1, 1944.) S. N. 
Glarum and R. O. Steele. OEMsr-559; Service 
Project Nos. CWS-24 and NL-B27; OSRD No. 
5502. Rohm and Haas Company. August 28, 

1945. 

M4 Permeable protective fabrics. [Part] LXVII, Effect 
of fabric on aging quality of stabilized impreg¬ 
nated fabrics. (Progress Report to January 8 , 
1945.) (n.a.) OEMsr-361; Service Project Nos. 

CWS-24 and NL-B27; OSRD No. 6197. E. I. 
duPont de Nemours and Company, Inc. Decem¬ 
ber 17, 1945. 

541.113 CC-2 Retention Through Wear 

Ml Permeable protective fabrics. [Part] XIV, Stabiliza¬ 
tion of CC-2 impregnated fabrics. Search for agents 
alternative to zinc oxide. (Progress Report to No¬ 
vember 1, 1943.) (n.a.) OEMsr-361; Service Proj¬ 

ect Nos. CWS-24 and NL-B27; OSRD No. 4583. 
E. I. duPont de Nemours and Company, Inc. 
January 15, 1945. 

M2 Permeable protective fabrics. [Part] XX, CC-2, 
stability tests on clothing in Panama troop wear¬ 
ing trial. (Progress Report to November 17, 1944.) 
(n.a.) OEMsr-361; Service Project Nos. CWS-24 
and NL-B27; OSRD No. 4618. E. I. duPont de 
Nemours and Company, Inc. January 22, 1945. 

M3 Permeable protective fabrics. [Part] XXXIV, Sta¬ 
bilizers for CC-2. (Progress Report to November 1, 


1943. ) (n.a.) OEMsr-361; Service Project Nos. 
CWS-24 and NL-B27; OSRD No. 4936. E. I. 
duPont de Nemours and Company, Inc. April 13, 
1945. 

M4 Permeable protective fabrics. [Part] XLVIII, CC-2 
c and 3 S-461. Fabric stabilization c and 3 effect of pre¬ 
treatment on stability of impregnated fabrics. 
(Progress Report to February 1, 1944.) (n.a.) 

OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 5431. E. I. duPont de Nemours 
and Company, Inc. August 10, 1945. 

M5 Permeable protective fabrics. [Part] LIX, CC-2 re¬ 
tention of impregnated fabric during wear. (Prog¬ 
ress Report to May 25, 1945.) (n.a.) OEMsr-361; 
Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 6089. E. I. duPont de Nemours and Company, 
Inc. October 17, 1945. 

M6 Permeable protective fabrics. [Part] LX, Stabiliza¬ 
tion of fabric with calcium carbonate. (Progress 
Report to May 25, 1945.) (n.a.) OEMsr-361; Serv¬ 
ice Project Nos. CWS-24 and NL-B27; OSRD No. 
6090. E. I. duPont de Nemours and Company, 
Inc. October 18, 1945. 

M7 Permeable protective fabrics. [Part] LXIV, CC-2 
retention of impregnated fabric during wear. 
(Progress Report to August 25, 1945.) (n.a.) 

OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 6194. E. I. duPont de Nemours 
and Company, Inc. December 12, 1945. 

M8 Permeable protective fabrics. [Part] LXV, Second 
Quartermaster Series. (Progress Report to Septem¬ 
ber 15, 1945.) (n.a.) OEMsr-361; Service Project 

Nos. CWS-24 and NL-B27; OSRD No. 6195. E. I. 
duPont de Nemours and Company, Inc. Decem¬ 
ber 14, 1945. 

541.12 Evaluation of CC-2 

Ml The evaluation of protective fabrics against mus¬ 
tard. (Informal Monthly Progress Report covering 
[the] period from September 10 to October 10, 

1944. ) Homer Adkins, A. L. Wilds and others. 
OEMsr-304. [University of Wisconsin.] October 
10, 1944. 

541.13 Skin Irritation 

Ml Permeable protective fabrics. [Part] XXI, Skin irri¬ 
tation. (Progress Report to September 15, 1943.) 
(n.a.) OEMsr-361; Service Project Nos. CWS-24 
and NL-B27; OSRD No. 4624. E. I. duPont de 
Nemours and Company, Inc. January 23, 1945. 

M2 Permeable protective fabrics. [Part] LVIII, Skin 
irritation [in] 1944 Edgewood Arsenal wearing 
tests. (Progress Report to October 1, 1944.) (n.a.) 

OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 6068. E. I. duPont de Nemours 
and Company, Inc. October 10, 1945. 




280 


DIVISION 9 • MICROFILM LIST 


541.2 Chloroamides as Impregnants 

(See also: 511) 

541.21 Preparation of Chloroamides 

Ml The preparation of dimethylglycoluril. (Final Re¬ 
port to May 26, 1943.) W. Allan Fisher. OEMsr- 
869; Service Project Nos. CWS-24 and NL-B27; 
OSRD No. 3358. Allied Chemical and Dye Cor¬ 
poration. March 14, 1944. 

M2 The preparation of S-436 and other chloroamides. 
(Progress Report to April, 1945.) Homer Adkins, 
John E. Castle and others. OEMsr-304; Service 
Project Nos. CWS-24 and NL-B27; OSRD No. 
5384. University of Wisconsin. May 5, 1945. 

M3 Permeable protective fabrics. [Part] XLVII, S-461 
powder, control of thermal propagation. (Progress 
Report to August 2, 1943.) (n.a.) OEMsr-361; 

Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 5429. E. I. duPont de Nemours and Com¬ 
pany, Inc. August 9, 1945. 

541.22 Evaluation and Stabilization of Chloroamides 

Ml Stabilization of impregnated fabrics. (Progress Re¬ 
port No. 273, to June 17, 1942.) (n.a.) OEMsr- 

361; Service Project Nos. NL-B27 and CWS-24; 
OSRD No. 638. E. I. duPont de Nemours and 
Company, Inc. June 22, 1942. 

M2 The relative effectiveness of chloroamides against 
certain toxic agents. (Progress Report to July 7, 

1942. ) Homer Adkins. OEMsr-304; Service Proj¬ 
ect Nos. CWS-24 and NL-B27; OSRD No. 794. 
University of Wisconsin. August 3, 1942. 

M3 Quantitative determination of antivesicants in 
cloths. (Final Report No. 413, to August 20, 1942.) 
Arthur M. Buswell. OEMsr-276; Service Project 
No. NL-B25; OSRD No. 990. University of Illi¬ 
nois. November 2, 1942. 

M4 Comparison of impregnites against mustard. (Prog¬ 
ress Report No. 428, to October 22, 1942.) Homer 
Adkins. OEMsr-304; Service Project Nos. CWS-24 
and NL-B27; OSRD No. 1010. University of Wis¬ 
consin. November 14, 1942. 

M5 Products of the decontamination of mustard by 
cloth impregnated with S-461. (Progress Report to 
March 31, 1943.) Homer Adkins. OEMsr-304; 
Service Project Nos. NL-B31, NL-B27 and CWS-24; 
OSRD No. 1760. University of Wisconsin. Sep¬ 
tember 1, 1943. 

M6 Comparison of chloroamides as impregnants against 
[Compound] 1149. (Progress Report to March 31, 

1943. ) Homer Adkins. OEMsr-304; Service Proj¬ 
ect Nos. CWS-24 and NL-B31; OSRD No. 1762. 
University of Wisconsin. September 1, 1943. 

M7 Permeable protective fabrics. [Part] XVI, Develop¬ 
ment of evaluation tests [for] aging properties. 
(Progress Report to September 25, 1943.) (n.a.) 

OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 4592. E. I. duPont de Nemours 
and Company, Inc. January 17, 1945. 

M8 Permeable protective fabrics. [Part] XLV, Stabili¬ 


zation and evaluation of S-461 impregnated fabrics. 
(Progress Report to December 1, 1943.) (n.a.) 

OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 5421. E. I. duPont de Nemours 
and Company, Inc. August 8, 1945. 

M9 Permeable protective fabrics. t PartS] LIV and LV, 
Investigation of new chloroamides. (n.a.) OEMsr- 
361; Service Project Nos. CWS-24 and NL-B27; 
OSRD Nos. 5534 and 5554. E. I. duPont de 
Nemours and Company, Inc. September 5 and 7, 
1945. 

541.23 Solvents for Chloroamides 

Ml The solubilities of impregnites in various solvents. 
(Final Report No. 368, to August 24, 1942.) Lee 
Irvin Smith. OEMsr-372; Service Project Nos. 
NL-B27 and CWS-24; OSRD No. 912. University 
of Minnesota. September 22, 1942. 

542 Impregnation in the Field 

Ml Permeable protective fabrics. [Part] V, Field 
method of impregnation with CC-2 and S-461. 
Status following field trials. (Progress Report to 
February 28, 1943.) (n.a.) OEMsr-361; Service 

Project Nos. CWS-24 and NL-B27; OSRD No. 
3362. E. I. duPont de Nemours and Company, 
Inc. March 15, 1944. 

M2 Permeable protective fabrics. [Part] VI, Develop¬ 
ment of standard CC-2 field impregnation system. 
(Progress Report to October 20, 1943.) (n.a.) 

OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 3389. E. I. duPont de Nemours 
and Company, Inc. March 23, 1944. 

M3 Permeable protective fabrics. [Part] XIX, Simpli¬ 
fied field impregnation systems, CC-2. Exploratory 
studies. (Progress Report to December 31, 1943.) 
(n.a.) OEMsr-361; Service Project Nos. CWS-24 
and NL-B27; OSRD No. 4610. E. I. duPont de 
Nemours and Company, Inc. January 20, 1945. 

M4 Permeable protective fabrics. [Part] LIII, CC-2 
[and] S-461 emergency impregnation systems for 
tropical shorts only. (Progress Report to December 
1, 1943.) (n.a.) OEMsr-361; Service Project Nos. 

CWS-24 and NL-B27; OSRD No. 5526. E. I. 
duPont de Nemours and Company, Inc. Septem¬ 
ber 4, 1945. 

542.1 Impregnating Sets 

Ml Permeable protective fabrics. [Part] XI, Storage 
tests on the field impregnating set, M-l. (Progress 
Report to March 25, 1944.) (n.a.) OEMsr-361; 

Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 4002. E. I. duPont de Nemours and Company, 
Inc. August 10, 1944. 

M2 Permeable protective fabrics. [Part] LXI, Develop¬ 
ment of helmet impregnating set. (Progress Re¬ 
port to August 25, 1945.) (n.a.) OEMsr-361; 

Service Project Nos. CWS-24 and NL-B27; OSRD 
No. 6191. E. I. duPont de Nemours and Com¬ 
pany, Inc. December 11, 1945. 




DIVISION 9 • MICROFILM LIST 


281 


M3 Permeable protective fabrics. [Part] LXVIII, De¬ 
velopment of light-weight field impregnating sets. 
(Progress Report to August 25, 1945.) (n.a.) 

OEMsr-361; Service Project Nos. CWS-24 and NL- 
B27; OSRD No. 6198. E. I. duPont de Nemours 
and Company, Inc. December 17, 1945. 

M4 Permeable protective fabrics. [Part] LXIX, Field 
impregnating set, M-l, storage tests. . . . (Progress 
Report to July 1, 1945.) (n.a.) OEMsr-361; Serv¬ 
ice Project Nos. CWS-24 and NL-B27; OSRD No. 
6199. E. I. duPont de Nemours and Company, 
Inc. December 17, 1945. 

543 Testing of Impregnated Fabrics 

543.1 Thermometric Method 

Ml A thermometric method for the determination of 
the amount of impregnite in cloth. (Progress Re¬ 
port No. 346, to August 5, 1942.) Warren C. 
Johnson. OEMsr-87; Service Project No. NL-B25; 
OSRD No. 848. University of Chicago. August 
31, 1942. 

M2 A thermometric instrument for the determination 
of the amount of impregnite in cloth. (Final Re¬ 
port to March, 1944.) George A. Perley. OEMsr- 
714; Service Project No. NL-B25; OSRD No. 3622. 
Leeds and Northrup Company, Inc. May 11, 1944. 

543.2 Against Mustard (H) 

Ml Testing impregnated cloth with a hot filament 
tester. (Informal Report No. 41.) Henry E. Bent. 
[OEMsr-312.] University of Missouri. May 5, 
1942. 

M2 The NDRC method for laboratory evaluation of 
permeable protective fabrics against mustard. 
(Progress Report to September 1, 1945.) Willa I. 
Guss and Homer Adkins. OEMsr-304; Service 
Project Nos. CWS-24 and NL-B27; OSRD No. 
6084. University of Wisconsin. October 17, 1945. 
M3 Correlation of standard Chemical Warfare Service 
test data with NDRC titrimeter data. (Progress 
Report to June 30, 1945.) Loren C. Hurd, O. B. 
Hager and others. OEMsr-559; Service Project 
Nos. CWS-24 and NL-B27; OSRD No. 6412. Rohm 
and Haas Company. December 21, 1945. 

M4 Test methods used for the evaluation of protective 
fabrics against vesicant gases at the Rohm and 
Haas Laboratories. (Final Report to June 30, 1945.) 
Loren C. Hurd, O. B. Hager and others. OEMsr- 
559; Service Project Nos. CWS-24 and NL-B27; 
OSRD No. 6347. Rohm and Haas Company. 
January 4, 1946. 

550 Gas Masks 

Ml The value of soda lime in gas absorbents. (Prog¬ 
ress Report No. 198.) W. Conway Pierce, Edwin 
O. Wiig and others. NDCrc-76, NDCrc-122 and 
others; Service Project No. CWS-7; OSRD No. 437. 
Northwestern University, University of Rochester 
and others. March 6, 1942. 


M2 Comparative retentivities of whetlerite and Type D 
mixture for SeF@ and for [Compound] 1120. 
(Progress Report No. 262.) Roscoe G. Dickinson, 
John W. Otvos and Arthur J. Stosick. NDCrc-137; 
Service Project No. CWS-7; OSRD No. 616. Cali¬ 
fornia Institute of Technology. May 9, 1942. 

560 Decontamination of: 

561 Water Supplies 

Ml Analysis and treatment of water. (Final Report 
No. 387, to August 31, 1942.) Arthur M. Buswell. 
OEMsr-109; Service Project No. CWS-14; OSRD 
No. 944. University of Illinois. October 9, 1942. 

M2 [Water] detection and decontamination problems. 
. . . (Informal Monthly Progress Reports [Cover¬ 
ing the period from] September 10 to October 10, 
1943; December 10, 1943 to January 10, 1944 and 
March 10 to August 10, 1944.) Charles C. Price, 

G. W. Bennett and others. OEMsr-593. [Univer¬ 
sity of Illinois] and West Virginia Pulp and Paper 
Company. 

M3 Investigations on evaluation of powdered activated 
carbons in the removal of Chemical Warfare Serv¬ 
ice agents from water supplies. (Twelfth Progress 
Report covering the period [from] February 10 to 
March 10, 1944.) Matthew M. Braidech, Harry 
Gilbert and others. OEMsr-910; Research Project 
No. PDRC-848. Case School of Applied Science. 
March 14, 1944. 

M4 Treatment of water contaminated with chemical 
warfare agents. (Progress Report to March 1, 1944.) 
Arthur M. Buswell, Charles C. Price and others. 
OEMsr-593; Service Project No. CWS-14; OSRD 
No. 3621. University of Illinois. May 13, 1944. 

M5 Evaluation of powdered activated carbons for the 
purification of military water supplies contami¬ 
nated with chemical warfare agents. (Final Report 
to June 1, 1944.) Matthew M. Braidech. OEMsr- 
910; Service Project No. CWS-14; OSRD No. 4301. 
Case School of Applied Science. November 2, 
1944. 

562 Painted and Plastic Surfaces 

Ml A study of the decontamination of painted surfaces 
which have been exposed to chemical warfare 
agents. Special assignment on estimation of extent 
of damage which would result from a war-gas 
attack on factories. (Progress Report to April 1, 
1943.) J. E. Kirby, H. S. Rothrock and others. 
OEMsr-585; Service Project No. NL-B30; OSRD 
No. 3131. E. I. duPont de Nemours and Com¬ 
pany, Inc. January 14, 1944. 

M2 A study of the decontamination of painted sur¬ 
faces which have been exposed to chemical war¬ 
fare agents. Special study of the effect of HS and 
of decontamination treatments on airplane fabrics. 
(Progress Report to April 1, 1943.) J. E. Kirby, 

H. S. Rothrock and R. N. MacDonald. OEMsr- 
585; Service Project No. NL-B30; OSRD No. 3132. 


SECRET 




282 


DIVISION 9 • MICROFILM LIST 


E. I. duPont de Nemours and Company, Inc. 
January 14, 1944. 

M3 The study of the decontamination of painted sur¬ 
faces which have been exposed to chemical war¬ 
fare agents. (Progress Report to April 1, 1943.) 

J. E. Kirby, H. S. Rothrock and others. OEMsr- 
585; Service Project No. NL-B30; OSRD No. 3133. 

E. I. duPont de Nemours and Company, Inc. 
January 14, 1944. 

M4 Decontaminating systems. (Progress Report to 
March 1, 1944.) J. E. Kirby, H. S. Rothrock and 
others. OEMsr-585; Service Project No. NL-B30; 

OSRD No. 3602. E. I. duPont de Nemours and 
Company, Inc. May 10, 1944. 

M5 Improved decontaminating systems. (Progress Re¬ 
ports to May 1, 1944.) J. E. Kirby, H. S. Rothrock 
and others. OEMsr-585; Service Project No. NL- 
B30; OSRD Nos. 3782 and 3927. E. I. duPont de 
Nemours and Company, Inc. June 10 and August 600 

I, 1944. 

M6 Improved decontaminating systems. Chloroamide/ 
solvent systems. (Progress Report to July 15, 1944.) 

J. E. Kirby, H. S. Rothrock and A. E. Barkdoll. 
OEMsr-585; Service Project No. NL-B30; OSRD 
No. 4518. E. I. duPont de Nemours and Company, 

Inc. January 1, 1945. 

M7 Improved decontaminating systems. Further devel¬ 
opment of oleate paste systems. (Progress Report 
to July 15, 1944.) J. E. Kirby, H. S. Rothrock and 
R. N. MacDonald. OEMsr-585; Service Project 
No. NL-B30; OSRD No. 4523. E. I. duPont de 
Nemours and Company, Inc. January 1, 1945. 

M8 Thickening 40:60 bleach/water slurries by means 
of asbestos. (Progress Report to January 31, 1945.) 

J. E. Kirby, H. S. Rothrock and R. N. MacDonald. 
OEMsr-585; Service Project No. NL-B30; OSRD 
No. 5025. E. I. duPont de Nemours and Com¬ 
pany, Inc. May 2, 1945. 

M9 Decontamination studies. (Final Report to June 
30, 1945.) J. E. Kirby, H. S. Rothrock and others. 
OEMsr-585; Service Project No. NL-B30; OSRD 
No. 5389. E. I. duPont de Nemours and Com¬ 
pany, Inc. August 1, 1945. 

563 Clothing 

Ml A study of the decontamination of surfaces which 
have been exposed to chemical warfare agents. 

Special study of the decontamination and regen¬ 
eration of carbon fabrics. (Progress Report to De¬ 
cember 31, 1944.) J. E. Kirby, H. S. Rothrock and 
others. OEMsr-585; Service Project No. NL-B30; 

OSRD No. 4889. E. I. duPont de Nemours and 
Company, Inc. April 2, 1945. 

564 Specific Chemical Warfare Agents 

Ml Preliminary examination of [Compound] 1120 re¬ 
moval. (Progress Report No. 142.) Roscoe G. 
Dickinson, Arthur J. Stosick and John W. Otvos. 
NDCrc-137; Service Project No. CWS-7; OSRD No. 


300. California Institute of Technology. Decem¬ 
ber 18, 1941. 

M2 The decontamination of certain chemical warfare 
agents. (Informal Report No. 6 .) Homer Adkins. 
[OEMsr-304.] University of Wisconsin. May 9, 
1942. 

M3 The action of decontaminants on mustard gas. 
(Progress Report No. 311, to June 5, 1942.) R. C. 
Fuson and C. S. Marvel. OEMsr-300; Service 
Project No. NL-B31; OSRD No. 795. University 
of Illinois. August 7, 1942. 

M4 The chemistry of chloro sulfides and N-chloro 
compounds. Reactions involved in the decontami¬ 
nation of mustard gas. (Progress Report to Octo¬ 
ber 1, 1943.) Charles D. Hurd. OEMsr-135; 
Service Project No. NL-B31; OSRD No. 1508. 
Northwestern University. June 10, 1943. 

ANTIMALARIAL AGENTS AND INTERMEDIATES 

Ml [The preparation of some antimalarial intermedi¬ 
ates.] (Monthly Progress Reports covering the 
period [from] July 8 , 1944 to August 8 , 1945.) 
George H. Coleman, Robert L. Sundberg and 
others. OEMsr-223. State University of Iowa. 

M2 Preparation of antimalarial intermediates. (In¬ 

formal Monthly Progress Reports covering the 
period from August 21, 1944 to August 10, 1945.) 
Homer Adkins, A. L. Wilds and others. OEMsr- 
304. [University of Wisconsin.] 

M3 Preparation of antimalarial intermediates. (In¬ 

formal Monthly Progress Reports covering the 
period [from] January 10 to June 10, 1945.) Ralph 
L. Shriner and J. C. Speck, Jr. OEMsr-195. 
[Indiana University.] 

M4 The synthesis of therapeutic agents and inter¬ 
mediates. (Informal Monthly Progress Reports 
covering the period from May 10 to August 9, 
1945.) R. C. Fuson, Charles C. Price and others. 
OEMsr-300. [University of Illinois.] 

M5 The synthesis of substituted isoquinolines as anti¬ 
malarial intermediates. (Final Report to July 20, 
1945.) Ralph L. Shriner and J. C. Speck, Jr. 
OEMsr-195; Service Project No. SG-7; OSRD No. 
5468. Indiana University. August 21, 1945. 

M6 Syntheses of benzoquinoline derivatives and cer¬ 
tain antimalarial intermediates. (Final Report to 
August 31, 1945.) Cliff S. Hamilton, R. F. Coles 
and others. OEMsr-85; Service Project No. SG-7; 
OSRD No. 6357. University of Nebraska. No¬ 
vember 29, 1945. 

M7 Preparation of antimalarial intermediates. (Final 
Report to September 8 , 1945.) George H. Cole¬ 
man. OEMsr-223; Service Project No. SG-7; OSRD 
No. 6424. State University of Iowa. December 19, 
1945. 

M8 Synthesis of antimalarial intermediates. (Final Re¬ 
port covering the period [from] September 1 to 
December 31, 1945.) George H. Coleman, Stanley 
S. Brandt and others. OEMcmr-564. [State Uni¬ 
versity of Iowa.] December 31, 1945. 



DIVISION 9 • MICROFILM LIST 


283 


M9 Syntheses of benzoquinoline derivatives and cer¬ 
tain antimalarial intermediates. (Final report.) 
Cliff S. Hamilton, R. F. Coles and others. 
OEMcmr-566. [University of Nebraska.] Decem¬ 
ber 31, 1945. 

M10 Preparation of intermediates and synthesis of po¬ 
tential antimalarials. (Final report.) Charles D. 
Hurd, Otis E. Fancher and others. OEMcmr-563. 
[Northwestern University.] January 31, 1946. 

Mil Synthesis of potential antimalarial agents and 
intermediates. (Final report.) Homer Adkins, 
Harry P. Schultz and others. OEMcmr-567. Uni¬ 
versity of Wisconsin. February 28, 1946. 

M12 Antimalarial intermediates and drugs. (Final re¬ 
port.) Henry Gilman, R. A. Benkeser and others. 
[OEMcmr-]M-6383. Iowa State College. March 
11, 1946. 

M13 The synthesis of candidate antimalarial drugs and 
related compounds. (Final report.) R. C. Fuson, 
Charles C. Price and others. OEMcmr-570. [Uni¬ 
versity of Illinois.] May 31, 1946. 

700 INSECT AND RODENT CONTROL 

710 Insect Control 

Ml Investigations on the control of insects and other 

arthropods of importance to the Armed Forces, 
conducted by the Orlando, Florida, Research Labo¬ 
ratory, April, 1942 to October, 1945. (Section No. 1. 
Final report.) (n.a.) OEMcmr-M-4331. US De¬ 
partment of Agriculture, Bureau of Entomology 
and Plant Quarantine. [October (?) 1945.] 

711 Insect-Repellents 

Ml Preparation of candidate insect repellents. (Final 
Report to April 1, 1945.) Lee Irvin Smith, C. F. 
Koelsch and Vaughn Engelhardt. OEMsr-372; 
Service Project Nos. SG-6 and CWS-32; OSRD No. 
5285. University of Minnesota. June 30, 1945. 

M2 The synthesis of some compounds for testing as 
insect repellents. (Progress Report to September 
30, 1945.) C. D. Heaton, L. Kaplan and Carl R. 
Noller. OEMsr-136; Service Project Nos. CWS-32 
and SG-6; OSRD No. 6368. Stanford University. 
December 3, 1945. 

M3 The preparation of some compounds for testing as 
insect repellents. (Final Report to October 31, 
1945.) Nathan L. Drake, Charles M. Eaker and 
others. OEMsr-1303; Service Project Nos. CWS-32 
and SG-6; OSRD No. 6370. University of Mary¬ 
land. December 14, 1945. 

M4 The preparation of some organic compounds for 
testing as insect repellents. (Final Report to Octo¬ 
ber 31, 1945.) Paul D. Bartlett, Hyp J. Dauben, 
Jr. and others. NDCrc-136; Service Project Nos. 
CWS-32 and SG-6; OSRD No. 6367. Harvard Uni¬ 
versity. December 17, 1945. 

M5 The preparation of some compounds for testing 
as insect repellents. (Final Report to October 31, 


1945.) Melvin S. Newman, Barney Magerlein and 
others. OEMsr-1307; Service Project Nos. CWS-32 
and SG-6; OSRD No. 6369. Ohio State University. 
December 28, 1945. 

M6 Some compounds submitted for testing as insect 
repellents. (Report to September 30, 1945.) Homer 
Adkins, Arthur C. Cope and others. Service Proj¬ 
ect Nos. CWS-32 and SG-6; OSRD No. 6371. Feb¬ 
ruary 26, 1946. 

712 Insecticides 

712.1 DDT 

712.11 Analysis 

Ml The composition of a sample of technical DDT 
from the DuPont Company, (Final Report to No¬ 
vember 9, 1944.) Paul D. Bartlett, George P. 
Mueller and Abraham Schneider. OEMsr-1304; 
Service Project No. SG-6; OSRD No. 4701. Har¬ 
vard University. February 15, 1945. 

M2 The composition of DDT by-product oils from 
Hercules Powder Company. (Progress Report to 
November 15, 1945.) Melvin S. Newman, Barney 
Magerlein and William Wheatley. OEMsr-1307; 
Service Project No. SG-6; OSRD No. 4703. Ohio 
State University. February 15, 1945. 

M3 The composition of a sample of technical DDT 
from Merck and Company, Inc. (Progress Report 
to December 15, 1944.) Nathan L. Drake, Glen 
W. Kilmer and Charles M. Eaker. OEMsr-1303; 
Service Project No. SG-6; OSRD No. 4702. Uni¬ 
versity of Maryland. February 15, 1945. 

M4 Ultraviolet absorption studies on DDT. (Progress 
Report to March 1, 1945.) Weldon G. Brown and 
Edith M. Boldebuck. OEMsr-79; Service Project 
Nos. SG-6 and CWS-32; OSRD No. 4782. Uni¬ 
versity of Chicago. March 6, 1945. 

M5 Ultraviolet absorption spectra of compounds re¬ 
lated to DDT. (Progress Report to July 19, 1945.) 
Edith M. Boldebuck and Weldon G. Brown. 
OEMsr-79; Service Project Nos. SG-6 and CWS- 
32; OSRD No. 5390. University of Chicago. July 
27, 1945. 

M6 Investigations on the control of insects and other 
arthropods of importance to the Armed Forces, 
conducted by Division of Insecticide Investigations, 
Beltsville, Maryland. (Section 2. Final Report 
[Covering the period from] May, 1944 to October 
31, 1945.) (n.a.) OEMcmr-M-4331. US Depart¬ 

ment of Agriculture, Bureau of Entomology and 
Plant Quarantine. October 31, 1945. 

M7 DDT formulations. Applications of infrared spec¬ 
troscopy to DDT. (Progress Report to October 31, 
1945.) Paul L. Salzberg, G. D. Patterson and 
others. OEMsr-1362; Service Project Nos. CWS-32 
and SG-6; OSRD No. 6337. E. I. duPont de 
Nemours and Company, Inc. January 24, 1946. 







284 


DIVISION 9 • MICROFILM LIST 


712.12 Vehicles 

Ml DDT formulations. Spreading agents for larvicidal 
oils on water. (Progress Report to February 1, 
1945.) Paul L. Salzberg, G. D. Patterson and 
others. OEMsr-1362; Service Project Nos. CWS-32 
and SG-6; OSRD No. 6208. E. I. duPont de 
Nemours and Company, Inc. October 23, 1945. 

M2 DDT formulations. Solvents of high solution ca¬ 
pacity. (Progress Report to August 1, 1945.) Paul 
L. Salzberg, G. D. Patterson and W. V. Freed. 
OEMsr-1362; Service Project Nos. CWS-32 and 
SG-6; OSRD No. 6226. E. I. duPont de Nemours 
and Company, Inc. November 28, 1945. 

M3 DDT formulations. Surface-active agents for emul- 
sifiable DDT concentrates. (Progress Report to 
February 1, 1945.) Paul L. Salzberg, G. D. Patter¬ 
son and W. V. Freed. OEMsr-1362; Service Project 
Nos. CWS-32 and SG-6; OSRD No. 6336. E. I. 
duPont de Nemours and Company, Inc. Novem¬ 
ber 29, 1945. 

M4 DDT formulations. Water-dispersible pastes. 
(Progress Report to January 31, 1945.) Paul L. 
Salzberg, G. D. Patterson and I. F. Walker. 

OEMsr-1362; Service Project Nos. CWS-32 and 
SG-6; OSRD No. 6335. E. I. duPont de Nemours 
and Company, Inc. January 11, 1946. 

M5 DDT formulations. Water-dispersible powders. 
(Progress Report to October 31, 1945.) Paul L. 
Salzberg, G. D. Patterson and I. F. Walker. 

OEMsr-1362; Service Project Nos. CWS-32 and 
SG-6; OSRD No. 6334. E. I. duPont de Nemours 
and Company, Inc. February 20, 1946. 

712.13 Detection 

Ml Detection for DDT. Henry E. Bent. OEMsr-312. 
University of Missouri. January 5, 1945. 

M2 [Determination of DDT.j (Informal Monthly Prog¬ 
ress Report covering the period [from] December 
11, 1944 to January 10, 1945.) Henry E. Bent and 
Lloyd B. Thomas. OEMsr-312. University of 
Missouri. January 10, 1945. 

M3 DDT work. [Detection.] (Part II. Informal Prog¬ 
ress Reports for the periods [from] February 11 
to March 10, 1945 and April 11 to May 10, 1945.) 
Edith Boldebuck and Edward G. Ballweber. 
OEMsr-79. University of Chicago. 

M4 Estimation of small quantities of DDT by the 
phosgene method. (Progress Report to September, 
1945.) Weldon G. Brown, Kenneth E. Wilzbach 
and Edward G. Ballweber. OEMsr-79; Service 
Project Nos. CWS-32 and SG-6; OSRD No. 6061. 
University of Chicago. October 6, 1945. 

712.2 Miscellaneous Insecticide Research 

Ml Toxicity of insect repellents and lousicides. (Final 
report.) Herbert O. Calvery, John H. Draize and 
others. [OEMcmr-]M-2766 and [OEMcmr-]M-4328. 
Food and Drug Administration. October 31, 1945. 

M2 Emulsifiable concentrates for fly and odor control. 
(Progress Report to August 1, 1945.) Paul L. 
Salzberg, G. D. Patterson and others. OEMsr- 


1362; Service Project Nos. CWS-32 and SG-6; OSRD 
No. 6339. E. I. duPont de Nemours and Com¬ 
pany, Inc. December 17, 1945. 

713 Insect-Resistant Fabrics 

Ml Letter to Dr. Wilkins Reeve. Subject: [Construct¬ 
ing a mosquito-resistant fabric.] R. Bouvet. 
American Viscose Corporation. August 4, 1944. 

M2 Miticides. Fixation on cotton fabric. (Progress Re¬ 
port to August 15, 1945.) Paul L. Salzberg, G. D. 
Patterson and others. OEMsr-1362; Service Project 
Nos. CWS-32 and SG-6; OSRD No. 6338. E. I. 
duPont de Nemours and Company, Inc. January 
29, 1946. 

720 Rodent Control 

721 Rodenticides 

Ml Animal poisons. Birdsey Renshaw. December 30, 
1943. 

M2 Recent work on ANTU and other poisons. (Interim 
Report No. 78.) Curt P. Richter. OEMcmr-59. 
Johns Hopkins University.] May 18, 1945. 

M3 An investigation of procedures of possible value 
for the chemical estimation of the toxic principle 
of red squill. (Final Report to September 30, 1945.) 
L. Kaplan, C. D. Heaton and Carl R. Noller. 
OEMsr-136; Service Project No. CWS-32; OSRD 
No. 6433. Stanford University. December 29, 
1945. 

721.1 Compound 1080 

Ml Preparation of sodium fluoroacetate, Compound 
1080. (Progress Report to September 30, 1945.) 
W. B. Reed. OEMsr-845; Service Project Nos. 
CWS-4, CWS-32 and SG-6; OSRD No. 6054. Mon¬ 
santo Chemical Company. October 15, 1945. 

M2 A summary of field reports on [Compound] 1080, 
sodium fluoroacetate. (Report No. 163.) Richard 
A. Ormsbee. National Research Council. Decem¬ 
ber 17, 1945. 

800 MISCELLANEOUS RESEARCH 

810 Lubrication Studies 

Ml The preparation of various organic compounds 
for a study of thin films, especially for lubrication 
problems. (Progress Report No. 3.) Roger Adams, 
Homer Adkins and C. S. Marvel. OSRD No. 66. 
[University of Wisconsin and University of Illinois.] 
January 17, 1941. 

M2 Preparation of certain organic compounds for the 
Naval Research Laboratory. (Final Report No. 
89.) Carl R. Noller. NDCrc-10; Service Project 
No. DNRL-8; OSRD No. 151. Stanford Univer¬ 
sity. October 17, 1941. 

M3 The synthesis of hydrocarbons. (Final Report No. 
101, to September 15, 1941.) Lee Irvin Smith. 
NDCrc-17; Service Project No. DNRL-7; OSRD 
No. 163. University of Minnesota. October 29, 
1941. 




DIVISION 9 • MICROFILM LIST 


285 


M4 Preparation of compounds requested by the Naval 
Research Laboratory. (Final Report No. 129, to 
September 15, 1941.) Roger Adams and C. S. 
Marvel. NDCrc-48; Service Project Nos. NL-B7 
and NL-B 8 ; OSRD No. 186. University of Illinois. 
December 4, 1941. 

M5 The preparation of some high molecular-weight 
esters. (Progress Report No. 299, to April 15, 1942.) 
Roger Adams, C. S. Marvel and M. L. Wolfrom. 
NDCrc-48, OEMsr-48 and OEMsr-161; Service Proj¬ 
ect Nos. CWS-4 and NL-B7; OSRD No. 752. Uni¬ 
versity of Illinois and Ohio State University. July 
20 , 1942. 

820 Microscopical Identification of Explosives 

Ml Microscopical identification of explosives. (Progress 
Report to March 1, 1944.) Clyde W. Mason. 
OEMsr-842; Service Project No. CWS- 6 ; OSRD No. 
3658. Cornell University. May 22, 1944. 

830 Propulsion 

831 Propulsion Fuels 

Ml Preparation of [thirteen] compounds [Consisting of 
alcohols, acids and hydrocarbons] requested by the 
Naval Research Laboratory. (Final Report No. 95.) 
Homer Adkins. NDCrc- 6 ; Service Project Nos. 
DNRL-7 and DNRL- 8 ; OSRD No. 157. Univer¬ 
sity of Wisconsin. October 20, 1941. 

M2 Fuels for propulsion devices. The synthesis of gas¬ 
generating compounds. (Progress Report to March 
1, 1945.) P. R. Austin, C. J. Mighton and others. 
OEMsr-1359; Service Project No. NA-174; OSRD 


No. 4857. E. I. duPont de Nemours and Com¬ 
pany, Inc. March 26, 1945. 

M3 Special fuels for propulsion. Evaluation of candi¬ 
dates. (Progress Report to March 1, 1945.) P. R. 
Austin, C. J. Mighton and others. OEMsr-1359; 
Service Project No. NA-174; OSRD No. 4886. 
E. I. duPont de Nemours and Company, Inc. 
April 2, 1945. 

M4 Special fuels for propulsion. (Progress reports.) 
P. R. Austin, C. J. Mighton and others. OEMsr- 
1359; Service Project No. NA-174; OSRD Nos. 
5922, 5923 and 5924. E. I. duPont de Nemours 
and Company, Inc. October 1, 2 and 25, 1945. 

M5 Special fuels for propulsion. (Final Report to Sep¬ 
tember 30, 1945.) P. R. Austin, C. J. Mighton and 
others. OEMsr-1359; Service Project No. NA-174; 
OSRD No. 6207. E. I. duPont de Nemours and 
Company, Inc. November 1, 1945. 

M6 Thermochemical measurements on propulsion 
fuels. (Final Report to September 30, 1945.) Geb- 
hard Stegeman. OEMsr-1464; Service Project No. 
NA-174; OSRD No. 6219. University of Pitts¬ 
burgh. November 10, 1945. 

832 Hydropulse Motor 

Ml The hydropulse motor. Neil P. Bailey and H. A. 
Wilson. OEMsr-1443. Rensselaer Polytechnic In¬ 
stitute. June, 1945. 

M2 Theoretical studies concerning the hydropulse. 
Ideal mechanical performance characteristics. (AMP 
Report No. 137.1R.) Edited by: James J. Stoker. 
OEMsr-945; Service Project No. NA-195. AMG- 
New York University. July, 1945. 


;cret 
























DIVISION 10 • AEROSOLS AND REAL GASES 


Microfilm Index 

I 


100 SUMMARY REPORTS FOR DIVISION 10 

101 American 

102 Foreign 

200 GAS MASKS 

201 Canister Design, Discussion of 

201.1 Experimentation and Testing with Canisters 

201.2 Mesh Size and Filters 

201.21 Particle Size of Charcoal 

201.22 Aerosol Filters and Filtration 

201.3 Foreign Types of Canisters 

201.31 Tests 

201.32 Comparison with American Types 

202 Absorbents 

202.01 Foreign Absorbents 

202.1 Charcoal 

202.11 Physical Properties and Structure of Char¬ 
coal 

202.111 Pore Size 

202.12 Manufacture of Charcoal 

202.13 Activated Charcoal 

202.131 Jiggler Process 

202.132 Reactivation 

202.133 Zinc Chloride Method 

202.134 Charcoals from Miscellaneous 
Sources 

202.14 Impregnated Charcoal 

202.141 Impregnating Agents 

202.142 Drying Agents 

202.143 X-Ray and Microscopic Examina¬ 
tion 

202.15 Absorption Testing with Charcoal and 
Whetlerite 

202.151 Absorbents (General Methods) 

202.152 Tests with Cyanogen Chloride and 
Cyanogen 

202.153 Tests with Carbon Monoxide 

202.154 Tests with Arsine and Hydrogen 
Cyanide 

202.155 Tests with Phosgene and Chlor- 
picrin 

202.156 Tests with other Gases and Agents 

202.157 Adsorption Wave 

202.16 Aging and Deterioration of Charcoal and 
Whetlerite 

202.17 Humidification Tests with Charcoal and 
Whetlerite 

202.18 Particle Size of Charcoal and Whetlerite 

202.19 Miscellaneous Tests with Charcoal and 
Whetlerite 

202.2 Other Absorbents and Catalysts 

202.21 Resins 

203 Rebreather 

300 METEOROLOGICAL EXPERIMENTATION 

301 Meteorological Experimental Instruments 


301.1 Anemometer 

301.11 Vanes 

301.2 Temperature Profile 
302 Meteorological Field Tests 

302.1 Gas and Smoke Cloud Movements 

302.2 Effect of Terrain on Gas Concentrations 

400 GASES 

401 General Gases 

401.1 Experimentation (General) 

401.11 Instruments and Devices 
401.111 Gas Concentration Meter 

401.12 Diffusion and Penetrability of Gases 

401.121 Wind Tunnel Tests 

401.122 Closed Court Tests 

401.123 Pancake Effect 

401.124 Houses 

402 War Gases 

402.1 General Discussion 

402.2 Experimentation and Analysis of War Gases 

402.21 Ultraviolet Photometer 

402.3 Preparation of War Gases, Purification and Stabili¬ 
zation 

402.31 Fluorine 

402.311 Related Fluorine Compounds 

402.32 Compound 1120 

402.33 Hydrogen Cyanide and Flame-Damping 

402.34 Cyanogen and Cyanogen Chloride 

402.35 Radioactive War Agents 

402.36 Miscellaneous Gases 

500 AEROSOLS (SMOKE AND FOGS) 

501 Smoke 

501.1 Physical Properties 

501.11 Particle Size 

501.12 Deposition 

501.2 Generators, Nozzles and Sprayers 

501.201 Coil Type 

501.202 Combustion Type 

501.203 Exhaust 

501.21 Pots 

501.22 Oils 

501.23 Signals 

502 Smoke Screens 

503 Fogs 

503.1 Generation 

503.2 Dissipation 

504 Munitions for Smoke and Toxic Gases 

504.1 Generators 

504.11 Fuel Blocks 

504.12 Candles 

504.2 Explosives, Bombs, etc. 

504.21 White Phosphorus 

504.3 Solid Aerosols 

504.4 Miscellaneous Toxic Aerosols 


SECRET 


287 


288 


DIVISION 10 • MICROFILM INDEX 


600 DDT 

601 Physical Characteristics 

601.1 Solubility 

601.2 Particle Size 

602 Dispersal and Behavior of DDT 
602.1 Generators 

602.11 Grounded 


602.12 Mobile 

602.121 Airplane 

602.122 Vehicle 
602.2 Toxicity Tests 

602.21 Mosquitoes 

602.22 Drosophila 

602.23 Miscellaneous Tests 




DIVISION 10 • AEROSOLS AND REAL GASES 

List of Microfilmed Reports 


SUMMARY REPORTS FOR DIVISION 10 
American 

Ml [Progress report for Division 10.] ([Informal Report 
No.] I.) (n.a.) [1941 (?).] 

M2 Summary of the work on Division 10 projects dur¬ 
ing the period from November 16, 1942 to De¬ 
cember 15, 1942. W. Conway Pierce, W. H. Rode- 
bush and others. OSRD No. 1169. January 1, 201 

1943. 

M3 Monthly summary report of Projects 10.1 and 10.4, 
Division 10, NDRC, for the period of June 15 to 
July 15, 1943. (n.a.) July, 1943.] 

M4 Division 10 meeting, Dumbarton Oaks, D. C., Oc¬ 
tober 26 and 27, 1943. (n.a.) [October, 1943.] 

M5 Division 10 meeting, Evanston, Illinois, January 28 
and 29, 1944. (n.a.) January, 1944.] 

M6 Division 10 meeting, Edgewood Arsenal, June 14, 

1944. (n.a.) June, 1944.] 

M7 Monthly summary reports of Section 10.1 of Divi¬ 
sion 10, NDRC. (n.a.) February 15 and March 
15, 1945. 

M8 Final report on Contract OEMsr-282. Francis E. 

Blacet. OEMsr-282; Service Project Nos. CWS-1, 

CWS-7 and others; OSRD No. 5563. Northwestern 
Technological Institute. September 7, 1945. 

Foreign 

Ml Report on trip to England, June, 1941. ([Informal 
Report No. VI.]) W. Albert Noyes, Jr. June, 

1941.] 

M2 Summary of English report. ([Informal Report 
No. II.]) (n.a.) (n.d.) 

GAS MASKS 

Ml Research performed in Section B-6, NDRC. (In¬ 
formal Report No. XIV.) (n.a.) September 3, 

1941. 

M2 [Absorbents for gas masks.] (Informal Report No. 

CX.) W. Conway Pierce. Northwestern Univer¬ 
sity. May 16, 1942. 

M3 [Absorbents for gas masks.] (Informal Report No. 

CLIII.) H. F. Johnstone, George L. Clark and 
others. [University of Illinois.] July 15, 1942. 

M4 Respirators for civilian use. (Informal Report No. 

CXCI.) W. Conway Pierce. OEMsr-282; Service 
Project Nos. CWS-7 and NL-B26. Northwestern 
University. September 9, 1942. 

M5 Summary of results in Section B-6 [from] De¬ 
cember, 1940 to August, 1942. (Final report.) 

W. Albert Noyes, Jr. OEMsr-660; Service Project 
Nos. CWS-7, NL-B26 and others; OSRD No. 1182. 
University of Rochester. February 6, 1943. 

M6 Monthly summary report of Sections 10.1 and 10.4 
of Division 10, NDRC, for the period of August 15 
to September 15, 1943. (n.a.) September 15, 1943. 


M7 Monthly summary reports of Sections 10.1 and 10.5 
of Division 10, NDRC, for . . . November 15, 
1943; January 15, April 15, June 15, August 15, 
September 15 and October 15, 1944. (n.a.) 

M8 Monthly summary report of the Central Labora¬ 
tory, Division 10, NDRC. (n.a.) Northwestern 
University. April 15, 1945. 

Canister Design, Discussion of 

Ml Outline of the problem of canister design. ([In¬ 
formal Report No.] XI.) (n.a.) August 15, 1941. 

M2 Agenda for meeting, Pittsburgh. ([Informal Report 
No.] XVII.) (n.a.) Northwestern Technological 
Institute. September 19, 1941. 

M3 The design of a light weight canister. (Informal 
Report No. CXXIX.) W. Conway Pierce and 
Robert K. Brinton. Northwestern University. 
July 18, 1942. 

M4 Prevention of wall leakage in axial canisters. (In¬ 
formal Report No. CXCIV.) W. Conway Pierce, 
Robert K. Brinton and D. P. Smith. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. October 14, 1942. 

Experimentation and Testing with Canisters 

Ml Flow rate studies on the E-20R48 miniature canis¬ 
ter. (Informal Report No. CIV.) Joseph W. 
Hickey. Northwestern University. April 22, 
1942. 

M2 Adsorbent performance data for use in canister 
designing. (Informal Report'No. CV.) J. William 
Zabor. Northwestern University. April 23, 1942. 

M3 Flow resistance of axial and radial canisters. (In¬ 
formal Report No. CXXIV.) W. Conway Pierce, 
David G. Anderson, Jr. and V. C. Lazzaro. North¬ 
western University. May 15, 1942. 

M4 Correlation of canister test life with human toler¬ 
ance for cyanogen chloride. The cyanogen chloride 
protection afforded by humidified adsorbents. (Re¬ 
port No. 295.) W. Conway Pierce, Robert K. 
Brinton and Thurston Skei. OEMsr-282; Service 
Project Nos. CWS-7 and NL-B26; OSRD No. 720. 
Northwestern University. May 29, 1942. 

M5 Leakage of face pieces. (Informal Report No. CLV.) 
Don M. Yost and Nelson P. Nies. Northwestern 
University. July 15, 1942. 

M6 Temperatures in canisters and tubes during SA 
removal. (Informal Report No. CLXII.) Malcolm 
Dole, Irving M. Klotz and others. Northwestern 
University. July 25, 1942. 

M7 Retention of HC1 by the M-IXA1 canister. (In¬ 
formal Report No. CLXVII.) W. Conway Pierce 
and Robert K. Brinton. Northwestern University. 
July 29, 1942. 

M8 Protection of M-l and M-IXA1 canisters against 
sulfur dioxide. (Informal Report No. CLXVI.) 


201.1 


290 


DIVISION 10 • MICROFILM LIST 


W. Conway Pierce and Robert K. Brinton. [North¬ 
western University.] July 29, 1942. 

M9 Relative protection of Dewey and Almy super-soda 
limes and high-copper whetlerite in the M-10 
canister. (Informal Report No. CLXX.) W. Con¬ 
way Pierce and Robert K. Brinton. Northwestern 
University. August 5, 1942. 

M10 Tube and canister test methods used at the B-6 
Central Laboratory. (Informal Report No. 
CLXXXII.) W. Conway Pierce. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. August 20, 1942. 

Mil Studies of canister performance at high humidities 
and flow rates. (Report No. 446.) W. Conway 
Pierce. OEMsr-282; Service Project Nos. CWS-7 
and NL-B26; OSRD No. 1081. Northwestern Uni¬ 
versity. December 7, 1942. 

M12 An intermittent flow canister test machine. W. 
Conway Pierce. OEMsr-282; Service Project No. 
CWS-7; OSRD No. 1193. Northwestern Univer¬ 
sity. January 28, 1943. 

M13 Performance of the M-10 canister against HS under 
humid tropical conditions. W. Conway Pierce. 
OEMsr-282; Service Project No. CWS-7; OSRD No. 
1194. Northwestern University. February 3, 1943. 
M14 The gas protection of the M-10 canister. W. Con¬ 
way Pierce. OEMsr-282; Service Project No. CWS- 
7; OSRD No. 1453. Northwestern University. 
April 21, 1943. 

M15 Preparation and properties of a new modification 
of the starch-pyridine-iodine CC indicator for 
canister testing. (Informal Report No. 10.1-24.) 
W. Conway Pierce, J. William Zabor and others. 
Service Project No. CWS-7. Northwestern Univer¬ 
sity. August 12, 1943. 

M16 A meter for the calibration of breather pumps. 
(Progress Report to August 20, 1943.) W. Conway 
Pierce, J. William Zabor and D. P. Smith. OEMsr- 
282; Service Project No. CWS-7; OSRD No. 1872. 
Northwestern University. October 1, 1943. 

M17 Canister surveillance studies. ([Part] I. Informal 
Report No. 10.1-32.) W. Conway Pierce, Thurston 
Skei and Robert K. Brinton. Service Project No. 
CWS-7. Northwestern University. October 14, 
1943. 

M18 Canister surveillance studies. ([Part] II. Supple¬ 
ment ... for the period [from] October 15 to 
November 15, 1943.) Thurston Skei, Carolyn 
Palmer and others. Northwestern University. 
[November, 1943.] 

M19 Apparatus and method for determining gas mask 
outlet valve leakage under conditions of use. 
(Progress Report to October 12, 1943.) D. P. 
Smith and J. William Zabor. OEMsr-282; Service 
Project No. CWS-7; OSRD No. 1984. Northwest¬ 
ern Technological Institute. November 4, 1943. 
M20 Apparatus for evaluating the maximum inspira¬ 
tory and expiratory resistances of gas masks during 
wearing. (Progress Report to October 1, 1943.) 
W. Conway Pierce, J. William Zabor and D. P. 


Smith. OEMsr-282; Service Project No. CWS-7; 
OSRD No. 1982. Northwestern University. No¬ 
vember 4, 1943. 

M21 Canister protection for gases. A survey. W. Con¬ 
way Pierce and J. William Zabor. November 16, 
1943. 

M22 Performance of canisters after wearing tests at 
Camp Sibert, Alabama. (Progress Report to De¬ 
cember 14, 1943.) W. Conway Pierce, J. William 
Zabor and H. S. Joseph. OEMsr-282; Service Proj¬ 
ect No. CWS-7; OSRD No. 3058. Northwestern 
University. December 31, 1943. 

M23 A study of the effect of uniformity of activation 
of sieve fractions on CC canister performance for 
mixtures of PCI charcoals. (Informal Report No. 
10.5-21.) Jon C. Cooper, R. J. Kunz and others. 
OEMsr-282; Service Project No. CWS-7. North¬ 
western University. March 14, 1944. 

M24 Canister efficiency of CC removal at varied breath¬ 
ing rates. (Informal Report No. 10.1-43.) David 
B. Ehrlinger, J. William Zabor and W. Conway 
Pierce. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. March 29, 1944. 

M25 Canister protection at high concentrations. (In¬ 
formal Report No. 10.1-42.) Robert K. Brinton, 
J. B. Fehrenbacher and Virginia Johnson. OEMsr- 
282; Service Project No. CWS-7. Northwestern 
University. March 30, 1944. 

M26 Factors in canister design and tube testing: critical 
bed depth and the nature of gas flow through 
charcoal. (Report to May 18, 1944.) Irving M. 
Klotz. OEMsr-282; Service Project No. CWS-7; 
OSRD No. 3774. Northwestern University. June 
13, 1944. 

M27 Volume requirements for a carbon monoxide 
canister for use with diluter-demand regulator 
equipment. (Informal Report No. 10.1-47.) Robert 
N. Pease and Charles Orenyo. NDCrc-131; Service 
Project No. CWS-7. Princeton University. June 
15, 1944. 

M28 Performance of M-10 and M-IXA2 canisters after 
regular use at Camp Sibert, Alabama. (Report to 
July 22, 1944.) Thurston Skei, J. B. Fehrenbacher 
and H. S. Joseph. OEMsr-282; Service Project No. 
CWS-7; OSRD No. 4014. Northwestern University. 
August 12, 1944. 

M29 Additional surveillance tests on canisters used in 
the first Sibert surveillance study. (Report to July 
24, 1944.) Thurston Skei. OEMsr-282; Service 
Project No. CWS-7; OSRD No. 4015. Northwest¬ 
ern University. August 12, 1944. 

M30 Accelerated aging studies. ([Part] IX. Supplement 
to Monthly Summary Report [Of] August 15, 1944.) 
Thurston Skei, Carolyn Palmer and others. 
Northwestern University. [August 15, 1944.] 

M31 Surveillance of Type ASC whetlerite in M-10 s/ 8 " 
service canisters. Thurston Skei. OEMsr-282; 
Service Project No. CWS-7; OSRD No. 4231. 
Northwestern University. October 3, 1944. 

M32 The use of pyridine and picoline in gas mask 




DIVISION 10 • MICROFILM LIST 


291 


201.2 


201.21 


201.22 


charcoal. (Informal Report No. 10.1-56.) Louis C. 
Weiss, Gerald L. Pratt and others. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. November 16, 1944. 

M33 Factors in canister design and tube testing. [Part] 
II, Critical bed depths in removal of CC by the 
E-3 or M-ll canister. (Informal Report No. 10.1-57.) 
Irving M. Klotz, J. B. Fehrenbacher and others. 
OEMsr-282; Service Project No. CWS-7. North¬ 
western University. November 28, 1944. 

M34 Results of canister tests against carbon monoxide. 
(Report to December 31, 1944.) Robert N. Pease 
and Charles Orenyo. NDCrc-131; Service Project 
Nos. CWS-7, NA-106(3) and NS-338; OSRD No. 
4896. Princeton University. April 5, 1945. 

M35 Performance of M-10, M-10A1 and M-1A1 canisters 
after use in the Southwest Pacific Area. J. B. 
Fehrenbacher, Betty Roake and others. OEMsr- 
282; Service Project Nos. CWS-7 and NS-338; 
OSRD No. 4928. Northwestern Technological In¬ 
stitute. April 12, 1945. 

M36 The determination of ammonia in low concentra¬ 
tions evolved from canisters. W. B. Lewis and 
Francis E. Blacet. OEMsr-282; Service Project 
Nos. CWS-7 and NS-338; OSRD No. 5235. North¬ 
western Technological Institute. June 21, 1945. 

Mesh Size and Filters 

Ml Filter materials. (Report No. 39.) W. H. Rode- 
bush. NDCrc-49; Service Project No. CWS-1; 
OSRD No. 101. University of Illinois. June 12, 

1941. 

M2 The behavior of mixtures of charcoal and inert 
material. (Informal Report No. XCIX.) B. M. 
Abraham. Northwestern University. April 10, 

1942. 

Particle Size of Charcoal 

Ml Mesh size studies. ([Part] I. Informal Report No. 
10.1-11.) W. Conway Pierce, J. William Zabor and 
others. OEMsr-282. Northwestern University. 
April 12, 1943. 

Aerosol Filters and Filtration 

Ml Aerosol filter materials. (Report No. 58.) (n.a.) 

NDCrc-49; Service Project No. CWS-1; OSRD No. 
120. University of Illinois. July 24, 1941. 

M2 Sources of mineral fiber and dispersion of asbestos. 
(Report No. 169, to November 15, 1941.) (n.a.) 

OEMsr-83; Service Project No. CWS-1; OSRD No. 
336. Arthur D. Little, Inc. November 3, 1941. 
M3 Aerosol filter materials. (Report No. 106.) W. H. 
Rodebush. NDCrc-49; Service Project No. CWS-1; 
OSRD No. 168. University of Illinois. November 
7, 1941. 

M4 Preparation of asbestos fibers of small diameter 
and preliminary tests on dispersion of solids in a 
special machine. (Report No. 178.) (n.a.) OEMsr- 
219; Service Project No. CWS-15; OSRD No. 431. 
Arthur D. Little, Inc. March 2, 1942. 


M5 Filtration of aerosols and the development of filter 
materials. (Report No. 353.) W. H. Rodebush, 
Irving Langmuir and Victor K. LaMer. OEMsr- 
108, NDCrc-104 and OEMsr-148; Service Project 
Nos. CWS-15 and NL-B34; OSRD No. 865. Uni¬ 
versity of Illinois, General Electric Company and 
Columbia University. September 4, 1942. 

M6 Studies and investigations in connection with the 
dispersion of solids. (Report No. 419.) (n.a.) 

OEMsr-219; Service Project No. CWS-15; OSRD 
No. 962. Arthur D. Little, Inc. October 31, 1942. 

M7 Preparation of superfine organic fibers from cellu¬ 
lose esters. (Report No. 432.) R. B. Hickey, P. H. 
Schneider and others. OEMsr-272; Service Project 
No. CWS-15; OSRD No. 1048. Tennessee Eastman 
Corporation. November 26, 1942. 

M8 Dispersion of fine fibers and solids. (Informal Re¬ 
port No. 10.4-2, for the period [from] November 
15 to December 15, 1942.) (n.a.) OEMsr-219; 

Service Project No. CWS-15. Arthur D. Little, 
Inc. December 18, 1942. 

M9 Asbestos-impregnated filter papers. (Informal Re¬ 
port No. 10.4-6.) (n.a.) OEMsr-219; Service Proj¬ 
ect No. CWS-15. Arthur D. Little, Inc. January 
15, 1943. 

M10 Dispersion of asbestos fibers. Filter paper prod¬ 
ucts. (Informal Report Nos. 10.4-9, -13 and -16, 
for the period January 1 to April 1, 1943.) Earl 
P. Stevenson and Earl Stafford. OEMsr-219; Serv¬ 
ice Project No. CWS-15. Arthur D. Little, Inc. 
February 10, March 10 and April 9, 1943. 

Mil A colorimetric method of determining the mass 
concentration of triphenyl phosphate smokes. (In¬ 
formal Report No. 10.1-6.) Frank T. Gucker, Jr. 
and Hugh B. Pickard. OEMsr-282; Service Proj¬ 
ect No. NL-B34. Northwestern University. Feb¬ 
ruary 24, 1943. 

M12 Unipolar smoke and filter penetration. (Informal 
Report No. 10.2-2.) Victor K. LaMer, Frank 
Brescia and David Sinclair. OEMsr-148; Service 
Project No. CWS-1. Columbia University. August, 

1943. 

M13 Filter penetration by aerosols of very small particle 
size. (Progress Report to September 1, 1943.) 
W. H. Rodebush, C. E. Holley, Jr. and B. A. 
Lloyd. OEMsr-108; Service Project No. CWS-15; 
OSRD No. 2050. University of Illinois. Novem¬ 
ber 24, 1943. 

M14 Smokes and filters. (Supplement to Section I and 
Section II. Report to January, 1944.) Irving Lang¬ 
muir and Katherine B. Blodgett. OEMsr-131; 
Service Project Nos. CWS-15 and NL-B34; OSRD 
No. 3460. General Electric Company. April 12, 

1944. 

M15 Asbestos-bearing filter paper. (Final report.) T. L. 
Wheeler and Earl Stafford. OEMsr-219; Service 
Project Nos. CWS-16, CWS-17 and NL-B34; OSRD 
No. 4378. Arthur D. Little, Inc. November 23, 
1944. 

M16 A sensitive photoelectric smoke penetrometer. 




292 


DIVISION 10 • MICROFILM LIST 


201.3 

201.31 


201.32 


202 


202.01 


Frank T. Gucker, Jr., Hugh B. Pickard and 
C. T. O’Konski. OEMsr-282; Service Project Nos. 
CWS-7 and NS-338; OSRD No. 5499. North¬ 
western Technological Institute. August 28, 1945. 

Foreign Types of Canisters 

Tests 

Ml Italian canister, large size, D.z.g.c 3-1934. (Infor¬ 
mal Report No. CVIII.) Edwin O. Wiig, L. V. 
McCarty and others. University of Rochester. 
May 15, 1942. 

M2 Foreign canisters and canister fillings. (Informal 
Report No. CLXXI.) Frank T. Gucker, Jr. 
August 1, 1942. 

M3 Gas protection afforded by German canisters. J. B. 
Fehrenbacher and Francis E. Blacet. OEMsr-282; 
Service Project Nos. CWS-7 and NS-338; OSRD 
No. 4929. Northwestern Technological Institute. 
April 12, 1945. 

M4 Gas protection afforded by Japanese canisters. 
J. B. Fehrenbacher and Francis E. Blacet. OEMsr- 
282; Service Project Nos. CWS-7 and NS-338; OSRD 
No. 5238. Northwestern Technological Institute. 
May 30, 1945. 

Comparison with American Types 

Ml The vulnerability of United States, Canadian and 
British canisters toward CC at high humidities. 
W. Conway Pierce. OEMsr-282; Service Project 
No. CWS-7; OSRD No. 1350. Northwestern Uni¬ 
versity. April 20, 1943. 

M2 A comparison of Canadian and American light- 
type canisters. W. Conway Pierce. OEMsr-282; 
Service Project No. CWS-7; OSRD No. 1456. 
Northwestern University. May 25, 1943. 

M3 The protection of United States and enemy canis¬ 
ters against nitrogen dioxide. W. B. Lewis, J. W. 
Thomas and Francis E. Blacet. OEMsr-282; Serv¬ 
ice Project Nos. CWS-7 and NS-338; OSRD No. 
5343. Northwestern Technological Institute. July 
18, 1945. 

Absorbents 

Ml Studies of the preparation and evaluation of gas 
mask absorbents. A summary of the activities of 
Section B-6 to August 7, 1942. (Report No. 407.) 
Francis E. Blacet, Malcolm Dole and others. 
OEMsr-586, OEMsr-282 and others; Service Project 
Nos. CWS-7, NL-B26 and NL-B28; OSRD No. 
1028. University of Chicago, Northwestern Uni¬ 
versity and others. August 8, 1942. 

Foreign Absorbents 

Ml Nature of the impregnant and new absorbents. 
([Informal Report No. L.]) H. F. Johnstone and 
George L. Clark. University of Illinois. Decem¬ 
ber 26, 1941. 

M2 Gas protection of Australian coconut charcoal. 
J. B. Fehrenbacher and Francis E. Blacet. OEMsr- 
282; Service Project Nos. CWS-7 and NS-338; 


OSRD No. 4930. Northwestern Technological In¬ 
stitute. April 12, 1945. 

202.1 Charcoal 

Ml Fundamental study of charcoals and whetlerites. 
(Informal Report No. LXXIV.) H. F. Johnstone 
and George L. Clark. University of Illinois. Feb¬ 
ruary 13, 1942. 

M2 Studies of the preparation and evaluation of gas 
mask absorbents. A summary of the activities of 
Section B-6 to March 13, 1942. (Report No. 221.) 
Warren L. McCabe, Robert York, Jr. and others. 
NDCrcl24, NDCrc-119 and others; Service Project 
No. CWS-7; OSRD No. 496. Carnegie Institute 
of Technology, Johns Hopkins University and 
others. March 13, 1942. 

M3 Carbonization of resins and other plastics. Nature 
of reaction product from arsine on whetlerite. 
X-ray studies. (Informal Report No. CXXXI.) 
H. F. Johnstone and George L. Clark. University 
of Illinois. June 11, 1942. 

M4 Preliminary study of whetlerites from different size 
extruded charcoals t andj charcoals activated at dif¬ 
ferent temperatures. (Informal Report No. CXLIV.) 
David H. Volman, Francis E. Blacet and George 
J. Doyle. Northwestern University. June 23, 1942. 

M5 Temperatures in canisters and tubes during SA 
removal. (Report No. 325.) Malcolm Dole, Irving 
M. Klotz and others. OEMsr-282; Service Project 
Nos. CWS-7 and NL-B26; OSRD No. 851. North¬ 
western University. July 25, 1942. 

M6 Study of commercial whetlerites. Work on char¬ 
coal. (Informal Report No. CCII, for the period 
from September 15 to October 15, 1942.) H. F. 
Johnstone, George L. Clark and others. OEMsr- 
599; Service Project No. CWS-7. University of 
Illinois. October 15, 1942. 

M7 Experiments with Type AS whetlerites at Fostoria, 
Columbus and Zanesville, Ohio. (Report No. 471.) 
Francis E. Blacet. OEMsr-282; Service Project No. 
CWS-7; OSRD No. 1126. Northwestern University. 
December 9, 1942. 

M8 [Absorbents for gas masks.] (Monthly Summary 
Reports of Sections 10.1, 10.4 and 10.5 for . . . 
January 15, February 15, March 15, April 15, May 
15, June 15, August 15, October 15, December 15, 
1943, February 15, March 15, May 15, July 15, 
November 15, December 15, 1944 and January 15, 
1945.) H. F. Johnstone, Francis E. Blacet and 
others. 

M9 Some mathematical theories for charcoal tube test¬ 
ing. (Informal Report No. 10.1-12.) Don M. Yost 
and Don S. Martin, Jr. OEMsr-282. Northwestern 
University. April 30, 1943. 

M10 Summary of investigations by the Engineering 
Pilot Group. ([Parts] VII, IX and XI to XVIII. 
Informal Report Nos. 10.4-23 and -31; 10.5-4, -5, 
-8, -13, -16, -19, -27 and -31, for the period May 10 
to August 10, 1943 and September 10, 1943 to 
May 10, 1944.) R. J. Kunz, Jon C. Cooper and 




DIVISION 10 • MICROFILM LIST 


293 


others. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. 

Mil ASCM whetlerite. Edwin O. Wiig, Herbert Sco- 
ville, Jr. and others. OEMsr-548; Service Project 
No. CWS-7; OSRD No. 1454. University of 
Rochester. May 25, 1943. 

M12 G. L. Cabot carbon black charcoals. (Informal Re¬ 
port No. 10.1-15.) Francis E. Blacet and Thurston 
Skei. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. June 3, 1943. 

M13 Leaching and rewhetlerization of impregnated 
charcoals. Robert J. Grabenstetter, Louis C. Weiss 
and Francis E. Blacet. OEMsr-282; Service Project 
Nos. CWS-7 and NS-338; OSRD No. 5237. North¬ 
western Technological Institute. June 21, 1945. 

202.11 Physical Properties and Structure of Charcoal 

Ml On the structure of charcoal. ([Informal Report 
No. V.]) T. F. Young. University of Chicago. 
June 18, 1941. 

M2 The increase in weight of charcoal at the break¬ 
point. ([Informal Report No.] XXVI.) Malcolm 
Dole. Northwestern University. August 29, 1941. 

M3 A study of the physical variables in the produc¬ 
tion of Type A and Type AS whetlerites from 
CWSN-44, CWSNC-1 and CWSPCI-1 charcoals. 
(Informal Report No. CCXXVI, for the period 
June to October, 1942.) Francis E. Blacet, David 
H. Volman and George J. Doyle. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. November 5, 1942. 

M4 The fixed oxygen content of charcoal. (Informal 
Report No. CCXV.) Robert N. Pease, Nat C. 
Robertson and others. NDCrc-131; Service Proj¬ 
ect No. CWS-7. Princeton University. November 
20, 1942. 

M5 Changes in properties of Barnebey-Cheney Com¬ 
pany pecan charcoal and whetlerite during activa¬ 
tion. (Informal Report No. 10.1-22.) Francis E. 
Blacet, Thurston Skei and others. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. July 27, 1943. 

M6 Effect of activation time on properties of PCI 
charcoal and corresponding whetlerites. (Second 
Report.) Francis E. Blacet, W. Conway Pierce and 
Thurston Skei. OEMsr-282; Service Project No. 
CWS-7; OSRD No. 1746. Northwestern Univer¬ 
sity. August 10, 1943. 

M7 Analyses of base charcoals. (Progress Report to 
June 11, 1943.) Edwin O. Wiig and John F. Flagg. 
OEMsr-548; Service Project No. CWS-7; OSRD No. 
1780. University of Rochester. September 6, 1943. 

M8 Adsorption of nitrogen on CWSN base charcoals. 
(Informal Report No. 10.5-3.) Paul H. Emmett, 
James Holmes and others. NDCrc-119; Service 
Project No. CWS-7. Johns Hopkins University. 
September 11, 1943. 

M9 The effect of the activation process on the nitrogen 
adsorption and whetlerite properties of PCI and 
Carlisle chars. (Informal Report No. 10.5-7.) 


Robert York, Jr., David G. Edwards and others. 
OEMsr-580; Service Project No. CWS-7. Carnegie 
Institute of Technology. December 1, 1943. 

M10 A systematic study of pressure drop in beds of 
charcoal. A summary of work completed in May, 
1943. (Informal Report No. 10.5-26.) David G. 
Anderson, Jr. and R. J. Kunz. OEMsr-282; Serv¬ 
ice Project No. CWS-7. Northwestern University. 
April 24, 1944. 

202.111 Pore Size 

Ml Pore size alteration of charcoal. (Informal Report 
No. 10.5-12.) Paul H. Emmett and James Holmes. 
NDCrc-119; Service Project No. CWS-7. Johns 
Hopkins University. November 12, 1943. 

M2 The effect of pore size and pore size distribution 
on the performance of ASC whetlerites at high 
humidities. (Informal Report No. 10.1-40.) J. Wil¬ 
liam Zabor and Arvo J. Juhola. OEMsr-282; Serv¬ 
ice Project No. CWS-7. Northwestern University. 
February 11, 1944. 

M3 A study of pore development and ASC whetlerite 
performance of charcoals prepared from briquetted 
coal. (Informal Report No. 10.1-46.) Arvo J. 
Juhola, Thurston Skei and others. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. June 28, 1944. 

M4 Determination of pore diameters in charcoal. (In¬ 
formal Report No. 10.1-58.) Arvo J. Juhola and 
Francis E. Blacet. OEMsr-282; Service Project No. 
CWS-7. Northwestern University. January 24, 
1945. 

M5 Survey of pore structure in charcoal. Arvo J. 
Juhola, Francis E. Blacet and others. OEMsr- 
282; Service Project Nos. CWS-7 and NS-338; 
OSRD No. 5500. Northwestern Technological In¬ 
stitute. August 28, 1945. 

202.12 Manufacture of Charcoal. 

Ml Study of the preparation of whetlerite and of pro¬ 
moted whetlerites. ([Informal Report No.] VII.) 
J. C. Elgin. Princeton University. July 16, 1941. 

M2 [Adsorbents for gas masks.] Report on activities of 
Section B-6. ([Informal Report No.] XXXIV.) 
(n.a.) October 29, 1941. 

M3 A study of the physical variables in the production 
of whetlerite and silvered whetlerite. (Report No. 
264.) Francis E. Blacet. OEMsr-282; Service Proj¬ 
ect No. CWS-7; OSRD No. 621. Northwestern 
University. June 9, 1942. 

M4 Production of primary charcoal by the Carlisle 
process. (Informal Report No. CXXXV.) Warren 
L. McCabe and Leonard Byman. Carnegie Insti¬ 
tute of Technology. June 16, 1942. 

M5 The preparation of crude char. (Informal Report 
No. CLXV.) Warren L. McCabe. Carnegie Insti¬ 
tute of Technology. July 16, 1942. 

M6 Preparation of wood charcoal. (Report No. 403.) 
Warren L. McCabe. OEMsr-116; Service Project 



294 


DIVISION 10 • MICROFILM LIST 


202.13 


No. CWS-7; OSRD No. 1002. Carnegie Institute 
of Technology. October 21, 1942. 

M7 The preparation from wood of charcoal suitable 
for activation. (Informal Report No. CCXIII, for 
the period [from] October 15 to November 15, 
1942.) Warren L. McCabe, Leonard Byman and 
others. OEMsr-116; Service Project No. CWS-7. 
Carnegie Institute of Technology. November 15, 

1942. 

M8 The preparation of wood charcoal suitable for 
activation. (Progress Report to January 15, 1943.) 
Warren L. McCabe. OEMsr-116; Service Project 
No. CWS-7; OSRD No. 1280. Carnegie Institute 
of Technology. March 20, 1943. 

M9 ASM whetlerite. Edwin O. Wiig. OEMsr-548; 
Service Project No. CWS-7; OSRD No. 1455. Uni¬ 
versity of Rochester. May 25, 1943. 

M10 Type ASM whetlerite prepared in rotary drier, 
laboratory scale. (Progress Report to July 2, 1943.) 
Edwin O. Wiig, Francis E. Blacet and others. 
OEMsr-282; Service Project No. CWS-7; OSRD 
No. 1693. Northwestern University. August 6, 

1943. 

Mil The preparation of wood charcoal suitable for 
activation. (Final Report to August 16, 1943.) 
Warren L. McCabe, Leonard Byman and others. 
OEMsr-116; Service Project No. CWS-7; OSRD 
No. 1856. Carnegie Institute of Technology. Sep¬ 
tember 29, 1943. 

M12 Preparation and properties of ASV whetlerite. 
(Progress Report to September 2, 1943.) Edwin 
O. Wiig, Herbert Scoville, Jr. and others. OEMsr- 
548; Service Project No. CWS-7; OSRD No. 1912. 
University of Rochester. October 13, 1943. 

M13 An investigation of the applicability of ASC-type 
whetlerizing equipment to the preparation of ASM 
whetlerite. (Informal Report No. 10.5-28.) Edward 
H. Conroy, R. J. Kunz and others. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. March 15, 1944. 

M14 Summary of pilot studies of the preparation of 
ASC whetlerite. (Report to August 15, 1944.) R. J. 
Kunz. OEMsr-282; Service Project No. CWS-7; 
OSRD No. 4129. Northwestern University. Sep¬ 
tember 14, 1944. 

M15 A study of the carbonization of coal materials. 
(Informal Report No. 10.5-49.) Byron A. White, 
Leonard Byman and others. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 
November 24, 1944. 

Activated Charcoal 

Ml A search for promoter activity in whetlerites. (In¬ 
formal Report No. LXII.) Francis E. Blacet. 
University of California at Los Angeles. December 
26, 1941. 

M2 Activation of charcoal. ([Informal] Report No. 
LVIII.) Warren L. McCabe. Carnegie Institute 
of Technology. December 29, 1941. 

M3 Adsorption, surface area and pore size studies on 


activated charcoals and whetlerite. ([Informal Re¬ 
port No. LII.j) Paul H. Emmett. Johns Hopkins 
University. December 29, 1941. 

M4 Activation of charcoal. Effect of varying gas mix¬ 
tures and temperatures. (Informal Report No. 
LXXIII.) Warren L. McCabe. Carnegie Institute 
of Technology. February 15, 1942. 

M5 Activation of charcoal and of anthracite. (Informal 
Report No. LXXXVI.) Warren L. McCabe and 
Robert York, Jr. Carnegie Institute of Technol¬ 
ogy. March 15, 1942. 

M6 A laboratory study of activation. (Informal Report 
No. CXXXVI.) Robert York, Jr. Carnegie Insti¬ 
tute of Technology. June 15, 1942. 

M7 Oxygen treatment of charcoal. Heats of combus¬ 
tion of charcoals. (Informal Report No. CLX, for 
the period from June 15 to July 15, 1942.) T. F. 
Young. University of Chicago. [July, 1942.] 

M8 Activation of charcoal. (Informal Report No. 
CLXIV.) Robert York, Jr. [Carnegie Institute of 
Technology.] July 15, 1942. 

M9 Summary of investigations at the Activation Labo¬ 
ratory. (Informal Report Nos. 10.4-3, -4, -8, -11, 
-15 and -19, for the period [from] November 15, 
1942 to May 10, 1943.) R. J. Kunz, David G. 
Anderson, Jr. and others. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 

M10 Changes in properties of PCI charcoal and whetler¬ 
ite during activation. (Informal Report No. 10.1-8.) 
Francis E. Blacet and Thurston Skei. OEMsr-282. 
Northwestern University. March 12, 1943. 

Mil Weight and size losses during laboratory activation 
of PCI char. (Informal Report No. 10.4-14, cover¬ 
ing period [from] January 15 to March 15, 1943.) 
Robert York, Jr., David G. Edwards and others. 
NDCrc-124; Service Project No. CWS-7. Carnegie 
Institute of Technology. April 1, 1943. 

M12 Changes in properties of PCI charcoal and 
whetlerite during activation. Francis E. Blacet 
and Thurston Skei. OEMsr-282; Service Project 
No. CWS-7; OSRD No. 1349. Northwestern Uni¬ 
versity. April 20, 1943. 

M13 Activation of charcoal in a boiling-bed furnace. 
(Informal Report Nos. 10.4-18 and 10.5-6, for . . . 
May 1, 1943 and November 12, 1943.) Robert 
York, Jr., David G. Edwards and others. OEMsr- 
580; Service Project No. CWS-7. Carnegie Insti¬ 
tute of Technology. 

M14 The non-uniform activation of charcoals. (In¬ 
formal Report No. 10.1-18.) Francis E. Blacet, 
Thurston Skei and others. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 
June 15, 1943. 

M15 Summary of investigations by the Engineering Pilot 
Group. ([Part] VIII. Informal Report No. 10.4-27, 
for the period [from] June 10 to July 10, 1943.) 
R. J. Kunz, Jon C. Cooper and others. OEMsr- 
282; Service Project No. CWS-7. Northwestern 
University. July 10, 1943. 

M16 Composition of gases evolved during activation. (In- 



DIVISION 10 • MICROFILM LIST 


295 


formal Report No. 10.4-30, for the period [from] 
March 1 to August 1, 1943.) Robert York, Jr., 
David G. Edwards and others. OEMsr-580; Service 
Project No. CWS-7. Carnegie Institute of Tech¬ 
nology. August 1, 1943. 

M17 An hypothesis of the activation mechanism in char¬ 
coal. (Informal Report No. 10.5-14.) Robert York, 
Jr., David G. Edwards and others. OEMsr-580; 
Service Project No. CWS-7. Carnegie Institute of 
Technology. February 1, 1944. 

M18 Zinc chloride activated wood charcoal. ([Parts] III 
to X. Informal Report Nos. 10.5-17, -22, -29, -32, 
-34, -38, -43 and -46, for . . . February 10 to August 
10, 1944.) George W. Heise, J. A. Slyh and others. 
OEMsr-1200; Service Project No. CWS-7. National 
Carbon Company, Inc. 

M19 Nitrogen surface area measurements on a series of 
PCI samples subjected to steam activation for vari¬ 
ous periods of time. (Informal Report No. 10.5-20, 
to November 11, 1943.) Paul H. Emmett and J. T. 
Kummer. NDCrc-119; Service Project No. CWS-7. 
Johns Hopkins University. March 1, 1944. 

M20 A modified boiling-bed furnace for charcoal activa¬ 
tion by steam. ([PartSj III and IV. Informal Report 
Nos. 10.5-18 and -33, for . . . March 1, 1944 and 
May 23, 1944.) Robert York, Jr., David G. Ed¬ 
wards and others. OEMsr-580; Service Project No. 
CWS-7. Carnegie Institute of Technology. 

M21 Activation of charcoal in a boiling-bed furnace. 
(Progress Report to June 23, 1944.) Robert York, 
Jr., David G. Edwards and others. OEMsr-580; 
Service Project No. CWS-7; OSRD No. 4011. Car¬ 
negie Institute of Technology. August 12, 1944. 

M22 A study of the steam activation of various charcoals 
in a small horizontal rotary retort. (Informal Re¬ 
port No. 10.5-42.) Donald Holmes, R. J. Kunz and 
others. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. August 14, 1944. 

M23 Whetlerization and surveillance studies on PCI 
charcoal at varying stages of activation. (Third Re¬ 
port to August 12, 1944.) Thurston Skei. OEMsr- 
282; Service Project No. CWS-7; OSRD No. 4112. 
Northwestern University. September 9, 1944. 

M24 Zinc chloride activated wood charcoal. George W. 
Heise, J. A. Slyh and others. OEMsr-1200; Service 
Project Nos. CWS-7 and NL-B28; OSRD No. 4324. 
National Carbon Company, Inc. September 30, 
1944. 

M25 The effect of treating activated charcoal with air 
or air-steam mixtures at elevated temperatures. 
Clarence R. Bierman, Gerald L. Pratt and Byron 
A. White. OEMsr-282; Service Project Nos. CWS-7 
and NS-338; OSRD No. 5240. Northwestern Tech¬ 
nological Institute. June 21, 1945. 

M26 Gas and chemical activation of charcoal. (Final Re¬ 
port covering the period [from] July 31, 1942 to 
August 31, 1944.) Robert York, Jr. and others. 
OEMsr-580; Service Project Nos. CWS-7 and NS- 
338; OSRD No. 5278. Carnegie Institute of Tech¬ 
nology. June 29, 1945. 


M27 The physical chemistry of the activation of char¬ 
coal. (Final Report to May 22, 1945.) T. F. Young. 
OEMsr-586; Service Project Nos. CWS-7 t and NS- 
338]; OSRD No. 5354. University of Chicago. July 
21, 1945. 

202.131 Jiggler Process 

Ml Activation of charcoal. Comparison of jiggler and 
pilot plant operation. (Informal Report No. 
LXVII.) Warren L. McCabe. Carnegie Institute 
of Technology. January 15, 1942. 

M2 The design of a pilot plant jiggler for charcoal 
activation. (Informal Report No. CXVIII.) Robert 
York, Jr. Carnegie Institute of Technology. May 
15, 1942. 

M3 Activation of gas charcoal by a new jiggler process. 
(Report No. 390.) Robert York, Jr., Clay Lewis 
and others. NDCrc-124; Service Project No. CWS- 
7; OSRD No. 956. Carnegie Institute of Tech¬ 
nology. July 31, 1942. 

M4 Further development of a laboratory-type jiggler 
for activating gas charcoal, and tentative results of 
gasification rate studies. (Progress Report to Febru¬ 
ary 28, 1943.) Robert York, Jr., David G. Edwards 
and others. OEMsr-580; Service Project No. 
CWS-7; OSRD No. 1521. Carnegie Institute of 
Technology. June 17, 1943. 

M5 Summary of investigations by the Engineering Pilot 
Group. ([Part] X. Informal Report No. 10.5-2.) 
R. J. Kunz, Leonard Byman and others. OEMsr- 
282; Service Project No. CWS-7. Northwestern 
University. September 10, 1943. 

M6 Preliminary design and cost estimate for five-ton 
per day activation plant based on jiggler process. 
(Informal Report No. 10.5-10.) Edward H. Con¬ 
roy, Jon C. Cooper and Robert H. Rogge. OEMsr- 
282; Service Project No. CWS-7. Northwestern 

University. January 15, 1944. 

M7 Activation of charcoal by the jiggler process. A 
summary of the results obtained in the first two 
pilot models. (Informal Report No. 10.5-25.) Rob¬ 
ert H. Rogge, R. J. Kunz and others. OEMsr-282; 
Service Project No. CWS-7. Northwestern Univer¬ 
sity. March 20, 1944. 

M8 The effect of time and temperature of activation 
on the properties of PCI charcoal activated in the 
jiggler pilot plant. (Informal Report No. 10.5-24.) 
Jon C. Cooper, R. J. Kunz and others. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. March 25, 1944. 

M9 The effect of time and temperature of activation 
upon the properties of Barnebey-Cheney and 
Carlisle charcoals processed in the jiggler pilot 
activator. (Informal Report No. 10.5-37.) Clarence 
R. Bierman, R. J. Kunz and others. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. June 30, 1944. 

M10 Design, construction and operating characteristics 
of the third pilot jiggler activator. (Informal Re¬ 
port No. 10.5-36.) O. J. Parr, R. J. Kunz and 



296 


DIVISION 10 • MICROFILM LIST 


others. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. July 10, 1944. 

Mil Activation of charcoal by the jiggler process. Fac¬ 
tors, other than time-temperature, affecting product 
quality and yield. (Informal Report No. 10.5-35.) 
Robert H. Rogge, R. J. Kunz and others. OEMsr- 
282; Service Project No. CWS-7. Northwestern 
University. July 14, 1944. 

M12 Final design and cost estimate for a two-ton per 
day activator using the jiggler process. (Informal 
Report No. 10.5-45.) Jon C. Cooper and R. J. 
Kunz. [OEMsr-282;] Service Project No. CWS-7. 
Northwestern University. August 15, 1944. 

M13 Activation of charcoal by the jiggler process. A 
summary of the results obtained in the fourth, 
metal tube, pilot model. (Progress Report to Au¬ 
gust 15, 1944.) Robert H. Rogge and R. J. Kunz. 
OEMsr-282; Service Project Nos. CWS-7 and NL- 
B28; OSRD No. 4283. Northwestern University. 
October 23, 1944. 

202.132 Reactivation 

Ml The effects of reactivation on the properties of cer¬ 
tain activated charcoals. (Informal Report No. 
CCIV, for the period [from] September 15 to Oc¬ 
tober 15, 1942.) T. F. Young, Sol W. Weller and 
Sidney L. Simon. OEMsr-586; Service Project No. 
CWS-7. University of Chicago. October 21, 1942. 
M2 The reactivation in oxygen of Chemical Warfare 
Service charcoals. (Progress Report to August 4, 
1944.) T. F. Young. OEMsr-586; Service Project 
No. CWS-7; OSRD No. 4104. University of Chi¬ 
cago. September 7, 1944. 

202.133 Zinc Chloride Method 

Ml Study of Zinc chloride carbon. ([Parts] I and II. 
Informal Report Nos. 10.5-11 and -15, for Novem¬ 
ber and December, 1943.) George W. Heise, J. A. 
Slyh and others. OEMsr-1200; Service Project 
No. CWS-7. National Carbon Company, Inc. De¬ 
cember 10, 1943 and January 10, 1944. 

202.134 Charcoals from Miscellaneous Sources. 

Ml The carbonization of Pres-to-logs. (Informal Re¬ 
port No. CLXXXIII.) Warren L. McCabe, Leonard 
Byman and others. OEMsr-116; Service Project 
No. CWS-7. Carnegie Institute of Technology. 
August 13, 1942. 

M2 Activation of carbonized Pres-to-logs. (Informal 
Report No. 10.5-1.) Robert York, Jr., David G. 
Edwards and others. OEMsr-116; Service Project 
No. CWS-7. Carnegie Institute of Technology. 
September 1, 1943. 

M3 Activation of carbonized peach pits and black 
walnut shells in PCI retorts. (Informal Report No. 
10.5-9.) Robert York, Jr., David G. Edwards and 
others. OEMsr-580; Service Project No. CWS-7. 
Carnegie Institute of Technology. December 15, 
1943. 

M4 Carbonization of peach pits and their preparation 


into ASC whetlerite. (Informal Report No. 10.5-39.) 
Byron A. White and R. J. Kunz. OEMsr-282; 
Service Project No. CWS-7. Northwestern Univer¬ 
sity. July 15, 1944. 

M5 Studies of the preparation of activated charcoal 
suitable for whetlerization from coconut shells. 
Byron A. White, Clarence R. Bierman and others. 
OEMsr-282; Service Project Nos. CWS-7 and NS- 
338; OSRD No. 5116. Northwestern Technological 
Institute. May 24, 1945. 

202.14 Impregnated Charcoal 

Ml Study of impregnation. ([Informal Report No.] 
XXVII.) J. C. Elgin. Princeton University. Au¬ 
gust 30, 1941. 

M2 Impregnation. (Informal Report No. XXXV.) J. C. 

Elgin. Princeton University. October 22, 1941. 
M3 Studies on impregnation. (Informal Report No. 
XXXVII.) Allan P. Colburn. University of Dela¬ 
ware. October 31, 1941. 

M4 Studies of impregnated charcoals. (Report No. 110, 
to August 10, 1041.) H. F. Johnstone and George 
L. Clark. NDCrc-152; Service Project No. CWS-7; 
OSRD No. 172. University of Illinois. November 
8, 1941. 

M5 A study of whetlerites. (Informal Report No. LVII.) 
T. F. Young, Sidney L. Simon and Sol W. Weller. 
University of Chicago. December 26, 1941. 

M6 Performance data on some recent samples. (In¬ 
formal Report No. LXXVIII.) W. Albert Noyes, 
Jr. University of Rochester. February 17, 1942. 
M7 Studies on impregnation. (Report No. 250.) J. C. 
Elgin. NDCrc-106; Service Project No. CWS-7; 
OSRD No. 586. Princeton University. April 9, 
1942. 

M8 A comparison of impregnated charcoals. (Informal 
Report No. CXIX.) Francis E. Blacet, Thurston 
Skei and R. V. Yount. Northwestern University. 
May 5, 1942. 

M9 The adsorption of silver on charcoal from whet- 
lerizing solutions. (Informal Report No. CXX.) 
Francis E. Blacet and David H. Volman. North¬ 
western University. May 18, 1942. 

M10 The distribution of the catalyst in whetlerite. The 
location and the identification of the reaction prod¬ 
ucts in whetlerite treated with arsine. (Report 
No. 292.) H. F. Johnstone and George L. Clark. 
NDCrc-152; OSRD No. 704. University of Illinois. 
June 1, 1942. 

Mil Optimum concentrations of copper, ammonia and 
carbon dioxide for whetlerizing solutions. (Informal 
Report No. CXLIII.) Francis E. Blacet, David H. 
Volman and George J. Doyle. Northwestern Uni¬ 
versity. June 22, 1942. 

M12 The comparison of impregnated charcoals. (Second 
Report. Informal Report No. CXLVII.) Thurston 
Skei, Francis E. Blacet and R. V. Yount. North¬ 
western University. June 29, 1942. 

M13 The effects of cuprous copper and nitrate ions in 
whetlerizing solutions. The minimum silver re- 



DIVISION 10 • MICROFILM LIST 


297 


quirements for different activated charcoals. (In¬ 
formal Report No. CLXVIII.) David H. Volman 
and Francis E. Blacet. Northwestern University. 
July 28, 1942. 

M14 The solubility of silver thiocyanate in whetlerizing 
solution. The adsorption of silver ions and thio¬ 
cyanate ions by charcoal from solutions. (Informal 
Report No. CLXXVII.) Francis E. Blacet and 
David H. Volman. OEMsr-282; Service Project 
No. CWS-7. Northwestern University. August 3, 
1942. 

M15 A study of thiocyanate-treated whetlerites. (In¬ 
formal Report No. CCX, for the period [from] 
May 15 t tO] September 15, 1942.) Francis E. Blacet, 
Thurston Skei and others. t OEMsr-282;] Service 
Project No. CWS-7. Northwestern University. 
September 17, 1942. 

M16 Adsorption of constituents from a standard whet¬ 
lerizing solution. (Informal Report No. CCXXIII.) 
Francis E. Blacet, David H. Volman and George 
J. Doyle. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. November 5, 1942. 

M17 Miscellaneous experiments with National charcoals. 
The minimum silver requirements of CWSN-C1 
charcoal. (Informal Report No. CCXXIV.) Francis 
E. Blacet, David H. Volman and George J. Doyle. 
OEMsr-282; Service Project No. CWS-7. North¬ 
western University. November 10, 1942. 

M18 The comparison of impregnated charcoals. (Third 
Report No. 470.) Francis E. Blacet. OEMsr-282; 
Service Project Nos. CWS-7 and NL-B28; OSRD 
No. 1125. Northwestern University. December 9, 
1942. 

M19 Study of impregnation. (Informal Report No. LV.) 
J. C. Elgin. Princeton University. December 22, 
1942. 

M20 Composition of gas evolved from drying whetlerites. 
Francis E. Blacet. OEMsr-282; Service Project No. 
CWS-7; OSRD No. 1201. Northwestern University. 
January 4, 1943. 

M21 Analytical methods for whetlerites and whetlerizing 
solutions. Francis E. Blacet. OEMsr-282; Service 
Project No. CWS-7; OSRD No. 1175. Northwest¬ 
ern University. February 3, 1943. 

M22 A study of the partial vapor pressure of the volatile 
constituents in whetlerizing solutions. (Informal 
Report No. 10.1-7.) Francis E. Blacet and David 
H. Volman. OEMsr-282. Northwestern Univer¬ 
sity. March 19, 1943. 

M23 The preparation and surveillance of hexameth¬ 
ylenetetramine impregnated charcoals. (Progress 
Report to March 9, 1943.) Francis E. Blacet and 
Jack G. Roof. OEMsr-282; Service Project No. 
CWS-7; OSRD No. 1352. Northwestern University. 
April 20, 1943. 

M24 Protection afforded by ASC whetlerites of varying 
copper content. Surveillance of ASC whetlerites of 
varying copper content. (Informal Report No. 
10.1-19.) Thurston Skei, Robert K. Brinton and 


others. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. June 10, 1943. 

M25 Reactions involving chromium which occur when 
ASC whetlerizing solution is in contact with char¬ 
coal. (Informal Report No. 10.1-17.) Francis E. 
Blacet, David H. Volman and George J. Doyle. 
OEMsr-282; Service Project No. CWS-7. North¬ 
western University. June 11, 1943. 

M26 An investigation of the possible explosion hazard 
presented by silver whetlerizing solutions and 
residues. (Progress Report to May 10, 1943.) 
Francis E. Blacet and David H. Volman. OEMsr- 
282; Service Project No. CWS-7; OSRD No. 1527. 
Northwestern University. June 21, 1943. 

M27 Additional study of the partial vapor pressures of 
the volatile constituents in whetlerizing solutions. 
(Progress Report to June 9, 1943.) Francis E. 
Blacet and David H. Volman. OEMsr-282; Service 
Project No. CWS-7; OSRD No. 1626. North¬ 
western University. July 3, 1943. 

M28 Analytical methods for whetlerites and whetleriz¬ 
ing solutions. (Informal Report No. 10.1-21.) 
Francis E. Blacet, Walter J. Blaedel and others. 
OEMsr-282; Service Project No. CWS-7. North¬ 
western University. August 2, 1943. 

M29 Design and construction of the whetlerization pilot 
plant at the NDRC Division 10 Central Labora¬ 
tory. R. J. Kunz, Jon C. Cooper and others. 
OEMsr-282; Service Project No. CWS-7; OSRD No. 
1778. Northwestern University. September 6, 
1943. 

M30 Determination of pyridine and ammonia in whet- 
lerite and whetlerizing solutions. (Informal Report 
No. 10.1-44.) W. B. Lewis, Walter J. Blaedel and 
others. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. May 12, 1944. 

M31 The effect of air carbonization in the PCC charcoal 
process upon the whetlerite qualities of the ad¬ 
sorbent. Byron A. White, Clarence R. Bierman 
and others. OEMsr-282; Service Project Nos. 
CWS-7 and NS-338; OSRD No. 5115. Northwestern 
Technological Institute. May 24, 1945. 

M32 Magnetic studies on impregnated charcoal. How¬ 
ard G. Cutforth, Irving M. Klotz and Francis E. 
Blacet. OEMsr-282; Service Project Nos. CWS-7 
and NS-338; OSRD No. 5117. Northwestern 
Technological Institute. May 24, 1945. 

M33 The effect of impregnation on the removal of 
ethylene imine. Break times for di-, tri- and penta- 
methylene imines. (Informal Report No. LXX.) 
Philip A. Leighton. Stanford University, (n.d.) 

202.141 Impregnating Agents 

Ml [Absorbents for gas masks.] (Informal Report No. 
XXIII.) T. F. Young. University of Chicago. 
August 28, 1941. 

M2 Nature of the impregnant and new absorbents. 
(Informal Report No. XLVII.) H. F. Johnstone 
and George L. Clark. University of Illinois. De¬ 
cember 5, 1941. 



298 


DIVISION 10 • MICROFILM LIST 


M3 Impregnation of charcoals with liquid ammonia, 
[Part] II. Impregnation of charcoals from vapor 
phase. (Informal Report No. LXI.) Francis E. 
Blacet. University of California at Los Angeles. 
December 22, 1941. 

M4 Study of impregnation. Iodic acid. (Informal Re¬ 
port No. LXIX.) J. C. Elgin. Princeton Univer¬ 
sity. January 15, 1942. 

M5 Secondary impregnation of whetlerites with mer¬ 
cury compounds for the production of moisture- 
resistant SA catalysts. (Report No. 165.) Allan P. 
Colburn. NDCrc-70; Service Project Nos. CWS-7 
and NL-B28; OSRD No. 362. University of Dela¬ 
ware. January 21, 1942. 

M6 Impregnated charcoals, by A. M. Patterson. Chemi¬ 
cal Warfare Monograph, Volume 47, II Parts. 
Research Division, American University Experi¬ 
ment Station, June, 1919. ([Informal Report No.] 
XC.) Abstracted by: H. F. Johnstone. March, 
1942. 

M7 A search for new reactants. (Report No. 216.) 
Francis E. Blacet. OEMsr-16; Service Project No. 
CWS-17; OSRD No. 472. University of California 
at Los Angeles. March 12, 1942. 

M8 Problems relating to CC. (Informal Report No. 
CXVII.) Wendell M. Latimer, H. W. Anderson 
and H. O. Kerlinger. University of California. 
May 15, 1942. 

M9 Preliminary study of hexamine impregnation. (In¬ 
formal Report No. CXXII.) Francis E. Blacet and 
Jack G. Roof. Northwestern University. May 22, 
1942. 

M10 The use of mercury compounds in the impregna¬ 
tion of activated charcoal. (Report No. 267.) Fran¬ 
cis E. Blacet. OEMsr-282; Service Project No. 
CWS-7; OSRD No. 629. Northwestern University. 
May 25, 1942. 

Mil Iodine, halogen acids and their salts as charcoal 
impregnants. (Informal Report No. CLXIII.) 
Francis E. Blacet, Robert J. Grabenstetter and 
C. H. Simonson. Northwestern University. Tuly 
27, 1942. 

M12 One-step impregnation with whetlerizing solutions 
containing copper, silver and either molybdenum, 
vanadium or tungsten. (Informal Report No. 
CLXXVI, for the period [from] June 1 f tO] August 
5, 1942.) Francis E. Blacet and Robert J. Graben¬ 
stetter. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. August 5, 1942. 

M13 Impregnation of activated charcoals to obtain high 
SA lives. (Report No. 355.) Allan P. Colburn, 
E. O. Kraemer and others. NDCrc-70; Service 
Project Nos. CWS-7 and NL-B28; OSRD No. 853. 
University of Delaware. September 1, 1942. 

M14 One-step impregnation with whetlerizing solutions 
containing copper, silver and chromium. (Informal 
Report No. CXCVI, for the period [from] June 11 
to October 15, 1942.) Francis E. Blacet, Robert J. 
Grabenstetter and C. H. Simonson. OEMsr-282; 


Service Project No. CWS-7. Northwestern Uni¬ 
versity. October 15, 1942. 

M15 One-step impregnation with copper, silver and 
either molybdenum, vanadium or zinc. (Informal 
Report No. CCXXV.) Francis E. Blacet, Robert 
J. Grabenstetter and C. H. Simonson. OEMsr-282; 
Service Project No. CWS-7. Northwestern Univer¬ 
sity. November 10, 1942. 

M16 The use of copper, silver and chromium solutions 
as charcoal impregnants. (Second Report. Informal 
Report No. CCXXII.) Francis E. Blacet, Robert J. 
Grabenstetter and C. H. Simonson. OEMsr-282; 
Service Project Nos. CWS-7 and NL-B28. North¬ 
western University. December 21, 1942. 

M17 Picoline as impregnant for gas mask absorbents. 
(Progress Report to December 21, 1943.) Edwin O. 
Wiig, Herbert Scoville, Jr. and others. OEMsr- 
548; Service Project No. CWS-7; OSRD No. 3130. 
University of Rochester. January 15, 1944. 

M18 The state of impregnants on ASC charcoal. Mag¬ 
netic susceptibility studies. (Informal Report No. 
10.1-39.) Irving M. Klotz and Robert J. Graben¬ 
stetter. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. January 28, 1944. 

M19 Miscellaneous impregnants. Robert J. Graben¬ 
stetter and Francis E. Blacet. OEMsr-282; Service 
Project Nos. CWS-7 and NS-338; OSRD No. 5277. 
Northwestern Technological Institute. June 29, 
1945. 

202.142 Drying Agents 

Ml Drying agents for use with hopcalite. (Informal 
Report No. CXCII, for the period [from] August 
15 to September 15, 1942.) Robert N. Pease. 
NDCrc-131; Service Project Nos. CW T S-7 and NA- 
106. Princeton University. September 15, 1942. 
M2 Charcalite. A calcium chloride impregnated char¬ 
coal drying agent. (Progress Report to May 20, 
1944.) Robert N. Pease and John H. McLean. 
NDCrc-131; Service Project No. NA-106(3); OSRD 
No. 3776. Princeton University. June 15, 1944. 
M3 Further investigation of drying agents. (Progress 
Report to December 31, 1944.) Robert N. Pease 
and John H. McLean. NDCrc-131; Service Project 
Nos. NA-106(3), NS-338 and CWS-7; OSRD No. 
4897. Princeton University. April 5, 1945. 

202.143 X-ray and Microscopic Examination 

Ml Comments on report by F. W. Matthews. Diffrac¬ 
tion of X-rays by impregnated charcoal. (Part III 
of Canadian Report CE-21. [Informal Report No. 
X.j) H. F. Johnstone. University of Illinois. 
August 12, 1941. 

M2 X-ray studies of various materials. Carbonization 
of resins. Electron microscope studies. Location of 
silver on silvered whetlerites and charcoals. The 
irreversible adsorption of As 2 C >3 from alcohol by 
whetlerite. (Informal Report No. CXIII.) H. F. 
Johnstone, George L. Clark and others. University 
of Illinois. May 11, 1942. 



DIVISION 10 • MICROFILM LIST 


299 


M3 X-ray studies of basic copper carbonate in whet- 
lerites. X-ray studies of some hopcalites. X-ray 
studies on hexamethylene tetramine and NaOH 
treated charcoals and whetlerites. Preparation of 
charcoals from resins. (Informal Report No. 
CLXXVIII, for the period [from] July 15 to August 
15, 1942.) H. F. Johnstone, George L. Clark and 
others. NDCrc-152; Service Project No. CWS-7. 
University of Illinois. August 15, 1942. 

M4 A study of impregnated charcoal by X-ray diffrac¬ 
tion methods. (Report No. 468.) H. F. Johnstone 
and George L. Clark. NDCrc-152; Service Project 
Nos. CWS-7 and NL-B26; OSRD No. 1143. Uni¬ 
versity of Illinois. December 9, 1942. 

M5 Application of the electron microscope to the study 
of charcoal. (Progress Report to June 1, 1943.) 
H. F. Johnstone and George L. Clark. OEMsr- 
599; Service Project No. CWS-7; OSRD No. 1686. 
University of Illinois. August 7, 1943. 


202.15 


Absorption Testing with Charcoal and Whetlerite 

Ml [Metal carbonate impregnated charcoals.] (Informal 
Report No. XVIII.) Allan P. Colburn and E. O. 
Kraemer. University of Delaware. August 25, 
1941. 


M2 [SA tube test methods.] (Informal Report No. 
XXII.) W. Conway Pierce. University of Chi¬ 
cago. August 26, 1941. 

M3 Some exploratory runs on the removal (adsorp¬ 
tion) of H 2 S by CWSN-10 and CWSN-19 TU-8 
charcoals. (Informal Report No. XXIV.) Don M. 
Yost. California Institute of Technology. August 
28, 1941. 

M4 The efficiency of charcoal toward chloracetophe- 
none at low temperatures. (Informal Report No. 
XXIX.) Gregory P. Baxter. Harvard University. 
September, 1941. 

M5 Conclusions from investigations on the adsorption 
of SA and the distribution of the arsenic on the 
charcoal bed. (Informal Report No. XXXVI.) 
Edwin O. Wiig. University of Rochester. October 
14, 1941. 


M6 Hydrogen cyanide and carbon monoxide. (Informal 
Report No. XXXVIII.) Robert N. Pease. Prince¬ 
ton University. October 15, 1941. 

M7 Electrical resistance and temperature of charcoals. 
(Report No. 205.) Malcolm Dole and Irving M. 
Klotz. NDCrc-109; Service Project No. CWS-7; 
OSRD No. 449. Northwestern University. Decem¬ 
ber 13, 1941. 




Adsorptions and surface areas of certain charcoals 
and whetlerites. (Informal Report No. LXVIII.) 
Paul H. Emmett. Johns Hopkins University. 
January 18, 1942. 


M9 Heat of wetting and apparent density. (Informal 
Report No. LXXV.) T. F. Young. University of 
Chicago. February 5, 1942. 

M10 Studies of CC and CNBR. (Informal Report No. 
LXXIX.) Wendell M. Latimer, W. H. Anderson 


and H. O. Kerlinger. University of California. 

.j February 15, 1942. 

Mil Adsorption and surface area measurements on 
whetlerites and charcoal samples. (Informal Report 
Nos. LXXXV, XCIV, CXXIII, CXXXIV, CLVI, 
CLXXIX, CXCIX, CCXVI and 10.1-1 for . . . 
March 15, April 15, May 15, June 15, July 15, 
August 15, October 16, November 16 and Decem¬ 
ber 15, 1942.) Paul H. Emmett, H. A. Pohl and 
others. NDCrc-119; Service Project No. CWS-7. 
Johns Hopkins University. 

M12 The nature of the product desorbed from charcoal 
brought halfway to the breakpoint with chlor- 
picrin. (Informal Report No. C.) Gregory P. 
Baxter and H. H. Anderson. Harvard University. 
April 15, 1942. 

M13 Comparative AC retentivities of whetlerite and 
Type D mixture. (Informal Report No. XCV.) 
Edwin O. Wiig. University of Rochester. April 
22, 1942. 

M14 Retentivity tests with hydrogen fluoride. (Informal 
Report No. CCVII, for the period [from] Septem¬ 
ber 15 to October 10, 1942.) Roscoe G. Dickinson 
and Harold S. Johnston. NDCrc-137; Service 
Project Nos. CWS-7 and NL-B26. California Insti¬ 
tute of Technology. October 10, 1942. 

M15 Testing charcoal fines by the Spotted Dick Test. 
(Informal Report No. 10.3A-4.) Don M. Yost, 
Richard W. Dodson and G. R. Leader. OEMsr- 
282; Service Project No. CWS-24. Northwestern 
University. January 15, 1943. 

Adsorption and surface area measurements on 
whetlerite and charcoal samples. (Informal Report 
No. 10.4-26.) Paul H. Emmett, James Holmes and 
others. NDCrc-119; Service Project No. CWS-7. 
Johns Hopkins University. May 27, 1943. 
Chemisorption of gases on charcoals and Type A 
whetlerites. (Informal Report No. 10.4-29.) Paul 
H. Emmett, H. A. Pohl and J. T. Rummer. NDCrc- 
119; Service Project No. CWS-7. Johns Hopkins 
University. July 8, 1943. 

.MMs Adsorption and surface area measurements on 
whetlerites and charcoal samples. (Progress Report 
to May 15, 1943.) Paul H. Emmett. NDCrc-119; 
Service Project No. CWS-7; OSRD No. 1777. Johns 
Hopkins University. September 6, 1943. 

M!j^ Adsorption and surface area measurements on 
7 whetlerites and charcoal samples. (Formal Report 
covering the period [from] May 15, 1943 to Novem¬ 
ber 15, 1944.) Paul H. Emmett, James Holmes and 
others. NDCrc-119; Service Project Nos. CWS-7 
and NS-338; OSRD No. 5065. Johns Hopkins Uni¬ 
versity. May 30, 1945. 

M20 The retentivity of charcoals. A study with methyl 
ethyl ether 4 , neopentane and methanol. David H. 
Volman, George J. Doyle and Francis E. Blacet. 
OEMsr-282; Service Project Nos. CWS-7 and NS- 
338; OSRD No. 5236. Northwestern Technological 
Institute. June 21, 1945. 

M21 Summary of Lister’s report. ([Informal Report No.] 




300 


DIVISION 10 • MICROFILM LIST 


XII.) J. F. Kincaid. University of Rochester. 
(n.d.) 

M22 Problem of gas removal. ([Informal Report No.] 
XV.) Louis S. Kassel. Universal Oil Products 
Company, (n.d.) 

M23 [Tests on absorption properties of charcoal.] ([In¬ 
formal Report No.] XXXII.) Roscoe G. Dickinson, 
Philip A. Leighton and others, (n.d.) 

M24 Investigations on ad- and desorption processes in 
grandular stream-penetrated beds of adsorbents, 
by E. Wicke (Gottingen). Kolloid Zeitschrift, 93, 
129, 1940. ([Informal Report No.] XLVI.) Trans¬ 
lated by: Malcolm Dole. Northwestern Univer¬ 
sity. (n.d.) 

M25 Substitutes for gas mask canister soda lime. (In¬ 
formal Report No. LXIII.) G. Frederick Smith 
and Benjamin Gordon, (n.d.) 

202.151 Absorbents (General Methods) 

Ml A preliminary study of adsorbents. (Report No. 
21.) H. F. Johnstone, Edwin O. Wiig and others. 
NDCrc-65, NDCrc-76 and others; Service Project 
No. CWS-7; OSRD No. 84. University of Chicago, 
University of Rochester and others. April 24, 1941. 

M2 Summary of data on protection toward various 
gases. ([Informal Report No.] LXV.) W. Albert 
Noyes, Jr. University of Rochester. February 4, 
1942. 

M3 Studies of absorbents. (Informal Report No. 
LXXXVIII.) Philip A. Leighton. Stanford Uni¬ 
versity. March 15, 1942. 

M4 A preliminary study of the performance of double¬ 
layer absorbents. (Informal Report No. CLXXIV, 
for the period [from] July 15 to August 15, 1942.) 
W. Conway Pierce, J. William Zabor and Thurston 
Skei. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. August 17, 1942. 

M5 Interaction of hydrogen cyanide with various ad¬ 
sorbents. (Report No. 400.) Robert N. Pease. 
NDCrc-131; Service Project Nos. CWS-7 and NL- 
B26; OSRD No. 974. Princeton University. Octo¬ 
ber 21, 1942. 

M6 Gel-type hopcalite and some granular reagents for 
carbon monoxide. (Progress Report to December 
31, 1944.) Robert N. Pease, George M. Brown and 
others. NDCrc-131; Service Project Nos. CWS-7, 
NA-106(3) and NS-338; OSRD No. 4895. Princeton 
University. April 5, 1945. 

M7 Protection against two gases. (Informal Report No. 
XCVIII.) W. D. Walters, (n.d.) 

202.152 Tests with Cyanogen Chloride and Cyanogen 

Ml Cyanogen chloride. (Report No. 40.) Wendell M. 
Latimer. NDCrc-126; Service Project No. CWS-7; 
OSRD No. 102. University of California. June 
16, 1941. 

M2 Behavior of hopcalite, certain whetlerites, and some 
resins and whetlerite-soda lime mixtures toward 
cyanogen chloride. (Informal Report No. LXVI.) 
Wendell M. Latimer, H. W. Anderson and H. O. 


Kerlinger. University of California. January 15, 
1942. 

M3 Cyanogen chloride ([Part] II. Report No. 168.) 
Wendell M. Latimer. NDCrc-126; Service Project 
No. CWS-7; OSRD No. 363. University of Cali¬ 
fornia. January 21, 1942. 

M4 Stability of cyanogen chloride. Constants for vari¬ 
ous charcoals with cyanogen chloride. Preparation 
of cyanogen and nitrosyl chloride. (Report No. 
244.) Wendell M. Latimer. NDCrc-126; Service 
Project No. CWS-7; OSRD No. 571. University of 
California. April 14, 1942. 

M5 Adsorption of cyanogen by charcoal. Amine-im¬ 
pregnated charcoals. (Informal Report No. CXLIX.) 
Wendell M. Latimer, H. W. Anderson and H. O. 
Kerlinger. University of California. June 15,1942. 

M6 Studies of CC on absorbents. Stability of cyanogen; 
cyanogen in the effluent from AC tube tests. (In¬ 
formal Report No. CLIV.) Wendell M. Latimer, 
H. W. Anderson and H. O. Kerlinger. University 
of California. July 14, 1942. 

M7 Properties of cyanogen: toxicity, adsorption by 
charcoal, detection and estimation. (Informal Re¬ 
port No. CCVIII, for the period [from] Septem¬ 
ber 1 to September 15, 1942.) Don M. Yost, Rich¬ 
ard W. Dodson and others. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 
September 15, 1942. 

M8 Animal and chemical tests on cyanogen in effluent 
air stream after adsorption of HCN. (Report No. 
447.) W. Conway Pierce, J. William Zabor and 
others. OEMsr-282; Service Project Nos. CWS-7 
and NL-B26; OSRD No. 1090. Northwestern Uni¬ 
versity. December 7, 1942. 

M9 Preliminary tube tests with COC1F. (Report No. 
454.) Roscoe G. Dickinson. NDCrc-137; Service 
Project Nos. CWS-7 and NL-B26; OSRD No. 1106. 
California Institute of Technology. December 8, 
1942. 

M10 Aqueous hydrolysis of CNC1. (Progress Report to 
March 9, 1944.) Irving M. Klotz and W. Conway 
Pierce. OEMsr-282; Service Project No. CWS-7; 
OSRD No. 3461. Northwestern University. April 
12, 1944. 

202.153 Tests with Carbon Monoxide 

Ml An exploratory study of carbon monoxide protec¬ 
tion on charcoal and other carriers. (Informal Re¬ 
port No. 10.1-41.) George J. Doyle, David H. 
Volman and Francis E. Blacet. OEMsr-282; Serv¬ 
ice Project No. CWS-7. Northwestern University. 
February 7, 1944. 

202.154 Tests with Arsine and Hydrogen Cyanide 

Ml Investigations on the adsorption of hydrogen cya¬ 
nide and arsine by charcoals. (Report No. 41.) 
Joseph W. Hickey, J. H. Raley and others. NDCrc- 
76; Service Project No. CWS-7; OSRD No. 103. 
University of Rochester. June 22, 1941. 

M2 [Osmium as a promoter for the catalytic removal 





DIVISION 10 • MICROFILM LIST 


301 


of arsine by copper impregnated charcoals.] (In¬ 
formal Report No. XX.) Francis E. Blacet. Uni¬ 
versity of California at Los Angeles. August 26, 
1941. 

M3 [Impregnation with non-aqueous solutions for 
arsine and hydrogen cyanide absorption.] (Informal 
Report No. XXI.) Francis E. Blacet. University 
of California at Los Angeles. August 26, 1941. 

M4 Adsorption of HCN by various materials (Dr. 
Holmes). (Informal Report No. XIII.) Robert N. 
Pease. Princeton University. August 26, 1941. 

M5 Conclusions from results of investigations on the 
adsorption of hydrogen cyanide and arsine by im¬ 
pregnated charcoals. (Informal Report No. XXV.) 
Edwin O. Wiig. University of Rochester. August 
29, 1941. 

M6 Hydrogen cyanide and arsine lives of equilibrated 
charcoals. (Informal Report No. XXX.) Edwin O. 
Wiig. University of Rochester. September 10, 
1941. 

M7 Use of radioactive tracer technique for arsine re¬ 
moval. (Informal Report No. XXXIII.) Don M. 
Yost. California Institute of Technology. Septem¬ 
ber 30, 1941. 

M8 Arsine removal by adsorbents. (Report No. 118.) 
W. Conway Pierce. NDCrc-65; Service Project Nos. 
CWS-7, NL-B26 and NL-B28; OSRD No. 180. Uni¬ 
versity of Chicago. November 15, 1941. 

M9 Effect of intermittent versus continuous running 
on the SA life of copper whetlerite. (Informal Re¬ 
port No. XLII.) J. C. Elgin. Princeton Univer¬ 
sity. November 19, 1941. 

M10 The use of gold chloride and potassium per¬ 
manganate as arsine breakpoint indicators. (Report 
No. 143.) Edwin O. Wiig. NDCrc-76; Service 
Project No. CWS-7; OSRD No. 283. University of 
Rochester. December 18, 1941. 

Mil Removal of HCN by whetlerite. (Informal Report 
No. XLIX.) Robert N. Pease. Princeton Univer¬ 
sity. December 29, 1941. 

M12 A brief investigation of removal of arsine in air- 
arsine mixtures by charcoal using the radioactive 
tracer method. (Report No. 156.) Don M. Yost. 
OEMsr-28; Service Project No. CWS-7; OSRD No. 
361. California Institute of Technology. January 
9, 1942. 

M13 Removal of HCN by whetlerite. Substitute ab¬ 
sorbents. Pyrolysis of cotton cellulose. Protection 
against carbon monoxide. (Informal Report No. 
LXXX.) Robert N. Pease. Princeton University. 
February 15, 1942. 

M14 Removal of HCN by whetlerite. Pyrolysis of cot¬ 
ton cellulose. Protection against carbon monoxide. 
(Informal Report No. LXXXIV.) Robert N. Pease. 
Princeton University. March 15, 1942. 

M15 A study of the removal of arsine by whetlerite. 
(Report No. 209.) Edwin O. Wiig and Joseph W. 
Hickey. NDCrc-76; Service Project No. CWS-7; 
OSRD No. 462. University of Rochester. March 
23, 1942. 


M16 Hydrogen cyanide removal by gas mask absorbent. 
(Report No. 220.) Edwin O. Wiig and J. H. Raley. 
NDCrc-76; Service Project No. CWS-7; OSRD No. 
561. University of Rochester. April 6, 1942. 

M17 The effect of initial concentration on the arsine 
life. Arsine testing. (Informal Report No. XCVI.) 
Edwin O. Wiig. University of Rochester. April 
15, 1942. 

M18 Studies on the reaction products of arsine on char¬ 
coal and whetlerite. (Informal Report No. CIII.) 
H. F. Johnstone and George L. Clark. University 
of Illinois. April 16, 1942. 

M19 Calorimetric studies on arsine removal. (Informal 
Report Nos. CXVI, CXXXII and CXC, for May 
14, June 15 and September 15, 1942.) Hugh M. 
Huffman, John B. Hatcher and others. OEMsr- 
199; Service Project No. CWS-7. California Insti¬ 
tute of Technology. 

M20 Mechanism of removal of HCN by whetlerite. (In¬ 
formal Report No. CXV.) Robert N. Pease. 
Princeton University. May 15, 1942. 

M21 Effect of water upon the removal of arsine by 
whetlerite. (Report No. 246.) Edwin O. Wiig and 
Herbert Scoville, Jr. NDCrc-76; Service Project 
No. CWS-7; OSRD No. 594. University of Roch¬ 
ester. May 20, 1942. 

M22 A study of the poisoning of various absorbents to¬ 
ward arsine by hydrogen cyanide. (Report No. 255.) 
Edwin O. Wiig. NDCrc-76; Service Project Nos. 
CWS-7 and NL-B28; OSRD No. 628. University of 
Rochester. June 6, 1942. 

M23 Arsine and hydrogen cyanide. (Report No. 291.) 
Edwin O. Wiig. NDCrc-76; Service Project Nos. 
CWS-7 and NL-B28; OSRD No. 710. University 
of Rochester. July 1, 1942. 

M24 Cyanogen in effluent air stream after the absorp¬ 
tion of HCN by whetlerites. (Informal Report No. 
CL.) Edwin O. Wiig, L. V. McCarty and others. 
University of Rochester. July 15, 1942. 

M25 A study of HCN and (CN) 2 concentrations in the 
effluent from various absorbents exposed to HCN 
under several conditions. Lowering the vapor pres¬ 
sure of arsine. (Informal Report No. CLXXV.) 
Edwin O. Wiig, L. V. McCarty and others. NDCrc- 
76; Service Project No. CWS-7. University of 
Rochester. August 15, 1942. 

M26 The absorption of HCN by whetlerite and other 
absorbents. (Informal Report No. CLXXXIV.) 
Edwin O. Wiig, L. V. McCarty and others. Service 
Project No. CWS-7. University of Rochester. 
September 15, 1942. 

M27 Protection against cyanogen. (Informal Report No. 
CLXXXVII, for the period [from] August 15 to 
September 15, 1942.) Wendell M. Latimer, H. W. 
Anderson and H. O. Kerlinger. NDCrc-126; Serv¬ 
ice Project Nos. CWS-7 and NL-B28. University 
of California. September 15, 1942. 

M28 The absorption of HCN, C 2 N 2 and SA by whet¬ 
lerite and other absorbents. The effect of tempera¬ 
ture on the HCN life of whetlerite. Desorption 




302 


DIVISION 10 • MICROFILM LIST 


and recovery of absorbents after absorption of 
HCN and C 2 N 2 . (Informal Report No. CCIII, for 
the period [from] September 15 to October 15, 
1942.) Edwin O. Wiig, Herbert Scoville, Jr. and 
others. OEMsr-548. University of Rochester. 
October 15, 1942. 

M29 The removal of HCN and C 2 N 2 by absorbents. 
(Informal Report No. CCXVIII, for the period 
[fromj October 15 to November 15, 1942.) Edwin 
O. Wiig, Herbert Scoville, Jr. and others. OEMsr- 
548; Service Project No. CWS-7. University of 
Rochester. November 23, 1942. 

M30 Variation of HCN life with layer depth for Type 
ASC whetlerite. The effect of particle size on the 
C 2 N 2 life. (Informal Report No. 10.1-2, for the 
period [from] November 15 to December 15, 1942.) 
Edwin O. Wiig, Herbert Scoville, Jr. and others. 
OEMsr-548; Service Project No. CWS-7. Univer¬ 
sity of Rochester. December 21, 1942. 

M31 Summary of a review on hydrogen cyanide, cyano¬ 
gen and cyanogen chloride removal by gas mask 
absorbents. Edwin O. Wiig. OEMsr-548; Service 
Project No. CWS-7; OSRD No. 1268. University of 
Rochester. March 17, 1943. 

202.155 Tests with Phosgene and Chlorpicrin 

Ml A study of the penetration of charcoal by chlor¬ 
picrin by means of the ultraviolet photometer. 
(Informal Report No. LXIV.) Malcolm Dole and 
Irving M. Klotz. Northwestern University. De¬ 
cember 13, 1941. *1 

M2 Phosgene and mustard gas removal. (Informal Re¬ 
port No. LXXI.) Don M. Yost, Richard W. Dod¬ 
son and Don S. Martin, Jr. California Institute of 
Technology. January 26, 1942. 

M3 Removal of chlorpicrin and the nature of its de¬ 
sorption product. The removal of chloracetophe- 
none as a smoke at low temperatures. (Report No. 
290.) Gregory P. Baxter and H. H. Anderson. 
NDCrc-112; Service Project No. CWS-7; OSRD No. 
703. Harvard University. July 1, 1942. 

M4 Adsorption studies on chlorpicrin and phosgene. 
(Report No. 383.) Malcolm Dole and Irving M. 
Klotz. NDCrc-109; Service Project Nos. CWS-7 and 
NL-B26; OSRD No. 972. Northwestern University. 
July 15, 1942. 

M5 An investigation of the mechanism of removal of 
phosgene from phosgene-air mixtures by charcoal, 
using the radioactive tracer method. (Report No. 
372.) Don M. Yost. OEMsr-28; Service Project 
Nos. CWS-7 and NL-B26; OSRD No. 903. Cali¬ 
fornia Institute of Technology. September 25, 
1942. 

202.156 Tests with Other Gases and Agents 

Ml [Removal of war gases.] Report on the activities 
of Section L-ll. ([Informal Report No.] III.) (n.a.) 
April 25, 1941. 

M2 Methods of studying the removal of selenium 
hexafluoride. (Report No. 42.) Roscoe G. Dickin¬ 


son, Arthur J. Stosick and John W. Otvos. NDCrc- 
137; Service Project No. CWS-7; OSRD No. 104. 
California Institute of Technology. June 27, 1941. 
M3 Removal of EN. (Informal Report No. XIX.) 
Philip A. Leighton. Stanford University. August 
26, 1941. 

M4 Preliminary examination of [Compound] 1120 re¬ 
moval. (Report No. 142.) Roscoe G. Dickinson. 
NDCrc-137; Service Project No. CWS-7; OSRD No. 
300. California Institute of Technology. Decem¬ 
ber 18, 1941. 

M5 Removal of chloracetophenone at low tempera¬ 
tures. (Informal Report No. LIX.) Gregory P. 
Baxter. Harvard University. December 29, 1941. 
M6 The removal of hexamethylene diamine. (Report 
No. 153.) Philip A. Leighton. NDCrc-122; Serv¬ 
ice Project No. CWS-7; OSRD No. 304. Stanford 
University. January 7, 1942. 

M7 Summary of protection data on ethylene imine. 
(Informal Report No. LXXII.) Philip A. Leighton. 
Stanford University. January 23, 1942. 

M8 Phophorus trifluoride removal by whetlerite and 
by soda lime-whetlerite admixtures. (Report No. 
232.) Roscoe G. Dickinson, Arthur J. Stosick and 
John W. Otvos. NDCrc-137; Service Project No. 
CWS-7; OSRD No. 533. California Institute of 
Technology. April 6, 1942. 

M9 Protection against carbon monoxide at low con¬ 
centrations. Removal of hydrogen cyanide by whet¬ 
lerite. (Informal Report No. XCII.) Robert N. 
Pease. Princeton University. April 15, 1942. 

M10 EN. Polymerization; thermal effects; effect of oxy¬ 
gen; effect of drying; miscellaneous gases, espe¬ 
cially amines. (Informal Report No. CVI [for the 
period] from December 30, 1942 to April 15, 1942.) 
Philip A. Leighton. Stanford University. April 
15, 1942. 

Mil The absorption of PS and CG. (Informal Report 
No. XCIII.) Malcolm Dole and Irving M. Klotz. 
Northwestern University. April 15, 1942. 

M12 Comparative retentivities of whetlerite and Type D 
mixture for SeF 6 and for 1120. (Report No. 262.) 
Roscoe G. Dickinson, John W. Otvos and Arthur 
J. Stosick. NDCrc-137; Service Project No. CWS-7; 
OSRD No. 616. California Institute of Tech¬ 
nology. May 9, 1942. 

M13 The effect of hexane vapor on SA and AC lives of 
CWSE-1 TE-1 and Type D mixture. (Informal Re¬ 
port No. CXXVI.) Edwin O. Wiig. University of 
Rochester. May 28, 1942. 

M14 Behavior of sulfur dioxide and of several other 
gases on whetlerite. (Informal Report No. 
CXXXVII.) Philip A. Leighton. Stanford Uni¬ 
versity. June 15, 1942. 

M15 Calorimetric studies on the removal of SA. (In¬ 
formal Report No. CXCVIII, for the period from 
September 15 to October 15, 1942.) Hugh M. 
Huffman, John B. Hatcher and G. B. Guthrie. 
OEMsr-199; Service Project No. CWS-7. California 
Institute of Technology. October 15, 1942. 



DIVISION 10 • MICROFILM LIST 


303 


M16 Preliminary tube tests with COC1F. (Informal Re¬ 
port No. CCVI, for the period [from] September 
15 to October 15, 1942.) Roscoe G. Dickinson and 
John W. Otvos. NDCrc-137; Service Project Nos. 
CWS-7 and NL-B26. California Institute of Tech¬ 
nology. October 21, 1942. 

M17 Retentivity tests with hydrogen fluoride. (Report 
No. 449.) Roscoe G. Dickinson. NDCrc-137; Serv¬ 
ice Project Nos. CWS-7 and NL-B26; OSRD No. 
1072. California Institute of Technology. De¬ 
cember 8, 1942. 

M18 Action of nitrogen dioxide on activated charcoals, 
whetlerites and other substances. (Informal Report 
No. 10.1-20.) Francis E. Blacet, Walter J. Blaedel 
and others. OEMsr-282; Service Project No. 
CWS-7. Northwestern University. June 25, 1943. 
M19 Diffusion coefficients and molecular radii of PS, 
CG, AC and CC. (Informal Report No. 10.1-55.) 
Irving M. Klotz, Daniel K. Miller and Francis E. 
Blacet. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. October 14, 1944. 

M20 Critical bed depths in removal of CC by the E-3, 
or M-ll, canister. Critical bed depths and mecha¬ 
nisms of removal of six gases. Irving M. Klotz, 
Warren L. McCabe and others. OEMsr-282; Serv¬ 
ice Project Nos. CWS-7 and NS-338; OSRD No. 
5239. Northwestern Technological Institute. June 
7, 1945. 

M21 Brief summary of information relative to the 
mechanisms of removal of various war gases. (In¬ 
formal Report No. XXXI.) (n.a.) (n.d.) 

M22 The removal of EN. (Informal Report No. LX.) 
Philip A. Leighton. Stanford University, (n.d.) 

202.157 Adsorption Wave 

Ml Study of adsorption wave. (Informal Report No. 
XXVIII.) J. C. Elgin. Princeton University. 
August 30, 1941. 

M2 Notes on the Kassel report. ([Informal Report No.] 
XVI.) J. F. Kincaid. University of Rochester. 
September 16, 1941. 

M3 Adsorption waves studies. (Informal Report No. 
LVI.) J. C. Elgin. Princeton University. De¬ 
cember 22, 1941. 

M4 The adsorption of CG. (Informal Report No. CXI.) 
Malcolm Dole and Sol W. Weller. Northwestern 
University. May 15, 1942. 

M5 Study of the adsorption wave. (Informal Report 
Nos. CXXVII, CXXVII-A and CLXIX.) J. C. 
Elgin, R. H. Wilhelm and J. C. Whitwell. Prince¬ 
ton University. May 15, July 1 and July 16, 1942. 
M6 Studies of the adsorption wave for PS on carbon. 
(Report No. 467.) J. C. Elgin, R. H. Wilhelm and 
others. NDCrc-108; Service Project Nos. CWS-7 
and NL-B26; OSRD No. 1133. Princeton Univer¬ 
sity. December 9, 1942. 

M7 Studies of the adsorption wave on two types of 
charcoal. (Report to December 15, 1943.) R. H. 
Wilhelm, J. C. Whitwell and S. F. Williams. 


NDCrc-108; Service Project No. CWS-7; OSRD No. 
3320. Princeton University. March 4, 1944. 

M8 The adsorption wave. Study of the adsorption 
wave. Plotting of the Schumann-Furnas graphs for 
low values of the concentration. (Informal Report 
No. 10.5-48.) F. B. Drew, F. M. Spooner and Jesse 
Douglas. OEMsr-349. Columbia University. No¬ 
vember 17, 1944. 

202.16 Aging and Deterioration of Charcoal and Whetlerite 

Ml [Life tests of AsH 3 and HCN.j (Informal Report 
No. IX.) H. F. Johnstone. August 8, 1941. 

M2 The deterioration of thiocyanate whetlerites. (Re¬ 
port No. 70.) Wendell M. Latimer. NDCrc-126; 
Service Project No. CWS-7; OSRD No. 132. Uni¬ 
versity of California. September 8, 1941. 

M3 The effect of concentration and temperature on 
the AC life of standard whetlerite. (Report No. 
203.) Edwin O. Wiig. NDCrc-76; Service Project 
No. CWS-7; OSRD No. 448. University of Roches¬ 
ter. February 19, 1942. 

M4 Variation of SA life with temperature. Poisoning 
of AC toward SA lives. (Informal Report No. 
LXXXIII.) Edwin O. Wiig. University of Roches¬ 
ter. March 15, 1942. 

M5 Summary of test data on E-6 whetlerite. (Informal 
Report No. CIX.) W. Conway Pierce and J. Wil¬ 
liam Zabor. Northwestern University. May 9, 
1942. 

M6 Efficiency of whetlerite containing considerable 
proportions of water against chlorpicrin. (Informal 
Report No. CXII.) Gregory P. Baxter and H. H. 
Anderson. Harvard University. May 15, 1942. 

M7 The effect of various vapors on the SA life of 
absorbents. A continuation of the study of the 
effect of AC on the SA life and the effect of SA 
on the AC life of absorbents. Variation of SA life 
with relative humidity for dry and equilibrated 
whetlerites. (Informal Report No. CXXVIII.) 
Edwin O. Wiig, L. V. McCarty and others. Uni¬ 
versity of Rochester. June 15, 1942. 

M8 Comparison of the effect of water, AC and other 
poisons on the SA lives of silvered and of un¬ 
silvered whetlerites. (Informal Report No. CLI.) 
Edwin O. Wiig, L. V. McCarty and others. Uni¬ 
versity of Rochester. July 15, 1942. 

M9 The effect of organic vapors on service lives of 
whetlerites and Type D mixtures. (Report No. 
304.) Roscoe G. Dickinson, Don M. Yost and 
others. NDCrc-137, OEMsr-282 and others; Serv¬ 
ice Project Nos. CWS-7 and NL-B26; OSRD No. 
759. California Institute of Technology, North¬ 
western University and others. July 15, 1942. 

M10 Variation of the CG life of various humidified ad¬ 
sorbents with decreasing temperature. (Report No. 
434.) W. Conway Pierce. OEMsr-282; Service 
Project Nos. CWS-7 and NL-B26; OSRD No. 1055. 
Northwestern University. November 26, 1942. 

Mil Surveillance of whetlerites. (Informal Report No. 
10.1-10.) Francis E. Blacet and Robert J. Graben- 





304 


DIVISION 10 • MICROFILM LIST 


stetter. OEMsr-282; Service Project No. CWS-7. 
Northwestern University. April 5, 1943. 

M12 CG aging for Type AS and ASC whetlerites. Fourth 
comparison chart. (Progress Report to June 25, 

1943. ) Francis E. Blacet and W. Conway Pierce. 
OEMsr-282; Service Project No. CWS-7; OSRD No. 
1691. Northwestern University. August 6, 1943. 

M13 The surveillance of base charcoals. (Informal Re¬ 
port No. 10.1-25.) Francis E. Blacet, Robert J. 
Grabenstetter and C. H. Simonson. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. August 10, 1943. 

M14 The aging of ASC whetlerite under various atmos¬ 
pheres in sealed systems. (Informal Report No. 
10.1-29.) Francis E. Blacet, Jack G. Roof and 
J. N. Pitts. Service Project No. CWS-7. North¬ 
western University. September 22, 1943. 

M15 Surveillance of Types ASC and ASCM whetlerites. 
(Progress Report to July 12, 1943.) Edwin O. 
Wiig, Herbert Scoville, Jr. and others. OEMsr- 
548; Service Project No. CWS-7; OSRD No. 1873. 
University of Rochester. October 1, 1943. 

M16 Accelerated aging studies. ([Study Nos.] Ill to IX, 
for December 15, 1943, January 15, February 15, 
March 15, April 15, June 15 and August 15, 1944.) 
Thurston Skei, Carolyn Palmer and others. 
Northwestern University. 

M17 Compilation of N o and \ c values for miscellaneous 
whetlerites before and after aging. (Progress Re¬ 
port to July 10, 1944.) David B. Ehrlinger, Louis 
C. Weiss and others. OEMsr-282; Service Project 
No. CWS-7; OSRD No. 4013. Northwestern Uni¬ 
versity. August 12, 1944. 

M18 Leaching and rewhetlerization; their effect on 
whetlerite quality. (Informal Report No. 10.1-54.) 
Louis C. Weiss, Helen Waggoner and others. Serv¬ 
ice Project No. CWS-7. Northwestern University. 
September 18, 1944. 

M19 Surveillance tests on ASC, E-ll and E-13 whetler¬ 
ites. Thurston Skei, J. B. Fehrenbacher and 
others. OEMsr-282; Service Project No. CWS-7; 
OSRD No. 4232. Northwestern University. Oc¬ 
tober 12, 1944. 

M20 Surveillance studies on whetlerites at Northwestern 
University. A summary of work from 1942 [tO] 

1944. (Progress Report to September 30, 1944.) 
Thurston Skei. OEMsr-282; Service Project No. 
CWS-7; OSRD No. 4346. Northwestern Univer¬ 
sity. November 15, 1944. 

M21 Surveillance of ASC-Ni whetlerites with CK. 
Robert J. Grabenstetter and Francis E. Blacet. 
OEMsr-282; Service Project Nos. CWS-7 and NS- 
338; OSRD No. 5114. Northwestern Technological 
Institute. May 24, 1945. 

202.17 Humidification Tests with Charcoal and Whetlerite 

Ml Sorption time data for water vapor on whetlerite. 
^Informal Report No. LXXXVII.) Allan P. Col¬ 
burn. University of Delaware. March 16, 1942. 
M2 X-ray studies. Humidified charcoals at low tem¬ 


perature; silvered and E-6 whetlerites. (Informal 
Report No. LXXXIX.) H. F. Johnstone and 
George L. Clark. University of Illinois. April 9, 
1942. 

M3 The rate of water absorption of charcoals and 
whetlerites. (Informal Report No. Cl.) Allan P. 
Colburn. University of Delaware. April 15, 1942. 

M4 Variation of SA life with relative humidity for 
equilibrated charcoals. (Informal Report No. CVII.) 
Edwin O. Wiig, L. V. McCarty and others. Uni¬ 
versity of Rochester. May 15, 1942. 

M5 Rate of humidification of charcoals and whetler¬ 
ites. (Informal Report No. CXXXIII.) Allan P. 
Colburn. University of Delaware. June 17, 1942. 

M6 Effect of moisture on SA, AC and CC tube lives 
two Type ASC whetlerites. ([Informal Report No. 
CCXXI.]) Francis E. Blacet and Thurston Skei. 
OEMsr-282; Service Project Nos. CWS-7 and NL- 
B28. Northwestern University. December 10, 
1942. 

M7 An accelerated flow method for humidifying small 
samples of adsorbents for plant control tests. (In¬ 
formal Report No. 10.1-9.) W. Conway Pierce, 
J. William Zabor and others. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 

April 3, 1943. 

M8 The aging of ASC and ASCP whetlerite containing 
various amounts of water in sealed systems. (In¬ 
formal Report No. 10.1-36.) Francis E. Blacet, 
Jack G. Roof and J. N. Pitts. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 

November 12, 1943. 

M9 Water isotherms and rates of adsorption and de¬ 
sorption of water upon base charcoals and whetler¬ 
ites. Macro-pore measurements by the Pearson 
gage and mercury penetration techniques. (Prog¬ 
ress Report to November, 1944.) Paul H. Emmett, 
James Holmes and others. NDCrc-119; Service 
Project Nos. CWS-7 and NS-338; OSRD No. 4959. 
Johns Hopkins University. April 20, 1945. 

202.18 Particle Size of Charcoal and Whetlerite 

Ml Mesh size and arsine saturation value. (Informal 
Report No. XLI.) W. Conway Pierce. University 
of Chicago. November 10, 1941. 

M2 The effect of particle size on the SA and AC lives 
and on the resistance of the charcoal bed. (Report 
No. 119.) Edwin O. Wiig. NDCrc-76; Service 
Project No. CWS-7; OSRD No. 181. University of 
Rochester. November 17, 1941. 

M3 The effect of particle size on the SA lives of 
equilibrated charcoals. (Informal Report No. LI.) 
Edwin O. Wiig. University of Rochester. De¬ 
cember 17, 1941. 

M4 The effect of primary particle size in the processing 
of Pittsburgh Coke and Chemical Company type 
charcoal. Byron A. White, Clarence R. Bierman 
and others. OEMsr-282; Service Project Nos. CWS- 
7 and NS-338; OSRD No. 5234. Northwestern 
Technological Institute. June 21, 1945. 



DIVISION 10 • MICROFILM LIST 


305 


202.19 Miscellaneous Tests with Charcoal and Whetlerite 

Ml Diffusion as the limiting factor for critical bed 
lengths. (Informal Report No. CXLV.) Malcolm 
Dole and Irving M. Klotz. June 25, 1942. 

M2 Suggested field laboratory method of testing perme¬ 
able fabrics for resistance to penetration by mus¬ 
tard vapor. (Informal Report No. 10.3A-5.) Don 
M. Yost, Richard W. Dodson and G. R. Leader. 
OEMsr-282; Service Project No. CWS-24. North¬ 
western University. January 15, 1943. 

M3 Study of the partial vapor pressures of the volatile 
constituents in whetlerizing solutions. (Progress 
Report to March 19, 1943.) Francis E. Blacet and 
David H. Volman. OEMsr-282; Service Project 
No. CWS-7; OSRD No. 1351. Northwestern Uni¬ 
versity. April 20, 1943. 

M4 Reclamation of Type A whetlerite. (Informal Re¬ 
port No. 10.5-23.) Edward H. Conroy, R. J. Kunz 
and others. OEMsr-282; Service Project No. 
CWS-7. Northwestern University. March 9, 1944. 

M5 The effect of backfeeding on the quality of ASC 
whetlerite. (Informal Report No. 10.5-30.) Edward 
H. Conroy, R. J. Kunz and others. OEMsr-282; 
Service Project No. CWS-7. Northwestern Uni¬ 
versity. May 6, 1944. 

202.2 Other Absorbents and Catalysts 

Ml Substitutes for gas mask absorbents. The use of 
wyolite as an inert carrier for absorbents. (Infor¬ 
mal Report Nos. XLIII, LXXXII, XCVII, CXXV 
and CXXXIX.) G. Frederick Smith. University 
of Illinois. November 27, 1941, February 10, April 
15, May 15 and June 15, 1942. 

M2 The value of soda lime in gas absorbents. (Report 
No. 198.) W. Conway Pierce, Edwin O. Wiig and 
others. OEMsr-282, NDCrc-76 and others; Service 
Project No. CWS-7; OSRD No. 437. Northwestern 
University, University of Rochester and others. 
March 6, 1942. 

M3 Protection against carbon monoxide. (Informal Re¬ 
port Nos. CXIV and CXLII.) Robert N. Pease. 
Princeton University. May 15 and June 15, 1942. 

M4 A summary of tests on soda lime. (Report No. 401.) 
W. Conway Pierce. OEMsr-282; Service Project 
Nos. CWS-7 and NL-B26; OSRD No. 970. North¬ 
western University. October 21, 1942. 

M5 Carbon monoxide removal. (Monthly Reports for 
the period from July 15, 1943 to January 15, 1944.) 
Robert N. Pease, John H. McLean and others. 
NDCrc-131. Princeton University. 

M6 Catalysts for the oxidation of carbon monoxide in 
air. (Progress Report to July 1, 1943.) Robert N. 
Pease, Nat C. Robertson and W. J. Shelburne, Jr. 
NDCrc-131; Service Project No. CWS-7; OSRD 
No. 3071. Princeton University. January 4, 1944. 

M7 Carbon monoxide removal and drying agents. 
(Monthly Reports for . . . March 15, June 15(?), 
July 15 and August 15, 1944.) Robert N. Pease, 
George M. Brown and others. NDCrc-131. Prince¬ 
ton University. 


M8 Protection against carbon monoxide. (Final Report 
to December 31, 1944.) Robert N. Pease. NDCrc- 
131; Service Project Nos. NA-106(3), NS-338 and 
CWS-7; OSRD No. 4898. Princeton University. 
April 5, 1945. 

202.21 Resins 

Ml Summary of information on resins to April 18, 
1942. Amina ted phenol-formaldehyde xerogels as 
absorbents. (Informal Report No. CXXXVIII.) 
Philip A. Leighton. Stanford University. June 
15, 1942. 

M2 Further studies on the characteristics and impreg¬ 
nation of aminated phenol-formaldehyde xerogels. 
(Informal Report No. CCXI, for the period [fronq 
June 1 to September 1, 1942.) Philip A. Leighton 
and S. W. Grinnell. NDCrc-122; Service Project 
Nos. CWS-7 and NL-B28. Stanford University. 
November 15, 1942. 

M3 Preparation and use of amine resins for gas adsorp¬ 
tion. (Informal Report Nos. 10.4-1 and -10.) Gor¬ 
don F. Mills. OEMsr-676; Service Project No. NL- 
B28. Chemical Process Company. December 17, 
1942 and February 10, 1943. 

M4 Studies of adsorbent resins. (Informal Report No. 
10.4-5.) Gordon F. Mills. OEMsr-676; Service 
Project Nos. NL-B28 and CWS-7. Chemical Proc¬ 
ess Company. January 15, 1943. 

M5 Development of amine resin adsorbents for gas 
adsorption and other purposes. (Informal Report 
Nos. 10.4-12 and -17, for the period from February 
10 to April 11, 1943.) Gordon F. Mills. OEMsr- 
676; Service Project No. NL-B28. Chemical Proc¬ 
ess Company. March 11 and April 13, 1943. 

M6 Use of aminated phenol-formaldehyde xerogels as 
gas adsorbents. Gordon F. Mills. OEMsr-676; 
Service Project Nos. CWS-7 and NL-B28; OSRD 
No. 1771. Chemical Process Company. September 
4, 1943. 

M7 Use of amine resins as gas adsorbents. (Informal 
Report No. 10.4-46.) Gordon F. Mills. OEMsr- 
676; Service Project No. CWS-7. Chemical Process 
Company. January 20, 1944. 

M8 Use of aminated phenol-formaldehyde xerogels as 
gas adsorbents. (Report to June 28, 1944.) Gordon 
F. Mills and B. N. Dickinson. OEMsr-676; Service 
Project Nos. CWS-7 and NL-B28; OSRD No. 3975. 
Chemical Process Company. August 4, 1944. 

203 Rebreather 

Ml Nitrogen elimination in high-altitude rebreather. 
(Informal Report Nos. 10.3B-6, -10, -19, -20, -23 
and -27.) Don M. Yost, Don S. Martin, Jr. and 
others. OEMsr-282; Service Project No. NA-106(4). 
Northwestern University. January 15, February 
15, April 15, May 5, June 15 and July 15, 1943. 

M2 Nitrogen elimination in Navy high-altitude re¬ 
breather. (Informal Report Nos. 10.3B-29; 10.1-30, 
-33 and -35.) Don M. Yost, Don S. Martin, Jr. 
and others. OEMsr-282; Service Project No. NA- 


SECRET * 






306 


DIVISION 10 • MICROFILM LIST 


106(4). Northwestern University. July 15, Sep¬ 
tember 15, October 15 and November 15, 1943. 
M3 Development and testing of a pump-type autovent 
for nitrogen elimination in Navy high-altitude re¬ 
breather. (Report to March 1, 1944.) Don S. 
Martin, Jr., J. E. Seegmiller and others. t OEMsr- 
282;] OSRD No. 3463. [Northwestern University.] 
April 12, 1944. 

300 METEOROLOGICAL EXPERIMENTATION 

Ml Division 10 meeting t at] Northwestern Technologi¬ 
cal Institute, April 20 and 21, 1943. Part I, Con¬ 
ference on meteorology and chemical warfare. 
Part II, Protection problems, smoke generators and 
development problems. W. D. Walters and M. T. 
O’Shaughnessy. [April, 1943.] 

M2 Division 10 meeting t at] National Academy of 
Sciences, June 28 and 29, 1943. Part I, Conference 
on practical aspects of Division 10 work in rela¬ 
tion to chemical warfare. Part II, Review of the 
recent work of Division 10. (n.a.) June, 1943.] 
M3 Bibliography on micrometeorology, 1927 to 1943. 
As a supplement to the bibliography in Geiger’s 
Klima der bodennahen luftschicht. Irving M. 
Klotz, Jeanne Colbert and George J. Doyle. 
OEMsr-282. Northwestern University. November 
15, 1943. 

301 Meteorological Experimental Instruments 

Ml Meteorological instruments. (Informal Report No. 
10.3A-6, for the period [from] January 15 to Feb¬ 
ruary 15, 1943.) Wendell M. Latimer, Samuel 
Ruben and others. NDCrc-126; Service Project 
No. CWS-26. University of California. February 
15, 1943. 

M2 Meteorological instruments. Observations in the 
field. (Informal Report No. 10.3A-14, covering the 
period [from] February 15 to April 15, 1943.) 
Wendell M. Latimer, Samuel Ruben and others. 
NDCrc-126; Service Project No. CWS-26. Univer¬ 
sity of California. April 15, 1943. 

M3 Some instruments used by Division 10, NDRC, at 
Dugway Proving Ground for the continuous re¬ 
cording of micrometeorological conditions. S. W. 
Grinnell. OEMsr-282, OEMsr-861 and NDCrc-122; 
Service Project No. CWS-26; OSRD No. 6088. 
Northwestern Technological Institute, California 
Institute of Technology and Stanford University. 
October 15, 1945. 

M4 Portable instruments for use in the study of micro¬ 
meteorology and microclimatology of the South¬ 
west Pacific Area. (Progress Report to August 1, 
1945.) Robert L. Mills and Roscoe G. Dickinson. 
NDCrc-137; Service Project No. CWS-26; OSRD 
No. 6174. California Institute of Technology. 
October 18, 1945. 

301.1 Anemometer 

Ml A comparison of three types of cup anemometer at 
low velocities. (Informal Report No. 10.3A-38.) 


Roscoe G. Dickinson and Harold S. Johnston. 
NDCrc-137; Service Project No. CWS-26. Cali¬ 
fornia Institute of Technology. October 26, 1943. 
M2 A remote indicating cup anemometer with mag¬ 
netic coupling. (Progress Report to April 10, 1944.) 
Roscoe G. Dickinson and Douglas L. Kraus. 
NDCrc-137 and OEMsr-861; Service Project No. 
CWS-26; OSRD No. 3714. California Institute of 
Technology. May 30, 1944. 

301.11 Vanes 

Ml Meteorological instruments. Wind velocity meas¬ 
urements. (Informal Report No. 10.3A-1.) Don M. 
Yost, Richard W. Dodson and others. OEMsr- 
282; Service Project No. CWS-26. Northwestern 
University. December 15, 1942. 

M2 A short photographic record of the motion of a 
bi-directional vane. (Informal Report No. 10.3A- 
29.) Richard W. Dodson and Louis G. Stang. 
OEMsr-861; Service Project No. CWS-26. Cali¬ 
fornia Institute of Technology. August 12, 1943. 
M3 Graphically recording bi-directional vanes. (In¬ 
formal Report No. 10.3A-40.) Don M. Yost, Rich¬ 
ard W. Dodson and others. OEMsr-861; Service 
Project No. CWS-26. California Institute of Tech¬ 
nology. November 1, 1943. 

M4 A mercury contact wind direction vane. (Progress 
Report to December 31, 1944.) Roscoe G. Dickin¬ 
son, Robert L. Mills and Harold S. Johnston. 
NDCrc-137; Service Project No. CWS-26; OSRD 
No. 6173. California Institute of Technology. 
October 18, 1945. 

301.2 Temperature Profile 

Ml Experiments on the measurement of air tempera¬ 
tures with thermocouples. (Informal Report No. 
10.3A-26.) Don M. Yost, John B. Hatcher and 
Rene Scott. OEMsr-861; Service Project No. CWS- 
26. California Institute of Technology. July 20, 

1943. 

M2 Thermocouple experiments. (Informal Report No. 
10.3A-32.) Don M. Yost, John B. Hatcher and 
Rene Scott. OEMsr-861; Service Project No. CWS- 

26. California Institute of Technology. August 

27, 1943. 

M3 An apparatus for temperature profile measure¬ 
ment. (Informal Report No. 10.3A-45.) Roscoe G. 
Dickinson, Robert L. Mills and Harold S. John¬ 
ston. NDCrc-137; Service Project No. CWS-26. 
California Institute of Technology. April 11, 

1944. 

302 Meteorological Field Tests 

Ml Temperature gradients and R values in relation to 
the smoke conditions in the Salt Lake Valley. (In¬ 
formal Report No. 10.3A-17.) M. D. Thomas. 
American Smelting and Refining Company. April 
17, 1943. 




DIVISION 10 • MICROFILM LIST 


307 


302.1 Gas and Smoke Cloud Movements 

Ml Wind velocities and gustiness. (Informal Report 
No. CCXII, for the period [from] October 15 to 
November 15, 1942.) Don M. Yost. Service Proj¬ 
ect No. CWS-7. Northwestern University. No¬ 
vember 15, 1942. 

M2 Movement of smoke in the atmosphere. (Informal 
Report No. 10.3A-2.) F. T. Wall. University of 
Illinois. January 14, 1943. 

M3 Meteorological observations made during United 
States Army smoke tests at Sault Ste. Marie, Michi¬ 
gan, December 28 f tO] 30, 1942. (Informal Report 
No. 10.3A-3.) Richard W. Dodson, J. S. Gilman 
and others. OEMsr-282; Service Project No. CWS- 
26. Northwestern University. January 15, 1943. 

M4 Micrometeorological measurements made during 
the smoke screening tests at the Portsmouth, Vir¬ 
ginia, Navy Yard on February 3 and 8, 1943. 
(Informal Report No. 10.3A-10.) Don M. Yost, 
T. S. Gilman and Philip Hayward. OEMsr-282; 
Service Project No. CWS-26. [Northwestern Uni¬ 
versity.] February 15, 1943. 

M5 Meteorological observations in connection with the 
study of smokes and gases. (Informal Report No. 
10.3A-15, covering period [from] March 11 to April 
10, 1943.) H. F. Johnstone and Paul G. Roach. 
OEMsr-599; Service Project Nos. CWS-1 and CWS- 
26. University of Illinois. April 16, 1943. 

M6 Tabulations of data on concentrations in gas clouds 
under various meteorological conditions. (Informal 
Report No. 10.3A-20.) Wendell M. Latimer. 
NDCrc-126; Service Project No. CWS-26. Univer¬ 
sity of California. June 10, 1943. 

M7 The preliminary investigation of the micromete¬ 
orological conditions at Rancho Grande, Cali¬ 
fornia. (Informal Report No. 10.3A-27.) Don M. 
Yost, Douglas L. Kraus and others. OEMsr-861; 
Service Project No. CWS-26. California Institute 
of Technology. June 18, 1943. 

M8 Micrometeorological observations at United States 
Army smoke tests in the Los Angeles area, March 
17, 18 and 19 and April 20, 1943. (Progress Report 
to May 3, 1943.) Harold S. Johnston, Roscoe G. 
Dickinson and others. NDCrc-137; Service Project 
No. CWS-26; OSRD No. 1526. California Insti¬ 
tute of Technology. June 19, 1943. 

M9 Some observations at Rosamond Dry Lake on pa¬ 
rameters used in the treatment of gas and smoke 
clouds. (Informal Report No. 10.3A-19.) Roscoe 
G. Dickinson, Harold S. Johnston and others. 
Service Project No. CWS-26. [California Institute 
of Technology'.] June 21, 1943. 

M10 Large-scale screening tests f at] Camp Sibert, Ala¬ 
bama, May 4 [tO] 7, 1943. W. H. Rodebush, H. F. 
Johnstone and others. OEMsr-108 and OEMsr- 
599; Service Project No. CWS-1; OSRD No. 1687. 
University of Illinois. August 10, 1943. 

Mil Smoke experiments carried out at Camp Sibert, 
Alabama. (Progress Report to May 15, 1943.) T. S. 
Gilman and Philip Hayward. OEMsr-861; Service 


Project No. CWS-26; OSRD No. 1712. California 
Institute of Technology. August 14, 1943. 

M12 Experiments at the Rancho Grande, July 28 and 
29, 1943, on the “doughnut” effect and the in¬ 
fluence of terrain on the flow of gas clouds. 
(Informal Report No. 10.3A-28.) Lindsay Helm- 
holz, John B. Hatcher and others. OEMsr-861; 
Service Project No. CWS-26. California Institute 
of Technology. August 22, 1943. 

M13 Measurements on the widths of smoke clouds. 
(Informal Report No. 10.3A-30.) Richard W. Dod¬ 
son, Lindsay Helmholz and others. OEMsr-861; 
Service Project No. CWS-26. California Institute 
of Technology. August 25, 1943. 

M14 Concentrations in gas clouds under high-inversion 
conditions. (Progress Report to July 14, 1943.) 
Wendell M. Latimer and Samuel Ruben. OEMsr- 
861 and NDCrc-126; Service Project No. CWS-26; 
OSRD No. 1749. California Institute of Tech¬ 
nology and University of California. August 31, 
1943. 

M15 Scale model studies of the movement of smoke and 
gas clouds. (Informal Report No. 10.3A-36.) 
Hunter Rouse. OEMsr-599; Service Project No. 
CWS-26. State University of Iowa. October 10, 
1943. 

M16 A study of smoke clouds in a coastal area. Field 
experiments near Brownsville, Texas. (Progress Re¬ 
port to September 1, 1943.) Don M. Yost, Carey 
Croneis and T. S. Gilman. OEMsr-861; Service 
Project No. CWS-26; OSRD No. 1983. California 
Institute of Technology. November 4, 1943. 

M17 Dugway trials with the hot-wire meter. (Informal 
Report No. 10.3A-39.) Wendell M. Latimer, W. D. 
Gwinn and others. NDCrc-126; Service Project 
No. CWS-26. University of California. December 
10, 1943. 

M18 Correlation of gas concentrations with meteorologi¬ 
cal data. (Progress Report to November 3, 1943.) 
Wendell M. Latimer, Samuel Ruben and others. 
NDCrc-126; Service Project No. CWS-26; OSRD 
No. 2086. University of California. December 29, 
1943. 

M19 Micrometeorological conditions at Prisoner’s Har¬ 
bor on Santa Cruz Island, California, June 24 f tO] 
July 13, 1943. (Informal Report No. 10.3A-41.) 
Roscoe G. Dickinson, Douglas L. Kraus and others. 
NDCrc-137 and OEMsr-861; Service Project No. 
CWS-26. California Institute of Technology. 
January 25, 1944. 

M20 Micrometeorological observations in connection 
with DDT operations in Panama. (Informal Re¬ 
port No. 10.3A-47.) Roscoe G. Dickinson. NDCrc- 
137. California Institute of Technology. January 
3, 1945. 

M21 Micrometeorology and the travel of gas clouds. 
A summary of work by the University of Cali¬ 
fornia group. (Final report.) Wendell M. Latimer. 
NDCrc-126; Service Project Nos. CWS-7, CWS-26 



308 


DIVISION 10 • MICROFILM LIST 


and NS-338; OSRD No. 5139. University of Cali¬ 
fornia. June 20, 1945. 

302.2 Effect of Terrain on Gas Concentrations 

Ml Persistence experiments with sulfur dioxide in a 
wooded area. (Progress Report to May 31, 1943.) 
Francis E. Blacet and Jack G. Roof. OEMsr-282; 
Service Project No. CWS-26; OSRD No. 1569. 
Northwestern University. June 16, 1943. 

M2 Gas concentrations from line sources in a forested 
area. (Informal Report No. 10.3A-35.) Wendell 
M. Latimer, Samuel Ruben and others. NDCrc- 
126 and OEMsr-861; Service Project No. CWS-26. 
University of California t and California Institute 
of Technology]. September 14, 1943. 

M3 Concentrations from gas bombs in the Mt. Shasta 
forest region. (Progress Report to November 17, 
1943.) Wendell M. Latimer, Samuel Ruben and 
others. NDCrc-126; Service Project No. CWS-26; 
OSRD No. 3049. University of California. De¬ 
cember 29, 1943. 

M4 Gas concentrations from line sources and chemical- 
warfare bombs on a beach area. (Progress Report 
to November 22, 1943.) Wendell M. Latimer, 
Samuel Ruben and others. NDCrc-126; Service 
Project No. CWS-26; OSRD No. 3059. University 
of California. December 31, 1943. 

400 GASES 

401 General Gases 

401.1 Experimentation (General) 

Ml Vapor pressure of arsine dissolved in thionyl chlo¬ 
ride, p-ethylnitrobenzene, 1-nitropropane, triethyl 
borate and tributyl borate. (Informal Report No. 
CXL.) L. F. Audrieth and John C. Bailar, Jr. 
University of Illinois. June 17, 1942. 

M2 Methods of analysis for the freons in air. (Informal 
Report No. 10.1-13.) Francis E. Blacet, Walter J 
Blaedel and Irving M. Klotz. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 
May 14, 1943. 

401.11 Instruments and Devices 

Ml The hot-wire analyser for gas concentrations. 
(Progress Report to November 20, 1943.) Wendell 
M. Latimer, Samuel Ruben and others. NDCrc- 
126; Service Project No. CWS-26; OSRD No. 3048. 
University of California. December 3, 1943. 

401.111 Gas Concentration Meter 

Ml A portable continuous gas concentration meter. 
(Informal Report No. 10.3A-9.) Roscoe G. Dickin¬ 
son, Arthur J. Stosick and others. NDCrc-127; 
Service Project Nos. CWS-7 and NL-B26. Cali¬ 
fornia Institute of Technology. February 24, 1943. 
M2 Measurement of CC with the portable continuous 
gas concentration meter. (Informal Report No. 
10.3A-12.) Roscoe G. Dickinson and John W. 


Otvos. NDCrc-127; Service Project Nos. CWS-7 
and NL-B26. California Institute of Technology. 
March 15, 1943. 

M3 Measurements on AC, CC and mixtures of the two 
with the portable continuous gas concentration 
meter. (Informal Report No. 10.3A-13.) Roscoe 
G. Dickinson and John W. Otvos. NDCrc-127; 
Service Project Nos. CWS-7 and NL-B26. Cali¬ 
fornia Institute of Technology. April 15, 1943. 

M4 Measurements on S0 2 and NH 3 with the portable 
continuous gas concentration meter. (Informal Re¬ 
port No. 10.3A-33.) Stanley J. Winkleman and 
Don M. Yost. OEMsr-861; Service Project No. 
CWS-26. California Institute of Technology. 
August 31, 1943. 

M5 An alternative circuit for the portable continuous 
gas concentration meter. (Progress Report to De¬ 
cember 31, 1944.) John W. Otvos and Roscoe G. 
Dickinson. NDCrc-137; Service Project No. CWS- 
26; OSRD No. 6172. California Institute of Tech¬ 
nology. October 18, 1945. 

401.12 Diffusion and Penetrability of Gases 

401.121 Wind Tunnel Tests 

Ml Wind tunnel studies of the diffusion of heat from 
a line source. (Informal Report No. 10.2-12.) 
Hunter Rouse, Maurice L. Albertson and others. 
OEMsr-1243; Service Project No. CWS-1. Iowa 
Institute of Hydraulic Research. March 18, 1944. 

M2 Wind tunnel studies of the diffusion of gas in 
schematic urban districts. (Report covering period 
[front] May 1 to December 31, 1943.) Hunter 
Rouse. OEMsr-599; Service Project No. CWS-26; 
OSRD No. 3859. Iowa Institute of Hydraulic Re¬ 
search. July 5, 1944. 

M3 Wind tunnel studies of the diffusion of heat by 
single wind curtains and baffles. (Progress Report 
to July 10, 1944.) Hunter Rouse, Maurice L. 
Albertson and others. OEMsr-1243; Service Proj¬ 
ect No. CWS-26; OSRD No. 4334. Iowa Institute 
of Hydraulic Research. November 11, 1944. 

M4 Wind tunnel studies of gas diffusion in a typical 
Japanese urban district. (Informal Report No. 
10.3A-48.) A. A. Kalinske, Randolph A. Jensen 
and Conrad F. Schadt. OEMsr-1243; Service Proj¬ 
ect No. CWS-26. Iowa Institute of Hydraulic 
Research. June 8, 1945. 

M5 Correlation of wind tunnel studies with field meas¬ 
urements of gas diffusion. (Informal Report No. 
10.3A-48a.) A. A. Kalinske, Randolph A. Jensen 
and Conrad F. Schadt. OEMsr-1243; Service Proj¬ 
ect No. CWS-26. Iowa Institute of Hydraulic 
Research. September 29, 1945. 

M6 Wind tunnel studies of fog dispersal methods. 
Wind tunnel studies of gas diffusion in urban 
districts. Wind tunnel studies of air flow over 
mountainous terrain. Hunter Rouse. OEMsr- 
1243; Service Project Nos. CWS-26, NA-164 and 



DIVISION 10 • MICROFILM LIST 


309 


AC-125; OSRD No. 6341. Iowa Institute of Hy¬ 
draulic Research. November 19, 1945. 

401.122 Closed Court Tests 

Ml The penetration and persistence of carbon dioxide 
when released in an enclosed court. (Report No. 
411.) Francis E. Blacet and H. F. Johnstone. 
NDCrc-152 and OEMsr-282; Service Project No. 
CWS-7; OSRD No. 998. University of Illinois and 
Northwestern University. October 30, 1942. 

M2 Dispersion of gases in a closed court and the design 
of wind obstacles. (Informal Report No. 10.3A-7, 
for the period [from] January 15 to February 10, 
1943.) H. F. Johnstone, Paul G. Roach and H. C. 
Weingartner. OEMsr-599; Service Project No. 
CWS-1. University of Illinois. February 10, 1943. 
M3 Penetration and persistence of gases in an enclosed 
court. (Progress Report to June 15, 1943.) Francis 
E. Blacet, Malcolm Dole and H. F. Johnstone. 
OEMsr-282; Service Project No. CWS-26; OSRD 
No. 1747. Northwestern University. August 31, 
1943. 

401.123 Pancake Effect 

Ml The “pancake” effect in gas clouds. Wendell M. 
Latimer, Kenneth S. Pitzer and others. NDCrc- 
126; Service Project No. CWS-26; OSRD No. 1176. 
University of California. February 3, 1943. 

401.124 Houses 

Ml The persistence and penetration of gas in a house. 
(Progress Report to July 10, 1943.) Francis E. 
Blacet, Jack G. Roof and H. G. Monteith. OEMsr- 
282; Service Project No. CWS-26; OSRD No. 1748. 
Northwestern University. August 30, 1943. 

402 War Gases 

402.1 General Discussion 

Ml The use of non-persistent gases. (Informal Report 
No. CLII.) W. Albert Noyes, Jr. University of 
Rochester. July 17, 1942. 

402.2 Experimentation and Analysis of War Gases 

Ml The removal of ethylene imine. (Report No. 49.) 
Philip A. Leighton. NDCrc-122; Service Project 
No. CWS-7; OSRD No. 111. Stanford University. 
June 27, 1941. 

M2 Studies on war gas detection and analysis. (Final 
Report No. 63, to July 12, 1941.) John H. Yoe. 
NDCrc-166; Service Project No. CWS-7; OSRD No. 
125. University of Virginia. August 23, 1941. 

M3 Tube tests with hydrogen fluoride. (Informal Re¬ 
port No. CXLVIII.) Roscoe G. Dickinson, John 
W. Otvos and Harold S. Johnston. California 
Institute of Technology. June 29, 1942. 

M4 Sampling methods for field experiments. (Report 
No. CLXXXVI, for the period [from] August 15 
to September 15, 1942.) Wendell M. Latimer, 
H. W. Anderson and H. O. Kerlinger. NDCrc- 


126; Service Project Nos. CWS-7 and NL-B28. 
University of California. September 15, 1942. 

M5 Rapid methods for synthesizing certain war gases. 
The chemistry of the sulfur fluorides. (Final Re¬ 
port No. 399.) J. H. Simons. NDCrc-167; Service 
Project No. CWS-7; OSRD No. 1036. Pennsylvania 
State College. October 21, 1942. 

M6 Determination of the vapor pressure of HS. (Re¬ 
port No. 459.) W. Conway Pierce, Charles D. 
Wagner and Ernest J. Lang. OEMsr-282; Service 
Project Nos. CWS-7; OSRD No. 1144. North¬ 
western University. December 9, 1942. 

M7 Determination of ammonia concentrations in field 
tests. (Informal Report No. 10.1-5.) Francis E. 
Blacet and Jack G. Roof. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 
January 16, 1943. 

M8 Determination of CG in air, using silica gel. (In¬ 
formal Report No. 10.3A-8.) Roscoe G. Dickinson, 
John W. Otvos and Harold S. Johnston. NDCrc- 
127; Service Project Nos. CWS-7 and NL-B26. 
California Institute of Technology. February 8, 
1943. 

M9 Nitrobenzene as a compound to simulate HS. Dis¬ 
tribution of nitrobenzene vapors in a closed room. 
(Progress Report to February 15, 1943.) Malcolm 
Dole. OEMsr-861; Service Project No. CWS-26; 
OSRD No. 1447. California Institute of Tech¬ 
nology. May 20, 1943. 

M10 Preparation of certain extremely pure strontium 
salt. (Informal Report No. 10.3B-26.) Gregory P. 
Baxter. OEMsr-917; Service Project No. CWS-7. 
Harvard University. June 17, 1943. 

Mil Experiments on the accumulation of sulfur dioxide 
in fox holes. (Informal Report No. 10.3A-25.) Don 
M. Yost and Richard W. Dodson. OEMsr-861; 
Service Project No. CWS-26. California Institute 
of Technology. June 20, 1943. 

M12 Further experiments on the accumulation of sulfur 
dioxide in fox holes. (Informal Report No. 10.3A- 
31.) Richard W. Dodson, Don M. Yost and others. 
OEMsr-861; Service Project No. CWS-26. Cali¬ 
fornia Institute of Technology. August 27, 1943. 
M13 Chemical analysis of mixtures of NH 3 and air, and 
S0 2 and air. (Informal Report No. 10.3A-34.) 
Stanley J. Winkleman and Don M. Yost. OEMsr- 
861; Service Project No. CWS-26. California Insti¬ 
tute of Technology. August 31, 1943. 

M14 Present status of development of toxic gases. 
(Special Report to November 15, 1943.) W. Albert 
Noyes, Jr. OSRD No. 2088. December 2, 1943. 
M15 Determination of CC and CG concentrations in 
field tests. (Informal Report No. 10.3A-42.) H. G. 
Monteith, Jack G. Roof and Francis E. Blacet. 
OEMsr-282; Service Project No. CWS-26. North¬ 
western University. April 1, 1944. 

M16 Determination of SOo concentrations in field tests. 
(Informal Report No. 10.3A-43.) H. G. Monteith, 
Jack G. Roof and Francis E. Blacet. OEMsr-282; 



310 


DIVISION 10 • MICROFILM LIST 


402.21 


402.3 


402.31 


402.311 


Service Project No. CWS-26. Northwestern Uni¬ 
versity. April 1, 1944. 

Ultraviolet Photometer 

Ml An ultraviolet photometer for the detection and 
quantitative estimation of very small concentra¬ 
tions of noxious gases in air. (Report No. 108, to 
September 15, 1941.) Malcolm Dole, Irving M. 
Klotz and others. OEMsr-22; Service Project No. 
CWS-7; OSRD No. 170. Northwestern University. 
November 7, 1941. 

M2 Ultraviolet photometer for war gases. (Informal 
Report No. XLIV.) Malcolm Dole, Irving M. 
Klotz and Sol W. Weller. Northwestern Univer¬ 
sity. November 19, 1941. 

M3 An ultraviolet photometer for routine analysis. 
(Informal Report No. CCI.) Malcolm Dole, Irving 
M. Klotz and W. E. Roake. OEMsr-282; Service 
Project No. CWS-7. Northwestern University. 
November 5, 1942. 

Preparation of War Gases, Purification and Stabiliza¬ 
tion 

Ml Operation manual for Dickinson field conductivity 
meter. Robert K. Brinton and John W. Otvos. 
OEMsr-282; Service Project No. CWS-26; OSRD 
No. 5344. Northwestern Technological Institute. 
July 18, 1945. 

Fluorine 

Ml The generation of fluorine. (Report No. 416.) 
Walter C. Schumb. OEMsr-588; Service Project 
No. CWS-7; OSRD No. 984. Massachusetts Insti¬ 
tute of Technology. November 3, 1942. 

M2 The generation of fluorine. (Informal Report Nos. 
VI; 10.3B-1, -4, -7, -15, -18, -22, -28, -31; 10.1-31, 
-34 and -37, for . . . November 15, December 15, 
1942, January 15, February 15, March 15, April 15, 
May 15, July 15, August 15, September 15, October 
15 and November 15, 1943.) Walter C. Schumb, 
E. Lee Gamble and others. OEMsr-588; Service 
Project Nos. CWS-7 and CWS-26. Massachusetts 
Institute of Technology. 

M3 The production of fluorine by electrolysis. (Report 
No. 455, to July 1, 1942.) R. C. McHarness, R. G. 
Benner and others. OEMsr-414; Service Project 
No. CWS-7; OSRD No. 1114. E. I. duPont de 
Nemours and Company, Inc. December 9, 1942. 
M4 The generation of fluorine. (Progress Report to 
June 15, 1943.) Walter C. Schumb, E. Lee Gamble 
and others. OEMsr-588; Service Project No. CWS- 
7; OSRD No. 1690. Massachusetts Institute of 
Technology. August 6, 1943. 

M5 The generation of fluorine. (Final Report to Janu¬ 
ary 12, 1944.) Walter C. Schumb. OEMsr-588; 
Service Project No. CWS-7; OSRD No. 3227. 
Massachusetts Institute of Technology. February 
9, 1944. 

Related Fluorine Compounds 

Ml The preparation of acyl fluorides. The preparation 


of ozalyl fluoride. (Informal Report No. LIV.) 
J. H. Simons. Pennsylvania State College. De¬ 
cember 16, 1941. 

M2 The fluorides of sulphur. (Parts I to III.) J. H. 
Simons. Pennsylvania State College. January 24, 
March 13 and May 13, 1942. 

M3 Letter to Dr. Noyes. Subject: Progress report for 
May. L. F. Audrieth and John C. Bailar, Jr. 
University of Illinois. May 14, 1942. 

M4 The dialkyl monofluophosphates. (Informal Report 
No. CXLI.) L. F. Audrieth and John C. Bailar, 
Jr. University of Illinois. June 16, 1942. 

M5 Fluophosphates and related compounds. (Informal 
Report No. CLVII.) L. F. Audrieth and John C. 
Bailar, Jr. [University of Illinois.] July 15, 1942. 

M6 Fluorosulfonic acid and its alkyl esters. (Informal 
Report No. CLVIII.) L. F. Audrieth and John C. 
Bailar, Jr. [University of Illinois.] July 15, 1942. 

M7 Studies relating to phosphorus trifluoride. (Infor¬ 
mal Report No. CLIX.) Anton B. Burg. Univer¬ 
sity of Southern California. July 27, 1942. 

M8 Preliminary tube tests with various substances. 
Roscoe G. Dickinson. NDCrc-137. California In¬ 
stitute of Technology. August 5, 1942. 

M9 Vapor pressures of diethyl fluophosphate, ethyl 
difluophosphate, dimethyl fluophosphate, ethyl 
fluosulfonate and trimeric phosphonitrilic chlo¬ 
ride. (Informal Report No. CLXXX, for the period 
[from] July 15 to August 15, 1942.) L. F. Audrieth 
and John C. Bailar, Jr. OEMsr-299; Service Proj¬ 
ect No. CWS-7. University of Illinois. August 15, 
1942. 

M10 Alkyl fluosulfonates. Phosphonitrilic fluoride. (In¬ 
formal Report No. CLXXXI, for the period from 
July 15 to August 15, 1942.) L. F. Audrieth and 
John C. Bailar, Jr. OEMsr-299; Service Project 
No. CWS-7. University of Illinois. August 15, 
1942. 

Mil Phosphonitrilic fluoride. Diethyl sulfamyl fluoride. 
(Informal Report No. CLXXXIX, for the period 
[from] August 15 to September 14, 1942.) L. F. 
Audrieth, John C. Bailar, Jr. and Fred Basolo. 
OEMsr-299; Service Project No. CWS-7. Univer¬ 
sity of Illinois. September 14, 1942. 

M12 The alkyl difluophosphates and the mono- and 
difluothiophosphates. (Informal Report No. 
CLXXXVIII, for the period [from] August 15 to 
September 15, 1942.) L. F. Audrieth, John C. 
Bailar, Jr. and Mark M. Woyski. OEMsr-299; 
Service Project No. CWS-7. University of Illinois. 
September 15, 1942. 

M13 Fluophosphates and related compounds. (Informal 
Reports for October 15 and November 15, 1942.) 
John C. Bailar, Jr., Mark M. Woyski and Morton 
B. Epstein. OEMsr-299. University of Illinois. 

M14 Fluophosphates and related compounds. ([Part] 
VI to X. Informal Report Nos. 10.3B-2, -5, -12, 
-13 and -21, for the period from November 15, 
1942 to April 15, 1943.) John C. Bailar, Jr., Mark 




DIVISION 10 • MICROFILM LIST 


311 


M. Woyski and others. OEMsr-299. University of 
Illinois. 

M15 New toxic gases. ([Parts] VII to IX. Informal Re¬ 
port Nos. 10.3B-8, -14 and -17, for [the] period 
from January 18 to April 15, 1943.) Anton B. 
Burg, Don L. Armstrong and Russell N. Doescher. 
NDCrc-113; Service Project No. CWS-26. Univer¬ 
sity of Southern California. 

402.32 Compound 1120 

Ml Improved methods of preparation and preliminary 
study of physical and chemical properties of Com¬ 
pound 1120. (Report No. 117.) Anton B. Burg. 
NDCrc-113; Service Project No. CWS-7; OSRD No. 
179. University of Southern California. Novem¬ 
ber 15, 1941. 

M2 The preparation and properties of [Compound] 
1120. ([Part] II. Report No. 149.) Anton B. Burg, 
Don L. Armstrong and others. NDCrc-131; OSRD 
No. 294. University of Southern California. De¬ 
cember 30, 1941. 

M3 A study of the preparation of Compound 1120 
through the use of a regenerative chemical. George 
L. Clark and P. M. Bernays. OEMsr-226. Univer¬ 
sity of Illinois. February 15, 1942. 

M4 The preparation and properties of [Compound] 
1120. ([Part, IV, V and VII.) Anton B. Burg, Don 
L. Armstrong and others. [NDCrc-113.] Univer¬ 
sity of Southern California. February 15, March 
20 and May 15, 1942. 

M5 Calorimetric studies of Compound 1120. Hugh M. 
Huffman, John B. Hatcher and E. L. Ellis. Cali¬ 
fornia Institute of Technology. March 15, 1942. 

M6 Letter to Dr. W. A. Noyes, Jr. Subject: Progress 
report of J. H. Simons, re Compound 1120. J. H. 
Simons. April 19, 1942. 

M7 A study of the preparation of Compound 1120 
through the use of a regenerative chemical. 
George L. Clark. May 25, 1942. 

M8 New toxic agents: Compound 1120. (Parts I to V. 
Progress Reports for the period [July 15] to De¬ 
cember 21, 1942.) Anton B. Burg, Don L. Arm¬ 
strong and Russell N. Doescher. NDCrc-113; Serv¬ 
ice Project No. CWS-26. University of Southern 
California. 

402.33 Hydrogen Cyanide and Flame-Damping 

Ml New toxic gases, [Parts, XII to XIV. Flame-damp¬ 
ing of cyanogen chloride, [Parts, I to VII. Stabili¬ 
zation of cyanogen chloride, [Parts II, to VII and 
[Part, XII. (Informal Report Nos. 10.3B-25, -30; 
10.4-34, -37, -39, -44 and -61, for . . . July 15, 
August 15, September 15, October 14, November 
15, December 14, 1943 and May 15, 1944.) Anton 
B. Burg, Don L. Armstrong and Russell N. 
Doescher. NDCrc-113 and OEMsr-1004; Service 
Project Nos. CWS-26 and CWS-7. University of 
Southern California. 


402.34 Cyanogen and Cyanogen Chloride 

Ml Further experiments with cyanogen. Stability of 
CC. (Informal Report No. CLXXIII, for the period 
[from, July 15 to August 15, 1942.) Wendell M. 
Latimer, H. W. Anderson and H. O. Kerlinger. 
NDCrc-126; Service Project No. CWS-7. Univer¬ 
sity of California. August 14, 1942. 

M2 Experiments with CC and C 2 N 2 . (Informal Report 
No. CCXIV, for the period [from, October 15 to 
November 15, 1942.) Wendell M. Latimer and 
H. O. Kerlinger. NDCrc-126; Service Project Nos. 
CWS-7 and NL-B28. University of California. 
November 15, 1942. 

M3 Stabilization of cyanogen chloride. ( t PartS] VIII 
to XI and XIII to XX. Informal Report Nos. 
10.4-47, -50, -52, -58, -66, -68, -70, -72, -76, -78, -79, 
and -80, for . . . January 15, February 14, March 

13, April 15, June 15, July 15, August 15, Sep¬ 
tember 15, October 14, November 15, December 

14, 1944 and January 14, 1945.) Anton B. Burg, 
Don L. Armstrong and Russell N. Doescher. 
OEMsr-1004; Service Project No. CWS-7. Univer¬ 
sity of Southern California. 

402.35 Radioactive War Agents 

Ml The preparation of radioactive chlorpicrin. (In¬ 
formal Report No. IV.) J. H. Simons. May 28, 
1941. 

M2 Preparation of radioactive cyanogen chloride. (In¬ 
formal Report No. VIII.) J. H. Simons. Penn¬ 
sylvania State College. July 22, 1941. 

M3 The development of laboratory methods of de¬ 
tecting and analyzing gases containing radioactive 
sulfur. (Report No. 65.) (n.a.) NDCrc-115; Serv¬ 
ice Project No. CWS-7; OSRD No. 127. California 
Institute of Technology. August 25, 1941. 

M4 The measurement of radioactive hydrogen. (Final 
Report No. 66, to August 15, 1941.) E. O. Law¬ 
rence. NDCrc-135; Service Project No. CWS-7; 
OSRD No. 128. University of California. August 
26, 1941. 

M5 Preparation of radioactive hydrocyanic acid. (In¬ 
formal Report No. LIII.) J. H. Simons. Penn¬ 
sylvania State College. December 11, 1941. 

M6 The preparation of radioactive selenium hexa¬ 
fluoride. (Informal Report No. LXXXI.) J. H. 
Simons. Pennsylvania State College. February 
12, 1942. 

402.36 Miscellaneous Gases 

Ml Rapid methods of preparing phosgene. (Report 
No. 25.) (n.a.) Service Project No. CWS-7; OSRD 
No. 88. Pennsylvania State College. April 21, 
1941. 

M2 The preparation and preliminary study of (CH 3 ) 2 
NPF 2 . (Report No. CLXI.) Anton B. Burg. July 
24, 1942. 

M3 Heat of formation of S 2 F 10 . (Report No. 306.) 
Hugh M. Huffman, John B. Hatcher and E. L. 
Ellis. OEMsr-199; Service Project No. CWS-7; 







312 


DIVISION 10 • MICROFILM LIST 


OSRD No. 776. California Institute of Tech¬ 
nology. July 29, 1942. 

M4 Calorimetric studies. [Part] II, The entropy and 
free energy of S 2 F 10 . (Report No. 389.) Hugh M. 
Huffman, John B. Hatcher and G. B. Guthrie. 
OEMsr-199; Service Project No. CWS-7; OSRD No. 
934. California Institute of Technology. October 
10, 1942. 

M5 Thermodynamic data on S 2 F 10 . (Report No. 430.) 
Hugh M. Huffman. OEMsr-199; Service Project 
No. CWS-7; OSRD No. 1053. California Institute 
of Technology. November 21, 1942. 

M6 Thermal data on KB-16. (Informal Report Nos. 
10.3B-9 and -11, for the period [from] January 15 
to March 15, 1943.) Hugh M. Huffman, John B. 
Hatcher and G. B. Guthrie. OEMsr-199; Service 
Project No. CWS-7. California Institute of Tech¬ 
nology. 

M7 Thermal data on KB-14 and KB-16. (Final Report 
to April 15, 1943.) Hugh M. Huffman, John B. 
Hatcher and G. B. Guthrie. OEMsr-199; Service 
Project No. CWS-7; OSRD No. 1477. California 
Institute of Technology. June 1, 1943. 

M8 The preparation of new toxic gases. (Final Report 
to June 5, 1944.) Anton B. Burg, Don L. Arm¬ 
strong and others. NDCrc-113; Service Project 
Nos. CWS-7 and NL-B26; OSRD No. 4012. Uni¬ 
versity of Southern California. August 12, 1944. 

500 AEROSOLS (SMOKE AND FOGS) 

Ml Aerosols. (Report No. 14.) (n.a.) Service Project 

No. CWS-1; OSRD No. 77. University of Illinois, 
Princeton University and others. March 12, 1941. 

M2 Proceeding of the conference on aerosols t at] Evans¬ 
ton, Illinois [from] February 25 [tO] 27, 1943. 
(n.a.) [February, 1943.] 

M3 [Aerosols.] (Monthly Progress Reports for the 
months of January, 1944 and September, 1944 to 
June, 1945.) (n.a.) OEMsr-102; Service Project 

Nos. CWS-27, AC-108 and others. University of 
Illinois. 

M4 Preparation and properties of aerosols. F. T. 
Wall. OEMsr-108; Service Project No. CWS-1; 
OSRD No. 5241. University of Illinois. June 21, 
1945. 

M5 [Aerosols.] Final report on Contract OEMsr-102, 
including Contract OEMsr-599. H. F. Johnstone 
and Edward W. Comings. OEMsr-102 and OEMsr- 
599; Service Project Nos. CWS-1, CWS-27 and 
others; OSRD No. 6373. University of Illinois. 
November 30, 1945. 

501 Smoke 

Ml Production, analysis and use of aerosols of uniform 
particle size. (Report No. 57.) Victor K. LaMer 
and David Sinclair. NDCrc-33; Service Project No. 
CWS-1; OSRD No. 119. Columbia University. 
August 8, 1941. 

M2 Mechanical formation of smokes. (Report No. 91.) 


George G. Brown. OSRD No. 153. University of 
Michigan. October 18, 1941. 

501.1 Physical Properties 

Ml The theory of coagulation of smokes in closed 
vessels. (Report No. 17.) (n.a.) Service Project No. 
CWS-1; OSRD No. 80. General Electric Company. 
March 27, 1941. 

M2 Verification of Mie theory. Calculations and meas¬ 
urements of light scattering by dielectric spherical 
particles. Victor K. LaMer. OEMsr-148; Service 
Project No. CWS-1; OSRD No. 1857. Columbia 
University. September 29, 1943. 

501.11 Particle Size 

Ml Analysis of inhomogeneous smoke. (Report No. 
93.) Victor K. LaMer and David Sinclair. NDCrc- 
33; Service Project No. CWS-1; OSRD No. 155. 
Columbia University. November 5, 1941. 

M2 Studies of particle size in smokes. (Progress Report 
No. 136, to October 1, 1941.) Henry Eyring. 
NDCrc-28; Service Project No. CWS-1; OSRD No. 
292. Princeton University. December 8, 1941. 

M3 Production of smokes of homogeneous particle size 
for screening tests and development of dyes from 
thermally dispersed smokes. (Report No. 170.) 
Victor K. LaMer and Seymore Hochberg. OEMsr- 
148; Service Project No. CWS-1; OSRD No. 364. 
Columbia University. January 29, 1942. 

M4 Characteristics of different models of the Owl. 
(Informal Report No. 10.2-3.) David Sinclair, Sey¬ 
more Hochberg and others. OEMsr-148; Service 
Project No. CWS-1. Columbia University. July 
23, 1943. 

M5 Determination of the particle size distribution in 
smokes by analysis of the scattered light. (Informal 
Report No. 10.2-4.) David E. Goldman and Victor 
K. LaMer. OEMsr-148; Service Project No. CWS-1. 
Columbia University. July 28, 1943. 

M6 A portable optical instrument for the measurement 
of particle size in smokes, the Owl. An improved 
homogeneous aerosol generator. Victor K. LaMer 
and David Sinclair. OEMsr-148; Service Project 
No. CWS-1; OSRD No. 1668. Columbia Univer¬ 
sity. August 3, 1943. 

M7 Polarization relationships in homogeneous and in¬ 
homogeneous smokes. Owl settings for DOP 
smokes. (Informal Report No. 10.1-27.) Frank T. 
Gucker, Jr., Hugh B. Pickard and C. T. O’Konski. 
OEMsr-282; Service Project Nos. CWS-1 and NL- 
B34. Northwestern University. September 7, 
1943. 

M8 Thermal forces as a means of determining particle 
size and size distribution of aerosols. (Informal 
Report No. 10.2-5.) Victor K. LaMer, David Sin¬ 
clair and David E. Goldman. OEMsr-148; Service 
Project No. CWS-1. Columbia University. Sep¬ 
tember 23, 1943. 

M9 The slope-o-meter, an instrument for the rapid 
determination of particle radius and concentration 



DIVISION 10 • MICROFILM LIST 


313 


in the laboratory and field. ([Informal Report No. 
10.2-15.]) Victor K. LaMer and Seymore Hoch- 
berg. OEMsr-148; Service Project No. CWS-1. 
Columbia University. June 19, 1944. 

M10 The suitability of vertical slides as a particle size 
measurement method. (Informal Report No. 10.2- 
21.) Irwin B. Wilson. OEMsr-1388; Service Proj¬ 
ect Nos. CWS-1, SG-6 and NM-100. Columbia 
University. August, 1945. 

501.12 Deposition 

Ml The evaporation of small drops of thiodiglycol and 
Levinstein mustard. (Progress Report to August 1, 

1943. ) H. F. Johnstone and R. W. Parry. OEMsr- 
102; Service Project No. CWS-27; OSRD No. 2002. 
University of Illinois. November 9, 1943. 

M2 The deposition of drops of a non-volatile liquid 
vesicant on vertical and horizontal surfaces. (In¬ 
formal Report No. 10.4-49.) Warren E. Winsche 
and H. F. Johnstone. OEMsr-102; Service Project 
No. CWS-26. University of Illinois. January 15, 

1944. 

M3 The deposition of non-volatile aerosol clouds in 
open and forested areas. (Informal Report No. 
10.4-55.) Warren E. Winsche and H. F. Johnstone. 
OEMsr-102; Service Project No. CWS-26. Univer¬ 
sity of Illinois. March 1, 1944. 

501.2 Generators, Nozzles and Sprayers 

Ml Production of smokes of controlled size by the use 
of induction nozzles. (Report No. 167.) H. C. 
Hottel. Service Project No. CWS-1; OSRD No. 
468. Massachusetts Institute of Technology. Jan¬ 
uary 12, 1942. 

M2 Smoke investigations. (Informal Report No. 10.4- 
21.) Edward W. Comings. OEMsr-102; Service 
Project No. CWS-1. University of Illinois. May 
15, 1943. 

M3 Use of sulfur boiler for smoke generation. (Final 
Report to December 31, 1942.) W. K. Lewis. 
OEMsr-587; Service Project No. CWS-1; OSRD 
No. 1692. Massachusetts Institute of Technology. 
August 9, 1943. 

M4 A continuous sulphur smoke generator. (Progress 
Report to October 2, 1943.) Edward W. Comings 
and W. L. Lundy. OEMsr-102; Service Project 
No. CWS-1; OSRD No. 3213. University of Illinois 
and Kimberly-Clark Corporation. February 4, 
1944. 

M5 Tests on C0 2 spraying devices. (Progress Report to 
December 30, 1943.) F. G. Straub and R. J. Kallal. 
OEMsr-102; Service Project No. CWS-27; OSRD 
No. 3577. University of Illinois. May 4, 1944. 

M6 A study of the atomization of liquids. (Report No. 
148.) H. C. Lewis, David G. Edwards and others. 
OEMsr-102; Service Project Nos. CWS-1 and CWS- 
27; OSRD No. 6345. University of Illinois. No¬ 
vember 23, 1945. 


501.201 Coil Type 

Ml Smoke generator. (Report No. 217.) Irving Lang¬ 
muir and V. J. Shaefer. OEMsr-131; Service Proj¬ 
ect No. CWS-17; OSRD No. 487. General Electric 
Company. March 31, 1942. 

M2 Large-scale screening tests with Esso smoke gen¬ 
erators. (Informal Report No. 10.3A-21.) H. F. 
Johnstone. Service Project No. CWS-26. Univer¬ 
sity of Illinois. May 26, 1943. 

501.202 Combustion Type 

Ml Wetness in screening smokes and a comparison of 
the quality of smoke from the Hession and Besler 
units at Edgewood Arsenal, November 9 and 10, 
1943. (Informal Report No. 10.2-11.) Victor K. 
LaMer, Frank Brescia and others. OEMsr-148; 
Service Project No. CWS-1. Columbia University. 
January 20, 1944. 

M2 Combustion gas-type fog generator for shipboard 
installation, 400-500 GPH capacity. Machine No. 
H-202. (Progress Report to June 30, 1944.) John 
W. Hession, Jr. and Victor K. LaMer. OEMsr-148; 
Service Project No. CWS-1; OSRD No. 4377. Co¬ 
lumbia University. November 23, 1944. 

501.203 Exhaust 

Ml The tailpipe combustion unit to increase the rate 
of smoke production of TBM-3 exhaust generator. 
(Informal Report No. 10.4-82.) Paul A. Pitt. 
OEMsr-1446. Solar Aircraft Company. June 15, 

1945.] 

M2 The development of an exhaust smoke generator 
for military aircraft. (Report No. 112.) H. F. 
Johnstone and M. J. Goglia. OEMsr-102; Service 
Project No. CWS-1; OSRD No. 5488. University 
of Illinois. August 25, 1945. 

M3 Development of exhaust combustion smoke gen¬ 
erator for the TBM-3 airplane. Paul A. Pitt. 
OEMsr-1446; Service Project Nos. CWS-1, SG-6 and 
NM-100; OSRD No. 6343. Solar Aircraft Com¬ 
pany. November 23, 1945. 

501.21 Pots 

Ml The development of a filling mixture for smoke 
pots, grenades and floats. (Informal Report Nos. 
10.4-28, -32, -33, -36, -41, -45, -51, -54, -59, -62, -64, 
-67, -69 and -71, for . . . July 5, August 2, Sep¬ 
tember 6, October 4, November 8, 1943, January 3, 
February 7, March 6, April 3, May 8, June 5, July 
3, August 7 and September 4, 1944.) H. H. 
Champney, L. B. Counterman and others. OEMsr- 
1021; Service Project No. CWS-27. Hercules Pow¬ 
der Company, Inc. 

M2 Development of the SN screening smoke mixture. 
(Progress Report to May 1, 1943.) Edward W. 
Comings, C. H. Adams and others. OEMsr-102; 
Service Project No. CWS-1; OSRD No. 1772. Uni¬ 
versity of Illinois. September 4, 1943. 

M3 The development of a portable aerosol smoke pot. 
(Report to October 2, 1944.) H. H. Champney, 





314 


DIVISION 10 • MICROFILM LIST 


L. B. Counterman and others. OEMsr-1021; Serv¬ 
ice Project No. CWS-1; OSRD No. 4565. Hercules 
Powder Company, Inc. January 9, 1945. 

M4 Development of the training oil smoke pot, E-21. 

M. F. Nathan, R. W. Davis and Edward W. Com¬ 
ings. OEMsr-102; Service Project No. CWS-1; 
OSRD No. 6211. University of Illinois. October 
24, 1945. 

M5 Development of oil thermal generator floating 
smoke pot, E-23. M. F. Nathan, R. W. Davis and 
others. OEMsr-102; Service Project Nos. CWS-1 
and CWS-27; OSRD No. 6428. University of Illi¬ 
nois. December 29, 1945. 

501.22 Oils 

Ml Properties of oils with special reference to their 
use in smoke generators. (Informal Report No. 
10.2-7.) Victor K. LaMer, Seymore Hochberg and 
others. OEMsr-148; Service Project No. CWS-1. 
Columbia University. October 18, 1943. 

M2 Comparison of SGF No. 1 oil t of the] Texas Com¬ 
pany with other oils for use in oil fog generators. 
(Informal Report No. 10.2-8.) Victor K. LaMer, 
Seymore Hochberg and others. OEMsr-148; Serv¬ 
ice Project No. CWS-1. Columbia University. 
October 18, 1943. 

501.23 Signals 

Ml Field and laboratory testing of smoke signals with 
special reference to floating distress signals for air- 
sea rescue. (Informal Report No. 10.2-17.) Victor 
K. LaMer, David Sinclair and others. OEMsr-148; 
Service Project No. CWS-1. Columbia University. 
September 19, 1944. 

M2 A new daytime distress signal. (Informal Report 
No. 10.2-16.) Irving Johnson and Victor K. LaMer. 
OEMsr-148; Service Project No. CWS-1. Columbia 
University. October 23, 1944. 

M3 Testing of daytime distress signals. (Progress Re¬ 
port to September 19, 1944.) Victor K. LaMer, 
Jacob Q. Umberger and others. OEMsr-148; Serv¬ 
ice Project Nos. CWS-1 and NE-104; OSRD No. 
4539. Columbia University. January 5, 1945. 

M4 Development of a floating colored smoke signal, 
DS-4. David G. Edwards, C. H. Adams and others. 
OEMsr-102; Service Project Nos. CWS-1; NE-104 
and NO-276; OSRD No. 6375. University of Illi¬ 
nois. December 10, 1945. 

502 Smoke Screens 

Ml The formation of screening smokes. (Report No. 
194, to January 15, 1942.) George G. Brown, Fred 
Kurata and Blaine B. Kuist. OSRD No. 414. Uni¬ 
versity of Michigan. February 26, 1942. 

M2 Screening smokes. (Report No. 197.) t T. K. Sher¬ 
wood.] OSRD No. 436. March 15, 1942. 

M3 The efficient generation of chlorosulphonic acid 
smokes for screening purposes. (Informal Report 
No. 10.2-1, covering period from December 15, 
1942 to March 28, 1943.) Victor K. LaMer, Seymore 


Hochberg and Irwin B. Wilson. OEMsr-148; Serv¬ 
ice Project No. CWS-1. Columbia University. 
March 28, 1942. 

M4 Use of aqueous solutions for producing screening 
fogs or smokes by pneumatic spray nozzles. (Report 
No. 231.) Axel R. Olson and George D. Gould. 
OEMsr-236; Service Project No. CWS-17; OSRD 
No. 537. University of California. April 29, 1942. 

M5 Screening smokes. (Report No. 381.) W. H. Rode- 
bush, Victor K. LaMer and others. OEMsr-108, 
OEMsr-148 and OEMsr-131; Service Project Nos. 
CWS-1 and CWS-17; OSRD No. 940. University 
of Illinois, Columbia University and General Elec¬ 
tric Company. October 5, 1942. 

M6 The mechanical formation of screening smokes 
using salt solutions. (Report No. 408.) George G. 
Brown, Fred Kurata and C. M. Sliepcevich. 
NDCrc-208; Service Project No. CWS-17; OSRD 
No. 980. University of Michigan. October 29, 
1942. 

M7 Practical consideration involved in the use of 
screening smokes. W. H. Rodebush. OEMsr-108; 
Service Project No. CWS-1; OSRD No. 1321. Uni¬ 
versity of Illinois. April 9, 1943. 

M8 A study of oil smoke plumes by motion pictures. 
(Progress Report to June 15, 1943.) H. F. John¬ 
stone and Paul G. Roach. OEMsr-599; Service 
Project No. CWS-26; OSRD No. 1697. University 
of Illinois. August 6, 1943. 

M9 New chlorine carriers for metal chloride screening 
smoke mixtures. (Progress Report to July 1, 1943.) 
Edward W. Comings, R. W. Parry and others. 
OEMsr-102; Service Project No. CWS-1; OSRD No. 
3011. University of Illinois. December 14, 1943. 

503 Fogs 

503.1 Generation 

Ml Production of artificial fog by spraying salt solu¬ 
tions. (Report No. 10.) Weldon G. Brown. Serv¬ 
ice Project No. CWS-1; OSRD No. 73. January 
17, 1941. 

M2 Mechanical formation of fogs. (Report No. 174.) 
Weldon G. Brown. OSRD No. 375. University of 
Chicago. February 7, 1942. 

503.2 Dissipation 

Ml Dissipation of water fog by intense sound of audi¬ 
ble frequency. Victor K. LaMer, David Sinclair 
and Frank Brescia. OEMsr-148; Service Project 
No. CWS-1; OSRD No. 1667. Columbia University. 
August 3, 1943. 

M2 Large horn for the concentration of sound from a 
Victory siren for use in fog dissipation. (Informal 
Report No. 10.2-6.) David Sinclair and Victor K. 
LaMer. OEMsr-148; Service Project No. CWS-1 
Columbia University. October 15, 1943. 

M3 Tests of sonic dissipation of fog in California. (In 
formal Report No. 10.2-13.) David Sinclair, Frank 
Brescia and Victor K. LaMer. OEMsr-148; Service 




DIVISION 10 • MICROFILM LIST 


315 


Project No. CWS-1. Columbia University. April 
13, 1944. 

M4 Study of the use of air curtains for fog dissipation. 
(Progress Report to March 31, 1944.) A. P. Kratz, 
E. C. Manthei and others. OEMsr-108; Service 
Project No. NA-164; OSRD No. 3775. University 
of Illinois. June 13, 1944. 

504 Munitions for Smoke and Toxic Gases 

Ml The concentration of vapor in H aerosol clouds. 
(Progress Report to November 1, 1943.) H. F. 
Johnstone and Warren E. Winsche. OEMsr-102; 
Service Project No. CWS-27; OSRD No. 3284. Uni¬ 
versity of Illinois. February 22, 1944. 

M2 [Munitions for gas dispersal.] (Monthly progress 
report.) (n.a.) OEMsr-102; Service Project No. 
CWS-27. University of Illinois. March, 1944. 

504.1 Generators 

Ml The generation and use of concentrated mustard 
vapor clouds. (Progress Report to October 20, 
1943.) H. F. Johnstone and Edward W. Comings. 
OEMsr-102; Service Project No. CWS-27; OSRD 
No. 3012. University of Illinois. December 14, 
1943. 

M2 Development of an experimental thermal genera¬ 
tor pot for dispersing mustard gas as an aerosol. 
C. H. Adams, M. H. Raila and Edward W. Com¬ 
ings. OEMsr-102; Service Project No. CWS-27; 
OSRD No. 6431. University of Illinois. December 
29, 1945. 

504.11 Fuel Blocks 

Ml Improvements in the fuel block for the thermal 
vapor generator. (Informal Report No. 10.4-43.) 
Edward W. Comings and R. W. Parry. OEMsr- 
102; Service Project No. CWS-27. University of 
Illinois. December 3, 1943. 

M2 Fuel blocks for the Model G-8 thermal generator 
bomb. (Informal Report No. 10.4-63.) Edward W. 
Comings and R. W. Parry. OEMsr-102; Service 
Project No. CWS-27. University of Illinois. May 
1, 1944. 

M3 Fuel blocks for thermal generators. R. W. Parry, 
M. H. Raila and others. OEMsr-102; Service 
Project Nos. CWS-1 and CWS-27; OSRD No. 6636. 
University of Illinois. March 11, 1946. 

504.12 Candles 

Ml A study of the dispersion of solids in gases. (Final 
Report No. 75, to September 2, 1941.) Reston 
Stevenson. NDCrc-18; Service Project No. CWS-1; 
OSRD No. 137. College of the City of New York. 
September 10, 1941. 

M2 Development of a smoke unit. (Report No. 227.) 
Edward W. Comings. OEMsr-102; Service Project 
No. CWS-1; OSRD No. 518. University of Illinois. 
April 23, 1942. 

M3 Toxic smoke candle. Screening smoke units. (Re¬ 
port No. 440.) Edward W. Comings. OEMsr-102; 


Service Project No. CWS-1; OSRD No. 1076. Uni¬ 
versity of Illinois. December 1, 1942. 

M4 Smoke investigations. (Informal Report No. 

10.4- 24.) Edward W. Comings, E. D. Shippee and 
others. OEMsr-102; Service Project No. CWS-1. 
University of Illinois. June 15, 1943. 

M5 The development of the thermal generator candle. 
(Progress Report to November 1, 1943.) Edward 
W. Comings, E. D. Shippee and M. Forester. 
OEMsr-102; Service Project No. CWS-27; OSRD 
No. 3150. University of Illinois. January 18, 1944. 

504.2 Explosives, Bombs, etc. 

Ml A study of aerosols produced by the Olson bomb. 
(Informal Report No. 10.1-14.) Frank T. Gucker, 
Jr., Hugh B. Pickard and C. T. O’Konski. OEMsr- 
282; Service Project Nos. CWS-1 and NL-B34. 
Northwestern University. May 15, 1943. 

M2 A method for determining dispersibility of pow¬ 
dered solids by high explosive bursts. (Informal 
Report No. 10.2-10.) Paul L. Salzberg, J. L. Keats 
and F. C. McGrew. OEMsr-963; Service Project 
No. CWS-1. E. I. duPont de Nemours and Com¬ 
pany, Inc. December 10, 1943. 

M3 The assessment of aerosols. (Informal Report No. 

10.4- 48.) R. L. LeTourneau, Warren E. Winsche 
and H. F. Johnstone. OEMsr-102; Service Project 
No. CWS-26. University of Illinois. December 31, 

1943. 

M4 Particle size measurements on certain aerosol bombs 
for the Department of Agriculture. (Informal Re¬ 
port No. 10.2-14.) Victor K. LaMer, Seymore 
Hochberg and others. OEMsr-148; Service Project 
No. CWS-1. Columbia University. April 24, 1944. 
M5 Field methods of dispersing chemical-warfare 
agents. (Report to March 17, 1944.) Axel R. Olson 
and Karl Jan Tong. OEMsr-539; Service Project 
No. CWS-27; OSRD No. 3578. University of Cali¬ 
fornia. May 4, 1944. 

M6 Development of munitions for dispersing solid 
particulates. (Progress Report to July 15, 1944.) 
H. F. Johnstone, R. L. LeTourneau and others. 
OEMsr-102; Service Project No. CWS-27; OSRD 
No. 4166. University of Illinois. September 25, 

1944. 

M7 The temperature of the liquid contents of muni¬ 
tions exposed to sunlight. (Progress Report to 
January 2, 1945.) George C. Gross, Don L. Arm¬ 
strong and Anton B. Burg. OEMsr-1004; Service 
Project No. CWS-26; OSRD No. 4848. University 
of Southern California. April 1, 1945. 

M8 Gas ejection bombs for the dispersal of finely 
divided powders. C. A. Getz and J. C. Hesson. 
OEMsr-102; Service Project No. CWS-27; OSRD 
No. 5489. Cardox Corporation and University of 
Illinois. August 25, 1945. 

M9 Telescoping metal tails for a small cluster bomb, 
thermal generator, 10-lb, E-29R1. E. C. Manthei 
and J. A. Peck. OEMsr-102; Service Project Nos. 



316 


DIVISION 10 • MICROFILM LIST 


CWS-1 and CWS-27; OSRD No. 6121. University 
of Illinois. October 17, 1945. 

M10 Development of a small base ejection air-burst 
bomb for dispersing liquid agents. R. J. Kallal, 
R. W. Davis and H. F. Johnstone. OEMsr-102; 
Service Project No. CWS-1; OSRD No. 6300. Uni¬ 
versity of Illinois. November 7, 1945. 

Mil Development of a colored smoke target identifica¬ 
tion bomb (bomb, target identification, smoke, 
Mark 72, Model 2.) C. H. Adams, Edward H. 
Conroy and Edward W. Comings. OEMsr-102; 
Service Project No. NO-276; OSRD No. 6432. 
University of Illinois. December 29, 1945. 

M12 The development of a light high-explosive bomb 
for dispersing toxic and insecticidal aerosols. H. F. 
Johnstone, R. L. LeTourneau and H. C. Wein- 
gartner. OEMsr-102; Service Project Nos. CWS-1, 
NM-100 and CWS-27; OSRD No. 6565. University 
of Illinois. January 28, 1946. 

504.21 White Phosphorus 

Ml The use of carbon black in white-phosphorus 
shells. (Informal Report No. 10.4-40.) T. M. Beck. 
OEMsr-948. Victor Chemical Works. November 
11, 1943. 

M2 Static firing tests on tail-ejector, E-5, bombs. Notes 
on white phosphorus in antipersonnel role. (In¬ 
formal Report No. 10.4-42.) T. M. Beck. OEMsr- 
948. Victor Chemical Works. December 7, 1943. 
M3 Preparation of plasticized phosphorus mixtures. 
(Informal Report No. 10.4-53.) John C. Bailar, 
Jr., Mark M. Woyski and E. A. Ford. OEMsr-299 
and OEMsr-102; Service Project No. CWS-26. Uni¬ 
versity of Illinois. February 1, 1944. 

M4 Tests on M-69 bombs charged with coated precast 
blocks of white phosphorus. (Informal Report No. 
10.4-56.) T. M. Beck and Howard Adler. OEMsr- 
948. Victor Chemical Works. March 30, 1944. 

M5 Plasticized white phosphorus, PWP. (Informal Re¬ 
port No. 10.4-57.) John C. Bailar, Jr., Mark M. 
Woyski and others. OEMsr-299 and OEMsr-102; 
Service Project No. CWS-26. University of Illinois. 
April 10, 1944. 

M6 Factors affecting the thermal stability of plasticized 
phosphorus. (Informal Report No. 10.4-65.) John 
C. Bailar, Jr. and Mark M. Woyski. OEMsr-299; 
Service Project No. CWS-27. University of Illinois. 
June 30, 1944. 

M7 The development of plasticized white phosphorus. 
([Part] IV. Informal Report No. 10.4-73.) John C. 
Bailar, Jr., Mark M. Woyski and others. OEMsr- 
299 and OEMsr-102; Service Project No. CWS-27. 
University of Illinois. September 1, 1944. 

M8 Pilot plant study of the processing of plasticized 
white phosphorus. (Report to July 29, 1944. ) How¬ 
ard Adler and George Klein. OEMsr-948; Service 
Project Nos. CWS-1 and CWS-27; OSRD No. 4157. 
Victor Chemical Works. September 21, 1944. 

M9 Plasticized white phosphorus in small smoke muni¬ 
tions. (Progress Report to November 15, 1944.) 


R. I. Rice, M. F. Nathan and others. OEMsr-102; 
Service Project Nos. CWS-1 and CWS-27; OSRD 
No. 4700. University of Illinois. February 16, 
1945. 

M10 The apparent viscosity of plasticized white phos¬ 
phorus. (Informal Report No. 10.4-81.) E. A. Ford, 
Mark M. Woyski and others. OEMsr-102; Service 
Project No. CWS-27. University of Illinois. Febru¬ 
ary 20, 1945. 

Mil The burning properties and antipersonnel effect of 
plasticized white phosphorus. (Progress Report to 
September 15, 1944.) H. F. Johnstone, David G. 
Edwards and 'others. OEMsr-102; Service Project 
Nos. CWS-1 and CWS-27; OSRD No. 4733. Uni¬ 
versity of Illinois. March 3, 1945. 

M12 Design of a plant for manufacturing and loading 
plasticized white phosphorus. E. A. Ford. OEMsr- 
102; Service Project Nos. CWS-1, CWS-27 and NO- 
292; OSRD No. 6122. University of Illinois. Octo¬ 
ber 17, 1945. 

M13 The development of plasticized white phosphorus, 
PWP. Mark M. Woyski, E. A. Ford and others. 
OEMsr-102; Service Project Nos. CWS-1 and CWS- 
27; OSRD No. 6566. University of Illinois. Janu¬ 
ary 28, 1946. 

504.3 Solid Aerosols 

Ml Dispersal and persistence properties of solid aero¬ 
sols. (Informal Report No. 10.2-9.) Victor K. 
LaMer, David Sinclair and others. OEMsr-148; 
Service Project No. CWS-1. Columbia University. 
November 12, 1943. 

M2 The preparation of solid materials for dispersion 
as aerosols. (Report to May 10, 1944.) F. C. Mc- 
Grew. OEMsr-963; Service Project No. CWS-1; 
OSRD No. 3902. E. I. duPont de Nemours and 
Company, Inc. July 17, 1944. 

M3 Development of a thermal generator bomb for dis¬ 
persing concentrated mustard aerosol. E. D. 
Shippee, M. H. Raila and Edward W. Comings. 
OEMsr-102; Service Project No. CWS-27; OSRD 
No. 6574. University of Illinois. February 4, 1946. 

504.4 Miscellaneous Toxic Aerosols 

Ml Smoke production. (Report No. 47, to June 27, 
1941.) Edward W. Comings. NDCrc-47; Service 
Project No. CWS-1; OSRD No. 109. University 
of Illinois. June 27, 1941. 

M2 Development of a smoke unit. (Final Report No. 
105.) Edward W. Comings. NDCrc-47; Service 
Project No. CWS-1; OSRD No. 167. University of 
Illinois. November 5, 1941. 

600 DDT 

601 Physical Characteristics 

601.1 Solubility 

Ml The solubility of DDT in mixtures of xylene and 
lubricating oil, 10-W. The density of these solu- 



DIVISION 10 • MICROFILM LIST 


317 


tions when saturated with DDT. (Informal Report 
No. 10.2-20.) Victor K. LaMer, Seymore Hochberg 
and Joseph Betheil. OEMsr-1388. Columbia Uni¬ 
versity. April, 1945. 

M2 Sun Oil Company solvent Aro-sol, 151-B, as a prac¬ 
tical solvent for DDT. (Informal Report No. 
10.2-22.) Victor K. LaMer, Seymore Hochberg and 
Joseph Betheil. OEMsr-1388. Columbia Univer¬ 
sity. April 30, 1945. 

M3 Effect of solvents on the toxicity of DDT aerosols. 
(Report No. 123.) Victor K. LaMer, Seymore 
Hochberg and others. OEMsr-1388; Service Proj¬ 
ect Nos. CWS-1, SG-6 and NM-100; OSRD No. 
5936. Columbia University and US Department of 
Agriculture. August 31, 1945. 

601.2 Particle Size 

Ml The optical characterization of any aerosol in the 
laboratory or field. The production of aerosols 
from powdered solid materials. (Report to October 
31, 1944.) Victor K. LaMer, Jacob Q. Umberger 
and others. OEMsr-148; Service Project No. 
CWS-1; OSRD No. 4904. Columbia University. 
April 15, 1945. 

M2 Formulas utilizing DDT concentrate and/or Diesel 
oil for use in Army and Navy insecticidal aerosol 
generators. With notes on adult muscoid fly toxic¬ 
ity. (Report No. 120.) Victor K. LaMer, Frank 
Brescia and others. OEMsr-1388; Service Project 
Nos. CWS-1, SG-6 and NM-100; OSRD No. 5729. 
Columbia University. August 18, 1945. 

602 Dispersal and Behavior of DDT 

Ml The production of aerosol droplets below twenty- 
five micron diameter for the dispersal of insecti¬ 
cides and chemical-warfare agents. (Informal Re¬ 
port No. 10.4-60.) R. L. LeTourneau, R. J. Kallal 
and D. R. Powell. Service Project No. CWS-26. 
University of Illinois. April 20, 1944. 

602.1 Generators 

602.11 Grounded 

Ml Mosquito control by ground dispersal of DDT as 
aerosol from large-scale generators. (Informal Re¬ 
port No. 10.2-19.) Ridsdale Ellis and Victor K. 
LaMer. OEMsr-148 and OEMsr-1388. Columbia 
University. December, 1944. 

M2 Conversion of Besler No. 374 screening smoke gen¬ 
erator to a Hochberg-LaMer aerosol generator for 
insecticidal purposes. Supplement on conversion 
of Besler M-2 generator. (Report No. 53, to April 
2, 1945.) Victor K. LaMer, Seymore Hochberg and 
others. OEMsr-1388; Service Project Nos. SG-6, 
CWS-1 and NM-100; OSRD No. 4894. Columbia 
University. April 5, 1945. 

M3 The Hochberg-LaMer aerosol generator. (Report 
No. 15, to October 31, 1944.) Victor K. LaMer 
and Seymore Hochberg. OEMsr-148 and OEMsr- 
1388; Service Project Nos. SG-6, CWS-1 and NM- 


100; OSRD No. 4901. Columbia University. April 
15, 1945. 

M4 The use in the South Pacific of the Navy screening 
smoke generator, M-374, converted to an insecti¬ 
cidal aerosol generator according to the Hochberg- 
LaMer principle. (Report No. 121 [Covering period 
from] October 12, 1944 to April 27, 1945.) Frank 
Brescia and Irwin B. Wilson. OEMsr-1388; Service 
Project Nos. CWS-1, SG-6 and NM-100; OSRD 
No. 5730. Columbia University. May 7, 1945. 

602.12 Mobile 

602.121 Airplane 

Ml Tests with an exhaust aerosol DDT generator on 
a 450-hp Stearman aircraft. (Progress Report to 
September 25, 1944.) R. L. LeTourneau, C. W. 
Kearns and others. OEMsr-102; Service Project 
Nos. CWS-1 and AC-108; OSRD No. 4399. Uni¬ 
versity of Illinois. November 29, 1944. 

M2 The development of an aerosol generator for dis¬ 
persing DDT solutions from the exhaust of an air¬ 
craft engine. (Report No. 95, to June 1, 1945.) 
H. F. Johnstone, R. J. Kallal and C. H. Adams. 
OEMsr-102; Service Project Nos. SG-6, CWS-1 and 
others; OSRD No. 5309. University of Illinois. 
July 5, 1945. 

M3 Exhaust aerosol generator for dispersal of DDT 
solution with SB2C-4 airplane. (Report No. 114.) 
J. H. Clark. OEMsr-1446; Service Project Nos. 
CWS-1, NM-100 and SG-6; OSRD No. 5487. Solar 
Aircraft Company. August 25, 1945. 

M4 Exhaust aerosol generator on the PBJ-1H for the 
dispersal of DDT and oil smoke. (Report No. 115.) 
J. H. Clark. OEMsr-1446; Service Project Nos. 
CWS-1, SG-6 and NM-100; OSRD No. 5510. Solar 
Aircraft Company. August 30, 1945. 

M5 Some theoretical aspects of the behavior of DDT 
aerosols dispersed from aircraft. (Report No. 116.) 
H. F. Johnstone, Warren E. Winsche and others. 
OEMsr-102; Service Project Nos. CWS-1 and 
SG-6; OSRD No. 5710. University of Illinois. 
September 19, 1945. 

M6 The development of an exhaust DDT aerosol gen¬ 
erator for the Taylorcraft light airplane. (Report 
No. 144.) R. I. Rice. OEMsr-102; Service Project 
Nos. CWS-1, AC-108 and NM-100; OSRD No. 6344. 
University of Illinois. November 23, 1945. 

602.122 Vehicle 

Ml Directions for installation and operation of ex¬ 
haust-type aerosol generator on jeep. (Informal 
Report No. 10.4-83.) R. I. Rice and H. F. 
Hrubecky. OEMsr-102; Service Project Nos. CWS-1 
and AC-108. University of Illinois. May 1, 1945. 

M2 Installation of an exhaust DDT aerosol generator 
on the cargo carrier, M-29C (Weasel). (Informal 
Report No. 10.4-84.) R. I. Rice. OEMsr-102; 
Service Project Nos. CWS-1 and NM-100. Univer¬ 
sity of Illinois. July 20, 1945. 




318 


DIVISION 10 • MICROFILM LIST 


M3 Development of an exhaust DDT areosol genera¬ 
tor for the 14 ton, 4x4 truck, jeep. (Report No. 
139.) R. L. LeTourneau, R. I. Rice and others. 
OEMsr-102; Service Project Nos. CWS-1 and NM- 
100; OSRD No. 6301. University of Illinois. No¬ 
vember 7, 1945. 

602.2 Toxicity Tests 

Ml The toxicity of DDT films and aerosol deposits. 
(Informal Report No. 10.4-74.) R. L. LeTourneau, 
C. W. Kearns and others. OEMsr-102 and OEMsr- 
108; Service Project No. CWS-27. University of 
Illinois. October 1, 1944. 

602.21 Mosquitoes 

Ml Toxicity of DDT to mosquitoes. Effect of particle 
size on the efficiency of oil aerosols bearing DDT. 
(Progress Report to October, 1944.) Victor K. 
LaMer, Seymore Hochberg and others. OEMsr- 
148; OSRD No. 4447. Columbia University. De¬ 
cember 11, 1944. 

M2 Statistical considerations in the use of DDT aero¬ 
sols. (Report No. 13, to January 1, 1945.) W. H. 
Rodebush. OEMsr-108; Service Project Nos. 
CWS-1 and SG-6; OSRD No. 4757. University of 
Illinois. March 5, 1945. 

M3 Test of large area mosquito control using the in¬ 
ventors’ model of the Hochberg-LaMer aerosol 
generator in Lodge Village, Georgetown, B. G., 
on April 12, 1945. (Report No. 96.) Kenneth C. 
Hodges and John C. Rowell. OEMsr-1388; Service 
Project Nos. SG-6, CWS-1 and NM-100; OSRD 
No. 5310. Columbia University. July 5, 1945. 

M4 The effect of particle size and speed of motion of 
DDT aerosols of uniform particle size in a wind 
tunnel on the mortality of mosquitoes. (Report 
No. 119.) Randall Latta, Victor K. LaMer and 
others. OEMsr-1388; Service Project Nos. CWS-1, 
SG-6 and NM-100; OSRD No. 5566. Columbia 
University and US Department of Agriculture. 
September 7, 1945. 

M5 Salt marsh and anopheline mosquito field control 
tests with the Hochberg-LaMer insecticidal gen¬ 
erator using oil DDT aerosols. (Report No. 122.) 
Victor K. LaMer, Frank Brescia and others. 
OEMsr-1388; Service Project Nos. CWS-1, SG-6 
and NM-100; OSRD No. 5731. Columbia Univer¬ 
sity. September 18, 1945. 

M6 Field tests of Hochberg-LaMer aerosol insecticide 
generator against salt marsh mosquitoes at Man- 


toloking, N. J., July 19 and August 24, 1945. (In¬ 
formal Report No. 10.2-23.) Victor K. LaMer, 
Seymore Hochberg and others. OEMsr-1388; Serv¬ 
ice Project Nos. CWS-1 and SG-6. Columbia Uni¬ 
versity. October 23, 1945. 

602.22 Drosophila 

Ml Toxicity to drosophila (fruit flies) of DDT de¬ 
posited from aerosols on the surface of certain 
leaves and glass. (Informal Report No. 10.2-18.) 
Victor K. LaMer, Seymore Hochberg and others. 
OEMsr-148. Columbia University. December 7, 

1944. 

M2 Toxicity to drosophila (fruit flies) of aerosols of 
DDT of uniform droplet size in oil of high boil¬ 
ing point. (Report No. 14, to October 31, 1944.) 
Victor K. LaMer, Seymore Hochberg and others. 
OEMsr-148; Service Project Nos. SG-6 and CWS-1; 
OSRD No. 4796. Columbia University. March 
15, 1945. 

602.23 Miscellaneous Tests 

Ml Cankerworms as test insects for DDT field tests of 
models of the Hochberg-LaMer insecticidal aerosol 
generator at Hempstead Lake State Park, Long 
Island, New York. (Report No. 124.) Victor K. 
LaMer, Seymore Hochberg and others. OEMsr- 
1388; Service Project Nos. CWS-1 and SG-6; OSRD 
No. 6004. Columbia University. September 28, 

1945. 

M2 Laboratory experiments testing effects of DDT on 
wood tick, Dermacentor variabilis. (Informal Re¬ 
port No. 10.2-24.) Victor K. LaMer, Seymore 
Hochberg and others. OEMsr-1388; Service Proj¬ 
ect Nos. CWS-1 and SG-6. Columbia University. 
October 23, 1945. 

M3 Efficacy of DDT and DNOC as insecticides for 
grasshoppers when dispersed by a Hochberg- 
LaMer type aerosol generator. (Informal Report 
No. 10.2-25.) Victor K. LaMer. OEMsr-1388; 

Service Project Nos. CWS-1 and SG-6. Columbia 
University. October 25, 1945. 

M4 Black fly control with DDT oil aerosols using the 
Hochberg-LaMer generator with notes on spruce 
bud worm and larch case bearer control at Lake 
Placid, New York, June, 1945. (Informal Report 
No. 10.2-26.) Victor K. LaMer. OEMsr-1388; 
Service Project Nos. CWS-1 and SG-6. Columbia 
University. November 8, 1945. 



DIVISION 11 • OXYGEN RESEARCH, CHEMICAL ENGINEERING 

AND FIRE WARFARE 

Microfilm Index 


100 OXYGEN 

101 Summary Reports for Division 11 

102 Generation of Oxygen 

102.1 Mechanical Methods 

102.11 Small Units 

102.111 Airborne Units 

102.12 Mobile Units 

102.13 Expanders 

102.14 Compressors 

102.141 Air 

102.142 Oxygen 

102.15 Miscellaneous Compressors 

102.2 Chemical Methods 

102.21 Regenerative 

102.211 Chelate Compounds 

102.212 Salcomine 

102.213 Test Units 

102.22 Non-Regenerative 

102.221 Peroxides 

102.222 Rebreathers 

102.223 Candles 

103 Liquid Oxygen 

103.1 Production Problems 

103.2 Pumps 

103.3 Shipboard Units 

103.4 Air Separation Cycles 

103.5 Converters and Vaporizers 

104 Rectification of Air 

104.1 Equipment 

104.11 Plate and Packed Towers 

104.12 Portable Unit Columns 

104.13 Heat Exchangers and Regenerators 
104.131 Insulators 

104.2 Instruments 

105 Purification of Air 

105.1 Presence of Impurities 

105.2 Removal 

105.21 Moisture 

105.22 Carbon Dioxide 

105.23 Other Gases 

106 Submarine and Airplane Oxygen 

106.1 Submarines 

106.11 Exhaust Gases 

106.111 Dispersers 

106.12 Diesel Engine Operation While Submerged 

106.2 Airplanes 

106.21 Water Vapor Content 

106.3 Oxygen Meters 

200 CHEMICAL ENGINEERING 

200.1 Hydraulic Fluids 

201 Protection of Aircraft and Aircraft Engines 

201.1 Fire Hazards 

201.2 Dust Removal 


202 Pyrotechnics 

202.1 Flares 

202.11 Underwater 

202.12 Colored 

202.2 Photoflash Bombs 

202.3 Aerial Photographic Flash Powders 

203 Use of Chemicals for War 

203.1 Inflation of Life Rafts at Low Temperatures 

203.2 Position Identification 

203.21 Advanced Position 

203.22 Sea Markings 

203.3 Hydrogen Generation 
203.31 Lithium Compounds 

203.4 Oxygen Masks 

203.5 War Gases 

203.51 Levinstein Mustard 

203.511 Purification 

203.512 Vesicant Thickeners 

203.52 Gas Dispersal 

203.521 Bombs 

203.522 Airplane 

203.523 Vaporization 

203.524 Drop Dispersion 

203.6 Liquid Filled Shells 

203.7 Potable Water 

203.71 From Sea Water 

203.72 Purification after Transportation 

203.8 Bleaches 

203.81 Storage of Chlorinated Lime 

204 Instantaneous Respiration Rates 

204.1 Penetration Measurements 

204.2 Protective Respiratory Equipment 

205 Sabotage of Fuels and Engines 

205.1 Fuels 

205.2 Gasoline Engines (Pro-Knock) 

206 Protective Coatings 

206.1 Ship Bottoms 

206.11 Coatings 

206.12 Cleaning 

206.2 Aircraft 

206.3 Paint Removers 

206.4 Coating Corrosion 
206.41 Biological Effects 

206.5 Magnesium Alloy Coatings 

206.51 Magnesium Fluoride for Lens Coatings 

206.6 Fire Protection Coatings 

206.7 Munition Protection 

206.8 Food, Fuel and Lubricant Containers 

206.9 Leather Dressings 

207 Removal of Impurities 

207.1 Oil from Water 

207.2 Dust from Gun Emplacements 

208 Quartermaster Corps Research 
208.1 Textiles 


:cre 


1 i 


319 



320 


DIVISION 11 • MICROFILM INDEX 


208.11 Wear Resistance 

208.12 Water Repellency 

208.13 Shrink-Proofing 

208.14 Storage of Impregnated Fabrics 

208.2 Plastic Laminates Used as Armor (Doron) 

208.21 Materials and Preparation of Laminates 

208.22 Ballistic Testing and Evaluation 

208.3 Miscellaneous Quartermaster Corps Research 

208.31 Vermin Control 

208.32 Troop Feeding Programs 

208.33 Substitutes for Oriental Bamboos 

208.34 Improvement of Shoes 

208.4 Fuels for Stoves and Lanterns 

208.41 Deleading Gasoline 

208.42 Solid Fuels 

209 Miscellaneous Research of Division 11 

209.1 Manufacture of Cork Plugs 

209.2 Lead Storage Battery Capacity 

209.3 Manufacture of Nitric Acid from Urine 

300 FIRE WARFARE 

301 Incendiaries 

301.1 Bombs 

301.11 Bursters 

301.12 Fuzes 

301.13 Plastic Bombs 

301.14 The M-69 and Modifications 

301.141 Stability and Flight Performance 

301.142 Penetrability 

301.143 Efficacy 

301.144 Cluster Formation 

301.145 Surveillance and Storage 

301.146 Cellocotton Filling 

301.147 Miscellaneous M-69 Problems 

301.15 Experimental Bombs: The E-6, E-9, E-19, 
E-22 and E-53 

301.16 Bomb Fillings 

301.161 Cellocotton for a 500-Pound Bomb 

301.17 Miscellaneous Bomb Filling Problems 

301.2 Sabotage Incendiaries 

301.21 Candles 

301.22 Boxed Forms 

301.23 Miscellaneous Small Incendiary Items 

301.3 Incendiary Fuel Mixtures 


301.4 Oil Incendiaries 

301.5 Efficacy of Incendiary Bombs 

302 Flame Throwers 

302.1 Portable 

302.11 Model E-2 

302.12 Model M-l 

302.13 Generator 

302.2 Mobile Service Units 

302.3 Mechanized 

302.31 Scorpion, or Skink 

302.32 Flame Throwers, Mounted on Tanks 

302.321 Amphibious Tanks (LVT) Using 
Models E-7 and E-14 Flame 
Throwers 

302.322 Model M-4 Tanks Using Models 
E-5, E-7, E-12, E-13 and E-19 Flame 
Throwers 

302.323 Model M-5 Tanks Using Models 
E-7 and Q Flame Throwers 

302.33 Miscellaneous Tank Flame Throwers 

302.4 Pump-Operated Flame Thrower 

302.5 Flame Attack and Countermeasures 

302.51 Attack 

302.52 Protection of Ship Conning Towers 

302.53 Miscellaneous Attack and Countermeasure 
Research 

303 Fuels for Incendiaries and Flame Throwers 

303.1 Thickened Fuels 

303.11 Napalm Soaps and Soap-Thickened Fuels 

303.12 Gasoline Gels 

303.13 Phosphorus Mixtures 

303.14 Miscellaneous Thickened Fuels 

303.2 Mixers 

303.3 Igniters 

303.4 Factors Affecting Range 

303.41 Wind 

303.42 Liquid Jet Structure 

303.43 Nozzle Size and Design 

303.44 Gel Properties 

304 Burning Tests 

304.1 Wood 

304.11 Moist Wood 

304.2 Destruction of Models 

304.21 Foreign Types of Buildings 




DIVISION 11 • OXYGEN RESEARCH, CHEMICAL ENGINEERING 

AND FIRE WARFARE 

List of Microfilmed Reports 


100 OXYGEN 

101 Summary Reports for Division 11 

Ml Final report of NDRC Oxygen Reviewing Com¬ 
mittee. T. R. Chilton, Harry A. Curtis and others. 
December 22, 1941. 

M2 The investigations carried out under Contract No. 
OEMsr-232 and new contract, Symbol No. 964 
with Yale University. (Reports for March and 
April, 1942.) Barnett F. Dodge. OEMsr-232. 
Yale University. 

M3 The investigations carried out under Contract No. 
OEMsr-355 with Yale University. (Reports covering 
the period from June, 1942 to June, 1943.) Bar¬ 
nett F. Dodge. Yale University. 

M4 The Oxygen Technical Committee. Morning meet¬ 
ing, August 20, 1942. (n.a.) [August, 1942.] 

M5 Oxygen units under development by the National 
Defense Research Committee. S. S. Prentiss. 
August 14, 1942. 

M6 Oxygen units under development by the National 
Defense Research Committee, (n.a.) January 1, 
1943. 

M7 Central Engineering Laboratory, NDRC, Section 
11.1, Oxygen. (Reports covering the period from 
March 15, 1943 to April 30, 1945.) J. H. Rushton, 
Barnett F. Dodge and others. OEMsr-934. Uni¬ 
versity of Pennsylvania. 

M8 Production progress of oxygen producing units. 
(Monthly Report ( for the period] from March 15 
to April 15, 1943.) R. R. Enders. NDCrc-830. 
Servel, Inc. April, 1943. 

M9 Final report of the Central Engineering Labora¬ 
tory, University of Pennsylvania, for the period 
March, 1943 through June, 1945. John A. Goff 
and Roy W. Banwell. OEMsr-934; Service Project 
Nos. NL-B42, NA-106 and others; OSRD No. 5482. 
University of Pennsylvania. June 30, 1945. 

102 Generation of Oxygen 

Ml [Various oxygen producing units.] (Progress Re¬ 
ports covering period from April, 1942 to April, 
1943.) Walter E. Lobo. M. W. Kellogg Com¬ 
pany. 

M2 [Trailer Unit for producing oxygen.] Contract 
NDCrc-206 with Air Reduction Company. (Prog¬ 
ress Report [for] August t 1942] •) Wolcott Dennis. 
NDCrc-206. Air Reduction Company, Inc. August 
[1942]. 

M3 [The] oxygen program r of] Section 11.3, including 
bi-monthly report for December, 1942 and Janu¬ 
ary, 1943 [prepared] for t a] meeting with NDRC 
Reviewing Committee, (n.a.) February 13, 1943. 

M4 Oxygen plant development. (Report to February 
28, 1945.) Walter E. Lobo. OEMsr-365; Service 


Project Nos. NA-11, NS-115 and others; OSRD No. 
4555. M. W. Kellogg Company. February 28, 
1945. 

M5 Oxygen generating equipment. (Report to June 30, 
1945.) Frederick G. Keyes. NDCrc-182; Service 
Project Nos. NS-115, NA-111 and others; OSRD 
No. 5329. Massachusetts Institute of Technology. 

102.1 Mechanical Methods 

Ml The development of a low-temperature engine 
compressor rectifier unit for the separation of oxy¬ 
gen from air. Frederick G. Keyes and S. C. Collins. 
September 12, 1941. 

M2 [Various oxygen producing units.] (Monthly Prog¬ 
ress Reports covering the period from March, 1942, 
April, 1943 to January, 1944.) Walter E. Lobo. 
M. W. Kellogg Company. 

M3 Oxygen project, NDCrc-182. (Special Report No. 
4.) Frederick G. Keyes. NDCrc-182. [Massachu¬ 
setts Institute of Technology.] April 15, 1942. 

M4 [Various oxygen producing units.] (Progress Re¬ 
ports [Covering the period from] July, September 
t and] October, 1942.) Wolcott Dennis. NDCrc- 
206. Air Reduction Company, Inc. 

M5 [Various oxygen producing units.] (Progress Re¬ 
port [On] NDRC Contract No. NDCrc-206 t with 
the] Air Reduction Company [for the period] No¬ 
vember 15 [tO] December 31, 1943.) Wolcott 
Dennis. Air Reduction Company, Inc. December, 
1943. 

M6 Visit to [the] Air Reduction Sales Company, De¬ 
cember 15 and 16, 1943. George T. Skaperdas. 
[December] 1943. 

M7 Report covering consulting services of Dr. Howard 
O. McMahon to [the] E. B. Badger and Sons Com¬ 
pany in connection with mechanical oxygen gen¬ 
erators. T. L. Wheeler and Howard O. McMahon. 
Arthur D. Little, Inc. March 6, 1944. 

M8 Mechanical oxygen generating units and related 
equipment. J. N. MacKendrick and A. Van 
Campen. OEMsr-370; Service Project Nos. AC-12, 
NA-111 and others; OSRD No. 4792. Clark Broth¬ 
ers Company, Inc. May 15, 1945. 

102.11 Small Units 

Ml Conference on small oxygen units. C. C. Furnas. 
M. W. Kellogg Company. July 13, 1942. 

102.111 Airborne Units 

Ml Airplane oxygen unit, (n.a.) NDCrc-182. [Massa¬ 
chusetts Institute of Technology.] June 27, 1942. 

M2 Oxygen producer, designed and built by S. C. 
Collins at Research Laboratory of Physical Chem¬ 
istry, Massachusetts Institute of Technology. (Spe¬ 
cial Report No. 12.) Frederick G. Keyes. NDCrc- 


322 


DIVISION 11 • MICROFILM LIST 


182. Massachusetts Institute of Technology. Sep¬ 
tember 25, 1942. 

M3 Instructions for operating the Mond-Ricardo 
British oxygen gas producer. Appendix of memo¬ 
randa pertaining to its construction, servicing and 
maintenance. Frederick G. Keyes. Massachusetts 
Institute of Technology. September 28, 1942. 

M4 Oxygen problem. (Report No. LVII.) Clifford 
Hach, Ross Curtis and Harvey Diehl. OEMsr-215. 
[Iowa State College.] December 15, 1942. 

M5 Letter to Earl P. Stevenson. Subject: Design of 
aircraft unit. W. E. Catterall and J. C. Harper. 
Massachusetts Institute of Technology. February 
19, 1943. 

M6 The Collins automatic airborne low-pressure oxy¬ 
gen unit. D. C. Reams, Jr. Central Engineering 
Laboratory. June 5, 1944. 

M7 A light-weight, automatic, mechanical oxygen 
generator. (Report to May 31, 1944.) S. C. Collins 
and Howard O. McMahon. NDCrc-182; Service 
Project Nos. AC-12, NS-116 and CE-29; OSRD No. 
3800. Massachusetts Institute of Technology. 
June 19, 1944. 

102.12 Mobile Units 

Ml Informal comments requested by the M. W. Kel¬ 
logg Company on provisional design of oxygen 
units. W. F. Giauque. NDCrc-198. University 
of California. May 15, 1942. 

M2 Outline of proposed low-temperature trailer 
mounted oxygen unit for NDRC. ([Monthly Re¬ 
port for June, 1942.]) W. F. Giauque. NDCrc- 
198. University of California. June 15, 1942.] 

M3 Skid-mounted oxygen plant designed and built by 
the Research Laboratory of the Air Reduction 
Company, Inc., Stamford, Connecticut. Wolcott 
Dennis. NDCrc-206. Air Reduction Company, 
Inc. June 15, 1943. 

M4 Low-pressure mobile gaseous oxygen units devel¬ 
oped for the National Defense Research Committee 
at Olean, New York, (n.a.) Clark Brothers Com¬ 
pany, Inc. and M. W. Kellogg Company. October 
29, 1943. 

M5 [A skid-mounted oxygen plant.] (Progress Report 
on NDRC Contract No. NDCrc-206. Wolcott 
Dennis. Air Reduction Company, Inc. November 
15, 1943. 

M6 Observation of air reduction in NDRC skid unit 
on December 6, 1943. George T. Skaperdas. De¬ 
cember, 1943. 

M7 Mobile oxygen-nitrogen generating units. (Tech¬ 
nical Manual No. 5-355.) (n.a.) US War Depart¬ 
ment. January 14, 1944. 

102.13 Expanders 

Ml The development of 1700-cfm low-temperature ex¬ 
pander. (Progress Reports [for the period from] 
July 1, 1942 to December 15, 1943.) Judson S. 
Swearingen. Elliott Company. 

M2 Letter to S. S. Prentiss. Subject: Expander casing 


and compressor. J. R. McDermet. Elliott Com¬ 
pany. August 7, 1942. 

M3 Tests of performance of the Collins-type expansion 
engine built by Clark Brothers Company, Inc. 
(Report to January 26, 1944.) J. G. Aston. 
OEMsr-685; Service Project Nos. AC-12, NA-111 
and CE-29; OSRD No. 3482. Pennsylvania State 
College. April 14, 1944. 

M4 The design and building of two sizes of turbo 
expanders, (n.a.) OEMsr-666; Service Project No. 
NS-115; OSRD No. 6670. Sharpies Corporation. 
May 24, 1946. 

102.14 Compressors 

102.141 Air 

Ml Letter to C. C. Furnas. Subject: Portable com¬ 
pressor program. (Progress Report [for period from 
early February to April 15, 1942].) J. N. Mac- 
Kendrick. OEMsr-370. Clark Brothers Company, 
Inc. April 15, 1942. 

M2 Letter to C. C. Furnas. Subject: Portable com¬ 
pressor program. (Progress Report [for period from 
April 15 to May 15, 1942].) J. N. MacKendrick. 
OEMsr-370. Clark Brothers Company, Inc. May 
15, 1942. 

M3 Small Hapeg compressors. (Report No. 14.) Judson 
S. Swearingen. Elliott Company. September 19, 

1942. 

M4 Letter to C. C. Furnas. Subject: Portable com¬ 
pressor program. J. N. MacKendrick. OEMsr- 
370. Clark Brothers Company, Inc. September 
19, 1942. 

M5 Portable compressor program. (Progress Report [to 
November 30, 1942].) (n.a.) OEMsr-370. Clark 

Brothers Company, Inc. [December, 1942.] 

M6 Letter to Earl P. Stevenson. Subject: Portable 
compressor program. J. N. MacKendrick and 

A. Van Campen. OEMsr-370. Clark Brothers 

Company, Inc. June 1, 1943. 

M7 Letter to Earl P. Stevenson. Subject: Portable 
compressor program. J. N. MacKendrick and 

A. Van Campen. OEMsr-370. Clark Brothers 

Company, Inc. July 20, 1943. 

M8 Letter to Earl P. Stevenson. Subject: Portable 
compressor program. J. N. MacKendrick and 

A. Van Campen. OEMsr-370. Clark Brothers 

Company, Inc. September 25, 1943. 

M9 Testing of the 200-cfm Elliott-Lysholm two-stage 
compressor. (Report No. 28.) Truk Dirk Graff 
(?) OEMsr-370. Elliott Company. December 9, 

1943. 

M10 Clark 4-stage, 3000 pounds [per] square inch com¬ 
pressor used in liquid oxygen trailer unit. W. F. 
Giauque. NDCrc-198. University of California. 
January 27, 1944. 

Mil Letter to Earl P. Stevenson. Subject: Portable 
compressor program. J. N. MacKendrick and 
A. Van Campen. OEMsr-370. Clark Brothers 
Company, Inc. February 15, 1944. 



DIVISION 11 • MICROFILM LIST 


323 


M12 Letter to Earl P. Stevenson. Subject: Portable 
compressor program. J. N. MacKendrick and 
A. Van Campen. OEMsr-370. Clark Brothers 
Company, Inc. June 1, 1944. 

M13 Performance of M-7AT radiators. Eugene Miller. 
OEMsr-365. M. W. Kellogg Company. April 16, 
1945. 

102.142 Oxygen 

Ml Clark 2-stage 5" x 3" x 31 / 2 " dry oxygen compres¬ 
sor. (n.a.) Clark Brothers Company, Inc. [Octo¬ 
ber 15, 1943.] 

102.15 Miscellaneous Compressors 

Ml Heats of vaporization, 0 2 -N 2 . J. G. Aston, S. C. 
Schumann and others. M. W. Kellogg Company. 
May 15, 1943. 

M2 Technical data t with respect to the properties of 
airj. Walter E. Lobo. OEMsr-365. M. W. Kel¬ 
logg Company. August 24, 1944. 

102.2 Chemical Methods 

Ml Investigation of oxygen supply. (Progress Report 
No. 135, to November 1, 1941.) E. R. Gilliland. 
OSRD No. 291. Massachusetts Institute of Tech¬ 
nology. December 8, 1941. 

M2 [Various oxygen producing units.] (Kellogg 
Monthly Progress Report [Covering the period 
from] December 15, 1942 to January 15, 1943.) 
Walter E. Lobo. M. W. Kellogg Company. Janu¬ 
ary 21, 1943. 

102.21 Regenerative 

Ml Investigation of oxygen supply. R. D. McCrosky 
and W. E. Catterall. Massachusetts Institute of 
Technology. February, 1942. 

M2 Investigation of oxygen supply. (Monthly Reports 
[Covering the period from] February, 1942 to June 
15, 1943.) R. D. McCrosky, W. E. Catterall and 
others. Massachusetts Institute of Technology. 

M3 Production of oxygen by regenerative chemicals. 
W. W. Beck. August 19, 1942. 

M4 Apparatus for the determination of the rate of 
oxygenation. (Report No. 57 [Covering the period] 
from October 20, 1942 to January 20, 1943.) 
George R. Harrison, Richard Brouns and Harvey 
Diehl. OEMsr-215. t Iowa State College.] Febru¬ 
ary 16, 1943. 

M5 Regenerative chemical field medical unit. W. E. 
Catterall and Charles R. Hetherington. Massa¬ 
chusetts Institute of Technology. May 6, 1943. 

M6 The regenerative chemical system for oxygen pro¬ 
duction on board aircraft. (Report to July 1, 1943.) 
J. P. Longwell and W. E. Catterall. OEMsr-4; 
Service Project No. NL-B42; OSRD No. 1620. 
Massachusetts Institute of Technology. July 19, 
1943. 

M7 Instructions for operation and maintenance of [the] 
NDRC regenerative oxygen unit, (n.a.) October 
1, 1943. 


102.211 Chelate Compounds 

Ml Chelate compounds. T. Tsumaki. Bulletin of the 
Chemical Society of Japan, Volume 13, 1938. pp. 
252-260. 

M2 Oxygen problem. (Summary of Report Nos. 1-7, 
12, 17, 21, 23-24, 26-29, 31-35, 37-42, 44-45, 47-55, 
58-60, 62-66, 69-70, 74, 76-77 [Covering period from] 
October 20, 1938 to May 14, 1943.) Clifford Hach, 
Harvey Diehl and others. Iowa State College and 
other institutions. 

M3 The production of oxygen by the use of a re¬ 
generative chemical. (Report No. 64.) Wendell M. 
Latimer. NDCrc-129; Service Project Nos. AC-12 
and NL-B6a. University of California. August 
25, 1941. 

M4 Manufacture of oxygen by use of regenerative 
chemicals. (Report No. 186, to December, 1941.) 
Melvin Calvin. [NDCrc-129;] OSRD No. 403. 
University of California. December 29, 1941. 

M5 Development of test unit for production of oxygen 
by a regenerative chemical. (Progress Report for 
December [1941].) (n.a.) Arthur D. Little, Inc. 

February 2, 1942. 

M6 Chelate compounds [for] oxygen production and 
storage. Melvin Calvin. [University of California.] 
March 11, 1942. 

M7 Letter to Earl P. Stevenson. Subject: Chelate 
compounds. ([Report for] March 15, 1942.) T. A. 
Geissman. Research Project No. B-228. [Univer¬ 
sity of California at Los Angeles.] March 14, 
1942. 

M8 [Chelate compounds.] (Monthly Reports [for the 
period from] March 15, 1942 to July 1, 1943.) 
T. A. Geissman, William G. Young and others. 
Research Project No. B-228. University of Cali¬ 
fornia at Los Angeles. 

M9 Chelate oxygen compounds. (Monthly Reports [for 
the period from] April 15, 1942 to July, 1943.) 
Melvin Calvin, W. K. Wilmarth and others. 
OEMsr-279. University of California. 

M10 Chelate oxygen compounds and equipment for 
their use. (Report No. 378, to August 1, 1942.) 
Melvin Calvin. OEMsr-279; Project Nos. AC-12, 
NL-B42 and B-213; OSRD No. 921. University of 
California. September 30, 1942. 

Mil Development of oxygen-carrying compounds. (Re¬ 
port No. 396, to September 1, 1942.) Harvey 
Diehl. OEMsr-215; Project Nos. NL-B42 and 
B-225; OSRD No. 945. Iowa State College. Oc¬ 
tober 16, 1942. 

M12 Chelate oxygen compounds and the mechanism of 
the absorption reaction. (Report No. 398, to Sep¬ 
tember 1, 1942.) Melvin Calvin. OEMsr-279; 
Project Nos. NL-B42, AC-12 and B-213a; OSRD 
No. 1018. University of California. October 21, 
1942. 

M13 The progress of the research on salcomine and 
related compounds. (Reports [Covering the period 
from] November, 1942 to April 15, 1943.) Karl A. 
Holst. Rumford Chemical Works. 


CRET 






324 


DIVISION 11 • MICROFILM LIST 


M14 Manganese absorbents in the production of oxygen 
from air. (n.a.) t E. I. duPont de Nemours and 
Company, Inc.] December, 1942. 

M15 Development of test unit for production of oxygen 
by a regenerative chemical. (Progress Reports 
covering the period fronij January, 1943 to August 
15, 1943.) T. L. Wheeler and Benjamin Fogler. 
Arthur D. Little, Inc. 

M16 [The preparation of o-ethavan., (Monthly Reports 
[Covering the period front] February 10 to May 15, 
1943.) O. J. Weinkauff. Monsanto Chemical Com¬ 
pany. 

M17 Chelate compounds for oxygen production. (Sum¬ 
mary Report [Covering the period from] February 
1 to March 1, 1943.) Melvin Calvin. OEMsr-279. 
University of California. March, 1943. 

M18 Absorption rate determinations using small sam¬ 
ples. [Benjamin Fogler(?)] OEMsr-269. Arthur 
D. Little, Inc. March 17, 1943. 

M19 Adaptability of mixed base chelate compounds to 
adiabatic operation. Charles R. Hetherington and 
W. E. Catterall. Massachusetts Institute of Tech¬ 
nology. March 29, 1943. 

M20 Further studies on the deterioration of ethomine 
and salcomine. W. E. Catterall and A. M. Smith. 
Massachusetts Institute of Technology. April 2, 
1943. 

M21 [Chelate compounds.] (Monthly Reports [Covering 
period from] April 15 to June 15, 1943.) Karl A. 
Holst. Rumford Chemical Works. 

M22 [Chelate compounds.] (Report for the month of 
May [1943j.) (n.a.) Research Project No. B-228. 

University of California at Los Angeles. May, 
1943. 

M23 Development of oxygen-carrying chemicals. (Part 
III. Progress Report covering period [from] Sep¬ 
tember 1, 1942 to April 20, 1943.) Harvey Diehl. 
OEMsr-215; Service Project No. NL-B42; OSRD 
No. 1448. Iowa State College. May 24, 1943. 

M24 Properties of salcomine and ethomine and the 
separation of atmospheric oxygen therewith. A. M. 
Smith and W. E. Catterall. OEMsr-4; Service Proj¬ 
ect No. NL-B42; OSRD No. 1539. Massachusetts 
Institute of Technology. June 25, 1943. 

M25 Special engineering systems utilizing chelate chem¬ 
ical absorbents for oxygen production. (Progress 
Report to July 1, 1943.) Charles R. Hetherington 
and W. E. Catterall. OEMsr-4; OSRD No. 1579. 
Massachusetts Institute of Technology. July 9, 
1943. 

M26 Studies on the deterioration of ethomine. (Report 
[Covering period from] June 1 to September 1, 
1943.) John D. Roberts and R. O. Clinton. Re¬ 
search Project No. B-228. University of California 
at Los Angeles. [September, 1943.] 

M27 Tentative process for o-ethavan. L. P. Kyrides. 
H. Anthes and others. Monsanto Chemical Com¬ 
pany. September 21, 1943. 

M28 Development of oxygen-carrying chemicals. A cir¬ 
culating solid apparatus for the manufacture of 


oxygen. (Fourth Progress Report, No. 73, covering 
the period [front] May 20, 1942 to May 20, 1943.) 
Clifford Hach and Harvey Diehl. OEMsr-215; 
Service Project No. NL-B42; OSRD No. 1913. Iowa 
State College. October 13, 1943. 

M29 Development of oxygen-carrying chemicals. (Fifth 
and Final Progress Report, No. 79, covering period 
[front] April 20, 1943 to June 30, 1943.) Harvey 
Diehl. OEMsr-215; Service Project No. NL-B42; 
OSRD No. 1850. Iowa State College. October 13, 

1943. 

M30 The laboratory preparation of 3-fluorosalicylalde- 
hyde with suggestions for pilot plant production. 
L. Ferguson, R. Holmes and others. OEMsr-279. 
[University of California.] October 15, 1943. 

M31 The manufacture of 50 lbs of 3-F-salicylaldehyde. 
Melvin Calvin. OEMsr-279. [University of Cali¬ 
fornia.] December 9, 1943. 

M32 The effect of salcomine on workmen, with sum¬ 
maries of physical examinations, (n.a.) OEMsr- 
269; Service Project Nos. NL-B42, AC-12 and CE- 
29. Arthur D. Little, Inc. February 1, 1944. 

M33 The forms and methods of preparation of cobalt 
bis-(3-fluorosalicylaldehyde)-ethylenediimine. R. H. 
Bailes and Melvin Calvin. OEMsr-279. Univer¬ 
sity of California. February 1, 1944. 

M34 The crystal structure of the cobalt chelates and 
the mechanism of the oxygenation process. E. W. 
Hughes, C. H. Barkelew and Melvin Calvin. 
OEMsr-279. [University of California.] March 15, 

1944. 

M35 Development of a test unit for production of oxy¬ 
gen by a regenerative chemical. (Report to January 
31, 1944.) T. L. Wheeler and Benjamin Fogler. 
OEMsr-269; OSRD No. 3359. [Arthur D. Little, 
Inc.j March 17, 1944. 

M36 The development of a method for preparing large 
quantities of fluomine. (Informal Report [Covering 
period from] February 1 to March 24, 1944.) Karl 
A. Holst. Rumford Chemical Works. March 24, 
1944. 

M37 The preparation of 75 lbs of 3-fluorosalicylalde- 
hyde and 20 lbs of the active cobalt chelate. 
Melvin Calvin, L. Ferguson and others. OEMsr- 
279. University of California. April 10, 1944. 
M38 Catalogue of X-ray powder diagrams of a number 
of pertinent cobalt chelate compounds. E. W. 
Hughes and Melvin Calvin. OEMsr-279. Univer¬ 
sity of California. April 28, 1944. 

M39 Oxygen-carrying chelate compounds. (Progress Re¬ 
port [Covering period] from June 1 to August 31, 
1944.) Melvin Calvin. OEMsr-279. University of 
California. [August, 1944.] 

M40 Preparation of disalicylaltetrafluoroethylenedia- 
mine. (Monthly Progress Report covering period 
[from] July 1 to August 4, 1944.) Frederick S. 
Bacon. OEMsr-934. University of Pennsylvania. 
August 7, 1944. 

M41 The development, properties and use of chelate 
compounds for the production of oxygen. (Report 



DIVISION 11 • MICROFILM LIST 


325 


to August 31, 1944.) Melvin Calvin. OEMsr-279; 
OSRD No. 4161. University of California. Sep¬ 
tember 23, 1944. 

M42 Preparation of intermediates for oxygen-carrying 
chelate complexes. (Report to March 1, 1945.) 
T. A. Geissman, William G. Young and others. 
OEMsr-395; Service Project Nos. NL-B42 and NS- 
117; OSRD No. 4845. University of California at 
Los Angeles. March 23, 1945. 

M43 Characteristics of the oxygen absorbents ethomine 
and fluomine. (Report to June 30, 1945.) Robert 
L. Von Berg. OEMsr-4; Service Project Nos. NL- 
B42 and NS-117; OSRD No. 5407. Massachusetts 
Institute of Technology. July 31, 1945. 

M44 Production of salcomine and related compounds. 
(Report to September 4, 1945.) Karl A. Holst. 
OEMsr-605; Service Project Nos. NL-B42 and NS- 
117; OSRD No. 6052. Rumford Chemical Works. 
October 1, 1945. 

102.212 Salcomine 

Ml Salcomine. (Monthly Reports [Covering period 
from] April 15, 1942 to August 15, 1942.) T. A. 
Geissman and William G. Young. Research Proj¬ 
ect No. B-228. University of California at Los 
Angeles. 

M2 Salcomine. (Brief summaries of investigations 
covering period from June, 1942 to March 12, 
1943.) E. P. Bartlett, A. G. Weber and others. 
E. I. duPont de Nemours and Company, Inc. 

M3 Investigation of oxygen supply. (Report No. 258 
[Covering period to May 31, 1942].) E. R. Gilli¬ 
land. OEMsr-4; Project Nos. AC-12 and B-69; 
OSRD No. 613. Massachusetts Institute of Tech¬ 
nology. June 8, 1942. 

M4 Investigation of oxygen supply. (Monthly Reports 
covering period from July, 1942 to August 31, 
1942.) W. E. Catterall, A. M. Smith and others. 
Massachusetts Institute of Technology. 

M5 The activities of the Rumford Research Labora¬ 
tory in connection with the development and pro¬ 
duction of salcomine. (Report [Covering period, 
from December 5, 1941 to July 1, 1942.) Karl A. 
Holst. Rumford Chemical Works. July 6, 1942. 

M6 Oil suspension salcomine process as developed by 
the Ammonia Department of the duPont Com¬ 
pany. (n.a.) M. W. Kellogg Company. August 5, 
1942. 

M7 Salcomine deterioration. C. D. Bell and E. Field. 
E. I. duPont de Nemours and Company, Inc. 
[September 1942.(?), 

M8 Investigation of oxygen supply. (Monthly Report 
for October, 1942.) W. E. Catterall, A. M. Smith 
and others. OEMsr-4. [Massachusetts Institute of 
Technology., October, 1942. 

M9 The progress of the research on salcomine and 
related compounds. (Report for September, 1942.) 
Karl A. Holst. Rumford Chemical Works. Octo¬ 
ber 15, 1942. 

M10 The progress of the research on salcomine and 


related compounds. (Report for October, 1942.) 
Karl A. Holst. [Rumford Chemical Works., No¬ 
vember 12, 1942. 

Mil The preparation and properties of mixed aldehyde 
cobalt derivatives. Karl A. Holst. Rumford 
Chemical Works. January 16, 1943. 

M12 [Salcomine., (Monthly Report [Covering period 
from] June 15 to July 15, 1943.) Robert L. Von 
Berg. Massachusetts Institute of Technology. 
July, 1943., 

M13 Salcomine as an absorbent for separating atmos¬ 
pheric oxygen. E. Field, C. D. Bell and J. V. E. 
Hardy. OEMsr-604; Service Project No. NL-B42; 
OSRD No. 1616. E. I. duPont de Nemours and 
Company, Inc. July 16, 1943. 

M14 Studies on the deterioration of salcomine. (Report 
[Covering period from, August 1 to October 1, 
1943.) John D. Roberts and R. O. Clinton. Re¬ 
search Project No. B-228. University of California 
at Los Angeles. [October, 1943., 

M15 Analysis and degradation study of salcomine. 
(Final Report to October 1, 1943.) (n.a.) OEMsr- 
604; Service Project No. NL-B42; OSRD No. 1951. 
E. I. duPont de Nemours and Company, Inc. 
October 25, 1943. 

M16 The salcomine poisoning of Dr. T. A. Geissman. 
Roy W. Banwell. University of Pennsylvania. 
January, 1945(?), 

M17 Oxygen-carrying metallic complexes of the salco¬ 
mine type. T. A. Geissman. OEMsr-934. Uni¬ 
versity of Pennsylvania. June 30, 1945. 

M18 A re-evaluation of the toxicity of salcomine. (Ex¬ 
cerpt from NDRC Informal Monthly Progress 
Report No. 9-4-1-21, October 10, 1944.) (n.a.) 

(n.d.) 

102.213 Test Units 

Ml Experimental finned tube unit. (Informal Monthly 
Progress Report for January, 1942.) E. R. Gilli¬ 
land, R. D. McCrosky and W. E. Catterall. [Massa¬ 
chusetts Institute of Technology., January, 
1942., 

M2 [The, Lobo unit. (Reports for the months of 
August, October and November, 1942.) F. H. 
Wells and W. S. Gleeson. American Machine 
Defense Corporation. 

M3 Oxygen equipment [development under. Contract 
No. OEMsr-499. (Monthly Report for December, 
1942.) F. H. Wells. OEMsr-499. American Ma¬ 
chine Defense Corporation. January 5, 1943. 

M4 Development of test unit for production of oxygen 
by a regenerative chemical. (Progress Reports 
covering the period from August 15, 1943 to March 
15, 1945.) T. L. Wheeler and Benjamin Fogler. 
OEMsr-269. Arthur D. Little, Inc. 

M5 Oxygen plant development employing regenerative 
chemicals. (Report to March 16, 1945.) Walter E. 
Lobo and C. Bockius. OEMsr-365 and OEMsr- 
499; Service Project Nos. NL-B42 and NS-117; 
OSRD No. 5154. M. W. Kellogg Company and 








326 


DIVISION 11 • MICROFILM LIST 


American Machine Defense Corporation. May 31, 
1945. 

102.22 Non-Regenera tive 

Ml Non-regenerative chemical methods of producing 
oxygen. S. S. Prentiss. October 6, 1942. 

102.221 Peroxides 

Ml Generation of oxygen from alkali peroxides. S. S. 
Prentiss. Service Project No. CE-29; OSRD No. 
1722. August 24, 1943. 

M2 Peroxide oxygen generator. (Final Report to Octo¬ 
ber 1, 1943.) Walter M. Buehl and John E. Seu- 
bert. OEMsr-863; Service Project No. CE-29; 
OSRD No. 1948. E. I. duPont de Nemours and 
Company, Inc. October 25, 1943. 

M3 Stability and concentration of hydrogen peroxide. 
Frederick G. Keyes, Walter C. Schumb and D. B. 
Broughton. OEMsr-1453; OSRD No. 5385. Massa¬ 
chusetts Institute of Technology. August 1, 1945. 

M4 Hydrogen peroxide. H. S. Gardner and T. K. 
Sherwood. OEMsr-1453; OSRD No. 5448. Massa¬ 
chusetts Institute of Technology. August 17, 1945. 

M5 Laboratory study of the possibilities of commercial 
synthesis of hydrogen peroxide by electrical and 
photochemical methods. W. H. Rodebush, C. R. 
Keizer and others. OEMsr-1452; OSRD No. 6644. 
University of Illinois. March 25, 1946. 

102.222 Rebreathers 

Ml A survey of oxygen rebreathers. (Letter of trans¬ 
mittal and report.) Don M. Yost. Research Proj¬ 
ect No. B-6. Northwestern University. August 25, 
1942. 

M2 Nitrogen elimination in the high-altitude re¬ 
breather. Don M. Yost, Don S. Martin, Jr. and 
others. Northwestern University. November 15, 
1942. 

M3 Nitrogen elimination in the Navy high-altitude re¬ 
breather. (Division 10. Informal Report No. 10.1- 
35.) Don M. Yost, Don S. Martin, Jr. and others. 
OEMsr-282. Northwestern University. November 
15, 1943. 

102.223 Candles 

Ml Chlorate oxygen candles. S. S. Prentiss. December 
17, 1943. 

M2 Development of oxygen candle apparatus for use 
in aircraft. John R. Pappenheimer. OEMcmr-26 
and others. University of Pennsylvania, US Naval 
Research Laboratory and other institutions. 
tl945(?), 

103 Liquid Oxygen 

103.1 Production Problems 

Ml [Thej liquid oxygen problem. (Report [Covering 
period from] May 1 to June 30, 1941.) W. F. 
Giauque. University of California. June, 1941.] 

M2 Small portable plants for the production of liquid 


oxygen. Barnett F. Dodge. NDCrc-80. Yale Uni¬ 
versity. June 14, 1941.] 

M3 The production of liquid oxygen. Barnett F. 
Dodge and Harding Bliss. NDCrc-80. Yale Uni¬ 
versity. August 1, 1941. 

M4 Processes for the manufacture of liquid oxygen 
from air. Harding Bliss. Yale University. Janu¬ 
ary 15, 1942. 

M5 A brief comparison of low-temperature cycles for 
producing liquid oxygen from air. Barnett F. 
Dodge. [Yale University.] February 15, 1942. 

M6 High-pressure liquid oxygen plant, originally in¬ 
tended as cascade system, as erected by Dr. W. F. 
Giauque. L. S. Twomey. NDCrc-198. Univer¬ 
sity of California. April 26, 1944. 

M7 Liquid oxygen trailer unit. (Report to July 25, 
1944.) W. F. Giauque. NDCrc-198; Service Proj¬ 
ect No. NA-111; OSRD No. 4141. University of 
California. September 19, 1944. 

103.2 Pumps 

Ml Design and test of hand-operated liquid oxygen 
pump for charging high-pressure cylinders. T. L. 
Wheeler and Allen Latham, Jr. OEMsr-269. 
Arthur D. Little, Inc. September 2, 1943. 

M2 Liquid oxygen pump. Frederick G. Keyes. 
NDCrc-182. Massachusetts Institute of Technol¬ 
ogy. November 17, 1943. 

M3 Liquid oxygen pump and vaporizer. (Report to 
May 15, 1945.) T. L. Wheeler and Allen Latham, 
Jr. OEMsr-269; Service Project No. NA-106; OSRD 
No. 5152. Arthur D. Little, Inc. May 31, 1945. 

103.3 Shipboard Units 

Ml [Shipboard oxygen liquid unit.] (Report No. 1826.) 
Wolcott Dennis and W. G. Fogg. NDCrc-206. 
Air Reduction Company, Inc. June 1, 1942. 

M2 [M-5 and M-6 liquid oxygen units.] Report of 
progress under Contract OEMsr-654. J. F. Pritch¬ 
ard. OEMsr-654. J. F. Pritchard and Company. 
December 14, 1942. 

M3 [Thej Joule-Thomson type liquid oxygen unit. 
T. L. Wheeler and Allen Latham, Jr. OEMsr-269. 
Arthur D. Little, Inc. June 16, 1943. 

M4 Massachusetts Institute of Technology oxygen pro¬ 
ducing units. Frederick G. Keyes. NDCrc-182. 
Massachusetts Institute of Technology. December 
17, 1943. 

M5 Operating instructions for the Massachusetts Insti¬ 
tute of Technology Model S unit for producing 
liquefied oxygen for respiratory use on submarines 
and other purposes. Dudley A. Williams. Massa¬ 
chusetts Institute of Technology. March 24, 1944. 

M6 Shipboard liquid oxygen units. (Report to Febru¬ 
ary 3, 1944.) T. L. Wheeler and Allen Latham, Jr. 
OEMsr-269; Service Project Nos. NA-111 and NS- 
115; OSRD No. 3369. Arthur D. Little, Inc. April 
6, 1944. 

M7 Development and production of Keyes-type liquid 
oxygen producers. (Final Report for the period 





DIVISION II • MICROFILM LIST 


327 


February 1, 1943 to March 31, 1944.) A. C. Shuart. 
OEMsr-914. Servel, Inc. June 15, 1944. 

M8 Oxygen processes. (Report to September 1, 1945.) 
(n.a.) NDCrc-206; Service Project Nos. NS-115 and 
NS-116; OSRD No. 5928. Air Reduction Company, 
Inc. October 1, 1945. 

103.4 Air Separation Cycles 

Ml Information and diagrams of several air separation 
cycles. (Special Report No. 5.) Frederick G. Keyes. 
NDCrc-182. Massachusetts Institute of Technol¬ 
ogy. May 16, 1942. 

M2 Analysis of liquid air rectification cycles. (Report 
No. 315, to July 21, 1942.) Roger Adams and 
Harris M. Chadwell. OEMsr-454; Service Project 
No. NL-B42; OSRD No. 780. Linde Air Products 
Company. August 10, 1942. 

M3 Mobile oxygen units. Liquid air fractionation sys¬ 
tems. Walter E. Lobo. M. W. Kellogg Company. 
February 3, 1943. 

M4 Analysis of low-temperature air separation and 
gas liquefaction cycles. (Report to January 1, 1943.) 
Barnett F. Dodge and Harding Bliss. OEMsr-232; 
Service Project No. NL-B6; OSRD No. 1424. Yale 
University. May 17, 1943. 

M5 Liquid air fractionation. ([Progress Report] to May 
15, 1944.) Walter E. Lobo and B. Williams. 
OEMsr-934; Service Project Nos. NA-111, NS-115 
and others; OSRD No. 3768. M. W. Kellogg Com¬ 
pany. June 13, 1944. 

M6 Vapor-liquid equilibrium for the system oxygen- 
nitrogen-argon. J. G. Aston. OEMsr-685 and 
OEMsr-934. Pennsylvania State College. Decem¬ 
ber 7, 1944. 

M7 Experimental study of special equipment for use in 
low-temperature cycles for the production of liquid 
and gaseous oxygen. (Report to July 1, 1945.) 
Harding Bliss and Barnett F. Dodge. OEMsr-355; 
Service Project Nos. NA-111, NS-115 and others; 
OSRD No. 6302. Yale University. November 7, 
1945. 

M8 The truck unit for air rectification designed and 
being built by W. F. Giauque at the University 
of California, (n.a.) University of California, 
(n.d.) 

103.5 Converters and Vaporizers 

Ml The use of liquid oxygen for high-altitude flying. 
(Reprinted from the Journal of the Aeronautical 
Sciences, Volume 8, No. 9, July, 1941.) John D. 
Akerman. University of Minnesota. July, 1941. 

M2 Two Linde liquid oxygen evaporators submitted 
by Bureau of Aeronautics, Navy Department, 
Washington, D. C. on April 7, 1943. Lyman J. 
Briggs. National Bureau of Standards. May 18, 
1943. 

M3 [Liquid oxygen pump.] J. P. Layton. BuAero 
Project No. 97/43. US Naval Engineering Experi¬ 
ment Station, Annapolis, Maryland. [August 17, 
1943.] 


M4 Letter to Earl P. Stevenson. Subject: Low-pressure 
oxygen vaporizer. W. F. Giauque. NDCrc-198. 
University of California. September 25, 1943. 

M5 Oxygen converter. Revised Akerman apparatus de¬ 
veloped for NDRC. R. K. West. US Navy De¬ 
partment, Bureau of Aeronautics. October 26, 
1943. 

M6 Tests of Akerman oxygen vaporizer under simu¬ 
lated flight conditions. S. S. Prentiss and John R. 
Pappenheimer. May 4, 1944. 

M7 Problems related to the use of liquid oxygen and 
to design and operating characteristics of liquid 
oxygen converters. t S. S. Prentiss.] July, 1944. 

M8 Performance characteristics of portable liquid oxy¬ 
gen converters. (Report No. TSEAL-3-660-61-I.) 

V. J. Wulff. US Army Air Forces, Air Technical 
Service Command. March 15, 1945. 

M9 Design requirements and test results on aircraft- 
type liquid oxygen converters. (Report No. TSEAL- 
3-660-61-J.) V. J. Wulff. US Army Air Forces, 
Air Technical Service Command. March 25, 1945. 

M10 [The] NDRC-National Bureau of Standards-Ohio 
Chemical conference on liquid oxygen converters. 

W. A. Wildhack. National Bureau of Standards. 
April 9, 1945. 

Mil Akerman-Piccard liquid oxygen converter. John 
D. Akerman and Jean F. Piccard. OEMsr-364. 
University of Minnesota. June 12, 1945. 

M12 Liquid oxygen converter. W. W. Hay. OEMsr- 
934 (Sub-Contract No. 3). Ohio Chemical and 
Manufacturing Company. September 28, 1945. 

M13 Problem related to the use of liquid oxygen and 
to design and operating characteristic of liquid 
oxygen converters, (n.a.) (n.d.) 

104 Rectification of Air 

Ml Review of program of experimental work for 
NDRC. (n.a.) OEMsr-355. Yale University. Sep¬ 
tember 8, 1942. 

104.1 Equipment 

Ml Tests on oxygen rectification equipment. ([Report 
No. 206] to February 12, 1942.) S. S. Prentiss. 
OSRD No. 450. [February 12, 1942.] 

M2 Oxygen project, NDCrc-182; rectifiers. (Special Re¬ 
port No. 1.) [Frederick G. Keyes(?)j NDCrc-182. 
[Massachusetts Institute of Technology.] Febru¬ 
ary 27, 1942. 

104.11 Plate and Packed Towers 

Ml Letter to Walter E. Lobo. Subject: Rectification 
problems. J. G. Aston. Pennsylvania State Col¬ 
lege. January 4, 1942. 

M2 Rectification of air in a two-inch packed column. 
([Report No. 365] to August 6, 1942.) Barnett F. 
Dodge. OEMsr-355; Service Project Nos. AC-12, 
NL-B42 and NL-B6; OSRD No. 876. Yale Univer¬ 
sity. September 17, 1942. 

Tray calculations made at Pennsylvania State Col- 


M3 




328 


DIVISION 11 • MICROFILM LIST 


lege. J. G. Aston and June Pfister. Pennsylvania 
State College. [February 15, 1943(?)j 
M4 Calculation of the number of plates in an air 
rectification tower. (Report to January 25, 1944.) 
J. G. Aston. OEMsr-685; Service Project Nos. 
AC-12, NA-111 and others; OSRD No. 3524. Penn¬ 
sylvania State College. April 25, 1944. 

104.12 Portable Unit Columns 

Ml Tests of performance of an 8-inch portable unit 
column for air rectification. (Progress Reports [for 
the period] July and August, 1942.) J. G. Aston 
and others. Pennsylvania State College. 

M2 Full-scale studies of the efficiency of packed col¬ 
umns in air rectification (low-pressure system) in 
collaboration with the M. W. Kellogg Company. 
(Monthly Report for the period ending June 30, 

1942. ) J. G. Aston. Pennsylvania State College. 
July 15, 1942. 

M3 Tests of performance of portable unit columns for 
air rectification. (Progress Reports for [the period 
from] August, 1942 to September, 1943.) J. G. 
Aston, Charles Brouse and others. [Pennsylvania 
State College.] 

M4 Tests of performance of portable unit columns for 
air rectification. ([Final Report] to January 6, 
1944.) J. G. Aston. OEMsr-685; Service Project 
Nos. AC-12, NA-111 and others; OSRD No. 3699. 
Pennsylvania State College. May 29, 1944. 

104.13 Heat Exchangers and Regenerators 

Ml Heat interchangers for gases. Alternating flow 
scrubber-heat exchanger. (Special Report Nos. 2 
and 3.) S. C. Collins. NDCrc-182. [Massachu¬ 
setts Institute of Technology.] March 9, 1942. 

M2 Preliminary results of tests on regenerators. Hard¬ 
ing Bliss. OEMsr-355. Yale University. August 
1, 1942. 

M3 Low-temperature heat interchangers. W. F. 
Giauque. NDCrc-198. University of California. 
April 19, 1943. 

M4 Regenerators. (Progress Report [Covering period 
from] August 1, 1942 to March 15, 1943.) Harding 
Bliss. OEMsr-355; Service Project Nos. NL-B6 and 
AC-12; OSRD No. 1443. Yale University. May 21, 

1943. 

M5 [The] history of the development of heat ex¬ 
changers for low-pressure mobile oxygen units. 
[Walter E. Lobo.] M. W. Kellogg Company. 
October 4, 1943. 

M6 The history of the development of heat exchangers 
for low-pressure mobile oxygen units. Walter E. 
Lobo and George T. Skaperdas. M. W. Kellogg 
Company. October 9, 1943. 

M7 Heat transfer and pressure drop in Collins ex¬ 
changers. (Report to August 15, 1944.) P. R. 
Trumpler. OEMsr-365; Service Project Nos. NA- 
111, NS-115 and others; OSRD No. 4143. M. W. 
Kellogg Company. September 19, 1944. 

M8 Some consideration on the removal of water and 


carbon dioxide in reversing exchangers, (n.a.) 
(n.d.) 

104.131 Insulators 

Ml [Thej insulating power of glass wool. (n.a.) 
OEMsr-269. Arthur D. Little, Inc. April 8, 1943. 

M2 [The] performance of heat-insulating materials at 
low temperatures. John B. Dwyer. OEMsr-355. 
Yale University. November 22, 1943. 

104.2 Instruments 

Ml Combined oxygen vapor pressure and gas ther¬ 
mometers for use in the temperature range 
—320°F to 100°F. Donald S. Parker and Malcolm 
L. Sagenkahn. Pennsylvania State College. Sep¬ 
tember 24, 1943. 

M2 Measurement of inspiratory and expiratory air 
velocities at altitude. (Report No. 208.) John R. 
Pappenheimer and John C. Lilly. University of 
Pennsylvania. November 30, 1943. 

M3 Combined oxygen vapor pressure and gas ther¬ 
mometer. ([Final Report] to January 6, 1944.) 
J. G. Aston. OEMsr-685; Service Project Nos. NA- 
111, NA-115 and NS-116; OSRD No. 3483. Penn¬ 
sylvania State College. April 14, 1944. 

M4 Analysis by the ammonium hydroxide-ammonium 
chloride-copper method of high oxygen content 
gases contaminated with argon or nitrogen. D. C. 
Reams, Jr. [University of Pennsylvania.] June 1, 

1944. 

M5 Methods of production and calibration of com¬ 
bination vapor pressure and gas dial thermometers. 
Paul Erbguth and J. G. Aston. OEMsr-934. Uni¬ 
versity of Pennsylvania. January 26, 1945. 

105 Purification of Air 

105.1 Presence of Impurities 

Ml Estimation of oil contamination in air from com¬ 
pressors of portable air rectification units. (Report 
to January 19, 1944.) J. G. Aston. OEMsr-685; 
Service Project Nos. AC-12, NA-111 and others; 
OSRD No. 3484. Pennsylvania State College. 
April 14, 1944. 

M2 Literature survey on the estimation of small 
amounts of hydrocarbons in air. The importance 
of these compounds in the rectification of air. 
William R. James, Jr. (n.d.) 

105.2 Removal 

105.21 Moisture 

Ml Drying air with activated granular adsorbents. 
J. F. Skelly. M. W. Kellogg Company. April 3, 
1943. 

105.22 Carbon Dioxide 

Ml A colorimetric method for the determination of 
traces of carbon dioxide in air. ([Progress Report) 
to February 8, 1943.) Norman A. Spector. OEMsr- 



DIVISION 11 • MICROFILM LIST 


329 


355; Service Project Nos. NL-B6 and AC-12; OSRD 
No. 1426. Yale University. May 17, 1943. 

M2 Absorption of CO 2 from normal air by soda lime. 
T. L. Wheeler. OEMsr-269 (Supplement No. 3). 
Arthur D. Little, Inc. December 8, 1943. 

M3 Processes for the removal of carbon dioxide from 
the atmosphere of a submarine. Allan P. Colburn 
and Barnett F. Dodge. University of Pennsylvania. 
February 20, 1944. 

M4 The removal of carbon dioxide from atmospheric 
air. ([Progress Report] to November 1, 1944.) Nor¬ 
man A. Spector. OEMsr-355; Service Project Nos. 
AC-12, NA-111 and others; OSRD No. 4340. Yale 
University. November 14, 1944. 

105.23 Other Gases 

Ml The removal of traces of acetylene and other hy¬ 
drocarbons from air. J. G. Aston and T. A. Geiss- 
man. OEMsr-934. University of Pennsylvania. 
March 5, 1945. 

106 Submarine and Airplane Oxygen 

106.1 Submarines 

106.11 Exhaust Gases 

Ml Experimental study of disposal of exhaust gases 
from internal combustion engines on naval vessels. 
(Report to May 1, 1941.) James B. Conant. 
NDCrc-82. Massachusetts Institute of Technology. 
June 6, 1941. 

M2 Disposal of engine exhaust gases. (Quarterly Re¬ 
port for the period February 1, 1942 to May 1, 
1942.) W. H. McAdams. OEMsr-122. Massachu¬ 
setts Institute of Technology. [May, 1942.] 

M3 Disposal of exhaust gases. (Monthly Reports for 
[the] period August to October, 1942.) W. H. 
McAdams. OEMsr-122. Massachusetts Institute of 
Technology. 

M4 Dispersion of exhaust gases in sea water. W. H. 
McAdams. OEMsr-122; Service Project No. NL- 
B6c; OSRD No. 1238. Massachusetts Institute of 
Technology. March 4, 1943. 

106.111 Dispersers 

Ml [Dispersers.] (Monthly Progress Report for period 
from November 15 to December 15, 1941.) W. H. 
McAdams. [Massachusetts Institute of Technol¬ 
ogy.] December 20, 1941. 

M2 [Water injection disperser.] (Monthly Progress Re¬ 
port [Covering period from January 15 tO] February 
15, 1942.) W. H. McAdams. NDCrc-82. [Massa¬ 
chusetts Institute of Technology.] [February, 
1942.] 

M3 [Carbon dioxide gas.] (Monthly Progress Report 
covering period [from] February 15 to March 15, 
1942.) W. H. McAdams. OEMsr-122. [Massachu¬ 
setts Institute of Technology.] March 14, 1942. 

M4 [Carbon dioxide gas.] (Monthly Progress Report 
covering period [from] March 15 to April 15, 1942.) 


W. H. McAdams. OEMsr-122. [Massachusetts 
Institute of Technology.] April 14, 1942. 

M5 [Two-stage water injection type gas disperser.] 
(Monthly Progress Report covering period [from] 
May 15 to June 15, 1942.) W. H. McAdams. 
[OEMsr-122.] [Massachusetts Institute of Tech¬ 
nology.] June 15, 1942. 

M6 [Dispersion-absorption runs.] (Monthly Progress 
Report covering period [from] June 15 to July 15, 
1942.) W. H. McAdams. OEMsr-122. [Massachu¬ 
setts Institute of Technology.] July 15, 1942. 

M7 [Two-stage water injection dispersers.] (Quarterly 
Report for period ending July 31, 1942.) W. H. 
McAdams. [OEMsr-122.] [Massachusetts Institute 
of Technology.] July 29, 1942. 

M8 [Two-stage dispersers.] (Monthly Progress Report 
covering period [from] July 15 to August 15, 1942.) 
W. H. McAdams. [OEMsr-122.] [Massachusetts 
Institute of Technology.] August 12, 1942. 

106.12 Diesel Engine Operation While Submerged 

Ml Letter to Dr. T. K. Sherwood. Subject: Special 
submarine engine problem. W. J. Sweeney. 
Standard Oil Development Company. November 
27, 1940. 

M2 Special Engine Project No. 41. (Fifth Progress Re¬ 
port.) G. H. Cloud, H. L. Leland and W. W. 
Manville. [NDCrc-90.)] Standard Oil Develop¬ 
ment Company. October 27, 1941. 

M3 Special Engine Project No. 41. (Monthly Reports 
covering period from December 2, 1941 to Sep¬ 
tember 15, 1942.) G. H. Cloud, N. H. Rickies and 
H. L. Thwaites. NDCrc-90. Standard Oil Devel¬ 
opment Company. 

M4 Appendix to report of Oxygen Conference, Tues¬ 
day, January 27, 1942. W. J. Sweeney. Massachu¬ 
setts Institute of Technology. February 9, 1942. 

M5 Operation of Diesel engines on oxygen. (Final 
Report to October 15, 1942.) N. H. Rickies and 
H. L. Thwaites. NDCrc-90; Service Project No. 
NL-B6b; OSRD No. 1425. Standard Oil Develop¬ 
ment Company. May 17, 1943. 

106.2 Airplanes 

Ml [Thej biological effects of carbon monoxide. W. E. 
Catterall. Massachusetts Institute of Technology. 
February 18, 1943. 

106.21 Water Vapor Content 

Ml A method for measuring water vapor in com¬ 
pressed gases, (n.a.) National Bureau of Stand¬ 
ards. July 10, 1942. 

M2 A method for measuring water vapor in com¬ 
pressed gases, (n.a.) National Bureau of Stand¬ 
ards. [October 9, 1942.] 

M3 Letter to S. S. Prentiss. Subject: Determining 
moisture in oxygen. E. R. Weaver. National 
Bureau of Standards. March 2, 1943. 

M4 A method for measuring water vapor in com- 




330 


DIVISION 11 • MICROFILM LIST 


pressed gases, (n.a.) National Bureau of Stand¬ 
ards. March 20, 1943. 

M5 Operation of the electrical water vapor detector, 
(n.a.) National Bureau of Standards. [May 1, 

1943. ] 

M6 Accuracy of the electrical method for determining 
water in compressed gases, (n.a.) National Bu¬ 
reau of Standards. June 14, 1943. 

M7 Instrument for testing water vapor content and 
carbon monoxide content in aviator’s oxygen. 
T. L. Wheeler and Gilbert W. King. [Arthur D. 
Little, Inc.j January 5, 1944.] 

M8 Further development of the instrument for meas¬ 
uring water vapor content in aviator’s oxygen. 
(Progress Reports covering period from February, 
1944 to February, 1945.) T. L. Wheeler, Gilbert 
W. King and Allen Latham, Jr. OEMsr-269. 
Arthur D. Little, Inc. 

M9 Instrument for measuring water vapor content in 
aviator’s oxygen. (Report to April 11, 1945.) T. L. 
Wheeler and Howard O. McMahon. OEMsr-269; 
Service Project No. NA-138; OSRD No. 5151. 
Arthur D. Little, Inc. May 31, 1945. 

M10 Instruction for operation of the moisture indicator, 
(n.a.) OEMsr-269. Arthur D. Little, Inc. July 
11, 1945. 

106.3 Oxygen Meters 

Ml [Oxygen meters.] (Progress Reports covering period 
from March, 1942 to June 15, 1944.) Linus Paul¬ 
ing. OEMsr-326, OEMsr-584 and NDCrc-200. 
California Institute of Technology. 

M2 Improvements in instrument for measuring the 
partial pressure of oxygen. (Report No. 314, to 
July 10, 1942.) Linus Pauling, Reuben E. Wood 
and J. H. Sturdivant. NDCrc-200; Service Project 
No. NL-Bl(f); OSRD No. 779. California Institute 
of Technology. August 8, 1942. 

M3 Oxygen meter. ([Monthly] Report Nos. 1 and 2.) 
Arnold O. Beckman. OEMsr-624. November 15 
and December 15, 1942. 

M4 Oxygen meter. (Monthly Report Nos. 1 and 2.) 
Arnold O. Beckman. OEMsr-625. November 15 
and December 15, 1942. 

M5 A survey of the Pauling oxygen meter project. 
Reuben E. Wood. OEMsr-584. [California Insti¬ 
tute of Technology.] June 14, 1943. 

M6 Performance of Model P Pauling oxygen meters in 
a flying airplane. Reuben E. Wood. [California 
Institute of Technology.] [September 1, 1943.] 

M7 [Thej Pauling oxygen meter. [Arnold O. Beck- 
man(?)] February 22, 1944. 

M8 The Pauling oxygen meter. (Report to June 30, 

1944. ) Reuben E. Wood and David P. Shoemaker. 
OEMsr-584; Service Project No. NL-Bl(f); OSRD 
No. 4361. California Institute of Technology. 
November 20, 1944. 

M9 Development and manufacture of Pauling oxygen 
meters. Arnold O. Beckman. OEMsr-625; Service 


Project No. NL-Bl(f); OSRD No. 6662. June 30, 

1945. 

200 CHEMICAL ENGINEERING 

200.1 Hydraulic Fluids 

Ml Hydraulic fluids. (Report No. 1.) M. R. Fenske. 

Pennsylvania State College. May 7, 1941. 

M2 Hydraulic and recoil oils. (Report No. 284.) M. R. 
Fenske. OEMsr-408; Service Project Nos. AC-7, 
AC-8 and OD-61; OSRD No. 695. Pennsylvania 
State College. June 30, 1942. 

M3 Hydraulic and recoil oils. (Sixth Progress Report.) 
M. R. Fenske. OEMsr-408; Service Project Nos. 
AC-7, AC-8 and OD-61; OSRD No. 1029. Penn¬ 
sylvania State College. November 25, 1942. 

M4 Hydraulic and recoil oils. (Seventh Progress Re¬ 
port, to April 8, 1943.) M. R. Fenske. OEMsr- 
408; Service Project Nos. AC-7, AC-8 and OD-61; 
OSRD No. 1369. Pennsylvania State College. 
April 27, 1943. 

M5 Hydraulic and recoil oils. (Eighth Progress Report 
[from] April 9, 1943 to September 24, 1943.) M. R. 
Fenske. OEMsr-408; Service Project Nos. AC-7, 
AC-8 and OD-61; OSRD No. 1894. Pennsylvania 
State College. October 6, 1943. 

M6 Hydraulic and recoil oils. (Ninth Progress Report 
covering period from September 24, 1943 to April 
11, 1944.) M. R. Fenske. OEMsr-408; Service 
Project Nos. AC-7, AC-8 and OD-61; OSRD No. 
3499. Pennsylvania State College. April 17, 1944. 
M7 Hydraulic, recoil and special oils. (Tenth Progress 
Report.) M. R. Fenske. [OEMsr-408; Service Proj¬ 
ect Nos. AC-7, AC-8 and OD-61 ;j OSRD No. 4492. 
Pennsylvania State College. December 12, 1944. 
M8 Hydraulic, recoil and special oils. M. R. Fenske. 
OEMsr-408; Service Project Nos. AC-7, AC-8 and 
others; OSRD No. 6643. Pennsylvania State Col¬ 
lege. March 25, 1946. 

201 Protection of Aircraft and Aircraft Engines 

201.1 Fire Hazards 

Ml Protection of aeroplanes from gasoline fires and 
explosions. (Report to October 14, 1942.) William 
R. Yant. OEMsr-425; Service Project No. NA-105; 
OSRD No. 1019. Mine Safety Appliances Com¬ 
pany. October 15, 1942. 

M2 Elimination of fire hazards in aircraft through the 
use of inert gases. H. W. Naulty. Service Project 
No. NA-105; OSRD No. 1957. Curtiss-Wright Cor¬ 
poration. October 27, 1943. 

M3 The physiological effects of the inhalation of di- 
chlorodifluoromethane, Freon 12, upon human 
beings. Protection of airplanes from gasoline fires 
and explosions. Robert A. Kehoe. OEMsr-425; 
Service Project No. NA-105; OSRD No. 3072. Uni¬ 
versity of Cincinnati. January 4, 1944. 

M4 The use of exhaust gases to inert the vapor space 
in aircraft fuel tanks. C. C. Furnas. OEMsr-1244; 
Service Project No. NA-105; OSRD No. 3828. 
Curtiss-Wright Corporation. June 26, 1944. 



DIVISION 11 • MICROFILM LIST 


331 


201.2 Dust Removal 

Ml Removal of dust from air supplied to aircraft 
engines. (Report to January 31, 1943.) T. H. 
Chilton and C. E. Lapple. OEMsr-506; Service 
Project No. NACA-1; OSRD No. 1178. E. I. 
duPont de Nemours and Company, Inc. Febru¬ 
ary 4, 1943. 

202 Pyrotechnics 

202.1 Flares 

202.11 Underwater 

Ml The development of flares suitable for underwater 
use. ([Report No. 196.]) C. R. Hoover. OEMsr- 
158; OSRD No. 435. Wesleyan University. Febru¬ 
ary 20, 1942. 

M2 Underwater flares. G. Albert Hill and R. G. 
Clarke. OEMsr-321; OSRD No. 1522. Wesleyan 
University. June 17, 1943. 

M3 Underwater flares. G. Albert Hill and R. G. 
Clarke. OEMsr-321; OSRD No. 4030. Wesleyan 
University. August 15, 1944. 

202.12 Colored 

Ml [Colored flares.] G. Albert Hill and R. G. Clarke. 
OEMsr-321; OSRD No. 4408. Wesleyan Univer¬ 
sity. November 25, 1944. 

M2 Colored flares. (Supplement to OSRD No. 4408.) 
G. Albert Hill and R. G. Clarke. OEMsr-321; 
OSRD No. 4408A. Wesleyan University. February 
10, 1945. 

202.2 Photoflash Bombs 

Ml Improvement of photoflash bombs. G. Albert Hill 
and R. G. Clarke. OEMsr-321; Service Project 
No. AC-29; OSRD No. 2010. Wesleyan University. 
November 13, 1943. 

M2 Results of tests on modified M-46 and M-60 photo¬ 
flash bombs. G. Albert Hill and R. G. Clarke. 
OEMsr-321; Service Project No. AC-29; OSRD 
No. 2095. Wesleyan University. December 6, 
1943. 

M3 Tests of photoflash bombs. G. Albert Hill and 
R. G. Clarke. OEMsr-321; Service Project No. 
AC-29; OSRD No. 5457. Wesleyan University. 
August 18, 1945. 

M4 Apparatus and methods for the study of photoflash 
bomb explosions. G. Albert Hill, R. G. Clarke 
and others. OEMsr-321; Service Project No. AC- 
29; OSRD No. 6333. Wesleyan University. No¬ 
vember 15, 1945. 

202.3 Aerial Photographic Flash Powders 

Ml Aerial photographic flash powders. (Report to 
October 15, 1941.) C. R. Hoover. NDCrc-92; 
Service Project No. AC-29; OSRD No. 171. Wes¬ 
leyan University. November 8, 1941. 

M2 Aerial photographic flash powders. Composition 
and use. (Report No. 223.) C. R. Hoover. NDCrc- 


92; OSRD No. 497. Wesleyan University. Febru¬ 
ary 15, 1942. 

203 Use of Chemicals for War 

203.1 Inflation of Life Rafts at Low Temperatures 

Ml Means of improving inflation of life rafts at low 
temperatures. W. H. McAdams, G. C. Williams 
and C. C. Neas. OEMsr-1169; Service Project 
No. NE-102; OSRD No. 3101. Massachusetts Insti¬ 
tute of Technology. January 11, 1944. 

M2 Means of improving inflation of life rafts at low 
temperatures. W. H. McAdams, C. C. Neas and 
G. C. Williams. OEMsr-1169; Service Project No. 
NE-102; OSRD No. 3525. Massachusetts Institute 
of Technology. April 25, 1944. 

203.2 Position Identification 

203.21 Advanced Position 

Ml Advanced positions identification. J. Bertram 
Bates. OEMsr-1373; Service Project No. SOS-12; 
OSRD No. 4691. General Printing Corporation. 
February 14, 1945. 

203.22 Sea Markings 

Ml Sea marking devices. James A. MacLeod. OEMsr- 
1206; Service Project No. NE-100; OSRD No. 4571. 
General Printing Ink Company. January 9, 1945. 

203.3 Hydrogen Generation 

Ml Generation of hydrogen for barrage balloons. (Re¬ 
port No. 228.) R. C. Wilcox. Service Project 
No. AC-39; OSRD No. 531. April 24, 1942. 

M2 Design of plant for producing sodium hydride- 
aluminum mixture. H. G. Hyland and C. M. 
Hunter. OEMsr-928; Service Project No. SC-44; 
OSRD No. 3053. E. I. duPont de Nemours and 
Company, Inc. December 29, 1943. 

M3 Generator for the use of sodium hydride-aluminum 
mixture for field generation of hydrogen. H. A. 
Bond and J. J. McGovern. OEMsr-928; Service 
Project No. SC-44; OSRD No. 3141. E. I. duPont 
de Nemours and Company, Inc. January 15, 1944. 

M4 Sodium hydride-aluminum mixtures for field gen¬ 
eration of hydrogen. H. A. Bond and J. W. Dun¬ 
ning. OEMsr-928; Service Project No. SC-44; 
OSRD No. 3142. E. I. duPont de Nemours and 
Company, Inc. January 15, 1944. 

203.31 Lithium Compounds 

Ml New processes for lithium production. (Progress 
Report [for the period] March 15 to October 18, 
1943.) (n.a.) OEMsr-930; Service Project No. SC- 
44; OSRD No. 2089. National Research Corpora¬ 
tion. December 3, 1943. 

M2 New processes for lithium production. (Progress 
Report [for the periodj March 15 to December 31, 
1943.) (n.a.) OEMsr-930; Service Project No. SC- 



332 


DIVISION 11 • MICROFILM LIST 


44; OSRD No. 3758. National Research Corpora¬ 
tion. June 8, 1944. 

203.4 Oxygen Masks 

Ml Mine Safety Appliance Company’s self-contained 
oxygen apparatus. (Report No. 35.) Robert J. 
Benford, Thorne M. Carpenter and others. 
NDCrc-69. Harvard University. June 2, 1941. 

M2 An account of the construction and efficiency of 
mask L-12 for oxygen inhalation in military avia¬ 
tion. (Report No. 68.) C. K. Drinker. NDCrc-69; 
Service Project No. HM-1; OSRD No. 130. Har¬ 
vard University. August 28, 1941. 

M3 Development of a full-face oxygen mask incor¬ 
porating ventilated fog-proof lenses. Frank W. 
Maurer. OEMsr-320; Service Project No. AC-38; 
OSRD No. 3164. Harvard University. January 
20, 1944. 

M4 Full-face oxygen mask incorporating ventilated 
fog-proof lenses. Frank W. Maurer. OEMsr-320; 
Service Project No. AC-38; OSRD No. 4584. Har¬ 
vard University. January 18, 1945. 

203.5 War Gases 

203.51 Levinstein Mustard 

Ml Storage stability of mustard gas. W. H. Wood. 
OEMsr-743; Service Project No. CWS-12; OSRD 
No. 5450. E. I. duPont de Nemours and Com¬ 
pany, Inc. August 17, 1945. 

203.511 Purification 

Ml Joint Chemical Warfare Service-NDRC report on 
steam distillation process. H. C. Weber and W. H. 
McAdams. Chemical Warfare Service Develop¬ 
ment Laboratory. September 16, 1943. 

M2 Composition of Levinstein mustard. Charles L. 
Thomas. OEMsr-884; Service Project No. CWS-4; 
OSRD No. 1978. Universal Oil Products Com¬ 
pany. October 29, 1943. 

M3 Purification of Levinstein mustard by crystal frac¬ 
tionation. Louis S. Kassel and Curtis F. Gerald. 
OEMsr-844; Service Project No. CWS-4; OSRD 
No. 2003. Universal Oil Products Company. No¬ 
vember 9, 1943. 

M4 Purification of Levinstein mustard by distillation 
with pentane vapor. Louis S. Kassel, Curtis F. 
Gerald and Charles L. Thomas. OEMsr-844; Serv¬ 
ice Project No. CWS-4; OSRD No. 3047. Universal 
Oil Products Company. December 29, 1943. 

M5 Purification of Levinstein mustard. W. E. Kuhn, 
G. B. Arnold and L. E. Rudisch. OEMsr-897; 
Service Project No. CWS-4; OSRD No. 3217. The 
Texas Company. February 5, 1944. 

M6 Purification of crude Levinstein H. W. H. Mc¬ 
Adams. OEMsr-1017; Service Project No. CWS-4; 
OSRD No. 3242. Massachusetts Institute of Tech¬ 
nology. February 11, 1944. 


203.512 Vesicant Thickeners 

Ml Thickening of vesicants. (Report No. 155.) Dun¬ 
can A. Maclnnes. OEMsr-130; Service Project 
No. CWS-12; OSRD No. 318. Rockefeller Institute 
for Medical Research. January 7, 1942. 

M2 Thickening of HS. (Report No. 249.) Donald 
Belcher and Duncan A. Maclnnes. OEMsr-130; 
Service Project No. CWS-12; OSRD No. 581. 
Rockefeller Institute for Medical Research. May 
15, 1942. 

M3 The thickening of HS-M1 mixtures, and a photo¬ 
graphic study of the impact of HS drops on cloth. 
(Report No. 279.) Duncan A. Maclnnes, Donald 
Belcher and Andrew Tait. OEMsr-130; Service 
Project Nos. CWS-12 and NL-B36; OSRD No. 667. 
Rockefeller Institute for Medical Research. June 
15, 1942. 

M4 Rheological properties of thickened liquids. (First 
Report [Covering period from] June 5, 1942 to 
December 1, 1942.) E. K. Carver and G. Brough¬ 
ton. OEMsr-538; Service Project Nos. CWS-10, 
CWS-12 and others; OSRD No. 1113. Eastman 
Kodak Company. December 7, 1942. 

M5 Development of vesicant thickeners. (Progress Re¬ 
port [Covering period from] December 9, 1942 to 
January 2, 1943.) M. M. Brubaker. OEMsr-743; 
Service Project Nos. CWS-10, CWS-12 and CWS-21; 
OSRD No. 1185. E. I. duPont de Nemours and 
Company, Inc. February 6, 1943. 

M6 Stability of liquid vesicants. Duncan A. Maclnnes 
and Donald Belcher. OEMsr-130-D; Service Proj¬ 
ect No. CWS-12; OSRD No. 1346. Rockefeller 
Institute for Medical Research. April 7, 1943. 

M7 Fragmentation of liquids. (Progress Report to May 

I, 1943.) T. H. Chilton, R. L. Pigford and J. B. 
Tepe. OEMsr-606; Service Project Nos. CWS-10, 
CWS-12 and CWS-21; OSRD No. 1503. E. I. 
duPont de Nemours and Company, Inc. May 31, 

1943. 

M8 Rheological measurements on thickened vesicants. 
(Progress Report to August 27, 1943.) E. K. Carver 
and John R. Van Wazer, Jr. OEMsr-538; Service 
Project No. CWS-12; OSRD No. 1893. Eastman 
Kodak Company. October 5, 1943. 

M9 Development of vesicant thickeners. E. P. Czerwin, 

J. Harmon and W. H. Wood. OEMsr-743; Service 
Project No. CWS-12; OSRD No. 3450. E. I. duPont 
de Nemours and Company, Inc. April 6, 1944. 

M10 The use of thickened vesicants in chemical shells. 
R. L. Pigford and T. H. Chilton. OEMsr-606; 
Service Project No. CWS-12; OSRD No. 3543. E. I. 
duPont de Nemours and Company, Inc. April 28, 

1944. 

Mil Properties of thickened liquids. R. L. Pigford. 
OEMsr-606; Service Project Nos. CWS-10, CWS-12 
and others; OSRD No. 4284. E. I. duPont de 
Nemours and Company, Inc. October 25, 1944. 
M12 Polymethyl methacrylate as a thickener for H. 
J. C. Thomas and W. H. Wood. OEMsr-743; Serv¬ 
ice Project No. CWS-12; OSRD No. 5347. E. I. 



DIVISION 11 • MICROFILM LIST 


333 


duPont de Nemours and Company, Inc. July 18, 

1945. 

M13 Vesicant studies. Duncan A. Maclnnes and Donald 
Belcher. OEMsr-130; Service Project Nos. CWS-12, 
CWS-4 and NL-B36; OSRD No. 5391. Rockefeller 
Institute for Medical Research. August 10, 1945. 
M14 Stability of thickened Levinstein H solutions. 
E. P. Czerwin and \V. H. Wood. OEMsr-743; 
Service Project No. CWS-12; OSRD No. 5426. E. I. 
duPont de Nemours and Company, Inc. August 
17, 1945. 

M15 Neutralization of the effects of iron compounds 
in thickened Levinstein H. J. Harmon and W. H. 
Wood. OEMsr-743; Service Project No. CWS-12; 
OSRD No. 5465. E. I. duPont de Nemours and 
Company, Inc. August 22, 1945. 

M16 Improvement of vesicants. Studies of HP. E. K. 
Ellingboe and C. W. Todd. OEMsr-743; Service 
Project No. CWS-4; OSRD No. 6622. E. I. duPont 
de Nemours and Company, Inc. February 25, 

1946. 

M17 Vesicant studies. Vesicant thickeners. Mustard com¬ 
positions having accelerated evaporation rates. 
J. E. Kirby. OEMsr-743; Service Project Nos. 
CWS-12 and CWS-4; OSRD No. 6623. E. I. duPont 
de Nemours and Company, Inc. February 25, 
1946. 

203.52 Gas Dispersal 

203.521 Bombs 

Ml [Thej M-67 modified for improved dispersion of H. 
J. R. Peer, G. Broughton and C. K. Carver. 
OEMsr-538; Service Project No. CWS-27; OSRD 
No. 2058. Eastman Kodak Company. November 
20, 1943. 

203.522 Airplane 

Ml Airplane vesicant spray. T. K. Sherwood. OSRD 
No. 2093. December 2, 1943. 

203.523 Vaporization 

Ml Vaporization characteristics of H and HP. A. W. 
Larchar. OEMsr-743; Service Project No. CWS-4; 
OSRD No. 4634. E. I. duPont de Nemours and 
Company, Inc. January 27, 1945. 

M2 Vaporization characteristics of H and HP. A. J. 
Hill, Jr. OEMsr-743; Service Project No. CWS-4; 
OSRD No. 5164. E. I. duPont de Nemours and 
Company, Inc. May 31, 1945. 

203.524 Drop Dispersion 

Ml Evaporation of falling drops. (Progress Report to 
October 17, 1941.) T. K. Sherwood and G. C. 
Williams. OEMsr-6; Service Project No. CWS-12. 
Massachusetts Institute of Technology. December 
6 , 1941. 

M2 Drop dispersion measurements by use of a labo¬ 
ratory mortar. R. L. Pigford and T. H. Chilton. 
OEMsr-606; Service Project No. CWS-12; OSRD 


No. 3542. E. I. duPont de Nemours and Company, 
Inc. April 28, 1944. 

203.6 Liquid-Filled Shells 

Ml The use of thickened vesicants in chemical shells. 
A literature survey. R. L. Pigford and T. H. 
Chilton. OEMsr-606; Project No. TX-W-2. E. I. 
duPont de Nemours and Company, Inc. January 
12, 1944. 

M2 Exterior ballistics of liquid-filled shell. R. L. Pig¬ 
ford. OEMsr-1395; Service Project No. CWS-31; 
OSRD No. 6441. E. I. duPont de Nemours and 
Company, Inc. December 29, 1945. 

203.7 Potable Water 

203.71 From Sea Water 

Ml Removal of salts from sea water. (Report to June 
15, 1941.) Arthur M. Buswell. NDCrc-50; Service 
Project, No. NL-B5. University of Illinois. Tune 
15, 1941. 

M2 Hand-operated vapor compression still for pro¬ 
ducing potable water from sea water. T. L. 
Wheeler and Allen Latham, Jr. OEMsr-1047; 
Service Project No. NS-168; OSRD No. 3197. 
Arthur D. Little, Inc. January 29, 1944. 

M3 Solar distiller for life rafts. Maria Telkes. 
OEMsr-1164; Service Project No. NS-168; OSRD 
No. 5225. Massachusetts Institute of Technology. 
June 19, 1945. 

203.72 Purification After Transportation 

Ml Methods for the purification of water after its 
transportation and storage in cans, drums and 
tanks that have been employed as containers for 
leaded gasoline. (Report No. 472.) Robert A. 
Kehoe and J. Cholak. OEMsr-341; Service Project 
No. CE-19; OSRD No. 1139. University of Cin¬ 
cinnati. December 9, 1942. 

203.8 Bleaches 

203.81 Storage of Chlorinated Lime 

Ml Storage of chlorinated lime. Dayton E. Garritt. 
CQP Miscellaneous Project No. 1. Rhode Island 
State College, (n.d.) 

M2 Storage of chlorinated lime. Jacob Katz and 
W. George Parks. CQP Miscellaneous Project 
No. 3. Rhode Island State College, (n.d.) 

204 Instantaneous Respiration Rates 

204.1 Penetration Measurements 

Ml Instantaneous penetration measurements under 
conditions approximating human respiration. (Re¬ 
port [tO] October 1, 1943.) W. K. Lewis and F. A. 
Wolff. OEMsr-347; Service Project Nos. CWS-1 
and CWS-16; OSRD No. 1866. Massachusetts In¬ 
stitute of Technology. October 1, 1943. 





334 


DIVISION 11 • MICROFILM LIST 


204.2 


205 

205.1 


Protective Respiratory Equipment 

Ml Fundamental factors in the design of protective 
respiratory equipment. Leslie Silverman, Robert 
C. Lee and others. OEMsr-306; Service Project 
Nos. CWS-7 and CWS-16; OSRD No. 1222. Har¬ 
vard University. March 4, 1943. 

M2 Fundamental factors in the design of respiratory 
equipment. The characteristics of inspiratory and 
expiratory valves. (Progress Report to August 1, 

1943.) Leslie Silverman, Robert C. Lee and George 
Lee. OEMsr-306; Service Project Nos. CWS-16 and 
CWS-1; OSRD No. 1864. Harvard University. 

October 1, 1943. 205.2 

M3 Fundamental factors in the design of protective 
respiratory equipment. Inspiratory resistances of 
US Army Chemical Warfare Service gas masks with 
static and dynamic air flow. Leslie Silverman and 
Robert C. Lee. OEMsr-306; Service Project No. 

CWS-7; OSRD No. 3526. Harvard University. 

April 25, 1944. 

M4 Fundamental factors in the design of protective 
respiratory equipment. End point breathing rate 
studies, (n.a.) OEMsr-306; OSRD No. 4229. Har¬ 
vard University. October 9, 1944. 

M5 Fundamental factors in the design of protective 
respiratory equipment. A portable instrument for 
measuring respiratory air flows under field condi¬ 
tions. Leslie Silverman, Theodore Plotkin and 
others. OEMsr-306; OSRD No. 5338. Harvard 
University, Carnegie Institution of Washington and 
Massachusetts Institute of Technology. July 17, 206 

1945. 

M6 Fundamental factors in the design of protective 
respiratory equipment. A study and an evaluation 
of inspiratory and expiratory resistances for pro¬ 
tective respiratory equipment. Leslie Silverman, 

George Lee and others. OEMsr-306; Service Proj¬ 
ect No. CWS-7; OSRD No. 5339. Harvard Univer¬ 
sity. July 17, 1945. 

M7 Fundamental factors in the design of protective 
respiratory equipment. Measurements of inspira¬ 
tory air flow on soldiers performing various field 
operations. Leslie Silverman, Theodore Plotkin 
and George Lee. OEMsr-306; Service Project No. 

CWS-7; OSRD No. 5496. Harvard University. 

August 27, 1945. 

M8 Fundamental factors in the design of protective 
respiratory equipment. Inspiratory and expiratory 
air flow measurements on human subjects with 
and without resistance at several work rates. Leslie 206.1 
Silverman, George Lee and others. OEMsr-306; 

Service Project No. CWS-7; OSRD No. 5732. Har- 206.11 
vard University. September 18, 1945. 

Sabotage of Fuels and Engines 

Fuels 

Ml Chemical treatment of oils. Sabotage of gasoline. 

(Progress Report for period from October 1, 1940 
to March 7, 1941.) (n.a.) Service Project Nos. 


AC-2 and CWS-5; OSRD No. 81. Monsanto Chem¬ 
ical Company. March 7, 1941. 

M2 Preliminary study of methods of sabotage of lubri¬ 
cating oils. H. B. Weiser. OEMsr-189; Service 
Project No. AC-2; OSRD No. 471. Rice Institute. 
March 28, 1942. 

M3 Sabotaging engines by additions to the lubricating 
oil. (Final Report to January 15, 1943.) T. A. 
Boyd. OEMsr-428; Service Project No. AC-2; 
OSRD No. 1252. Ethyl [Gasoline] Corporation. 
March 11, 1943. 

Gasoline Engines (Pro-Knock) 

Ml Pro-knock. (Final Report to August 4, 1941.) 
Thomas Midgley, Jr. and Albert L. Henne. 
NDCrc-3; Service Project Nos. AC-2 and CWS-5. 
Ethyl Gasoline Corporation. September 5, 1941. 
M2 Effect of strong pro-knock materials in gasoline 
similar to that reportedly used in German aircraft. 
Thomas Midgley, Jr. Service Project Nos. AC-2 
and CWS-5; OSRD No. 183. Ethyl Gasoline Cor¬ 
poration. December 1, 1941. 

M3 Pro-knock materials. Thomas Midgley, Jr. Serv¬ 
ice Project Nos. AC-2 and CWS-5; OSRD No. 392. 
Ethyl Gasoline Corporation. February 12, 1942. 
M4 Pro-knock. (Supplement to the Final Report of 
May 26, 1942.) (n.a.) OEMsr-231; Service Project 
No. AC-2; OSRD No. 1281. Ethyl [Gasoline] Cor¬ 
poration. March 20, 1943. 

Protective Coatings 

Ml Protective coatings for ship bottoms and naval air¬ 
craft. (Report to January 15, 1942.) A. J. Weith 
and V. H. Turkington. OEMsr-211; Service Proj¬ 
ect No. NL-B4; OSRD No. 413. Bakelite Corpora¬ 
tion. February 26, 1942. 

M2 Protective coatings. A. J. Weith and V. H. Turk¬ 
ington. OEMsr-211; Service Project Nos. NL-B2 
and NL-B4; OSRD No. 651. Bakelite Corpora¬ 
tion. April 30, 1942. 

M3 The value of electrical resistance in studying the 
protective behavior of organic coatings on mild 
steel immersed in sea water, (n.a.) OEMsr-211; 
Service Project No. NL-B4; OSRD No. 4847. 
Bakelite Corporation. March 23, 1945. 

M4 Interaction of antifouling paints and steel. Alfred 
C. Redfield. OSRD No. 5053. Woods Hole 
Oceanographic Institution. May 11, 1945. 

Ship Bottoms 

Coatings 

Ml Protective coatings for ship bottoms. (Problem 
No. 27.) (n.a.) NDCrc-42. Bakelite Corporation. 
March 31, 1941. 

M2 Protective coatings for ship bottoms. (Report No. 
159.) A. J. Weith and V. H. Turkington. OEMsr- 
52; Service Project No. NL-B4; OSRD No. 324. 
Bakelite Corporation. January 14, 1942. 

M3 Naval aircraft coatings. (Progress Report [Covering] 



DIVISION 11 • MICROFILM LIST 


335 


206.12 


206.2 


206.3 


ninety-day period ending April 30, 1942.) A. J. 
Weith and V. H. Turkington. OEMsr-211. Bake- 
lite Corporation. June 5, 1942. 

M4 Protective coatings for ship bottoms. (Report No. 
366.) A. J. Weith and V. H. Turkington. OEMsr- 
211; Service Project No. NL-B4; OSRD No. 881. 
Bakelite Corporation. August 25, 1942. 

M5 Annotated bibliography and subject index on ship 
bottom fouling organisms and antifouling research. 
Part I, Annotated bibliography. Part II, Subject 
index. Part III, Summaries. George L. Clark. 
OEMsr-204; Service Project No. NL-B4; OSRD No. 
1006. Harvard University. September 15, 1942. 
M6 Protective coatings for ship bottoms. (Progress Re¬ 
port to December 1, 1942.) A. J. Weith and V. H. 
Turkington. OEMsr-211; Service Project No. NL- 
B4; OSRD No. 1174. Bakelite Corporation. Feb¬ 
ruary 3, 1943. 

M7 Protective coatings for ship bottoms. (n.a.) 
OEMsr-211; [OSRD No. 1838.] Bakelite Corpora¬ 
tion. September 9, 1943. 

M8 Protective coatings for magnesium alloys. (Prelimi¬ 
nary Report [Covering] period ending October 31, 
1943.) (n.a.) OEMsr-211; OSRD No. t 2094]. 

Bakelite Corporation. November 30, 1943. 

M9 Effects of atmospheric exposure on paints pre¬ 
viously submerged in the sea. (n.a.) OEMsr-211; 
Service Project No. NL-B4; OSRD No. 3904. 
Bakelite Corporation. July 17, 1944. 

M10 Coatings for wood ship bottoms, (n.a.) OEMsr- 
211; Service Project No. NL-B4; OSRD No. 4044. 
Bakelite Corporation. August 21, 1944. 

Mil Studies of anticorrosive and antifouling coating 
systems for ship bottoms. (n.a.) OEMsr-211; 
Service Project No. NL-B4; OSRD No. 6649. Bake¬ 
lite Corporation. April 5, 1946. 

Cleaning 

Ml Methods for cleaning ship bottoms. (n.a.) 

OEMsr-446; Service Project No. NL-B4; OSRD No. 
1310. Bakelite Corporation. April 2, 1943. 

Aircraft 

Ml Protective coatings for naval aircraft. (n.a.) 

NDCrc-42. Bakelite Corporation. March 31, 1941. 
M2 Protective coatings for naval aircraft. A. J. Weith 
and V. H. Turkington. OEMsr-211; Service Proj¬ 
ect No. NL-B4; OSRD No. 368. Bakelite Corpora¬ 
tion. February 7, 1942. 

Paint Removers 

Ml Paint removers. (Report No. 11.) J. C. Elgin. 

[Princeton University.] February 20, 1941. 

M2 Commercial paint removers. (Report No. 20.) 
J. C. Elgin(?)] NDCrc-29. Princeton University. 
April 2, 1941. 

M3 Investigation of paint removers. (Report to Octo¬ 
ber 31, 1941.) J. C. Elgin. NDCrc-29; Service 
Project No. NL-B2; OSRD No. 279. Princeton 
University. December 9, 1941. 


Coating Corrosion 

Ml Methods of studying corrosion and blistering tend¬ 
encies of underwater coatings, (n.a.) OEMsr-211; 
Service Project No. NL-B4; OSRD No. 3066. 
Bakelite Corporation. January 3, 1944. 

M2 Paint destruction and metal corrosion. Selman A. 
Waksman and Robert L. Starkey. OEMsr-1259; 
Service Project No. NS-235; OSRD No. 4402. Rut¬ 
gers University. November 30, 1944. 

206.41 Biological Effects 

Ml Paint destruction and metal corrosion. Zoological 
aspects. Thurlow C. Nelson and E. R. Kodet. 
OEMsr-1259; Service Project No. NS-235; OSRD 
No. 4512. Rutgers University. December 27, 
1944. 

M2 Microbiological and zoological aspects of paint 
destruction and metal corrosion. Robert L. Star- 
key and John D. Schenone. OEMsr-1259; Service 
Project No. NS-235; OSRD No. 5665. Rutgers 
University. September 12, 1945. 

206.5 Magnesium Alloy Coatings 

Ml Protective coatings for magnesium and its alloys. 
(Progress Report to April 30, 1943.) (n.a.) 

OEMsr-211; Service Project No. NA-122; OSRD 
No. 1462. Bakelite Corporation. May 28, 1943. 

M2 Protective coatings for magnesium alloys, (n.a.) 
OEMsr-211; Service Project No. NA-122; OSRD 
No. 2094. Bakelite Corporation. December 6, 
1943. 

206.51 Magnesium Fluoride for Lens Coatings 

Ml Investigation of methods of producing magnesium 
fluoride for the filming of lenses. Frank C. Math¬ 
ers. OEMsr-1194; Service Project No. NO-189; 
OSRD No. 5449. University of Indiana. August 
17, 1945. 

Fire Protection Coatings 

Ml Fire retardant paints for Navy ships. (n.a.) 
OEMsr-211; Service Project No. NS-129; OSRD 
No. 1407. Bakelite Corporation. May 11, 1943. 

206.7 Munition Protection 

Ml Corrosion resistant coatings for chemical muni¬ 
tions. Neil Thurman and Paul Robinson. 
OEMsr-796; Service Project Nos. CWS-13 and NO- 
126; OSRD No. 1520. E. I. duPont de Nemours 
and Company, Inc. June 17, 1943. 

M2 Sealing of Navy primers and fuzes. W. F. Single- 
ton and W. C. Johnson. OEMsr-796; Service Proj¬ 
ect No. NO-288; OSRD No. 6440. E. I. duPont de 
Nemours and Company, Inc. December 29, 1945. 

206.8 Food, Fuel and Lubricant Containers 

Ml Coatings, organic. (Final Report for the period 
October 15, 1943 to July 31, 1944.) W. T. Pearce. 
OEMsr-1055; Service Project No. QMC-31. Tem¬ 
ple University. July, 1944. 


206.4 


206.6 


ECRE 



336 


DIVISION 11 • MICROFILM LIST 


M2 Linings for fuel and lubricant containers. O. W. 
Tissari. OEMsr-796 and NDCrc-711; Service Proj¬ 
ect Nos. QMC-28 and AN-13; OSRD No. 4762. 
E. I. duPont de Nemours and Company, Inc. 
March 3, 1945. 

M3 The Cox marine electrocoating process. O. W. 
Tissari. OEMsr-1223; Service Project No. QMC- 
28; OSRD No. 4862. Comstock and Wescott, Inc. 
March 27, 1945. 

M4 Packaging with plastics. (Final Report for the 
period May 1 to October 31, 1945.) Harry F. 
Lewis, T. A. Howells and Otto Kress. W44-109 
qm-305; Service Project No. QMC-44. Institute of 
Paper Chemistry. November, 1945. 

206.9 Leather Dressings 

Ml The preservation of shoe sewing thread. Robert 
M. Lollar. OEMsr-718; Service Project No. QMC- 
17; OSRD No. 3069. University of Cincinnati. 
January 3, 1944. 

M2 The influence of oils on shoe leathers. Behavior 
of oil-treated leather at cold and hot temperatures. 
William T. Roddy and Domingo B. Gapuz. 
OEMsr-718; Service Project No. QMC-17; OSRD 
No. 3117. University of Cincinnati. January 13, 
1944. 

M3 Sterilization of used army shoes. Hoke S. Greene. 
OEMsr-718; Service Project No. QMC-17; OSRD 
No. 3118. University of Cincinnati. January 13, 
1944. 

M4 Mold resistant treatments for leathers. Robert 
M. Lollar. OEMsr-718; Service Project No. QMC- 
17; OSRD No. 3119. University of Cincinnati. 
January 13, 1944. 

M5 Preservatives in army dubbings. Hoke S. Greene 
and Robert M. Lollar. OEMsr-718; Service Project 
No. QMC-17; OSRD No. 3120. University of Cin¬ 
cinnati. January 13, 1944. 

M6 Leather, Improvement of (Final Report for the 
period September 10, 1943 to September 1, 1945.) 
Fred O’Flaherty. W44-109 qm-305; Service Project 
No. QMC-17. University of Cincinnati. Septem¬ 
ber, 1945. 

207 Removal of Impurities 

207.1 Oil from Water 

Ml Confining and collecting petroleum products from 
spills or leaks to waterways. W. B. Hart. Service 
Project No. NS-103; OSRD No. 916. Atlantic 
Refining Company. September 15, 1942. 

M2 The removal of oil from harbor waters by means 
of chemically treated sand. (Final Report to No¬ 
vember 30, 1942.) Morrough P. O’Brien. OEMsr- 
672; Service Project No. NS-103; OSRD No. 1120. 
University of California. January 12, 1943. 

207.2 Dust from Gun Emplacements 

Ml Suppression of dust around artillery emplacements. 
Chemical treatment of ground. L. B. Ryon. 


OEMsr-1271; Service Project No. OD-154; OSRD 
No. 4540. Rice Institute. January 4, 1945. 

M2 Suppression of dust around artillery emplacements. 
Blast mats. L. B. Ryon. OEMsr-1271; Service 
Project No. OD-154; OSRD No. 5308. Rice Insti¬ 
tute. July 2, 1945. 

208 Quartermaster Corps Research 

208.1 Textiles 

208.11 Wear Resistance 

Ml Wear resistance of apparel textiles. (Final Report 
[for the period] February 1, 1944 to May 1, 1945.) 
E. R. Schwarz, W. J. Hamburger and others. 
OEMsr-1055; Service Project No. QMC-33. Massa¬ 
chusetts Institute of Technology and Fabric Re¬ 
search Laboratories, Inc. [May, 1945.] 

208.12 Water Repellency 

Ml Evaluation procedures for water repellency treat¬ 
ments. (Volume 1. Final Report t for the period] 
January 1, 1943 to December 31, 1944.) Arnold M. 
Sookne, Francis W. Minor and others. OEMsr- 
1055; Service Project No. QMC-20. [National Bu¬ 
reau of Standards.] January, 1945.] 

M2 Coated fabrics and thin films. (Report for the 
period October, 1943 to January, 1946.) Paul M. 
Doty, Turner Alfrey and others. W44-109 qm-305; 
Service Project No. QMC-36. Brooklyn Polytech¬ 
nic Institute. February 1, 1946. 

208.13 Shrink-proofing 

Ml Shrink-proofing of wool knitted items and fabrics. 
(Volume 1. Final Report [for the period] March 1, 
1944 through December 31, 1944.) Arthur L. 
Smith, Lydia R. Hornstein and others. OEMsr- 
1055; Service Project No. QMC-34. National Bu¬ 
reau of Standards. January, 1945.] 

208.14 Storage of Impregnated Fabrics 

Ml Prevention of degradation of impregnated cloth¬ 
ing. (Final Report ( for the period] July 1, 1943 
through December 31, 1944.) Henry A. Ruther¬ 
ford, Julian Berch and others. OEMsr-1055; Serv¬ 
ice Project No. QMC-29. National Bureau of 
Standards. January, 1945.] 

208.2 Plastic Laminates Used as Armor (Doron) 

208.21 Materials and Preparation of Laminates 

Ml [Plastic laminated structures used as armor.] (Final 
Report [for the period] December 1, 1943 to May 
31, 1944.) L. S. Meyer and J. C. Case. OEMsr- 
1055; Service Project No. QMC-30-I. Libbey- 
Owens-Ford Glass Company. June, 1944.] 

M2 Evaluation of plastic materials and development 
of production testing. (Final Report r for the 
period] January 1, 1944 to June 30, 1944.) R. W. 
Auxier and K. L. Landon. OEMsr-1055; Service 



DIVISION 11 • MICROFILM LIST 


337 


Project No. QMC-30-C. Westinghouse Electric 
and Manufacturing Company, Inc. July, 1944.] 
M3 [Plastic laminates used as armor.] ([Volume I.j 
Final Report [for the period] December 1, 1943 to 
November 1, 1944.) H. W. Mohrman and D. Tel¬ 
fair. OEMsr-1055; Service Project No. QMC-30-F. 
Monsanto Chemical Company. [November, 1944.] 
M4 Doron. [Plastic laminates used as armor.] (Final 
Report [for the period] December 11, 1943 to 
October 31, 1944.) Nelson J. Anderson and J. G. 
Wisler. OEMsr-1055; Service Project No. QMC- 
30-G. American Cyanamid Company. [Novem¬ 
ber, 1944.] 

M5 Doron. [Plastic laminates used as armor.] (Volume 
II. Final Report [for the period] October 31, 1944 
to June 30, 1945.) Nelson J. Anderson and J. G. 
Wisler. W44-109 qm-305; Service Project No. 
QMC-30-G. American Cyanamid Company. June, 

1945. ] 

208.22 Ballistic Testing and Evaluation 

Ml Investigation of ballistic properties of doron. (Final 
Report [for the period] November 1, 1943 to No¬ 
vember 1, 1944.) Howard J. Billings. OEMsr- 
1055; Service Project No. QMC-30-B. Arthur D. 
Little, Inc. [November, 1944.] 

M2 Theory of the ballistic resistance of flat plates and 
its application to doron. (Final Report [for the 
period] December 1, 1943 to January 31, 1945.) 
E. L. Thearle. OEMsr-1055; Service Project No. 
QMC-30-D. General Electric Company. [Febru¬ 
ary, 1945.] 

M3 The Light Armor Testing Laboratory and research 
relating thereto. (Volume II. Final Report [for the 
period] October 31, 1944 to December 15, 1945.) 
John B. Mellecker and Walter J. Gailus. W44-109 
qm-305; Service Project No. QMC-30-F. Monsanto 
Chemical Company. [December, 1945.] 

M4 [Thej 20-mm side spray test for the evaluation of 
doron. (Volume II. Final Report [for the period] 
November 1, 1944 to December 31, 1945.) Howard 
J. Billings. W44-109 qm-305; Service Project No. 
QMC-30-B. Arthur D. Little, Inc. January, 

1946. ] 

M5 Physical testing of doron. LeRoy W. Clark. 
OEMsr-1055; Service Project No. QMC-30-A. 
Rensselaer Polytechnic Institute, (n.d.) 

208.3 Miscellaneous Quartermaster Corps Research 

208.31 Vermin Control 

Ml Insects and other animals of interest to the Quar¬ 
termaster Corps. Charles H. Blake and Henry D. 
Russell. OEMsr-888; Service Project No. QMC- 
22; OSRD No. 2091. Massachusetts Institute of 
Technology. September, 1943. 

208.32 Troop Feeding Programs 

Ml Troop feeding programs. A survey of rationing and 
subsistence in the United States Army, 1775 to 


1940. Samuel C. Prescott. OEMsr-929; Service 
Project No. QMC-23. Massachusetts Institute of 
Technology. March, 1944. 

208.33 Substitutes for Oriental Bamboos 

Ml Western hemisphere bamboos as substitutes for 
oriental bamboos for the manufacture of ski pole 
shafts. (Final Report t for the period] April 15, 
1943 to May 31, 1944.) F. A. McClure. OEMsr- 
1014; Service Project No. QMC-24. Smithsonian 
Institution. June, 1944.] 

208.34 Improvement of Shoes 

Ml Shoes, Improvement of (Final Report [for the 
period] December 15, 1943 to January 31, 1946.) 
Ernest D. Wilson. [WJ4-109 qm-305; Service 
Project No. QMC-7. Worcester Polytechnic Insti¬ 
tute. [February, 1946.] 

208.4 Fuels for Stoves and Lanterns 

208.41 Deleading Gasoline 

Ml Development of a chemical process for deleading 
gasoline, (n.a.) OEMsr-854; Service Project No. 
QMC-19; OSRD No. 3018. Ethyl [Gasoline] Cor¬ 
poration. December 17, 1943. 

M2 Deleading of gasoline. (Final Report t for the 
period] November 5, 1943 to June 30, 1945.) 
Morris S. Kharasch. W44-109 qm-305; Service 
Project No. QMC-19-A. University of Chicago. 
July, 1945.] 

208.42 Solid Fuels 

Ml [Solid fuels for heating combat rations.] (Summary 
Report [for the period] August 9, 1943 to February 
29, 1944.) Charles Paul McClelland and Robert 
Hayward Nimmo. Service Project No. QMC-26. 
Mellon Institute t of Industrial Research]. [March, 
1944.] 

M2 Literature search on carbonaceous fuels for heating 
combat rations. (Summary Report [for the period] 
from October 10 to December 1, 1944.) Robert 
Hayward Nimmo and Carol Lee Sittler. OEMsr- 
1055; Service Project No. QMC-26. Mellon Insti¬ 
tute of Industrial Research. [December, 1944.] 

209 Miscellaneous Research of Division 11 

209.1 Manufacture of Cork Plugs 

Ml Use of substitute materials in the manufacture of 
cork plugs. (Report to November 1, 1941.) Earl 
Stafford. OEMsr-82; Service Project No. NOB-37; 
OSRD No. 178. Arthur D. Little, Inc. November 
14, 1941. 

209.2 Lead Storage Battery Capacity 

Ml Studies and investigation in connection with the 
possibility of increasing the capacity of lead stor¬ 
age batteries by modification of the negative plate. 
F. R. Bichowsky. OEMsr-565; Service Project No. 








338 


DIVISION 11 • MICROFILM LIST 


NS-110; OSRD No. 1926. Catholic University. 
October 16, 1943. 

209.3 Manufacture of Nitric Acid from Urine 

Ml Production of ammonia from urine. R. C. Wilcox. 
OEMsr-820; Service Project No. China-1; OSRD 
No. 1724. Harvard University. August 20, 1943. 
M2 Biological nitrification of urine. G. M. Fair and 
C. E. Renn. OEMsr-820; Service Project No. 
China-1; OSRD No. 3462. Harvard University. 
April 12, 1944. 

300 FIRE WARFARE 

Ml Flame throwers, incendiaries and their evaluation. 
Abbott Byfield, W. A. Klemm and G. A. Agoston. 
OEMsr-21; Service Project Nos. CWS-10 and CWS- 
21; OSRD No. 6190. Massachusetts Institute of 
Technology. October 1, 1945. 

301 Incendiaries 

301.1 Bombs 

Ml Tests conducted on incendiary program at Dugway 
Proving Ground, Simpson Springs, Utah, between 
August 3 and October 20, 1943. (Report No. PDN- 
1764.) H. A. Ricards, Jr. [OEMsr-354.] Stand¬ 
ard Oil Development Company. November 5, 
1943. 

M2 Modified M-52 two-pound magnesium bomb for 
use against Japan. E. B. Hershberg and Morrill 
Dakin. OEMsr-179 and OEMsr-257; Service Proj¬ 
ect No. CWS-21; OSRD No. 4521. Harvard Uni¬ 
versity and Factory Mutual Research Corporation. 
January 1, 1945. 

301.11 Bursters 

Ml Dry loading of white phosphorus into burster 
tubes. (Report No. 303.) Howard Adler. OEMsr- 
296; Project Nos. CWS-21 and B-246; OSRD No. 
765. Victor Chemical Works. July 24, 1942. 

M2 Recommended specifications for the white phos¬ 
phorus TNT burster for the 100-lb bomb. Louis 
F. Fieser. [Harvard University(?)j July 24, 1942. 
M3 Comparison of M-12 and M-13 bursters in the 
M-47A2, 100-lb incendiary bomb. (Report No. 
IEP/3.) R. L. Ortynsky, Alan L. Kling and S. 
Murray Jones. Service Project No. CWS-21; OSRD 
No. 4068. August 30, 1944. 

301.12 Fuzes 

Ml [Design of the] E-16 Allway fuze for the AN-M69 
incendiary bomb. T. L. Wheeler and Max Knobel. 
OEMsr-242; Service Project No. CWS-21; OSRD 
No. 5209. Arthur D. Little, Inc. June 15, 1945. 

301.13 Plastic Bombs 

Ml Development of a plastic incendiary bomb. T. S. 
Carswell, H. K. Nason and others. OEMsr-198; 
Service Project No. CWS-21; OSRD No. 6621. 
Monsanto Chemical Company. February 21, 1946. 


301.14 The M-69 and Modifications 

Ml Development of the M-69X incendiary bomb, 

(n.a.) OEMsr-354; Service Project No. CWS-21; 
OSRD No. 5254. Standard Oil Development Com¬ 
pany. June 25, 1945. 

M2 Development of the M-69X incendiary bomb. 

(Supplementary Report No. PDN-4000.) (n.a.) 

OEMsr-354; Service Project No. CWS-21; OSRD 
No. 5254a. Standard Oil Development Company. 
September 28, 1945. 

301.141 Stability and Flight Performance 

Ml Third Harvard wind tunnel test on M-69 bomb. 
(Report No. PDN-973.) F. R. Russell and N. F. 
Myers. Standard Oil Development Company. 
April 21, 1943. 

M2 [Thej M-69 flight stability tests. (Report No. PDN- 
1301.) J. C. Roediger. Standard Oil Development 
Company. May 7, 1943. 

M3 Fourth Harvard wind tunnel tests. (Report No. 
PDN-1480.) A. Beerbower. Standard Oil Develop¬ 
ment Company. July 27, 1943. 

M4 Strength of tail streamer assembly [Of the] M-69 
[bomb]. (Report No. PDN-1801.) W. T. Knox, Jr. 
Standard Oil Development Company. November 
24, 1943. 

M5 Fifth Harvard wind tunnel tests. (Report No. PDN- 
1847.) A. Beerbower. Standard Oil Development 
Company. November 29, 1943. 

301.142 Penetrability 

Ml Penetration of M-69 [Onj industrial targets [in] 
aimable clusters. (Report No. PDN-2574.) W. T. 
Knox, Jr. Standard Oil Development Company. 
June 7, 1944. 

301.143 Efficacy 

Ml M-69X flight tests. (Report No. PDN-3823.) W. T. 
Knox, Jr. Standard Oil Development Company. 
July 31, 1945. 

M2 M-69X functioning t in the 3 Day and Night [Flare 
Corporation] pilot plant. (Report No. PDN-3824.) 
W. T. Knox, Jr. Standard Oil Development Com¬ 
pany. July 31, 1945. 

301.144 Cluster Formation 

Ml Striking velocity of M-69’s from aimable clusters. 
(Report No. PDN-1822.) A Beerbower. Standard 
Oil Development Company. November 26, 1943. 
M2 Development, manufacture and proof test of 10,000 
M-69 clusters, Type E-6R2. (Report No. PDN- 
2109.) H. A. Ricards, Jr., W. T. Knox, Jr. and 
others. OEMsr-354. Standard Oil Development 
Company. April 15, 1944. 

M3 High-altitude flight tests of aimable clusters for the 
AN-M69 bomb. (Report No. PDN-2460.) (n.a.) 

OEMsr-354; Service Project No. CWS-21; OSRD 
No. 3761. Standard Oil Development Company. 
June 10, 1944. 

M4 M-69 stability from E-6R2 aimable cluster. (Report 



DIVISION 11 • MICROFILM LIST 


339 


No. PDN-2960.) W. T. Knox, Jr. Standard Oil 
Development Company. October 4, 1944. 

301.145 Surveillance and Storage 

Ml M-69X waterproofing. (Report No. PDN-2650.) 
W. T. Knox, Jr. Standard Oil Development Com¬ 
pany. June 28, 1944. 

M2 High-humidity surveillance tests [Of] M-69 bombs 
and clusters. (Report No. PDN-3924.) G. L. 
Matheson. Standard Oil Development Company. 
September 10, 1945. 

301.146 Cellocotton Filling 

Ml Use of cellocotton in [the] M-69 bomb. (Report 
No. PDN-950.) G. L. Matheson and Park H. 
Miller, Jr. OEMsr-354. Standard Oil Develop¬ 
ment Company. February 15, 1943. 

M2 The use of cellocotton in the M-69 bomb. Memo¬ 
randum on work done at Kodak Park, (n.a.) 
OEMsr-538. [Eastman Kodak Company (?)] Feb¬ 
ruary 15, 1943. 

301.147 Miscellaneous M-69 Problems 

Ml [The] white phosphorus grenade in M-69 obscura¬ 
tion tests. (Report No. PDN-3360.) H. A. Ricards, 
Jr. Standard Oil Development Company. March 
13, 1945. 

301.15 Experimental Bombs: The E-6, E-9, E-19, E-22 and E-53 
Ml The E-19, formerly E-l, magnesium bomb and its 
components. Louis F. Fieser and E. B. Hershberg. 
Harvard University. October 27, 1943. 

M2 The E-6R2 cluster. (Report No. PDN-2206.) J. C. 
Roediger. Standard Oil Development Company. 
March 3, 1944. 

M3 The E-22 500-lb bomb incendiary, tail ejection 
type. Norman J. Thompson. OEMsr-257; Service 
Project No. CWS-21. Factory Mutual Research 
Corporation. May 23, 1944. 

M4 Development of incendiary fuels. Rush F. Mc- 
Cleary and Bill L. Benge. OEMsr-898; Service 
Project No. CWS-21; OSRD No. 3762. The Texas 
Company. June 10, 1944. 

M5 [Thej E-9 bomb in E-53 cluster bomb bay loading. 

W. S. Quimby. October 2, 1944. 

M6 [Thej E-53 cluster. Its release from ( a] fighter 
plane. W. S. Quimby. February 7, 1945. 

M7 E-9 bomb penetration tests [at] Eglin Field, 
Florida. W. S. Quimby. February 24, 1945. 

M8 Design and development of [thej E-19 incendiary 
bomb. E. B. Hershberg. OEMsr-179 and OEMsr- 
257; Service Project No. CWS-21; OSRD No. 4784. 
Harvard University, Factory Mutual Research Cor¬ 
poration and Morgan Construction Company. 
March 8, 1945. 

M9 Comparative incendiary effectiveness of the E-19 
and M-50 incendiary bombs. (Project Report No. 
IEP/7.) Norman J. Thompson and Morrill Dakin. 
OEMsr-257; Service Project No. CWS-21; OSRD 


No. 5023. Factory Mutual Research Corporation. 
April 30, 1945. 

M10 E-53 cluster tests [at] Dugway Proving Ground, 
July 19, 1945. (n.a.) July, 1945.] 

Mil Static G test of E-53 cluster of 14 E-9 bombs in 
E-26 adapter. S. N. Arnold. Foster Wheeler 
Corporation. July 6, 1945. 

M12 Development of medium-sized incendiary bomb. 
Final report on the development of 40-pound oil 
incendiary bomb, E-9. (n.a.) OEMsr-898. The 

Texas Company. October 15, 1945. 

301.16 Bomb Fillings 

Ml Experiments with alternate fillings for bomb in¬ 
cendiary, 9-pound E-l. Morrill Dakin. OEMsr- 
257. Factory Mutual Research Corporation. 
August 23, 1943. 

M2 Incendiary bomb fillings for industrial targets. 
Norman J. Thompson and Morrill Dakin. OEMsr- 
257 and NDCrc-231; Service Project No. CWS-21; 
OSRD No. 2048. Factory Mutual Research Cor¬ 
poration. November 23, 1943. 

301.161 Cellocotton for a 500-Pound Bomb 

Ml Cellulose wadding (cellocotton) with gasoline as a 
fuel for a 500-lb incendiary bomb. Norman J. 
Thompson. OEMsr-257. Factory Mutual Re¬ 
search Corporation. July 28, 1943. 

M2 Gasoline-cellocotton filling for 500-pound incen¬ 
diary bomb. Norman J. Thompson. OEMsr-257; 
Service Project No. CWS-21; OSRD No. 1702. 
Factory Mutual Research Corporation. August 11, 
1943. 

301.17 Miscellaneous Bomb Filling Problems 

Ml Use of high explosives in small incendiary bomb. 
Pittsburgh visit. May 15, 1942. (Report No. PDN- 
128.) W. T. Knox, Jr. Standard Oil Development 
Company. May 28, 1942. 

M2 Incendiary bomb tests at Jefferson Proving 
Ground, July 9 to 22, 1942. Raymond H. Ewell, 
Louis F. Fieser and others. July 28, 1942. 

M3 Flight tests on experimental incendiaries t at] Edge- 
wood Arsenal, (n.a.) February 17, 1943. 

301.2 Sabotage Incendiaries 

301.21 Candles 

Ml Harvard candle. A pocket incendiary munition. 
Louis F. Fieser. OEMsr-179. Harvard University. 
February 25, 1942. 

M2 Observations on [the] performance of incendiary 
candles at Edgewood. Tests of November 30, 1942. 
H. C. Hottel, S. P. Lovell and Harris M. Chadwell. 
November, 1942. 

301.22 Boxed Forms 

Ml Hand incendiaries tested at Edgewood Arsenal. 
Edwin A. Blair. Factory Mutual Research Corpo¬ 
ration. October 8. 1942. 




340 


DIVISION 11 • MICROFILM LIST 


M2 Evaluation tests of FM sabotage incendiary, (n.a.) 
OEMsr-257. Factory Mutual Research Corpora¬ 
tion. January 15, 1943. 

301.23 Miscellaneous Small Incendiary Items 

Ml Test [Of] fire starters E-4 and E-5. George E. 
Miles and J. F. McCanne. [Chemical Warfare 
Service] Chemical Munitions Section. August 28, 
1942. 

M2 Tests of sabotage incendiaries, (n.a.) OEMsr-257; 
Research Project No. 457. Factory Mutual Re¬ 
search Corporation. October 26, 1942. 

M3 Comparison tests of hand incendiaries. (n.a.) 
OEMsr-257. Factory Mutual Research Corpora¬ 
tion. January 6, 1943. 

M4 Sensitized celluloid fire leaves. Charles A. Kraus. 
OEMsr-57; Service Project No. CWS-11; OSRD 
No. 1202. Brown University. February 16, 1943. 
M5 Vest-pocket time delay incendiary. Louis F. Fieser. 
OEMsr-179; Service Project No. CWS-21; OSRD 
No. 1211. Harvard University. February 19, 1943. 

301.3 Incendiary Fuel Mixtures 

Ml Comparative tests of various incendiary mixtures. 
([Part I.] Report to September 10, 1941.) Louis F. 
Fieser. OEMsr-25; Project Nos. CWS-21 and B- 
117; OSRD No. 139. Harvard University.’ Sep¬ 
tember 17, 1941. 

M2 Comparative test of various incendiary mixtures. 
Part II, Comparison of magnesium, thermite, SDO- 
sodium nitrate and a gum incendiary. (Report 
No. Ill, to October 1, 1941.) Louis F. Fieser. 
OEMsr-25; Service Project No. CWS-21; OSRD 
No. 173. Harvard University. November 10, 1941. 
M3 Comparative tests of various incendiary mixtures. 
Part III, Preliminary observations on the influence 
of the rubber concentration and on the effect of 
finely powdered nitrate. (Report No. 113, to Oc¬ 
tober 15, 1941.) Louis F. Fieser. OEMsr-25; Serv¬ 
ice Project No. CWS-21. Harvard University. 
November 10, 1941. 

M4 Comparative tests of various incendiary mixtures. 
Part IV, Improvements in the test procedure t and| 
evaluation of different types of rubber. (Report 
No. 132, to November 28, 1941.) Louis F. Fieser. 
Project Nos. CWS-21 and B-186; OSRD No. 275. 
Harvard University. December 8, 1941. 

M5 Experiments with incendiary mixtures. Fire test 
structure and development of incendiary bombs. 
(Report No. 277.) Norman J. Thompson. OEMsr- 
257; Service Project No. CWS-21; OSRD No. 657. 
Factory Mutual Research Corporation. June 24, 
1942. 

M6 Development of incendiary mixtures. Norman J. 
Thompson and Edwin A. Blair. OEMsr-257; 
Project Nos. CWS-21 and B-231; OSRD No. 1123. 
Factory Mutual Research Corporation. January 
13, 1943. 

M7 Study of Chemical Warfare Service IM-1 formula 


modifications, (n.a.) E. I. duPont de Nemours 
and Company, Inc. May 19, 1943. 

M8 Synthetic polymers as gasoline thickening agents. 
E. C. Kirkpatrick. OEMsr-744; Service Project 
No. CWS-21; OSRD No. 4202. E. I. duPont de 
Nemours and Company, Inc. October 2, 1944. 

301.4 Oil Incendiaries 

Ml The development of oil incendiary bombs. (Report 
No. 176.) R. P. Russell. OEMsr-183; Project 
Nos. CWS-21 and B-204; OSRD No. 382. Stand¬ 
ard Oil Development Company. February 7, 
1942. 

M2 The development of oil incendiary bombs. (Report 
No. 243.) R. P. Russell. OEMsr-183; Project Nos. 
CWS-21 and B-204; OSRD No. 577. Standard Oil 
Development Company. May 14, 1942. 

M3 The development of oil incendiary bombs. (Supple¬ 
ment to Report No. 243.) R. P. Russell. [OEMsr- 
183; Project Nos. CWS-21 and B-204;] OSRD No. 
577. Standard Oil Development Company. May 
14, 1942. 

M4 Rate of cooling for 500-lb cluster of 5-lb oil in¬ 
cendiary bombs. (Report No. PDN-121.) H. A. 

•> Ricarcls, Jr. Standard Oil Development Company. 
May 25, 1942. 

M5 Description and specifications for the 5 and 6.5- 
pound oil incendiary bomb. (Third Progress Re¬ 
port.) (n.a.) OEMsr-183; Research Project No. 
199. Standard Oil Development Company. July 
8, 1942. 

M6 Service tests t of] the 5 and 6-lb oil incendiary 
bomb [at] Jefferson Proving Ground, July 9 to 22, 
1942. (Report No. PDN-222R.) N. F. Myers, W. T. 
Knox, Jr. and G. L. Matheson. Standard Oil 
Development Company. July 27, 1942. 

M7 Oil incendiary bomb, M-69X. Description of as¬ 
sembly methods used in semi-commercial produc¬ 
tion. (Report No. PDN-3700.) (n.a.) OEMsr-354. 

Standard Oil Development Company. June 20, 
1945. 

301.5 Efficacy of Incendiary Bombs 

Ml Incendiary tests [at] Huntsville Arsenal, Alabama, 
June 3 to 6, 1942. (Report No. PDN-145.) N. F. 
Myers. Standard Oil Development Company. 
June 10, 1942. 

M2 Lethal explosive charge for M-56 bomb. (Report 
No. PDN-429.) W. T. Knox, Jr. Research Project 
No. 199. Standard Oil Development Company. 
October 5, 1942. 

M3 Burning tests, (n.a.) Factory Mutual Research 
Corporation and Harvard University. November 
21, 1942. 

M4 [The] AN-M-52 bomb incendiary. Optimum veloc¬ 
ity for one-story Japanese dwellings. Norman J. 
Thompson and Edwin A. Blair. OEMsr-257; Serv¬ 
ice Project No. CWS-21. Factory Mutual Research 
Corporation. June 8, 1944. 

M5 Tests for determining incendiary value of bombs 



DIVISION 11 • MICROFILM LIST 


341 


and bomb fuels. Eugene B. Gerry. Service Proj¬ 
ect No. CWS-21; OSRD No. 4066. August 30, 1944. 
M6 Modified M-50 incendiary bomb and development 
of test target. Norman J. Thompson and Alan L. 
Kling. OEMsr-257; Service Project No. CWS-21; 
OSRD No. 4601. Factory Mutual Research Cor¬ 
poration. January 19, 1945. 

302 Flame Throwers 

Ml Memorandum of meeting of group at Massachu¬ 
setts Institute of Technology, Tuesday, March 3, 
1942, to discuss flame throwers. H. C. Hottel. 
[Massachusetts Institute of Technology.] [March, 
1942.] 

M2 Status of NDRC projects on flame throwers. (Re¬ 
port No. 272.) H. C. Hottel and G. H. Garraway. 
OEMsr-21, -167, -390 and -470; Service Project 
Nos. CWS-10, B-109 and others; OSRD No. 637. 
Massachusetts Institute of Technology and Stand¬ 
ard Oil Development Company. June 20, 1942. 
M3 Report of ad hoc Committee on flame throwers. 
George A. Richter. Eastman Kodak Company. 
Revised: July 28, 1942. 

M4 Investigation of accident to flame thrower under 
development by Standard Oil Company t of] In¬ 
diana and Merz Engineering Company, (n.a.) 
OEMsr-1011; Service Project No. CWS-10; OSRD 
No. 4374. Standard Oil Company t of] Indiana 
and Merz Engineering Company. November 30, 
1944. 

M5 Development of flame throwers, service units and 
thickened fuels. (Report No. PDN-4027.) (n.a.) 

OEMsr-390; Service Project No. CWS-21; OSRD 
No. 6376. Standard Oil Envelopment Company. 
October 31, 1945. 

302.1 Portable 

302.11 Model E-2 

Ml Development of improved portable flame thrower. 
Design E-2. Meeting of Chemical Warfare Service- 
NDRC committee, January 18 to 19, 1943. 
T. Loew, Arthur L. Brown and N. F. Myers. 
January, 1943. 

M2 Design and construction [Of] Model E-2 portable 
flame thrower. (Report No. PDN-959.) G. H. 
Garraway. Standard Oil Development Company. 
February 15, 1943. 

M3 Improved portable flame thrower, Model E-2. 
(Report No. PDN-1238.) G. H. Garraway. Stand¬ 
ard Oil Development Company. April 21, 1943. 
M4 Model E-2 portable flame thrower. (Report No. 
PDN-1584.) N. F. Myers. Standard Oil Develop¬ 
ment Company. September 2, 1943. 

M5 Revisions to E-2 portable flame thrower. (Report 
No. PDN-1612.) M. D. Haworth. Standard Oil 
Development Company. September 18, 1943. 

M6 Manual on the operation and maintenance of the 
portable flame thrower, E-2. (Report No. PDN- 
2057.) (n.a.) OEMsr-390; Service Project No. 


SPCWT-161. [Standard Oil Development Com¬ 
pany.] February 15, 1944. 

M7 Development of portable flame thrower, E-2. 

(n.a.) OEMsr-390; Service Project No. CWS-10; 
OSRD No. 3574. Standard Oil Development Com¬ 
pany. May 4, 1944. 

302.12 Model M-l 

Ml Modifications to portable flame thrower, M-l. 

T. Loew, Arthur L. Brown and N. F. Myers. 
Factory Mutual Fire Insurance Company and 

Standard Oil Development Company. October 5, 
1942. 

M2 Modification of portable flame thrower for thick¬ 
ened fuels. (Report No. 391.) N. F. Myers, G. H. 
Garraway and others. OEMsr-390, OEMsr-661 and 
OEMsr-677; Project Nos. CWS-10, B-270 and 
others; OSRD No. 983. Standard OilJDevelopment 
Company, Factory Mutual Research Corporation 
and Nuodex Products Company, Inc. October 12, 
1942. 

302.13 Generator 

Ml Development of portable generator for repressuriz¬ 
ing bottles for portable flame throwers. W. H. 
McAdams and C. C. Neas. OEMsr-1169; Service 
Project No. CWS-10; OSRD No. 3989. Massachu¬ 
setts Institute of Technology. August 8, 1944. 

M2 Development of portable cordite-operated gas gen¬ 
erator for pressurizing M2-A2 flame throwers. 
A. S. Collins and A. A. Nellis. Massachusetts 
Institute of Technology. July 12, 1945. 

M3 Development of a portable front line gas genera¬ 
tor for pressurizing portable flame throwers. A. S. 
Collins, W. H. McAdams and others. OEMsr- 
1169; Service Project No. CWS-10; OSRD No. 6356. 
Massachusetts Institute of Technology. November 
26, 1945. 

302.2 Mobile Service Units 

Ml Navy flame throwers. T. V. Moore. Massachusetts 
Institute of Technology. February 5, 1944. 

M2 Description of mobile servicing unit for flame 
throwers. (Report No. PDN-2440.) S. H. Hulse 
and R. L. Betts. Standard Oil Development Com¬ 
pany. April 29, 1944. 

M3 Mobile servicing unit for flame throwers. (Report 
No. PDN-2760. (n.a.) OEMsr-390 and OEMsr- 

1266. Standard Oil Development Company and 
Davey Compressor Company. August 23, 1944. 

M4 Letter to Brig. Gen. W. C. Kabrich. Subject: 
Servicing units for mechanized flame thrower. (Re¬ 
port No. PDN-2991.) N. F. Myers. Standard Oil 
Development Company. October 12, 1944. 

M5 Development of mobile servicing unit for flame 
throwers. (Report No. PDN-3000.) (n.a.) OEMsr- 
390 and OEMsr-1266; Service Project No. CWS-10; 
OSRD No. 4434. Standard Oil Development Com¬ 
pany and Davey Compressor Company. December 
7, 1944. 





342 


DIVISION 11 • MICROFILM LIST 


M6 Mobile servicing unit, E-8. Consideration of design 
changes. (Report No. PDN-3241.) R. L. Betts and 
S. H. Hulse. Standard Oil Development Company. 
January 5, 1945. 

M7 [Thej E-12-7R1 and E-7-LVTA1 servicing units. 
(Report Nos. PDN-3285 and PDN-3288.) N. F. 
Myers. Standard Oil Development Company. 
January 17, 1945. 

M8 Service unit, E-8, for use with mechanized flame 
throwers. (Report No. PDN-3500.) (n.a.) OEMsr- 
390; Service Project No. CWS-10; OSRD No. 5127. 
Standard Oil Development Company. May 29, 
1945. 

M9 Development of mobile service equipment for 
mechanized flame throwers. (Final Report No. 
PDN-3975.) (n.a.) OEMsr-390; Service Project 

No. CWS-10; OSRD No. 6014. Standard Oil De¬ 
velopment Company. October 18, 1945. 

302.3 Mechanized 

Ml Design and development of large experimental 
flame thrower. D. C. Elliott. OEMsr-470; Service 
Project No. CWS-10; OSRD No. 1952. Gilbert and 
Barker Manufacturing Company. October 25, 

1943. 

302.31 Scorpion, or Skink 

Ml The Scorpion. T. L. Wheeler and A. Bogrow. 
OEMsr-242; Service Project No. CWS-21. Arthur 
D. Little, Inc. February 7, 1945. 

M2 The Skink, formerly Scorpion. Allen Latham, Jr. 
Arthur D. Little, Inc. April 12, 1945. 

302.32 Flame Throwers, Mounted on Tanks 

302.321 Amphibious Tanks (LVT) Using Models E-7 and E-14 
Flame Throwers 

Ml [Thej E-7(Q)-LVT-A1 Lima locomotive installa¬ 
tion. (Report No. PDN-2196.) M. D. Haworth. 
Standard Oil Development Company. March 1, 

1944. 

M2 Mechanized flame thrower, E-14-7R2, with thick¬ 
ened fuel mixer, E-6, and air compressor, E-8. 
(Report No. PDN-3790.) (n.a.) Standard Oil 

Development Company and Davey Compressor 
Company. July 20, 1945. 

M3 [Thej E-14-7R2 mechanized flame thrower in¬ 
stalled in LVT-A1 amphibious tank. (Report No. 
PDN-4026.) (n.a.) OEMsr-390; Service Project 

No. CWS-10; OSRD No. 6351. Standard Oil De¬ 
velopment Company. October 31, 1945. 

M4 Fuel and nozzle study. The E-14-7R2 flame thrower 
in LVT-A1 amphibious tank. (Report No. PDN- 
4112.) J. O. Collins. Standard Oil Development 
Company. January 18, 1946. 

302.322 Model M-4 Tanks Using Models E-5, E-7, E-12, E-13 and 
E-19 Flame Throwers 

Ml Demonstration of mechanized flame thrower, E-12- 
7R1, and servicing unit E-8 for Chemical Warfare 


Service. (Report No. PDN-3370.) (n.a) February- 

22, 1945. 

M2 Mechanized flame thrower, E-12-7R1, and mecha¬ 
nized flame thrower service unit, E-8. (Report No. 
PDN-3499.) (n.a.) Standard Oil Development 

Company, M. W. Kellogg Company and Davey 
Compressor Company. April 2, 1945. 

M3 Development of mechanized flame thrower, 
E-13R1-13R2, in M-4A1 tank. T. V. Moore and 
T. R. Camp. OEMsr-21 and OEMsr-1364; Service 
Project No. CWS-10; OSRD No. 4980. Massachu¬ 
setts Institute of Technology. April 30, 1945. 

M4 Mechanized flame thrower, E-12-7R1, installed in 
medium tank, M-4A1. (n.a.) OEMsr-390; Service 
Project No. CWS-10; OSRD No. 5126. Standard 
Oil Development Company. May 29, 1945. 

M5 Inspection and field operational tests of 20 E-12- 
7R1 flame throwers. (Report No. PDN-3672.) J. O. 
Collins. Standard Oil Development Company. 
June 6, 1945. 

M6 Joint Chemical Warfare Service-NDRC mecha¬ 
nized flame thrower evaluation project. A. W. 
Adkins, G. A. Agoston and others. OEMsr-21; 
Service Project No. CWS-10; OSRD No. 5933. 
Massachusetts Institute of Technology. June 30, 

1945. 

M7 Development and field use of E-7-7 mechanized 
flame thrower, (n.a.) OEMsr-390; Service Project 
No. CWS-10; OSRD No. 6012. Standard Oil De¬ 
velopment Company. September 12, 1945. 

M8 [The] E-13-13 flame gun and equipment in M-4A1 
tank. Myles Morgan. OEMsr-1364; Service Proj¬ 
ect No. CWS-10; OSRD No. 5711. Morgan Con¬ 
struction Company. September 17, 1945. 

M9 Design of mechanized flame thrower in M-4A3 
tank retaining 76-mm gun. H. O. Croft, J. M. 
Trummel and others. OEMsr-1480; Service Proj¬ 
ect No. CWS-10; OSRD No. 6015. State Univer¬ 
sity of Iowa. September 30, 1945. 

M10 r The] M-5-4 (E-12-7R1) mechanized flame thrower 
installed in M-4A1 or M-4A3 medium tanks, (n.a.) 
OEMsr-390; Service Project No. CWS-10; OSRD 
No. 6350. Standard Oil Development Company. 
October 31, 1945. 

302.323 Model M-5 Tanks Using Models E-7 and Q Flame 

Throwers 

Ml Mobile flame thrower, Model Q. (Report No. PDN- 
1158.) G. H. Garraway. Standard Oil Develop¬ 
ment Company. April 6, 1943. 

M2 General specifications r of the] Model O tank-borne 
flame thrower. (Report No. PDN-1378.) G. H. 
Garraway. Standard Oil Development Company. 
June 2, 1943. 

M3 Standard Oil Company of Indiana t and, Merz 
Engineering Company mechanized flame throwers. 
T. V. Moore. August 14, 1943. 

M4 Description of Indiana-Merz flame thrower. T. V. 
Moore. October 10, 1943. 

M5 Description of C. F. Braun and Company flame 



DIVISION 11 • MICROFILM LIST 


343 


thrower. G. P. Klaas. [C. F. Braun and Com¬ 
pany.] October 27, 1943. 

M6 Letter to Mr. T. V. Moore. Subject: Additional 
information about design of flame thrower for 
M-5 tank. G. P. Klaas. C. F. Braun and Com¬ 
pany. December 13, 1943. 

M7 Description of C. F. Braun and Company flame 
thrower. G. P. Klaas. t C. F. Braun and Com¬ 
pany.] August 8, 1944. 

M8 Demonstration of Klaas-Braun flame thrower, Oc¬ 
tober 10, 1944. Charles S. Keevil. October 13, 
1944. 

M9 Development of flame thrower for M-5 tank, (n.a.) 
OEMsr-1011; Service Project No. CWS-10; OSRD 
No. 4432. Standard Oil Company of Indiana. 
December 6, 1944. 

M10 Mechanized flame thrower, E-7-7, installed in light 
tank, M-5A1. (n.a.) OEMsr-390; Service Project 

No. CWS-10; OSRD No. 5125. Standard Oil De¬ 
velopment Company. May 29, 1945. 

Mil [The] E-7-7 mechanized flame thrower in M-5A1 
light tank. NDRC operational tests. (Report No. 
PDN-3772.) G. W. Engisch. Standard Oil Devel¬ 
opment Company. July 12, 1945. 

M12 Development of mobile flame thrower. G. P. 
Klaas. OEMsr-943; Service Project No. CWS-10; 
OSRD No. 5443. C. F. Braun and Company. 
August 12, 1945. 

302.33 Miscellaneous Tank Flame Throwers 

Ml A simplified form of flame throwing mechanism, 
Model I. R. L. Iglehart and R. D. Dawson. 
OEMsr-916; Service Project No. CWS-10. Shell 
Development Company. March 15, 1944. 

M2 Mechanized flame thrower. Model 1-3. R. D. Daw¬ 
son and A. S. Grundy. OEMsr-916; Service Project 
No. CWS-10; OSRD No. 4983. Shell Development 
Company. April 24, 1945. 

302.4 Pump-Operated Flame Thrower 

Ml Preliminary study of the application of pumps to 
flame throwers. T. V. Moore. OEMsr-21; Service 
Project No. CWS-10. Massachusetts Institute of 
Technology. April 20, 1944. 

M2 Further study of the application of pumps to flame 
throwers. Abbott Byfield. OEMsr-21; Service 
Project No. CWS-10. Massachusetts Institute of 
Technology. February 26, 1945. 

M3 A comparison of space requirements for flame 
throwers propelled by pumps and by compressed 
gas. Abbott Byfield. Massachusetts Institute of 
Technology. May 7, 1945. 

M4 Trip to Eastman Kodak of May 25, 1945. H. C. 
Hottel. Massachusetts Institute of Technology. 
May 26, 1945. 

M5 Agreements reached at Rochester Conference on 
development of pump-operated flame thrower, 
August 3, 1945. H. C. Hottel. Massachusetts 
Institute of Technology. August 6, 1945. 


302.5 Flame Attack and Countermeasures 

302.51 Attack 

Ml Use of flame on Japanese bunkers, (n.a.) OEMsr- 
390; Service Project No. CWS-10; OSRD No. 2090. 
Standard Oil Development Company. December 
4, 1943. 

302.52 Protection of Ship Conning Towers 

Ml Conning tower port plugs. T. L. Wheeler and 
Roger C. Griffin. OEMsr-242. Arthur D. Little, 
Inc. May 21, 1945. 

M2 Protection of ship conning towers. T. L. Wheeler, 
Roger C. Griffin and Arthur L. Brown. OEMsr- 
242; Service Project No. NS-317; OSRD No. 5356. 
Arthur D. Little, Inc. July 19, 1945. 

M3 Protection of ship conning towers. T. L. Wheeler 
and Roger C. Griffin. OEMsr-242; Service Project 
No. NS-317; OSRD No. 6013. Arthur D. Little, 
Inc. September 17, 1945. 

302.53 Miscellaneous Attack and Countermeasure Research 
Ml Countermeasures against flame. Memorandum of 

conference on Project NS-317, September 22, 1944. 
H. C. Hottel. Service Project No. NS-317. 
Arthur D. Little, Inc. September 23, 1944. 

M2 Studies of special thrower fuels and development 
of countermeasures against flame throwing equip¬ 
ment. (Monthly Progress Report covering period 
[from] January 15 to February 15, 1945.) T. L. 
Wheeler and A. Bogrow. OEMsr-242; Service Proj¬ 
ect No. CWS-21 and NS-317. Arthur D. Little, 
Inc. February 19, 1945. 

303 Fuels for Incendiaries and Flame Throwers 

Ml Development of flame throwers. (Monthly Progress 
Report for period from July 15 to August 15, 
1942.) (n.a.) OEMsr-390. [Standard Oil Develop¬ 
ment Company.] August 15, 1942. 

M2 Development of flame throwers. (Monthly Progress 
Report covering period from September 15 to 
October 15, 1942.) (n.a.) OEMsr-390. [Standard 

Oil Development Company.] November 15, 1942. 
M3 Field tests on flame throwers, Model C. (Monthly 
Progress Report covering period [from] April 15 
to May 15, 1943.) Hugh Harvey. OEMsr-916; 
Service Project No. CWS-10. Shell Development 
Company. May 15, 1943. 

M4 Study of mechanized flame throwers. (Monthly 
Progress Reports covering period from May 15 to 
August 15, 1943.) R. D. Dawson. OEMsr-916; 
Service Project No. CWS-10. Shell Development 
Company. 

M5 Fuel recommendations for E-12-7R1 flame thrower. 

A. W. Adkins. Edgewood Arsenal. June 23, 1945. 
M6 Studies of thickened liquids and miscellaneous 
flame thrower problems. E. E. Bauer and E. K. 
Carver. OEMsr-538; Service Project Nos. CWS-10, 
CWS-12 and CWS-21; OSRD No. 6236. Eastman 
Kodak Company. October 23, 1945. 



344 


DIVISION 11 • MICROFILM LIST 


303.1 Thickened Fuels 

Ml Studies of thickened liquids. (Monthly Progress 
Reports covering period [from] April 15, 1943 to 
August 15, 1945.) E. K. Carver, E. E. Bauer and 
others. OEMsr-538; Service Project Nos. CWS-10, 
CWS-12 and CWS-21. Eastman Kodak Company. 

M2 Rheological properties of thickened liquids. (Sec¬ 
ond Report.) E. K. Carver and John R. Van 
Wazer, Jr. OEMsr-538; Service Project Nos. CWS- 
10, CWS-12 and CWS-21; OSRD No. 1389. East¬ 
man Kodak Company. May 7, 1943. 

M3 Studies of special [thickened] flame thrower fuels. 
Frederick S. Bacon and A. Bogrow. OEMsr-242; 
Service Project No. CWS-21. Arthur D. Little, Inc. 
April 20, 1944. 

303.11 Napalm Soaps and Soap-Thickened Fuels 

Ml Memorandum on incendiaries. Louis F. Fieser. 
Harvard University. February 25, 1942. 

M2 Letter to R. H. Ewell. Subject: Thickened fuels. 
Henry Gould. Nuodex Products Company, Inc. 
September 10, 1942. 

M3 History of napalm. Louis F. Fieser. September 
24, 1942. 

M4 Compound X-104-B, Formula No. 1. Arthur 
Minich. [Nuodex Products Company, Inc.] No¬ 
vember 14, 1942. 

M5 Letter to H. C. Hottel. Subject: The inhibition 
of the oxidation of napalm soap. E. R. White. 
Shell Development Company. August 30, 1943. 

M6 Studies of thickened liquids. (Monthly Progress 
Report covering period [from] October 15 to No¬ 
vember 15, 1943.) G. Broughton and E. K. Carver. 
OEMsr-538; Service Project Nos. CWS-10, CWS-12 
and CWS-21. Eastman Kodak Company. Novem¬ 
ber 15, 1943. 

M7 The manufacture, properties and testing of napalm 
soaps. G. Broughton and Abbott Byfield. Service 
Project Nos. CWS-10 and CWS-21; OSRD No. 2036 
Eastman Kodak Company. November 17, 1943. 

M8 The preparation and properties of aluminum 
naphthenate soaps. S. B. Elliott. OEMsr-882. 
Ferro Drier and Chemical Company. January 3, 
1944. 

M9 The manufacture, properties and testing of 
napalm soaps. G. Broughton and Abbott Byfield. 
Service Project Nos. CWS-10 and CWS-21; OSRD 
No. 2036a. Eastman Kodak Company. March 7, 
1944, 

M10 Fundamental study of the structure and charac¬ 
teristics of soap-thickened fuels. (Report covering 
period [from] May, 1943 to June, 1944.) J. W. 
McBain. OEMsr-1057; Service Project Nos. CWS- 
10 and CWS-21; OSRD No. 4205. Stanford Uni¬ 
versity. June, 1944.] 

Mil Aluminum soaps for thickening gasoline. G. H. 
McIntyre and S. B. Elliott. OEMsr-882; Service 
Project Nos. CWS-10 and CWS-21; OSRD No. 3772. 
Ferro Drier and Chemical Company. June 13, 
1944. 


M12 Meeting to consider eliminating naphthenic acids 
from the napalm formula t at] Dumbarton Oaks, 
November 3, 1944. E. E. Bauer. Eastman Kodak 
Company. November 17, 1944. 

M13 Fundamental study of the structure and charac¬ 
teristics of soap-thickened fuels. (Report covering 
period [from] July, 1944 to December, 1944.) J. W. 
McBain. OEMsr-1057; Service Project Nos. CWS- 
10 and CWS-21. Stanford University. [December, 
1944.] 

M14 Effect of thickener and gasoline quality on the 
properties of napalm fuels. R. L. Betts. OEMsr- 
390 and OEMsr-354; Service Project Nos. CWS-10 
and CWS-21; OSRD No. 4522. Standard Oil De¬ 
velopment Company. January 1, 1945. 

M15 Production of thickened fuels using fast setting 
napalm at high temperatures. (Report No. PDN- 
3900.) (n.a.) OEMsr-390; Service Project No. 

CWS-10; OSRD No. 6011. Standard Oil Develop¬ 
ment Company. August 31, 1945. 

M16 A study of aluminum soaps for thickening gasoline. 
K. E. Long and John Dickenson. OEMsr-847; 
Service Project Nos. CWS-10 and CWS-21; OSRD 
No. 6349. Harshaw Chemical Company. Septem¬ 
ber 30, 1945. 

303.12 Gasoline Gels 

Ml Production of incendiaries from acetylene. Poly¬ 
mers (divinyl-acetylene and synthetic drying oil). 
(Report to September 15, 1941.) Louis F. Fieser. 
OEMsr-25; Project Nos. CWS-21 and B-117; OSRD 
No. 174. Harvard University. November 10, 1941. 
M2 Properties and examination of IM, Type III in¬ 
cendiary fuel. E. C. Kirkpatrick. E. I. duPont 
de Nemours and Company, Inc. April 26, 1943. 
M3 Invention report on incendiaries. Part I, Gelled 
fuels of the napalm type. Benton A. Bull. May 
1, 1943. 

M4 The stability of incendiary gels. (First Report.) 
(n.a.) OEMsr-538. Eastman Kodak Company. 

June 7, 1943. 

M5 The use of fortified fuel in flame throwers, in¬ 
cendiary bombs and incendiary mortars, with an 
appendix on: Turpentine-carbon disulfide gels as 
flame thrower fuels. Norman J. Thompson, E. M. 
Cousins and Edwin A. Blair. OEMsr-257; Service 
Project Nos. CWS-10 and CWS-21; OSRD No. 
3196. Factory Mutual Research Corporation. 

January 29, 1944. 

M6 Performance of thickened fuels in flame thrower, 
Model E-7 (Q). (Report No. PDN-2105.) R. I.. 
Betts. Standard Oil Development Company. Feb 
ruary 14, 1944. 

M7 Flame thrower fuels. R. D. Dawson and E. R. 
White. OEMsr-916; Service Project No. CWS-10; 
OSRD No. 3506. Shell Development Company. 
April 20, 1944. 

M8 Consistency of napalm gels. E. K. Carver and E. E. 
Bauer. OEMsr-538; Service Project Nos. CWS-10 




DIVISION 11 • MICROFILM LIST 


345 


and CWS-21; OSRD No. 3508. Eastman Kodak 
Company. April 20, 1944. 

M9 Methacrylate interpolymers as gasoline thickening 
agents. E. C. Kirkpatrick. OEMsr-744; Service 
Project No. CWS-21; OSRD No. 3763. E. I. duPont 
de Nemours and Company, Inc. June 10, 1944. 

M10 The mechanized Gardner mobilometer. E. L. Mc- 
Millen and F. K. Carver. OEMsr-538; Service 
Project Nos. CWS-10 and CWS-21; OSRD No. 
6234. Eastman Kodak Company. October 30, 
1945. 

303.13 Phosphorus Mixtures 

Ml Phosphorus-sulphur flame thrower fuel. T. L. 
Wheeler and L. B. Arnold, Jr. OEMsr-242; Serv¬ 
ice Project No. t CWS-j21; OSRD No. 5355. Arthur 
D. Little, Inc. June 15, 1945. 

M2 Phosphorus-phosphorus sesquisulfide eutectic as a 
special flame thrower fuel. T. L. Wheeler and 
A. Bogrow. OEMsr-242; Service Project No. CWS- 
10; OSRD No. 5523. Arthur D. Little, Inc. 

August 3, 1945. 

M3 Thickened eutectic white phosphorus fuels and 
ejection devices for EWP fuels. T. L. Wheeler and 
A. Bogrow. OEMsr-242; Service Project No. CWS- 
10; OSRD No. 5524. Arthur D. Little, Inc. 

August 15, 1945. 

M4 Thickened eutectic white phosphorus fuels and 
ejection devices for EWP fuels. (Supplementary 
report.) T. L. Wheeler and J. J. Clancy. OEMsr- 
242; Service Project No. CWS-10; OSRD No. 
5524a. Arthur D. Little, Inc. October 22, 1945. 

303.14 Miscellaneous Thickened Fuels 

Ml Aluminum cresylate from petroleum cresylic acids. 
G. C. Brock and A. G. Orr. OEMsr-1468; Service 
Project No. CWS-10; OSRD No. 6237. California 
Research Corporation. September 29, 1945. 

303.2 Mixers 

Ml Self-powered portable mixing unit. C. E. Reed. 
April 19, 1945. 

M2 Ferro-cleaver Brooks mixer. E. K. Carver. Octo¬ 
ber 5, 1945. 

303.3 Igniters 

Ml Effect of white phosphorus on ignition of in¬ 
cendiary fuels in M-56 bombs. (Report No. PDN- 
441.) R. L. Betts. Research Project No. 199. 
Standard Oil Development Company. October 8, 
1942. 

M2 Comparison tests on new ignitors and bursters. 
A report on tests using three M-46A2 bombs fired 
on Soldiers Field, October 1, 1942. E. B. Hersh- 
berg. Harvard University. October 13, 1942. 

M3 Ignition studies on E-7 (Q) trailer unit. J. O. 
Collins. (Report No. PDN-2027.) Standard Oil 
Development Company. January 28, 1944. 

M4 Chemical ignition of flame throwers. E. C. Kirk¬ 
patrick. OEMsr-744; Service Project No. CWS-10; 


OSRD No. 3507. E. I. duPont de Nemours and 
Company, Inc. April 20, 1944. 

303.4 Factors Affecting Range 

303.41 Wind 

Ml The effect of wind on flame thrower range, (n.a.) 
OEMsr-21; Service Project No. CWS-10. Massa¬ 
chusetts Institute of Technology. February 10, 
1944. 

M2 [Thej US Navy Mark I flame thrower. Effect of 
operating pressure and wind on range. (Report No. 
PDN-2602.) J. O. Collins. Standard Oil Develop¬ 
ment Company. June 19, 1944. 

303.42 Liquid Jet Structure 

Ml Study of disintegration of liquid jets in air. H. C. 
Hottel and L. W. Russum. October 23, 1941. 

303.43 Nozzle Size and Design 

Ml Studies on fuel projection from nozzles. (Report 
No. 261.) H. C. Hottel. OEMsr-21; Project Nos. 
CWS-10 and B-109; OSRD No. 615. Massachusetts 
Institute of Technology. June 8, 1942. 

M2 Flow of napalm-thickened gasoline in pipes and 
nozzles. Arthur L. Brown and C. W. Cousins. 
OEMsr-661; Service Project No. CWS-10; OSRD 
No. 3522. Factory Mutual Research Corporation. 
April 25, 1944. 

303.44 Gel Properties 

Ml Properties of thixotropic, dilatant and other fluids. 
(Progress Report Nos. 10 and 11.) G. Broughton 
and E. K. Carver. OEMsr-538. Eastman Kodak 
Company. March 15 and April 15, 1943. 

304 Burning Tests 

304.1 Wood 

Ml Wood flammability under various conditions of 
irradiation. (Report No. 195.) H. C. Hottel. 
Project Nos. CWS-21 and B-205; OSRD No. 432. 
Massachusetts Institute of Technology. March 3, 
1942. 

M2 Ignitability of various woods. Norman J. Thomp¬ 
son and Morrill Dakin. OEMsr-257. Factory 
Mutual Research Corporation. June 21, 1943. 

M3 Burning tests of vertical planks. Norman J. 
Thompson and Alan L. Kling. OEMsr-257. Fac¬ 
tory Mutual Research Corporation. November 27, 
1944. 

304.11 Moist Wood 

Ml The inflammability of wood as affected by moisture 
content. (Report No. IEP/2.) Richard F. Messing. 
Service Project No. CWS-21; OSRD No. 4067. 
NDRC, Office of Field Service. August 30, 1944. 
M2 Moisture content of wood in Japan. H. C. Hottel. 
November 14, 1944. 

M3 Moisture content of wood. Incendiary test struc- 


SECRET 




346 


DIVISION 11 • MICROFILM LIST 


304.2 


tures. (Report No. PDN-3150.) H. A. Ricards, Jr. 
Standard Oil Development Company. December 
18, 1944. 

M4 The effect of moisture on ignition and burning 
characteristics of Douglas fir. (Report No. IEP/6.) 
Norman J. Thompson and Alan L. Kling. OEMsr- 
257; Service Project No. CWS-21; OSRD No. 4797. 
Factory Mutual Research Corporation. March 16, 
1945. 

M5 Studies in wood moisture content. (Report No. 
IEP/6.) George R. Stanbury, Raymond H. Ewell 
and Richard F. Messing. Service Project No. 
CWS-21; OSRD No. 4988. Edgewood Arsenal. 
April 27, 1945. 

Destruction of Models 

Ml Evaluation of incendiary fuels and bombs on in¬ 
dustrial building occupancies. (Report No. IEP/4.) 
Norman J. Thompson and Alan L. Kling. OEMsr- 
257; Service Project No. CWS-21; OSRD No. 4468. 
Factory Mutual Research Corporation. December 
15, 1944. 

M2 Design and testing of a simple target structure 
to simulate typical industrial incendiary centers. 
(Report No. IEP/5.) Norman J. Thompson and 
Alan L. Kling. OEMsr-257; Service Project No. 
CWS-21; OSRD No. 4469. Factory Mutual Re¬ 
search Corporation. December 15, 1944. 

M3 The comparative effectiveness of small incendiary 
bombs on industrial targets. (Report No. IEP/9.) 
Charles S. Keevil. OEMsr-21; Service Project No. 
CWS-21; OSRD No. 6189. Edgewood Arsenal. 
October 3, 1945. 


304.21 Foreign Types of Buildings 

Ml Penetration of M-50, M-69 and M-69X t bombS] 
into typical Rhineland structure. (Report No. 
PDN-1201.) (n.a.) OEMsr-354. Standard Oil De¬ 
velopment Company. April 15, 1943. 

M2 Design and construction of typical German and 
Japanese test structures at Dugway Proving 
Ground, Utah. (Report No. PDN-1340.) (n.a.) 

OEMsr-354. Standard Oil Development Company. 
May 27, 1943. 

M3 German industrial structures. Their construction 
and probable penetration by incendiary bombs. 
(Report No. PDN-1558.) (n.a.) OEMsr-354. 

Standard Oil Development Company. September 
11, 1943. 

M4 Commentary on incendiary tests at Dugway 
Proving Ground, Utah, May 17 to July 16, 1943. 
(Report No. PDN-1566.) (n.a.) OEMsr-354. 

Standard Oil Development Company. September 
13, 1943. 

M5 Incendiary tests in experimental Japanese room. 
(Report No. IEP/8.) Charles S. Keevil. Service 
Project No. CWS-21; OSRD No. 5120. Edgewood 
Arsenal. May 26, 1945. 

M6 Penetration and performance tests of small in¬ 
cendiary bombs in a typical central German struc¬ 
ture. (n.a.) OEMsr-354; Service Project No. 

CWS-21; OSRD No. 5522. Standard Oil Develop¬ 
ment Company. July 30, 1945. 

M7 Evaluation of incendiary fuels in German attic 
and subattic structures. (Report No. PDN-3950.) 
(n.a.) OEMsr-354. Standard Oil Development 
Company. September 28, 1945. 



DIVISION 12 


TRANSPORTATION DEVELOPMENT 


Microfilm Index 


100 SUMMARY REPORTS FOR DIVISION 12 
200 AMPHIBIOUS JEEP 
300 DUKW 

400 APPLICATIONS OF THE DUKW 

500 WEASEL 
510 The T-15 
520 The M-29 
530 Miscellaneous 

600 AMPHIBIOUS GUN MOTOR CARRIAGE 

700 PADDY VEHICLE 

800 AMPHIBIOUS VEHICLES 

900 AMPHIBIOUS DEVICES 

1000 AMPHIBIOUS STUDIES 

1100 PONTON BRIDGE REACTIONS 

1200 BRIDGE, PONTON AND FERRY DESIGNS 

1300 BRIDGE COMPONENT TESTS 
1310 Douglas Fir Balk 
1320 Aluminum Balk 
1330 Balk Fasteners 
1340 Bolts 


1400 TORPEDO PROTECTION FOR MERCHANT VESSELS 
1410 Nets for Low-Speed Torpedoes 
1420 Nets for High-Speed Torpedoes 
1430 Magnetic Torpedoes 

1500 LAND COMBAT VEHICLES 
1510 Turtle 

1511 The IVI Tank 

1512 Baker Tank 

1600 VEHICLE COMPONENTS 

1700 LAND VEHICLE STUDIES 
1710 Tank Noise Reduction 
1720 Bouncing Characteristics of Towed Artillery 

1800 SPECIAL DEVICES 
1810 Aircraft Brakes 
1820 Bomb Racks 
1830 Automatic Thread Gages 
1840 Pneumatic Tire Substitutes 
1850 Pneumatic Life Raft 
1860 Antirain and Antifog Compounds 
1870 Sine-Disc Propeller 

1900 SPECIAL STUDIES 

1910 Ship Turning Research 
1920 Snow Vehicles 
1930 Wake Studies 
1940 Wind and Wave Studies 

2000 SPECIAL PROJECTS 



DIVISION 12 • TRANSPORTATION DEVELOPMENT 


List of Microfilmed Reports 


100 SUMMARY REPORTS FOR DIVISION 12 

Ml Bi-monthly project reports [Of] Division 12 and Sec¬ 
tion 12.1. (Report Nos. 1 to 10 [Covering period from] 
February 19, 1943 to December 1, 1944.) (n.a.) 

200 AMPHIBIOUS JEEP 

Ml Model tests to investigate smooth water speeds of 
amphibious scout car, OMC-4. (Interim Report No. 1 
[for the period] August 8 to September 23 [1941].) 
Roderick Stephens, Jr. Sparkman and Stephens, Inc. 
September 24, 1941. 

M2 Amphibian scout car. Design No. 402-6; Stevens Model 
No. 397-1. (n.a.) Sparkman and Stephens, Inc. No¬ 
vember 22, 1941. 

M3 Letter to Palmer C. Putnam. Subject: The QMC-4. 
General purpose amphibian truck. (Interim Report 
No. 2.) Roderick Stephens, Jr. Sparkman and Ste¬ 
phens, Inc. December 13, 1941. 

M4 Amphibian scout car. Design No. 402-6; Stevens Model 
No. 397-2. (n.a.) Sparkman and Stephens, Inc. De¬ 
cember 16, 1941. 

M5 [The] QMC-4. [General purpose amphibian truck.] 
(Interim Report No. 3 [for the period from] December 
5 to December 30, 1941.) [Roderick Stephens, Jr.) 
[Sparkman and Stephens, Inc.j [December 30, 1941.] 

M6 Letter to Palmer C. Putnam. Subject: Continuance 
of QMC-4 [general purpose amphibious truck] devel¬ 
opment by Marmon-Herrington Company. Roderick 
Stephens, Jr. Sparkman and Stephens, Inc. December 
30, 1941. 

M7 Operator’s instruction manual for Ford amphibian 
1,4-ton 4x4, USA Registry Numbers: 702104-709999 
Inc.; 7010000-7012103 Inc.; 7012105-7014882 Inc. (n.a.) 
Contract No. W-398-QM-12937 (W-374-ORD-2782). 
Ford Motor Company. t 1942.] 

M8 [The] QMC-4. [General purpose amphibian truck] 
Ford Model No. 1. Test program, (n.a.) January 26, 
1942. 

M9 [The] QMC-4. [General purpose amphibian truck.) 
(Interim Report No. 4, for January, 1942.) Roderick 
Stephens, Jr. Sparkman and Stephens, Inc. February 
2, 1942. 

M10 Letter to Roderick Stephens, Jr. Subject: Self- 
propelled model of the amphibian scout car. Backing 
tests of February 4, 1942. W. C. Hugli, Jr. Stevens 
Institute of Technology. February 5, 1942. 

Mil Self-propelled tests on amphibian scout car. Stevens 
Model No. 397 test data, (n.a.) Sparkman and 
Stephens, Inc. February 5, 1942. 

M12 [Thej QMC-4. Scale model testing f of the general 
purpose amphibian truck]. (Supplementary Report 
[for the period] from September 23, 1941 to February 
25, 1942.) Roderick Stephens, Jr. Sparkman and 
Stephens, Inc. February 25, 1942. 

M13 [Thej QMC-4. Full scale tests for No. 1 pilot model 


[general purpose amphibian truck]. (General Summary 
[for the period] from February 9, 1942 to February 
21, 1942.) Roderick Stephens, Jr. Sparkman and 
Stephens, Inc. February 26, 1942. 

M14 [Thej QMC-4. [General purpose amphibian truck.) 
(Interim Report No. 5, for February, 1942.) Roderick 
Stephens, Jr. Sparkman and Stephens, Inc. February 
28, 1942. 

M15 [Thej QMC-4. [General purpose amphibian truck.] 
(Report No. 6, for March, 1942.) Roderick Stephens, 
Jr. Sparkman and Stephens, Inc. March, 1942. 

M16 The 14 -ton 4x4 amphibian car T-l, Ford No. 1. 
Frederick J. Bogardus. US War Department, Engi¬ 
neer Board, Fort Belvoir, Virginia. March 25, 1942. 

M17 Letter to Roderick Stephens, Jr. Subject: Brake and 
other tests, GPA Unit No. 2, commencing April 18, 
1942. James B. Murray. Sparkman and Stephens, 
Inc. May 1, 1942. 

M18 [The] QMC-4. [Full scale trials of general purpose 
amphibian truck.] (Interim Report No. 7, for April, 

1942. ) Roderick Stephens, Jr. Sparkman and Ste¬ 
phens, Inc. May 14, 1942. 

M19 Specifications t of] amphibious reconnaissance car, 14 - 
ton 4x4 model, (n.a.) Ford Motor Company. 
August 18, 1942. 

M20 [The] 14 -ton amphibian weapons carrier test con¬ 
ducted at Camp Elliot, California, by the California 
Institute of Technology. C. F. Kramer. Ford Motor 
Company. February 23, 1943. 

M21 The 1 , 4 -ton 4x4 amphibian trucks. (Intelligence Sum¬ 
mary No. 169.) (n.a.) Contract No. TB-12-15-WD. 

US War Department, Ordnance Intelligence Unit, 
Service Branch. April 16, 1943. 

M22 Amphibious equipment and vehicles designed by 
Sparkman and Stephens, Inc. (Preliminary Summary 
Report [for the period from] May, 1941 to August, 

1943. ) Lawrence G. Hecker. [Sparkman and Stephens, 
Inc.] [November, 1943.] 

M23 Development and tests of the 1 , 4 -ton 4x4 GPA 
amphibian, QMC-4. (n.a.) OEMsr-143; Sparkman 
and Stephens Job No. 402. Sparkman and Stephens, 
Inc. July 4, 1944. 

M24 The 14 -ton 4x4 amphibian, built by Marmon- 
Herrington for . . . Division 12, NDRC. Roger S. 
Warner, Jr. OEMsr-182. September 26, 1944. 

M25 Development and tests of the 14 -ton 4x4 GPA 
amphibian, QMC-4. Final report of July 4, 1944, 
Sparkman and Stephens Job No. 402; rewritten No¬ 
vember 22, 1944 to incorporate suggestions of Roderick 
Stephens, Jr. [Lawrence G. Hecker.] Sparkman and 
Stephens Job No. 402. Sparkman and Stephens, Inc. 
December 30, 1944. 

M26 Amphibious vehicle design. Clifford J. Nuttall, Jr. 
and Lawrence G. Hecker. OEMsr-154; Sparkman and 


348 


DIVISION 12 • MICROFILM LIST 


349 


Stephens Job No. 558. Sparkman and Stephens, Inc. 
March 30, 1945 

300 DUKW 

Ml General Motors Truck and Coach amphibian. Model 
DUKW-353. Characteristics and photographs, (n.a.) 
General Motors Corporation, GMC Truck and Coach 
Division and Sparkman and Stephens, Inc. June 12, 
1942. 

M2 The 2 t/ 2 *ton amphibian, DUKW. (Interim Report 
Nos. 4 to 13, 16, 20 to 21 and 24 to 25 [Covering the 
period] July, 1942 to May, 1944.) Roderick Stephens, 
Jr. Sparkman and Stephens, Inc. 

M3 Model DUKW-353, 6 x 6 amphibious truck. Tentative 
specification. E. W. Allen. General Motors Corpora¬ 
tion, GMC Truck and Coach Division. Revised: 
August 8 , 1942. 

M4 Model DUKW-353. (n.a.) General Motors Corpora¬ 

tion, GMC Truck and Coach Division. October 10, 

1942. 

M5 Tire tests on coral rock [Of] General Motors Corpora¬ 
tion truck-amphibian. Model DUKW-353. (Problem 
No. 59.) H. W. Delzell. B. F. Goodrich Company. 
[February, 1943.] 

M 6 The 2 i/ 2 -ton amphibian truck and trailer. Hartley 
Rowe. Service Project No. OD-92. General Motors 
Corporation, GMC Truck and Coach Division. Feb¬ 
ruary 16, 1943. 

M7 Truck track. DUKW spreading equipment. (Series 
No. 7; Drawing 119-A.) O. F. Arthur. Tri-State 
Engineering Company. May, 1943. 

M8 Ship-to-shore airplane ferry employing catamaran con¬ 
sisting of two DUKW-353 and catamaran kit. (n.a.) 
General Motors Corporation, GMC Truck and Coach 
Division. November 22, 1943. 

M9 Development of the DUKW and related projects. 
[Thej 2i/£-ton 6 x 6 amphibious truck. C. O. Ball. 
OEMsr-870. General Motors Corporation, GMC Truck 
and Coach Division. [1944.] 

M10 Army 2i4*ton amphibian truck 6 x 6 , General Motors 
Corporation DUKW-353. Roderick Stephens, Jr. 
OEMsr-154. Sparkman and Stephens, Inc. November 
7, 1944. 

Mil The truck becomes a DUKW. (n.a.) General Motors 
Corporation. [October, 1945.] 

400 APPLICATIONS OF THE DUKW 

Ml [Thej DUKW. Amphibious operation. Hints for you, 
the driver, (n.a.) General Motors Corporation, GMC 
Truck and Coach Division. [November, 1942.] 

M2 Preventive maintenance for DUKW, Model 353. (n.a.) 
General Motors Corporation, GMC Truck and Coach 
Division. [December, 1942.] 

M3 DUKW amphibious operation. (Second Edition.) (n.a.) 
General Motors Corporation, GMC Truck and Coach 
Division. [May, 1943.] 

M4 DUKW troubles and suggested cures. Roderick 
Stephens, Jr. Sparkman and Stephens, Inc. July 9, 

1943. 

M5 [Thej DUKWs. Report on trip to United Kingdom, 


May 9 to July 1, 1943. Roderick Stephens, Jr. Spark¬ 
man and Stephens, Inc. July 12, 1943. 

M6 The 214-ton amphibian trucks. Report on DUKWs. 
[Frank Speir.j t US War Department(P)] October, 
1943. 

M7 [Thej DUKW. Buffalo tests, conducted by t the] US 
Navy. Roderick Stephens, Jr. Sparkman and Ste¬ 
phens, Inc. October 5, 1943. 

M8 Care of DUKWs on shipboard during combat ship¬ 
ment. Weight without payload 14,500 lbs. Roderick 
Stephens, Jr. Sparkman and Stephens, Inc. October 
25, 1943. 

M9 [The DUKW.] Operational hints. Roderick Stephens, 
Jr. Sparkman and Stephens, Inc. October 25, 1943. 

M10 [The DUKW.] Observations and suggestions based on 
. . . visit to AVTC, Charleston, South Carolina, Oc¬ 
tober 28, 1943. Roderick Stephens, Jr. Sparkman 
and Stephens, Inc. [November, 1943(?)j 

Mil The 2l4-ton amphibian, DUKW. (Interim Report 
Nos. 14 to 15, 17 to 19, 21, 24 and 29 [Covering period 
from] November 6 , 1943 to November 14, 1944.) 
Roderick Stephens, Jr. Sparkman and Stephens, Inc. 

M12 DUKWs in New Guinea. Palmer C. Putnam. No¬ 
vember 9, 1943. 

M13 DUKW mooring at ship’s side. Roderick Stephens, 
Jr. Sparkman and Stephens, Inc. Revised: November 
17, 1943. 

M14 Care of DUKWs on shipboard during combat ship¬ 
ment. Weight without payload 14,500 lbs. Roderick 
Stephens, Jr. Sparkman and Stephens, Inc. Revised: 
November 17, 1943. 

M15 Landing problems using LSTs, DUKWs. Buffaloes and 
Alligators. Report of observations by D. Puleston, 
... of [tests] carried out near Puni Puni on November 
16 and 17, 1943. . . . Palmer C. Putnam. November 
21, 1943. 

M16 Recommendations relating to DUKWs. Palmer C. 
Putnam. November 22, 1943. 

M17 The DUKW. Its operation and uses, (n.a.) US War 
Department, Headquarters United States Army Forces, 
Pacific Ocean Areas. October 15, 1944. 

M18 DUKW operations. Survey at Okinawa, as of July 5, 
1945. Dennis Puleston. [1945-j 

M19 The DUKW. Its operation and uses, with changes 
and additions. Colby M. Meyers. US War Depart¬ 
ment, Headquarters, 4th Engineer Special Brigade. 
March 26, 1945. 

M20 The DUKW. Its operations and uses. (Revised edition 
of October 15, 1944.) O. N. Thompson. US War 
Department, Headquarters United States Army Forces, 
Pacific Ocean Areas. May 15, 1945. 

M21 The 2i4-ton 6 x 6 , DUKW-353 amphibian. MTER 
record of production changes, (n.a.) General Motors 
Corporation, GMC Truck and Coach Division. Re¬ 
vised: August 23, 1945. 

500 WEASEL 

Ml The Weasel, US M-29. Snow, mud and deep water 
operations, (n.a.) Studebaker Corporation. [Janu¬ 
ary, 1944.] 



350 


DIVISION 12 • MICROFILM LIST 


M2 Track-propelled amphibians and conversions that 
Sparkman and Stephens, Inc. has assisted in develop¬ 
ing. The use of completely submerged tracks for pro¬ 
pulsion in the water. Lawrence G. Hecker and 
Clifford J. Nuttall, Jr. Sparkman and Stephens Job 
No. 500. Sparkman and Stephens, Inc. May 31, 1944. 

M3 Weasel snow vehicle, (n.a.) OEMsr-154; Sparkman 
and Stephens Job No. 437. Sparkman and Stephens, 
Inc. July 17, 1944. 

M4 The Weasel. A paper to be presented March 19, 1945 
before the Society of Automotive Engineers. H. E. 
Churchill. March 19, 1945. 

510 The T-15 

Ml Photograph. Subject: Motors for snow and ice. The 
automobile adapted to the sleigh. London Illustrated 
News. 1908, Volume 132, p. 60. 

M2 Photograph. Subject: A novel motor sleigh [invented 
by Remizij. Horseless Age. February 24, 1912. 

M3 Photograph. Subject: Motoring in a new style. Stand¬ 
ard snow motor to be manufactured in Seattle. Re¬ 
volving drums with spirals furnish propelling force. 
Illustrated Motor Age. March 18, 1920. 

M4 Photograph. Subject: Radantrieb. Der Motorwagen. 
December 20, 1921, p. 205. 

M5 Photographs. Subject: Cargo carrier, light T-15. 
(Albums A and B.) Studebaker Corporation. t 1942.] 

M6 Development of Weasel, with notes on problems of its 
use. Palmer C. Putnam. October 14, 1942. 

M7 Development of Weasel, with notes on problems of its 
use. Palmer C. Putnam. November 2, 1942. 

M8 Brief chronological history of the development pro¬ 
gram of T-15, between May 17, 1942 and November 2, 
1942. (Volumes I, II and III.) (n.a.) Studebaker 
Corporation. [November 2, 1942.] 

M9 Cargo carrier, light T-15. General specifications, di¬ 
mensional layout, outline drawing, (n.a.) Stude¬ 
baker Corporation. [November 4, 1942.] 

M10 Summary of T-15 tests made at Studebaker Proving 
Ground and the Columbia Ice Fields, (n.a.) Stude¬ 
baker Corporation. November 20, 1942. 

Mil Letter to Palmer C. Putnam. Subject: Flynn’s snow 
motor. (Blueprint of snow tractor attached.) Roy E. 
Cole. Studebaker Corporation. April 16, 1945. 

520 The M-29 

Ml The T-15 cargo carrier. Tentative program for fur¬ 
ther development, (n.a.) Studebaker Corporation. 
December 23, 1942. 

M2 The development [Of] the T-15 cargo carrier, (n.a.) 
Studebaker Corporation. March 29, 1943. 

M3 The tentative program for further development f of] 
the T-15 cargo carrier, (n.a.) Studebaker Corpora¬ 
tion. April 22, 1943. 

M4 The light cargo carrier, US T-24. General informa¬ 
tion. (n.a.) Studebaker Corporation. May 20, 1943. 

M5 The light cargo carrier. Development and redesign, 
(n.a.) OEMsr-635. Studebaker Corporation. January 
17, 1944. 


Miscellaneous 

Ml The M-29 cargo carrier. Development and tests of 
modification equipment for improved deep water pro¬ 
pulsion. H. E. Churchill. OEMsr-1166. Studebaker 
Corporation. April 10, 1944. 

M2 Ark, amphibious conversion of Weasel. The M-29 light 
cargo carrier. (n.a.) OEMsr-154; Sparkman and 
Stephens Job No. 462. Sparkman and Stephens, Inc. 
July 17, 1944. 

AMPHIBIOUS GUN MOTOR CARRIAGE 

Ml Esch device. [An] amphibian based on 76-mm gun 
motor carriage, M-18. Lawrence G. Hecker. Spark¬ 
man and Stephens Job No. 484. Sparkman and 
Stephens, Inc. June 25, 1944. 

M2 Tests and modifications on the amphibious 76-mm 
gun motor carriage, T- 86 , in the period August 10, 
1944 to September 1, 1944 at the Aberdeen Proving 
Ground, Maryland and Rehoboth Beach, Delaware. 
Clifford J. Nuttall, Jr. Sparkman and Stephens Job 
No. 484. Sparkman and Stephens, Inc. September 8 , 
1944. 

M3 Amphibious 76-mm gun motor carriage, T- 86 . Report 
of landing vehicle board trials at Fort Ord, California. 
Lawrence G. Hecker. Sparkman and Stephens, Inc. 
October 11, 1944. 

M4 Amphibian based on 76-mm gun motor carriage, M-18. 
Lawrence G. Hecker. OEMsr-154; Sparkman and 
Stephens Job No. 484. Sparkman and Stephens, Inc. 
December 30, 1944. 

PADDY VEHICLE 

Ml Paddy vehicle. t An] amphibian based on T-39 light 
tractor. [Lawrence G. Hecker.] OEMsr-154; Spark¬ 
man and Stephens Job No. 533. Sparkman and 

Stephens, Inc. [December 30, 1944.] 

AMPHIBIOUS VEHICLES 

Ml Pelican studies. [The] 6 -ton 6 x 6 amphibians, (n.a.) 
OEMsr-154; Sparkman and Stephens Job No. 435. 
Sparkman and Stephens, Inc. July 3, 1944. 

M2 Amphibious trailers, (n.a.) OEMsr-154; Sparkman 
and Stephens Job No. 439. Sparkman and Stephens, 
Inc. July 5, 1944. 

M3 Tractor trailer amphibians, (n.a.) OEMsr-154; Spark¬ 
man and Stephens Job No. 449. Sparkman and 

Stephens, Inc. July 5, 1944. 

M4 Half-track and special feature amphibians. Pelican 
studies, continued, (n.a.) OEMsr-154; Sparkman and 
Stephens Job No. 450. Sparkman and Stephens, Inc. 
July 11, 1944. 

M5 The 15-ton, ^4-track, amphibious cargo carrier. 

[Lawrence G. Hecker.] [OEMsr-154;] Sparkman and 

Stephens Job No. 513. Sparkman and Stephens, Inc. 
[December 30, 1944.] 

AMPHIBIOUS DEVICES 

Ml Light tank flotation, (n.a.) OEMsr-154; Sparkman 
and Stephens Job No. 433. Sparkman and Stephens. 
Inc. July 3, 1944. 


530 

600 

700 

800 

900 



DIVISION 12 • MICROFILM LIST 


351 


M2 Pontons for vehicle flotation, (n.a.) OEMsr-154; 
Sparkman and Stephens Job No. 479. Sparkman and 
Stephens, Inc. July 4, 1944. 

M3 Ritchie project [devices]. Tank flotation. [Lawrence 
G. Hecker.) OEMsr-154; Sparkman and Stephens Job 
No. 497. Sparkman and Stephens, Inc. [December 30, 

1944. ] 

M4 Special trailer hitch. Olin J. Stephens, II. OEMsr- 
154; Sparkman and Stephens Job No. 579. Sparkman 
and Stephens, Inc. June 28, 1945. 

M5 Project Snake. Olin J. Stephens, II. OEMsr-154; 
Sparkman and Stephens Job No. 594. Sparkman and 
Stephens, Inc. June 28, 1945. 

1000 AMPHIBIOUS STUDIES 

Ml Comparison of emerged and submerged tracks for 
water propulsion. [Lawrence G. Hecker.] OEMsr- 
154; Sparkman and Stephens Job No. 536. Sparkman 
and Stephens, Inc. [December 30, 1944.] 

M2 Letter to Palmer C. Putnam. Subject: Proposed 
booster-propelled landing boat. Olin J. Stephens, II. 
[OEMsr-154;] Sparkman and Stephens Job No. 572. 
Sparkman and Stephens, Inc. January 2, 1945. 

M3 Proposed booster-propelled landing boat. Olin J. 
Stephens, II. OEMsr-154; Sparkman and Stephens 
Job No. 572. Sparkman and Stephens, Inc. June 28, 

1945. 

1100 PONTON BRIDGE REACTIONS 

Ml Reactions of ponton bridges, with and without articu¬ 
lation. H. L. Bowman. OEMsr-41. Drexel Institute 
of Technology. June 15, 1945. 

1200 BRIDGE, PONTON AND FERRY DESIGNS 

Ml The 200-ft portable bridge. [Design prepared by Car- 
son and Carson.] H. L. Bowman. Drexel Institute 
of Technology. [March 19, 1941.] 

M2 The Inglis bridge. H. L. Bowman. Drexel Institute 
of Technology. March 31, 1941. 

M3 Temporary highway trestles. Hartley Rowe. April 
16, 1941. 

M4 The 90-ton ponton ferry. Design consideration and 
engineering preliminaries. T. Rees Tarn. May, 1941. 

M5 General description of floating equipment for carrying 
tanks across water, (n.a.) Sparkman and Stephens 
Job No. 401. Sparkman and Stephens, Inc. May 19, 
1941. 

M6 Ponton bridges and ferries for 30-ton tanks. Harry 
Balke. American Bridge Company. May 29, 1941. 

M7 Heavy ponton ferry. Design No. 2. Second report on 
engineering determinations. T. Rees Tarn. June, 
1941. 

M8 [Available materials, loads, stresses and clearances in 
connection with the design of portable bridges and 
overpasses.] William F. Carson. NDCrc-41. Carson 
and Carson. September 22, 1941. 

M9 Letter to Captain F. S. Besson, Jr. Subject: Portable 
bridges designed by Bethlehem Steel Company. H. L. 
Bowman. Drexel Institute of Technology. December 
19, 1941. 


M10 Letter to Lieutenant Colonel W. C. Baker, Jr. Sub¬ 
ject: Possible use as a railway bridge of the H-20 
highway bridge. H. L. Bowman. Drexel Institute of 
Technology. May 11, 1942. 

Mil Trestle and ponton bridge for 60-ton tanks. [Design 
prepared by Carson and Carson.] H. L. Bowman. 
Drexel Institute of Technology. June 30, 1942. 

M12 Tube bridge. H. L. Bowman. Drexel Institute of 
Technology. July 28, 1942. 

M13 [Trestle for 60-ton tanks, with railroad loads calcula¬ 
tions, pipe structure, landing pier and knock-down 
truss.] William F. Carson. OEMsr-216. Carson and 
Carson. December 31, 1942. 

M14 Design of solid floor treadway bridge. [Design pre¬ 
pared by Carson and Carson.] H. L. Bowman. 
OEMsr-216. Drexel Institute of Technology. April 
19, 1943. 

M15 Landing pier. [Design prepared by Carson and Car- 
son.] H. L. Bowman. OEMsr-216. Drexel Institute 
of Technology. April 27, 1943. 

M16 Quay repairs. H. L. Bowman. OEMsr-41 and OEMsr- 
216. Drexel Institute of Technology. June 24, 1943. 

M17 Tank ferrying barge and transport vessel. (Sparkman 
and Stephens Design No. 401, completed May, 1941.) 
Lawrence G. Hecker. Sparkman and Stephens, Inc. 
July 20, 1943. 

M18 Articulated bridge for 20-ton loads. H. L. Bowman. 
Drexel Institute of Technology. October 22, 1943. 

M19 [Ponton bridge using 2i/4-ton amphibious trucks. Fif¬ 
teen-foot treadway with wood floor. Quay repairs. 
Articulated bridge, 20-ton capacity, on tube float 
Aluminum alloys.] William F. Carson. NDrc-41 and 
OEMsr-216. Carson and Carson. December 31, 1943. 

M20 Ramp for solid floor treadway bridge. [Design pre¬ 
pared by Carson and Carson.] H. L. Bowman. 
OEMsr-41 and OEMsr-216. Drexel Institute of Tech¬ 
nology. January 31, 1944. 

M21 Ramp for Sparkman and Stephens Army bridge. 
H. L. Bowman. OEMsr-41. Drexel Institute of Tech¬ 
nology. June 19, 1944. 

1300 BRIDGE COMPONENT TESTS 

1310 Douglas Fir Balk 

Ml Tests on Douglas fir balk for ponton bridges. H. L. 
Bowman. OEMsr-41. Drexel Institute of Technol¬ 
ogy. [February, 1942.] 

1320 Aluminum Balk 

Ml Tests of hollow metal balk. H. L. Bowman. OEMsr- 
41. Drexel Institute of Technology. July 16, 1942. 

M2 Test of aluminum balk. H. L. Bowman. OEMsr-41. 
Drexel Institute of Technology. July 15, 1944. 

M3 Test of welded specimens of aluminum alloy, R303- 
T315. H. L. Bowman. Drexel Institute of Tech¬ 
nology. August 6 , 1944. 

M4 Deflection test of beam without and with web holes. 
H. L. Bowman. OEMsr-41. Drexel Institute of Tech¬ 
nology. October 31, 1944. 

M5 Used 8 -inch aluminum balk, 61S-T. L. P. Mains. 




352 


DIVISION 12 • MICROFILM LIST 


OEMsr-41. Drexel Institute of Technology. Novem¬ 
ber 10, 1944. 

M6 Test of heavy aluminum balk, 61S-T. L. P. Mains. 
OEMsr-41. Drexel Institute of Technology. No¬ 
vember 22, 1944. 

M7 Test of normal aluminum balk, 61S-T, with internal 
rib. L. P. Mains. OEMsr-41. Drexel Institute of 
Technology. December 5, 1944. 

M8 Tests of heavy 9-inch x 9-inch aluminum balk of 
alloy, 61S-T. L. P. Mains. OEMsr-41. Drexel Insti¬ 
tute of Technology. December 18, 1944. 

M9 Test of normal aluminum balk, 61S-T, with rein¬ 
forcing plates. L. P. Mains. OEMsr-41. Drexel Insti¬ 
tute of Technology. December 23, 1944. 

M10 Test of aluminum balk, 24S-T, with internal rib. 
L. P. Mains. OEMsr-41. Drexel Institute of Tech¬ 
nology. January 13, 1945. 

1330 Balk Fasteners 

Ml Test on balk fasteners for the 25-ton and 10-ton 
ponton bridges. H. L. Bowman. Drexel Institute of 
Technology. June 30, 1942. 

M2 Tests on cast-steel balk fasteners for 25-ton ponton 
bridge. H. L. Bowman. OEMsr-41. Drexel Institute 
of Technology. March 17, 1943. 

M3 Tests of welded-steel balk fasteners. H. L. Bowman. 
OEMsr-41. Drexel Institute of Technology, (n.d.) 

1340 Bolts 

Ml Tests on Man-Ten steel bolts for H-10 portable 
bridge. H. L. Bowman. OEMsr-41. Drexel Institute 
of Technology. November 19, 1941. 

M2 Tests on heat-treated steel bolts for H-10 portable 
bridges. H. L. Bowman. OEMsr-41. Drexel Insti¬ 
tute of Technology. [February, 1942.] 

1400 TORPEDO PROTECTION FOR MERCHANT VESSELS 

Ml [Torpedo net defense on EC-2 Liberty ships.] Gordon 
H. Bannerman and Alan P. Brickman. OEMsr-1077. 
American Steel and Wire Company. February 28, 
1945. 

M2 Torpedo net defense for merchant ships. Historical 
record, (n.a.) [March 19, 1945.] 

1410 Nets for Low-Speed Torpedoes 

Ml [Antitorpedo nets for ships.] TND. Gordon H. Ban¬ 
nerman. OEMsr-1077; Project No. 1-1943. American 
Steel and Wire Company. [October 15, 1943.] 

1420 Nets for High-Speed Torpedoes 

Ml Principles underlying the mechanical action of anti¬ 
torpedo harbor defense nets. (AMP Memorandum No. 
67.1.) Herbert J. Greenberg, George H. Handelman 
and W. Prager. [OEMsr-1066.] AMG-Brown. Sep¬ 
tember 16, 1943. 

M2 The strain energy absorbed by an antitorpedo harbor 
defense net. (AMP Memorandum No. 67.2.) Herbert 
J. Greenberg and W. Prager. t OEMsr-1066.] AMG- 
Brown. October 25, 1943. 

M3 The strain energy absorbed by certain antitorpedo net 


panels in drop tests. (AMP Memorandum No. 67.4.) 
(n.a.) [OEMsr-1066.] AMG-Brown. March 8 , 1944. 

M4 [Torpedo net defense.] Gordon H. Bannerman. 

OEMsr-1077; Project No. 3-1943. American Steel and 
Wire Company. June 30, 1944. 

M5 [Torpedo net defense.] Gordon H. Bannerman. 

OEMsr-1077; Project No. 4-1944. American Steel and 
Wire Company. [September 25, 1944.] 

M6 [Torpedo net defense.] Gordon H. Bannerman. 

OEMsr-1077; Project Nos. 5-1944 and 7-1944. Ameri¬ 
can Steel and Wire Company. January 15, 1945. 

M7 [Ships’ antitorpedo nets.] Gordon H. Bannerman. 
OEMsr-1077; Project No. 6-1944. American Steel and 
Wire Company. February 1, 1945. 

1430 Magnetic Torpedoes 

Ml [Electrically-protected torpedo defense nets.] Gordon 
H. Bannerman. OEMsr-1077; Project No. 2-1943. 
American Steel and Wire Company. November 5, 
1943. 

M2 SIC pistol. Rodney F. Simons. OSRD, London Mis¬ 
sion. February 17, 1944. 

M3 [Electrically-protected torpedo defense nets, tested by 
means of SIC and Pi2C pistols.] W. T. Pierce. 
OEMsr-1077; Project No. 2-1943. American Steel and 
Wire Company. October 7, 1944. 

1500 LAND COMBAT VEHICLES 

1510 TURTLE 

Ml Track laying vehicle development. [Roger S. Warner, 
Jr.j June 26, 1942. 

M2 Wheeled vehicle development. [Roger S. Warner, 
Jr.] July 4, 1942. 

M3 Turtle. Tentative organization. Roger S. Warner, 
Jr. July 30, 1942. 

1511 The IVI Tank 

Ml [The] IVI designs. Observations of results of 30-caliber 
machine gun fire on the M-3 medium tank. Roy W. 
Cummings. United Shoe Machinery Corporation. 
October 8 , 1941. 

1512 Baker Tank 

Ml Improvement possibilities for combat vehicles. (Engi¬ 
neering Report No. 51.) James G. Baker. Baker 
Manufacturing Company. May 25, 1942. 

M2 Description of proposed experimental chassis and 
some adaptations for proposed combat vehicle. (Engi¬ 
neering Report No. 52.) James G. Baker. Baker 
Manufacturing Company. June 19, 1942. 

M3 Camber, caster, toe-in and king-pin inclination on 
steered wheels. (Engineering Report No. 58.) Marlin 
S. Baker. Baker Manufacturing Company. August 
26, 1942. 

M4 Transportation of a combat vehicle by air. (Engineer¬ 
ing Report No. 60.) Marlin S. Baker. Baker Manu¬ 
facturing Company. September 21, 1942. 

M5 Evaluation of the Wightman pneumatic suspension. 




DIVISION 12 • MICROFILM LIST 


353 


(Engineering Report No. 61.) Arthur I. Chalfant. 
Baker Manufacturing Company. September 30, 1942. 
M6 A study of methods of minimizing the effects of recoil 
in a light gun-carrying vehicle. (Engineering Report 
No. 63.) Arthur I. Chalfant. Baker Manufacturing 
Company. November 5, 1942. 

M7 An investigation of jumping as a means of nego¬ 
tiating obstacles. (Engineering Report No. 68.) Arthur 
I. Chalfant. Baker Manufacturing Company. Febru¬ 
ary 15, 1943. 

M8 Accumulator bladder protecting device. (Engineering 
Report No. 70.) James G. Baker. Baker Manufactur¬ 
ing Company. March 8, 1943. 

M9 The effect of the recoil of a 75-mm gun on an eight- 
ton vehicle. (Engineering Report No. 72.) Arthur I. 
Chalfant. Baker Manufacturing Company. March 
10 , 1943. 

M10 The hydraulic system of the one-wheel test. (Engineer¬ 
ing Report No. 80.) Arthur I. Chalfant. Baker 
Manufacturing Company. October 20, 1943. 

Mil A combat vehicle of high mobility designed for trans¬ 
portation by air. (Engineering Report No. 96.) James 

G. Baker. OEMsr-524. Baker Manufacturing Com¬ 
pany. June 20, 1944. 

M12 Comparison between British vehicle and vehicle pro¬ 
posed under Contract No. OEMsr-524. James G. 
Baker.] OEMsr-524. [Baker Manufacturing Com¬ 
pany.] [August 30, 1944.] 

M13 One-wheel performance test of a proposed combat 
vehicle. (Engineering Report No. 97.) Arthur I. 
Chalfant. Baker Manufacturing Company. Septem¬ 
ber 5, 1944. 

M14 An evaluation of three special combat vehicles for 
attack and defense. (Engineering Report No. 64.) 
Marlin S. Baker. Baker Manufacturing Company. 
(n.d.) 

1600 VEHICLE COMPONENTS 

Ml [Gun turret design for light and medium tanks.] 
(Progress Report to November 1, 1941.) Clifford 
Roberts. NDCrc-204 and OEMsr-112. United Shoe 
Machinery Corporation. November 7, 1941. 

M2 [Gun turret design for light and medium tanks.] 
Clifford Roberts. NDCrc-204 and OEMsr-112. United 
Shoe Machinery Corporation. June 30, 1942. 

M3 The design and testing of a centrifugal air cleaner. 

H. S. Barnaby. OEMsr-133. Sharpies Corporation. 
July 29, 1942. 

M4 Completion of the design and testing of a centrifugal 
air cleaner. H. S. Barnaby. OEMsr-133. Sharpies 
Corporation. February 8, 1943. 

M5 DUKW tests with barrage rockets. L. A. Richards. 

California Institute of Technology. February 25, 1943. 
M6 Photographs. Subject: Launchers for DUKW. (n.a.) 
General Motors Corporation. June 28, 1943. 

1700 LAND VEHICLE STUDIES 

1710 Tank Noise Reduction 

Ml Sound levels inside and outside Marmon-Herrington 


tanks. (Progress Report of Project I.) Leo L. Beranek, 
H. Wayne Rudmose and Richard L. Brown. Harvard 
University. June 30, 1941. 

M2 Reduction of the noise from the engine compartment 
of an M-3 light tank. (Report No. PG-2.232.) Paul 
Huber. General Motors Corporation. August 15, 

1941. 

M3 Muffler study on M-3 light tank. (Report No. PG- 
2.272.) Paul Huber. General Motors Corporation. 
October 27, 1941. 

M4 Noise tests on Mark III, Valentine tank. (Report No. 
PG-2.285.) Paul Huber. General Motors Corpora¬ 
tion. November 21, 1941. 

M5 [Tank track noise.] (Progress Report No. PG-2.291.) 
Paul Huber. Service Project No. OD-19. General 
Motors Corporation. November 28, 1941. 

M6 Goodrich band track on White half-track. (Report 
No. PG-2.290.) Paul Huber. General Motors Cor¬ 
poration. November 28, 1941. 

M7 Analysis of mufflers on tanks as related to tactics. 
(Report No. PG-2.303.) Paul Huber. General Motors 
Corporation. December 19, 1941. 

M8 Tactical value of tank noise reduction. (Report No. 
PG-2.304.) Paul Huber. General Motors Corpora¬ 
tion. December 22, 1941. 

M9 Recommendations on quieting tanks. (Report No. PG- 
2.330.) Paul Huber. General Motors Corporation. 
March 17, 1942. 

M10 Summary of noise investigation on M-3 light tank No. 
909. (Report No. PG-2.336.) Paul Huber. General 
Motors Corporation. April 4, 1942. 

Mil Noise in the crew compartment of M-3 light tank 
No. 6305. (Report No. PG-2.337.) Frank W. Hay¬ 
ward. General Motors Corporation. April 29, 1942. 
M12 Supplementary muffler report. (Report No. PG-2.305.) 
Richard O. Painter. General Motors Corporation. 
April 29, 1942. 

M13 Sprocket noise investigation on M-3 light tank No. 
6305, Serial No. 909. (Report No. PG-2.343.) Frank 
W. Hayward. General Motors Corporation. May 4, 

1942. 

M14 Approach noise tests on M-3 light tank No. 6305, 
Serial No. 909. (Report No. PG-2.338.) Frank W. Hay¬ 
ward. General Motors Corporation. May 14, 1942. 
M15 Track noise and vibration tests on M-3 light tank 
No. 6305, Serial No. 909. (Report No. PG-2.356.) 
Frank W. Hayward. General Motors Corporation. 
May 16, 1942. 

M16 Theory and design of rectangular sound-absorbing 
ducts. (Report No. PG-2.371.) Martin Hebert, Jr. 
General Motors Corporation. June 17, 1942. 

1720 Bouncing Characteristics of Towed Artillery 

Ml Behavior during towing of, and suggested design 
changes for two- and four-wheel gun carriages. (Engi¬ 
neering Report No. 57.) James G. Baker. Baker 
Manufacturing Company. August 7, 1942. 


ET 




354 


DIVISION 12 • MICROFILM LIST 


1800 SPECIAL DEVICES 

1810 Aircraft Brakes 

Ml Unconfirmed minutes of a meeting of the SAE-NRC 
Aircraft Brake Survey Committee at Dayton, Ohio. 
C. E. Stryker. February 10, 1941. 

M2 Report of Aircraft Brake Survey Committee. C. E. 
Stryker. Society of Automotive Engineers, Inc. [May 
20, 1941. j 

M3 Aircraft brakes [bibliography]. (n.a.) Society of Au¬ 
tomotive Engineers, Inc. May 20, 1941. 

M4 Report of Aircraft Brake Survey Committee. C. E. 
Stryker. Society of Automotive Engineers, Inc. June 
10, 1941. 

M5 Aircraft Brakes Survey. Memorandum of interviews. 
Herbert B. Lewis. National Research Council, Divi¬ 
sion of Engineering and Industrial Research. August 
7, 1941. 

M6 Aircraft brakes. (Progress Reports [Covering the 
period] September, 1941 to February, 1943.) Herbert 
B. Lewis. National Research Council, Division of 
Engineering and Industrial Research. 

M7 Meeting on aircraft brake materials, Dayton, Ohio. 
Herbert B. Lewis. National Research Council, Divi¬ 
sion of Engineering and Industrial Research. Novem¬ 
ber 11, 1941. 

M8 Conference on heat generation and transfer in air¬ 
craft brakes, Cleveland, Ohio. Herbert B. Lewis. 
National Research Council, Division of Engineering 
and Industrial Research. June 24, 1942. 

M9 Aircraft brakes. (Final report.) W. F. Durand and 
W. H. Kenerson. National Research Council, Division 
of Engineering and Industrial Research. May 1, 1943. 

1820 Bomb Racks 

Ml Mark 51 bomb rack investigation (Progress Report 
Nos. 1 to 4 and 6 to 27, covering the period March 16, 
1944 to April 1, 1944.) R. H. Cocks and C. E. Osgood. 
Douglas Aircraft Company, Inc. April 4, 1944 to 
October 7, 1944. 

M2 Investigation and redesign of Mark 51, Model 7 bomb 
rack. (Final Report No. ES-6688.) C. E. Osgood. 
OEMsr-1435. Douglas Aircraft Company, Inc. No¬ 
vember 24, 1944. 

M3 Bomb rack Mark 54, Model O. (n.a.) OEMsr-1333. 
ITE Circuit Breaker Company. December 20, 1944. 

1830 Automatic Thread Gauges 

Ml Screw threads. A bibliography of available material 
on screw thread theory, standards, production meth¬ 
ods and gauging methods, (n.a.) OEMsr-497. Jones 
and Lamson Machine Company and Bryant Chucking 
Grinder Company. July, 1942. 

M2 Thread gauge manufacture. A monograph on manu¬ 
facturing methods for the production of plug and 
ring thread gauges. Douglass Hawks, Jr. OEMsr-497; 
Service Project No. OD-49. Jones and Lamson Ma¬ 
chine Company. April, 1943. 

M3 Thread gauge development. Paul A. Grobety. 


OEMsr-497; Service Project No. OD-49. Bryant 

Chucking Grinder Company. January 25, 1945. 

1840 Pneumatic Tire Substitutes 

Ml Pneumatic tire substitutes. S. Murray Jones. [Octo¬ 
ber, 1942.] 

M2 Operating characteristics of the Martin resilient 

wheel spoke. (Report No. 40.) J. C. Little and R. H. 

Neill. American Steel and Wire Company. October 
22, 1943. 

M3 Operating characteristics of the Martin resilient 

wheel spoke. (Report No. 40-A.) J. C. Little and 

R. H. Neill. American Steel and Wire Company. 
November 29, 1943. 

M4 Development and performance of three types of non- 
pneumatic lightweight resilient tires. E. E. Sayre. 
Martin Aeroplane Development Laboratory, Inc. 
February 1, 1944. 

M5 Pneumatic tire substitutes. S. Murray Jones. Service 
Project No. OD-96. October, 1944. 

1850 Pneumatic Life Raft 

Ml Experimental seven-man pneumatic life raft, No. 1. 

S. Murray Jones and Harold M. Simmons. Service 
Project No. NE-102. Sparkman and Stephens, Inc. 
[April, 1944.] 

M2 Airborne life boat. Harold M. Simmons. Service 
Project No. NE-101. Sparkman and Stephens, Inc. 
April 28, 1944. 

1860 Antirain and Antifog Compounds 

Ml Fogging of vision devices under flight conditions, 
(n.a.) OEMsr-436. National Research Corporation. 
[August 17, 1942.] 

M2 Air conditioning as a means of eliminating fog and 
frost formation on glass surfaces in optical instru¬ 
ments. (n.a.) OEMsr-436. National Research Cor¬ 
poration. October 8, 1942. 

M3 Rain-repellent coatings as an aid to visibility through 
vision devices. (n.a.) OEMsr-436. National Re¬ 
search Corporation. [1943.] 

M4 [Fogging of vision surfaces. The rain problem and the 
icing problem on windshield surfaces.] (n.a.) 
OEMsr-436. National Research Corporation. (1943.) 
M5 [Vision surfaces under conditions of rain and icing.] 
The prevention of frost formation. (Progress Report 
No. 392, for January, 1943.) F. C. Benner. OEMsr- 
436. National Research Corporation. February 4, 
1943. 

M6 [Easily applied rain-repellent coatings.] A study of 
liquids for use as non-inflammable de-icing fluids, and 
studies on the formation and prevention of frost on 
vision surfaces. (Progress Report for February and 
March, 1943.) (n.a.) OEMsr-436. National Research 

Corporation. [April, 1943.] 

M7 [Rain-repellent coatings for vision devices.] Testing 
procedures for the evaluation of rain-repellent coat¬ 
ings. (Progress Report for April and May, 1943.) 
(n.a.) OEMsr-436. National Research Corporation. 
June, 1943.] 



DIVISION 12 • MICROFILM LIST 


355 


M8 Flight tests of antifogging compounds. R. W. DeMoss 
and J. M. Kirchberg. US Navy, Air Station, Patuxent 
River, Maryland. July 20, 1944. 

1870 Sine-Disc Propeller 

Ml Sine-disc propeller investigation. Douglas Van Patten. 
OEMsr-1188. F. L. Jacobs Company. November 9, 
1944. 

M2 Sine-disc propeller work. Olin J. Stephens, II. 
OEMsr-154; Sparkman and Stephens Job No. 467. 
Sparkman and Stephens, Inc. June 30, 1945. 

1900 SPECIAL STUDIES 

1910 Ship Turning Research 

Ml Turning tests of ship models. (Initial Bi-weekly Re¬ 
ports covering period prior to July 11, 1942 and from 
July 11 to December 26, 1942.) (n.a.) OEMsr-458; 

Section Nos. C4-sr458-159, -179 and others. Stevens 
Institute of Technology. July 11 to December 26, 

1942. 

M2 Model experiments on the effect of relative propeller 
speeds upon turning of high-speed twin-screw ships. 
(Technical Memorandum No. 63.) John B. Drisko 
and Anthony Suarez. Stevens Institute of Technology. 
July 22, 1942. 

M3 The effect of bilge keels on turning of a destroyer 
model having twin rudders. (Technical Memorandum 
No. 65.) John B. Drisko. Section No. C7-sr458-534. 
Stevens Institute of Technology. October 21, 1942. 

M4 The No. 2 tank for maneuvering tests. (Technical 
Memorandum No. 64.) Kenneth S. M. Davidson and 
John B. Drisko. OEMsr-458; Section No. C7-sr458- 
440; OSRD No. 1039. Stevens Institute of Tech¬ 
nology. November 6, 1942. 

M5 Effect upon destroyer turning circles of a fin pro¬ 
tector for the sound dome. (Report No. 230.) Ken¬ 
neth S. M. Davidson and John B. Drisko. OEMsr-458; 
Section No. 12-sr458-441. Stevens Institute of Tech¬ 
nology. February 3, 1943. 

M6 Effect of keel fins of exaggerated size on destroyer 
turning circles. (Report No. 237.) John B. Drisko 
and John A. Hamer. OEMsr-458; Section No. 12- 
sr458-443. Stevens Institute of Technology. March 
17, 1943. 

M7 Effect of relative propeller speeds upon turning of 
destroyers with twin rudders. (Report No. 240. Sup¬ 
plements Technical Memorandum No. 63.) John B. 
Drisko. t OEMsr-458;] Section No. 12-sr458-445. 
Stevens Institute of Technology. March 25, 1943. 

M8 Turning characteristics of a series of sixteen de¬ 
stroyer hulls, Stevens Models Nos. 450 to 465. (Parts I 
and II. Report No. 221.) John B. Drisko. OEMsr- 
458; Section No. [ 12-sr458- ] 443. Stevens Institute of 
Technology. April 17, 1943. 

M9 Effect of rudder size on the turning of a destroyer 
model with twin rudders. (Report No. 241.) John B. 
Drisko. OEMsr-458; Section No. 12-sr458-446. Stevens 
Institute of Technology. April 24, 1943. 

M10 The influence of afterbody profile and section shape 


upon the turning of destroyer models. (Report No. 
243.) John B. Drisko. OEMsr-458; Section No. 12- 
sr458-447. Stevens Institute of Technology. May 29, 

1943. 

Mil Effect of unlike rudder angles upon turning of de¬ 
stroyers with twin rudders. (Report No. 238.) John 
B. Drisko and John A. Hamer. OEMsr-458; Section 
No. 12-sr458-444. Stevens Institute of Technology. 
June 21, 1943. 

M12 Turning tests of thirteen V-bottom destroyer models, 
Stevens Models Nos. 470 to 481. (Report No. 253.) 
(n.a.) OEMsr-458; Section No. [ 12-sr458- ] 449. Stevens 
Institute of Technology. December 31, 1943. 

M13 Minimum turning circles and steering relating princi¬ 
pally to naval vessels of generally conventional types. 
Summary for turning and steering discussion. Ken¬ 
neth S. M. Davidson. Stevens Institute of Technology. 
March 1, 1944. 

M14 Further notes on turning and steering. (Note No. 8. 
A continuation of N-7, dated March 1, 1944.) Ken¬ 
neth S. M. Davidson. Stevens Institute of Technology. 
March 13, 1944. 

M15 Concerning the coordination of kinematic data on the 
turning characteristics of ships. (Technical Memo¬ 
randum No. 69.) Kenneth S. M. Davidson and John 
B. Drisko. OEMsr-458; Section No. 12-sr458-448. 
Stevens Institute of Technology. March 15, 1944. 

M16 Some evidence regarding the influence of hull profile 
on the turning of destroyer models. (Report No. 257.) 
John B. Drisko. OEMsr-458; Section No. t 12-]Sr458- 
450. Stevens Institute of Technology. March 20, 

1944. 

M17 Effect of shallow water upon turning. (Report No. 
263.) John B. Drisko. OEMsr-458; Section No. t 12-j 
sr458-451. Stevens Institute of Technology. May 15, 
1944. 

M18 Effect of relative propeller speeds upon turning of 
four-screw single-rudder ships. (Report No. 266.) 
John B. Drisko and John A. Hamer. OEMsr-458; 
Section No. f 12-]Sr458-454. Stevens Institute of Tech¬ 
nology. June 10, 1944. 

M19 Resistance and turning characteristics of two round- 
bottom destroyer hulls, Stevens Models Nos. 586 and 
587. (Report No. 265. An extension of Report No. 
221.) John B. Drisko. OEMsr-458; Section No. t 12-] 
sr458-452. Stevens Institute of Technology. July 18, 
1944. 

M20 Exploratory investigation of static steering stability 
and initial turning moment on ship models. (Report 
No. 270.) William H. Sutherland. OEMsr-458; Sec¬ 
tion No. t 12-]Sr458-455. Stevens Institute of Tech¬ 
nology. November, 1944. 

M21 Resistance of V-bottom hulls at speed-length ratios up 
to 5. (Report No. 264.) John B. Drisko. OEMsr-458; 
Section No. t 12-]Sr458-453. Stevens Institute of Tech¬ 
nology. December, 1944. 

M22 Exploratory investigation of the lateral components of 
forces acting on ship models in steady turning. (Re¬ 
port No. 271.) William H. Sutherland. OEMsr-458; 



356 


DIVISION 12 • MICROFILM LIST 


Section No. [12-]Sr458-456. Stevens Institute of Tech¬ 
nology. January, 1945. 

M23 Construction and operation of maneuvering tank for 
investigation, by models, of ship turning character¬ 
istics. (Final Report No. 283.) John B. Drisko. 
OEMsr-458; Section No. f 12-]Sr458-459. Stevens Insti¬ 
tute of Technology. February, 1945. 

1920 Snow Vehicles 

Ml Measurements of snow properties in August, 1942, and 
a few applications of them, September 16, 1942. 
Herman Mark. Polytechnic Institute of Brooklyn. 
September, 1942. 

M2 The investigation of snow properties during October, 
1942 on the Columbia Ice Fields, (n.a.) Polytechnic 
Institute of Brooklyn. October 28, 1942. 

M3 Coordinated snow and weather observations carried 
out at various locations from January to May, 1943. 
Herman Mark. Polytechnic Institute of Brooklyn. 
June, 1943. 

1930 Wake Studies 

Ml Instructions for camouflaging the wake of amphibian 
truck, DUKW-353. (n.a.) Woods Hole Oceanographic 
Institution. 1943. 

M2 Wake visibility and its suppression. George L. Clarke. 
OEMsr-870. General Motors Corporation, GMC 
Truck and Coach Division. March, 1943. 

M3 Methods for reducing and obscuring the wake of sur¬ 


face vessels. George L. Clarke. Woods Hole Oceano¬ 
graphic Institution. May 18, 1943. 

1940 Wind and Wave Studies 

Ml The measurements of wind velocity and wave charac¬ 
teristics t at] Cape Cod, November 10 to December 7, 
1942. Herman Mark. Polytechnic Institute of Brook¬ 
lyn. December 12, 1942. 

2000 SPECIAL PROJECTS 

Ml Studies on the gas bubble resulting from underwater 
explosions. [Studies] on the best location of a mine 
near the sea bed. (AMP Report No. 37.1R.) Richard 
Courant. OEMsr-945. AMG-New York University. 
May, 1944. 

M2 ... A project to sink the Japanese fleet and to 
destroy Japanese industry. Palmer C. Putnam, J. H. 
Sole and F. C. Collbohm. June, 1944. 

M3 Effectiveness of near-miss bombs against warships. 
E. Bright Wilson, Jr. Project No. 223. Woods Hole 
Oceanographic Institution. June 23, 1944. 

M4 Special weapons suggested for use against certain 
Japanese targets in the near future. Palmer C. 
Putnam and others. July 13, 1944. 

M5 Large bomb for B-17 plane. Project Egg. (Morris Dam 
Tests Report No. 123.) (n.a.) OEMsr-418. Cali¬ 

fornia Institute of Technology. July 29, 1944. 

M6 The effect of roughness of sea on the entry angle of a 
projectile. (Morris Dam [Tests] Report No. 127.) 
R. I. Piper. OEMsr-418. California Institute of 
Technology. August 19, 1944. 





DIVISION 13 • DIRECTION FINDERS AND COMMUNICATIONS RESEARCH 

Microfilm Index 


100 DIRECTION FINDERS AND ANTENNA RESEARCH 

101 High Frequency Direction Finding 

101.1 Radio Pulse Propagation 

101.2 Polarization Error Studies 

101.21 Site Characteristics 

101.3 Correlation of Direction Finder Errors with Iono¬ 
spheric Characteristics 

102 Direction Finder Equipment 

102.1 Tank Locators 

102.2 Ultra High Frequency Finders 

102.21 Friendly Aircraft Locator 

103 Meteorological Data 

103.1 Sferics 

104 Antenna Studies 

104.1 Antenna Patterns for Aircraft 

200 GENERAL COMMUNICATION RESEARCH 

200.1 Systems Research for US Army Air Forces 

200.2 Propagation Studies 

200.3 Microwaves 

200.4 Navigation Systems 

201 3000-Megacycle Communication 

201.1 Equipment 

201.2 Radio Frequency Generator 

202 Precipitation Static Problems 

202.1 Precipitation Static Reduction Research 

202.2 Aircraft 

202.21 Static Interference 

202.22 Noise 

203 Panoramic Reception, Principles and Application of 

203.1 Fundamentals 

203.2 Panoramic Receiver with Moving Screen Indicator 

203.3 Improved Panoramic Receiver 


203.4 Receiver for Pulse Signals 

204 Interference Generators 

205 Ionosphere Measurement Studies 

206 Apparatus Design 

206.1 Ultra High Frequency Field Measuring Equipment 

206.2 Aircraft Facsimile 

206.3 Flash Telegraphy 

206.4 Master Oscillator 

206.5 Reconnaissance Television 

206.6 Wire Recording 

207 Miscellaneous Studies 

207.1 Substitute for Quartz Crystals 

207.2 Shielding for Diathermy 

207.3 Wire Studies 

207.31 Locating Faults in Wire Lines 

207.32 Laying Wire by Airplane 

207.4 Storage Batteries for Cold Climates 

207.5 Electrical Cancellation System 

300 SPEECH PRIVACY SYSTEMS 

301 Coding Systems 

301.1 RCA—Bedford 

301.2 Hazeltine 

301.3 Bell Telephone Laboratories—Western Electric 
301.31 Time Division Scrambling Equipment 

302 Decoding Systems 

302.1 Spectrograph 

303 Facsimile Privacy 

304 Miscellaneous Research 

304.1 Cryptographic Rotor 

304.2 Radio Recording 

304.3 Telegraphy and Time Division Scrambling Speech 
Privacy System 




357 





DIVISION 13 DIRECTION FINDERS AND COMMUNICATIONS RESEARCH 

List of Microfilmed Reports 


100 DIRECTION FINDERS AND ANTENNA RESEARCH 

Ml Survey of airborne direction finders. John L. Alli¬ 
son. Service Project No. AN-22; OSRD No. 5038. 
Revised: February 15, 1945. 

M2 Final reports on Contract OEMsr-1441. (Part III.) 
OEMsr-1441; OSRD No. 6280. Harvard University. 
December 1, 1945. Contains: Problem No. 1: Tests 
on direction finder systems. Harry Rowe Mimno. 
Service Project No. AN-30. Problem No. 2: Study 
of frequency modulation vs amplitude modulation 
for use in airborne very high frequency communica¬ 
tion equipment. Alexander H. Wing, Jr. Service 
Project No. AC-230.03. Problem No. 4: Investiga¬ 
tion of principles underlying the maximizing of 
communication intelligibility. W. J. Cunningham. 
Service Project Nos. NS-365 and NS-108. Problem 
No. 6: Aircraft transmitter antenna power, imped¬ 
ance and tuning network survey. E. C. Easton, 
Robert E. Kirkland and S. E. Parker. Service Proj¬ 
ect No. AC-238.07. Problem No. 8: Measurements 
of magnetic properties of ferrite core materials. 
R. Orin Cornett. Problem No. 10: Disguised an¬ 
tenna for very high frequency, ultra high frequency 
and super high frequency communication equip¬ 
ment. R. P. Lett and K. S. Kunz. Service Project 
No. SC-142. 

101 High Frequency Direction Finding 

Ml High frequency direction finder research. t K. G. 
Jansky.] NDCrc-155; Research Project No. C-16; 
OSRD No. 209. Bell Telephone Laboratories, Inc. 
November, 1941. 

M2 High frequency direction finder research. K. G. 
Jansky. NDCrc-155; Research Project No. C-16; 
OSRD No. 699. Bell Telephone Laboratories, Inc. 
June 1, 1942. 

M3 High frequency direction finder apparatus research. 
(Final Report for t thej period from 1941 to 1942.) 
Harry M. Diamond, Harold Lifschutz and LaVerne 
M. Poast. Research Project No. C-18. National 
Bureau of Standards. July 1, 1942. 

M4 Facilities for direction finder research. J. H. Dellin¬ 
ger, LaVerne M. Poast and S. E. Reymer. Research 
Project No. C-81. National Bureau of Standards. 
September 30, 1943. 

M5 Direction finding by improvised means. A. J. 
Aikens and A. G. Chapman. OEMsr-1410; OSRD 
No. 4608. Bell Telephone Laboratories, Inc. and 
Western Electric Company, Inc. November 30, 1944. 
M6 Miscellaneous current direction finding problems. 
Investigation of compensation in direction finders. 
Trevor H. Clark and N. Marchand. OEMsr-1490; 
Service Project No. SC-7; OSRD No. 6657. Federal 
Telephone and Radio Corporation. September 30, 
1945. 


101.1 Radio Pulse Propagation 

Ml Study of radio pulse propagation. K. G. Jansky. 
OEMsr-310; OSRD No. 599. Bell Telephone Labo¬ 
ratories, Inc. and Western Electric Company, Inc. 
May 1, 1942. 

101.2 Polarization Error Studies 

Ml Wave collectors for semi-portable radio direction 
finders for high frequencies. D. G. C. Luck. 
NDCrc-149; Research Project No. C-17; OSRD No. 
337. RCA Manufacturing Company, Inc. January 
21, 1942. 

M2 Investigation of compensation in direction finders. 
Joseph M. Pettit. NDCrc-159; OSRD No. 508. 
Stanford University. April 7, 1942. 

M3 Further studies of errors in high frequency direction 
finders. D. G. C. Luck. OEMsr-338; Research 
Project No. C-38; OSRD No. 908. RCA Manufac¬ 
turing Company, Inc. August 25, 1942. 

M4 [Station] WWV transmission observed at Federal 
Telephone and Radio Laboratories at Great River, 
L. I. Bearing, polarization f and] ratio of vertical to 
horizontal field strength. H. Busignies and A. G. 
Everhart. OEMsr-745; Research Project No. C-58. 
Federal Telephone and Radio Corporation. Janu¬ 
ary 5, 1943. 

M5 Wave interference errors in direction finders. 
H. Busignies. OEMsr-745; Research Project No. 
C-58. Federal Telephone and Radio Corporation. 
March 8, 1943. 

M6 The measurement of errors of radio direction 
finders. D. G. C. Luck and L. E. Norton. OEMsr- 
838; Research Project No. C-78; OSRD No. 1884. 
Radio Corporation of America. June 10, 1943. 

M7 Study of direction finder fundamentals. H. Busig¬ 
nies and D. Baker. OEMsr-745; Research Project 
No. C-58; OSRD No. 6608. Federal Telecommuni¬ 
cation Laboratories, Inc. December 17, 1945. 

101.21 Site Characteristics 

Ml Influence of ground conductivity on accuracy of 
NLS-505 direction finder. Trevor H. Clark. 
OEMsr-1026; OSRD No. 1936. Federal Telephone 
and Radio Corporation. June 15, 1943. 

M2 Polarization errors of shielded-U Adcock direction 
finders. D. G. C. Luck and L. E. Norton. OEMsr- 
838; Research Project No. C-57; OSRD No. 1653. 
Radio Corporation of America. July 20, 1943. 

M3 Improvement of Band 4 of NLS-505 direction finder. 
Trevor H. Clark and Henry B. Scarborough. 
OEMsr-1026; OSRD No. 3318. Federal Telephone 
and Radio Corporation. [December, 1943.) 

M4 Investigation of site characteristics which lead to 
errors in direction finders. Trevor H. Clark and 
Henry B. Scarborough. OEMsr-1026; OSRD No. 


358 


DIVISION 13 • MICROFILM LIST 


359 


5022. Federal Telephone and Radio Corporation. 
March 15, 1945. 

101.3 Correlation of Direction Finder Errors with Ionospheric 
Characteristics 

Ml Coordinated study of ionospheric transmission and 
direction errors at high radio frequencies. T. R. 
Gilliland. Research Project No. C-13. National 
Bureau of Standards. April 26, 1943. 

M2 Direction finder measurements research. G. W. 
Kenrick. OEMsr-1101; OSRD No. 4528. University 
of Puerto Rico. [June, 1944.] 

M3 Correlation of direction finder errors with iono¬ 
spheric measurements. Harry Rowe Mimno. 
OEMsr-1252; OSRD No. 3981. Harvard University. 
July 15, 1944. 

M4 Correlation of direction finder errors with iono¬ 
spheric measurements. R. A. Helliwell. OEMsr- 
1122; OSRD No. 3982. Stanford University. July 
18, 1944. 

M5 Coordinated study of correlation of high frequency 
direction finder errors with ionosphere conditions. 
LaVerne M. Poast. National Bureau of Standards. 
August 31, 1944. 

M6 Correlation of direction finder errors with iono¬ 
spheric conditions [at] College, Alaska, August 16, 
1943 to June 30, 1944. H. W. Wells, S. L. Seaton 
and E. H. Bramhall. OEMsr-1151; OSRD No. 4225. 
Carnegie Institution of Washington. September 8, 
1944. 

102 Direction Finder Equipment 

Ml Demountable short wave direction finder, Type 
SCR-502. Instantaneous bearing indication by 
cathode ray oscilloscope. H. Busignies and A. G. 
Richardson. OEMsr-262; Research Project No. 
C-34; OSRD No. 1634. Federal Telephone and 
Radio Corporation. July 1, 1943. 

M2 Portable radio assault beacon. (Report No. 311.) 
Samuel J. Snyder. OEMsr-1261; OSRD No. 4058. 
Raymond M. Wilmotte. August 15, 1944. 

M3 Electrical direction finder evaluator. John L. 
Allison, John H. Lewis and H. C. Fryer. OEMsr- 
1472; Service Project No. SC-130; OSRD No. 6551. 
J. A. Maurer, Inc. October 31, 1945. 

102.1 Tank Locators 

Ml Locating tanks by radio. C. W. Harrison. OEMsr- 
787; Project Nos. SC-31 and C-60; OSRD No. 963. 
Bell Telephone Laboratories, Inc. and Western 
Electric Company, Inc. October 15, 1942. 

M2 Locating tanks by radio. C. G. Fick. OEMsr-737; 
Research Project No. C-61; OSRD No. 1542. Gen¬ 
eral Electric Company. June 4, 1943. 

102.2 Ultra High Frequency Finders 

Ml Ultra high frequency radiosonde direction finder. 
Luke Chia-Liu Yuan. OEMsr-217; Research Proj¬ 
ect No. C-33; OSRD No. 1256. California Institute 
of Technology. February 8, 1943. 


M2 Ultra high frequency direction finding study. E. D. 
Blodgett and L. L. Lakatos. OEMsr-1009; OSRD 
No. 4285. Radio Corporation of America. July 
29, 1944. 

102.21 Friendly Aircraft Locator 

Ml Target transmitter, 15 to 140 megacycles. (Report 
No. 312-Y-R.) J. Kelly Johnson. Hazeltine Service 
Corporation. May 23, 1941. 

M2 Ultra high frequency friendly aircraft locator. Sec¬ 
tion I, Summary report. (Report No. 1264-W.) G. C. 
Larson, B. D. Loughlin and J. Kelly Johnson. 
[NDCrc-193.] Hazeltine Service Corporation. De¬ 
cember 2, 1941. 

M3 Ultra high frequency friendly aircraft locator. Sec¬ 
tion II, Direction finder installation, operating 
procedure t and] maintenance instructions. (Report 
No. 1264-W.) G. C. Larson. t NDCrc-193.] Hazel¬ 
tine Service Corporation. December 2, 1941. 

M4 Ultra high frequency friendly aircraft locator. Sec¬ 
tion III, The antenna and transmission line system. 
(Report No. 1264-W.) G. C. Larson. [NDCrc-193.] 
Hazeltine Service Corporation. December 2, 1941 

M5 Ultra high frequency friendly aircraft locator. Sec¬ 
tion IV, The receiver. (Report No. 1264-W.) Harold 
L. Blaisdell and G. C. Larson. [NDCrc-193.] 
Hazeltine Service Corporation. December 2, 1941. 

M6 Ultra high frequency friendly aircraft locator. Sec¬ 
tion V, Indicator and goniometer units. (Report 
No. 1264-W.) B. D. Loughlin and D. B. Hoisington. 
[NDCrc-193.] Hazeltine Service Corporation. De¬ 
cember 2, 1941. 

M7 Ultra high frequency friendly aircraft locator. Sec¬ 
tion VI, Power supply. (Report No. 1264-W.) G. C. 
Larson. [NDCrc-193.] Hazeltine Service Corpora¬ 
tion. December 2, 1941. 

M8 Ultra high frequency friendly aircraft locator. (Final 
Report No. 1430-W.) G. C. Larson and A. V. 
Loughren. NDCrc-193; OSRD No. 102. Hazeltine 
Service Corporation. November 11, 1942. 

M9 Instruction book, ultra high frequency friendly air¬ 
craft locator. (Parts I and II. Report No. 1429-W.) 
(n.a.) NDCrc-193; Service Project No. SCr-552. 
Hazeltine Service Corporation. December 2, 1942. 

103 Meteorological Data 

103.1 Sf erics 

Ml [Meteorological information from sferic pulses.] 
(Progress Report No. UNM/SC-2 [for the period] 
April 27, to May 31, 1945.) R. E. Holzer. OEMsr- 
1485. University of New Mexico. June 1, 1945. 

M2 A study of sferics and weather information. (Ter¬ 
minal Report No. UNM/SC-5.) R. E. Holzer. 
OEMsr-1485; OSRD No. 6442. University of New 
Mexico. November 30, 1945. 

104 Antenna Studies 

Ml Airborne antenna design at very high frequency 
and ultra high frequency. R. S. Wehner. OEMsr- 


SECRE 



360 


DIVISION 13 • MICROFILM LIST 


1396; OSRD No. 4794. Radio Corporation of 
America. December 2, 1944. 

M2 Study of improvised very high frequency antennas. 
H. W. Nylund and R. W. Grigg. OEMsr-1411; 
OSRD No. 4604. Bell Telephone Laboratories, Inc. 
and Western Electric Company, Inc. December 30, 
1944. 

M3 Ultra high frequency direction finding antenna 
study, 140 me to 600 me. (Technical Memorandum 
No. 122.) Trevor H. Clark and E. Daubaras. 
OEMsr-961; OSRD No. 5103. Federal Telephone 
and Radio Corporation. April 15, 1945. 

M4 A study of problems arising from closely grouped 
antennas. R. W. Grigg and W. R. Young. OEMsr- 
1412; OSRD No. 5503. Bell Telephone Labora¬ 
tories, Inc. and Western Electric Company, Inc. 
August 1, 1945. 

M5 Final reports on Contract OEMsr-1441. (Part IV.) 
OEMsr-1441; OSRD No. 6422. Harvard University. 
December 1, 1945. Contains: Problem No. 5: De¬ 
velopments of faired-in antennas for naval aircraft. 
K. S. Kunz, H. Faulkner and others. Service Proj¬ 
ect No. NA-212. Problem No. 7: Aircraft antennas. 
Location of slot-type AN/APN-1 altimeter antennas 
on naval aircraft. B. C. Dunn, W. D. Woo and 
Ronold W. P. King. Service Project No. NA-236. 

104.1 Antenna Patterns for Aircraft 

Ml Antenna patterns for aircraft. George Sinclair. 
NDCrc-100; Service Project No. SC-17; OSRD No. 
886 . Ohio State University. August 31, 1942. 

M2 [Thej C-ll antenna patterns for aircraft. George 
Sinclair. NDCrc-100; Service Project No. SC-17. 
Ohio State University. August 24, 1943. 

200 GENERAL COMMUNICATION RESEARCH 

Ml General research in field of communication. M. L. 
Almquist. OEMsr-1413; OSRD No. 5741. Bell 
Telephone Laboratories, Inc. August 31, 1945. 

M2 Summarizing report on the affairs of the Inter¬ 
ference Reduction Committee. K. C. Black. No¬ 
vember 27, 1945. 

200.1 Systems Research for US Army Air Forces 

Ml Systems engineering for Army Air Forces communi¬ 
cations. (Part I. Report No. 2519.) (n.a.) OEMsr- 

1018; Service Project No. AC-54; OSRD No. 1442. 
Bell Telephone Laboratories, Inc. April 27, 1943. 
M2 Systems engineering for Army Air Forces communi¬ 
cations. (Part II.) (n.a.) OEMsr-1018; Service Proj¬ 
ect No. AC-54; OSRD No. 1925. Bell Telephone 
Laboratories, Inc. October 1, 1943. 

M3 Systems engineering for Army Air Forces communi¬ 
cations. (Part III.) (n.a.) OEMsr-1018; Service 

Project No. AC-54; OSRD No. 4293. Bell Tele¬ 
phone Laboratories, Inc. August 30, 1944. 

200.2 Propagation Studies 

Ml Radio transmission handbook, frequencies 1000 to 


30,000 kc. (n.a.) OSRD No. 385. National Bureau 
of Standards. January 1, 1942. 

M2 Supplement to radio transmission handbook, Sum¬ 
mer, 1942. J. H. Dellinger and C. O. Marsh.] 
OSRD No. 666. National Bureau of Standards. 
June 1, 1942. 

M3 Radiotelephone communication between mobile 
units. Stuart L. Bailey. OEMsr-174; OSRD No. 
1618. Jansky and Bailey. June, 1943. 

M4 Effect of hills and trees as obstructions to radio 
propagation. Delmer C. Ports. OEMsr-1010; Serv¬ 
ice Project No. AC-54; OSRD No. 3070. Jansky and 
Bailey. November, 1943. 

M5 Charts for use in field intensity computations. (Re¬ 
port No. 3460-KB-NF.) K. Bullington. OEMsr- 
1018; Service Project No. AC-54. Bell Telephone 
Laboratories, Inc. November 2, 1943. 

200.3 Microwaves 

Ml Microwave telephone. Part 1, Omnidirectional. Part 
2, Directional. H. H. Beverage. OEMsr-442; Serv¬ 
ice Project No. SC-13; OSRD No. 1512. Radio 
Corporation of America. March 22, 1943. 

200.4 Navigation Systems 

Ml Electronic navigation systems. (Part II, Final report.) 
(n.a.) OEMsr-1441; Service Project No. AN-31; 

OSRD No. 6279. Harvard University. December 1, 
1945. 

201 3000-Megacycle Communication 

Ml 3000-megacycle communication. (Report covering 
period from June 20, 1941 to March 1, 1942.) H. H. 
Beverage. OEMsr-32; Service Project No. SC-13; 
OSRD No. 474. Radio Corporation of America. 
March 10, 1942. 

201.1 Equipment 

Ml A klystron transmitter for 3000-megacycle opera¬ 
tion. (n.a.) NDCrc-191; OSRD No. 210. Westing- 
house Electric Company, Inc. November 11, 1941. 

M2 3000-mc receivers. R. S. Holmes. NDCrc-75; Serv¬ 
ice Project No. SC-13; OSRD No. 482. Radio Cor¬ 
poration of America. February 19, 1942. 

201.2 Radio Frequency Generators 

Ml Radio frequency generator, 2000 to 3000 me. R. K. 
Potter. NDCrc-177; OSRD No. 205. Bell Tele¬ 
phone Laboratories, Inc. October 1, 1941. 

202 Precipitation Static Problems 

202.1 Precipitation Static Reducation Research 

Ml Precipitation static reduction research. (Report for 
the period June 15, 1941 to March 31, 1943.) W. H. 
Huggins. OEMsr-92; Service Project No. SC-2; 
OSRD No. 1907. Oregon State College. March 31, 
1943. 

M2 Note on Interference Reduction Committee for 




DIVISION 13 • MICROFILM LIST 


361 


Keith Henney, Editor, Division 13 Summary Report. 
Lawrence W. Baldwin. April 15, 1946. 

202.2 Aircraft 

202.21 Static Interference 

Ml Precipitation static research. Sheldon H. Dike. 
OEMsr-678; Service Project No. SC-2; OSRD No. 
1411. University of New Mexico. May 1, 1943. 

M2 Study of the effect of aircraft surface treatment on 
electrical charges causing precipitation static. Ros- 
coe H. George. OEMsr-679; Service Project No. 
SC-2; OSRD No. 1446. Purdue University. May 
11 , 1943. 

M3 Precipitation static research. E. P. Buckthal and 
K. M. Cummings. OEMsr-893; Service Project No. 
SC-2; OSRD No. 1807. United Air Lines Transport 
Corporation. August 31, 1943. 

M4 Precipitation static reduction research. (Report for 
the period November 1, 1942 to February 15, 1944.) 
Homer J. Dana. OEMsr-848; Service Project No. 
SC-2; OSRD No. 3595. Washington State College. 
March 20, 1944. 

202.22 Noise 

Ml Investigation of engine noise problems. D. F. Sea- 
cord. OEMsr-1018; Service Project No. AC-54. Bell 
Telephone Laboratories, Inc. October 15, 1943. 

M2 Investigations of the measurement of noise. W. J. 
Bartik, T. H. Bonn and others. OEMsr-1478; Serv¬ 
ice Project No. NS-368; OSRD No. 6358. Univer¬ 
sity of Pennsylvania. October 31, 1945. 

M3 Investigation of radio noise generation in aircraft 
electrical machinery. (Report covering period from 
May 16, 1945 to October 31, 1945.) C. W. Frick. 
OEMsr-1475; Service Project No. AC-238.03; OSRD 
No. 6631. General Electric Company. January 20, 
1946. 

203 Panoramic Reception, Principles and Application of 

203.1 Fundamentals 

Ml The fundamentals of panoramic reception. Estill I. 
Green. OEMsr-357; OSRD No. 1224. Bell Tele¬ 
phone Laboratories, Inc. January 20, 1943. 

203.2 Panoramic Receiver with Moving Screen Indicator 

Ml Panoramic receiver with moving screen indicator, 
(n.a.) OEMsr-49; OSRD No. 396. Bell Telephone 
Laboratories, Inc. February 19, 1942. 

203.3 Improved Panoramic Receiver 

Ml Improved panoramic receiver. ([Part I.]) t E. R. 
Taylor.] OEMsr-357; Research Project No. C-36; 
OSRD No. 909. Bell Telephone Laboratories, Inc. 
September 1, 1942. 

M2 Improved panoramic receiver. ( f Part II.,) E. R. 
Taylor. OEMsr-357; Research Project No. C-36; 
OSRD No. 909. Bell Telephone Laboratories, Inc. 
January 22, 1943. 


203.4 Receiver for Pulse Signals 

Ml Receiver for pulse signals. (Report covering period 
from February 15, 1942 to August 15, 1942.) (n.a.) 
OEMsr-311; OSRD No. 1021. Bell Telephone Labo¬ 
ratories, Inc. November 2, 1942. 

204 Interference Generators 

Ml Developmental model of an interference generator 
for the 2 to 20-megacycle spectrum. Madison 
Cawein. OEMsr-89; Service Project No. SC-19. 
Farnsworth Television and Radio Corporation. 
May 1, 1942. 

M2 Developmental model of an interference generator 
for the 15 to 30-megacycle spectrum. Albert Pries- 
man. OEMsr-285; Service Project No. SC-19. Inter¬ 
national Telephone and Radio Laboratories, Inc. 
June 19, 1942. 

M3 Effectiveness of various audio frequency noises in 
masking speech. (Part I.) D. K. Gannett. OEMsr- 
626; Service Project No. SC-19. Bell Telephone 
Laboratories, Inc. August 25, 1942. 

M4 Study of interference generation. (Part II.) D. K. 
Gannett. OEMsr-626; Service Project No. SC-19. 
Bell Telephone Laboratories, Inc. September 22, 
1942. 

205 Ionosphere Measurement Studies 

Ml Ionospheric and field intensity measurements. R. A. 
Helliwell. OEMsr-227; Research Project No. C-20; 
OSRD No. 786. Stanford University. July 5, 1942. 
M2 Ionospheric and field intensity measurements. (Re¬ 
port covering period from July 1, 1941 to June 30, 
1942.) T. Parkinson. OEMsr-378; Research Project 
No. C-22; OSRD No. 715. Louisiana State Univer¬ 
sity. July 10, 1942. 

M3 [The, College, Alaska, Observatory. (Report [Cover¬ 
ing period from, March, 1941 through June, 1942.) 
E. H. Bramhall and S. L. Seaton. OEMsr-200 and 
NDCrc-144; OSRD No. 783. Carnegie Institution of 
Washington. August 15, 1942. 

M4 Ionospheric measurements research. ([Report cover¬ 
ing period from July 1, 1942 to June 30, 1943.]) 
G. W. Kenrick. OEMsr-632; Research Project No. 
C-45; OSRD No. 1883. University of Puerto Rico. 
June 30, 1943. 

M5 Ionospheric measurement research. (Report [Cover¬ 
ing period] from July 1, 1942 to June 30, 1943.) 
T. Parkinson. OEMsr-573; Research Project No. 
C-46; OSRD No. 1662. Louisiana State University. 
July 10, 1943. 

M6 Measurement of radio field intensities and iono¬ 
spheric heights. ([Report covering period from July 
1, 1942 to June 30, 1943.]) R. A. Helliwell. OEMsr- 
590; Research Project No. C-47; OSRD No. 1718. 
Stanford University. July 26, 1943. 

M7 Radio transmission measurements. ([Report cover¬ 
ing period from July, 1942 to June, 1943.]) T. R. 
Gilliland, N. Smith and F. R. Gracely. Research 
Project C-49; OSRD No. 1736. National Bureau of 
Standards. August 1, 1943. 





362 


DIVISION 13 • MICROFILM LIST 


M8 Results of ionospheric and signal intensity measure¬ 
ments affecting radio wave propagation. (Summary 
Report of College, Alaska, Observatory [Covering 
period from] July 1, 1942 through June 30, 1943.) 
E. H. Bramhall and S. L. Seaton. OEMsr-558; 
OSRD No. 1831. Carnegie Institution of Washing¬ 
ton. September 1, 1943. 

M9 Correlation of solar and geomagnetic observations 
with conditions of the ionosphere. (Final Report 
[Covering period] from July, 1942 through June, 
1943.) A. H. Shapley and H. W. Wells. OEMsr- 
594; Research Project No. C-53; OSRD No. 1890. 
Carnegie Institution of Washington. September 18, 
1943. 

206 Apparatus Design 

206.1 Ultra High Frequency Field Measuring Equipment 

Ml Ultra high frequency field intensity measuring 

equipment, C-5. (Part I of Final Report to Sep¬ 
tember 30, 1941.) (n.a.) NDCrc-141; OSRD No. 

206. General Radio Company. September 30, 1941. 

M2 Ultra high frequency field intensity measuring 

equipment, C-5. (Part II of Final Report.) (n.a.) 
NDCrc-141; Service Project No. SC-16; OSRD No. 
208. General Radio Company. November 13, 1941. 

M3 Ultra high frequency field intensity measuring 

equipment, C-5A. (n.a.) OEMsr-289; Service Proj¬ 
ect No. SC-16; OSRD No. 782. General Radio Com¬ 
pany. August 7, 1942. 

M4 Operating instructions for Type P-521-A receiver, 
(n.a.) General Radio Company, (n.d.) 

M5 Operating instructions for P-520 field strength 

measurement assembly. (n.a.) General Radio 
Company, (n.d.) 

M6 Operating instructions for Type P-522-A standard 
signal generator, (n.a.) General Radio Company, 

(n.d.) 

206.2 Aircraft Facsimile 

Ml Aircraft facsimile. Charles J. Young. NDCrc-88; 
Service Project No. SC-15; OSRD No. 481. RCA 
Manufacturing Company, Inc. February 7, 1942. 

M2 Page facsimile equipment. (Final Report No. 28.) 
(n.a.) OSRD No. 671. RCA Manufacturing Com¬ 
pany, Inc. June 18, 1942. 

206.3 Flash Telegraphy 

Ml Ultra high speed flash telegraphy. J. C. Steinberg, 
D. W. Farnsworth and R. W. Buntenbach. OEMsr- 
50; OSRD No. 535. Bell Telephone Laboratories, 
Inc. March 31, 1942. 

206.4 Master Oscillator 

Ml Frequency stabilized oscillator. (Part I.) W. R. 
Ferris, H. L. Donley and others. OEMsr-690; Serv¬ 
ice Project No. SC-18; OSRD No. 1412. Radio 
Corporation of America. March 31, 1943. 

M2 Master oscillator. (Special report.) J. G. Beard. 


OEMsr-690; Service Project No. SC-18. Radio Cor¬ 
poration of America. March 31, 1943. 

M3 Master oscillator. (Part II.) J. G. Beard. OEMsr- 
690; Service Project No. SC-18; OSRD No. 1412. 
Radio Corporation of America. March 31, 1943. 

206.5 Reconnaissance Television 

Ml Pick-up tube for reconnaissance television. G. A. 
Morton and Gardner L. Krieger. OEMsr-706; Serv¬ 
ice Project No. NA-110; OSRD No. 1343. Radio 
Corporation of America. March 3, 1943. 

206.6 Wire Recording 

Ml A survey of magnetic recording. Roland A. Lynn. 
OEMsr-1086; OSRD No. 3027. National Broadcast¬ 
ing Company, Inc. October 30, 1943. 

M2 Sound recording on magnetic materials. C. B. 
Jones and D. B. Davies. OEMsr-833; OSRD No. 
3099. Brush Development Company. December 31, 
1943. 

207 Miscellaneous Studies 

207.1 Substitute for Quartz Crystals 

Ml Corrections and some addenda to: Possibilities of 
substitute for natural quartz for frequency control 
at high and ultra high frequencies, (n.a.) OEMsr- 
120; Service Project No. SC-24; OSRD No. 287. 
Brush Development Company, (n.d.) 

207.2 Shielding for Diathermy 

Ml Shielding for diathermy. Warren C. Stoker and 
William W. Seifert. OEMsr-225; OSRD No. 3013. 
Rensselaer Polytechnic Institute. October 29, 1943. 

207.3 Wire Studies 

207.31 Locating Faults in Wire Lines 

Ml Oscillator-keyer and portable fault locator. Theory, 
operation and maintenance. Howard P. Corwith. 
OEMsr-316; Service Project No. SC-23. Western 
Union Telegraph Company, Inc. June 15, 1942. 
M2 Device for locating faults in wire lines. Capacitance 
bridge and portable locator. Howard P. Corwith. 
OEMsr-316; Service Project No. SC-23; OSRD No. 
634. Western Union Telegraph Company, Inc. 
June 15, 1942. 

M3 Capacitance bridge. Theory, operation and main¬ 
tenance. Howard P. Corwith. OEMsr-316; Service 
Project No. SC-23. Western Union Telegraph Com¬ 
pany, Inc. June 15, 1942. 

207.32 Laying Wire by Airplane 

Ml Trial of wire laying by aircraft. J. J. Gilbert. 
OEMsr-879; Service Project No. SC-42; OSRD No. 
1513. Bell Telephone Laboratories, Inc. May 10, 
1943. 

M2 Laying communication wires from planes. J. J. 
Gilbert. OEMsr-879; Service Project No. SC-42; 



DIVISION 13 • MICROFILM LIST 


363 


OSRD No. 1651. Bell Telephone Laboratories, Inc. 
June 30, 1943. 

207.4 Storage Batteries for Cold Climates 

Ml Storage batteries for cold climates. C. H. Endress 
and E. M. Sutherland. OEMsr-420; Service Project 
No. SC-20; OSRD No. 948. Willard Storage Battery 
Company. August 14, 1942. 

M2 Storage batteries for cold climates and one-cycle 
cells. (Report No. 49.) C. H. Endress and E. M. 
Sutherland. OEMsr-420; Service Project No. SC-20; 
OSRD No. 1832. Willard Storage Battery Company. 
August 16, 1943. 

207.5 Electrical Cancellation System 

Ml An electrical cancellation and indication system. 
(Report [Covering period from] October 8, 1942 to 
April 15, 1943.) H. H. Beverage. OEMsr-748; 
OSRD No. 1408. Radio Corporation of America. 
April 6, 1943. 

300 SPEECH PRIVACY SYSTEMS 

Ml Speech privacy problems, (n.a.) OEMsr-1440; Serv¬ 
ice Project No. NS-349; OSRD No. 5686. Bell Tele¬ 
phone Laboratories, Inc. August 18, 1945. 

301 Coding Systems 

301.1 RCA—Bedford 

Ml RCA speech secrecy research. Part I, A proposed 
portable speech privacy unit with high security. 
A. V. Bedford. OEMsr-592; Research Project No. 
C-54; OSRD No. 1882. Radio Corporation of 
America. September 2, 1943. 

M2 RCA speech secrecy research. Part II, Description 
of speech privacy unit Model RCAL-1 and related 
information. A. V. Bedford. OEMsr-592; Research 
Project No. C-54; OSRD No. 3107. Radio Corpora¬ 
tion of America. October 30, 1943. 

M3 RCA speech secrecy research. Part III, Modifications 
of speech privacy units, radio tests and conclusions. 
A. V. Bedford. OEMsr-592; Research Project No. 
C-54; OSRD No. 3395. Radio Corporation of 

America. February 25, 1944. 

M4 Changes in speech privacy units as released to the 
Army by RCA Laboratories. A. V. Bedford. 
OEMsr-592; Research Project No. C-54. Radio Cor¬ 
poration of America. October 19, 1944. 

301.2 Hazeltine 

Ml Speech secrecy system development for NDRC. (Re¬ 
port No. 1259-W.) O. M. Dunning. NDCrc-139; 
Service Project No. SC-12; OSRD No. 207. Hazel- 
tine Service Corporation. October 28, 1941. 

301.3 Bell Telephone Laboratories—Western Electric 

Ml Speech privacy development, (n.a.) NDCrc-196; 
OSRD No. 196. Bell Telephone Laboratories, Inc. 
May 20, 1941. 

M2 Speech privacy development under Contract No. 


125. R. K. Potter. OSRD No. 201. [Bell Tele¬ 
phone Laboratories, Inc.(?)j June, 1941. 

M3 Code changing attachment for time division scram¬ 
bling speech privacy unit. C. W. Carter. OEMsr- 
782; Research Project No. C-65; OSRD No. 1541. 
Bell Telephone Laboratories, Inc. April 30, 1943. 
M4 Frequency time division speech privacy system. 
L. Schott. OEMsr-795; Research Project No. C-66; 
OSRD No. 1725. Bell Telephone Laboratories, Inc. 
May 29, 1943. 

301.31 Time Division Scrambling Equipment 

Ml Continuously coded time division scrambling speech 
privacy equipment. Eugene B. Mechling. OEMsr- 
490; Service Project No. SC-12; OSRD No. 2068. 
Bell Telephone Laboratories, Inc. November 1, 
1943. 

302 Decoding Systems 

Ml Speech privacy decoding. (Final Report No. 582.) 
(n.a.) Research Project No. C-32; OSRD No. 386. 
Bell Telephone Laboratories, Inc. January 31, 

1942. 

M2 Notes on description and operation of special speech 
privacy decoding equipment used at Point Keyes, 
California. O. M. Akey and H. Kahl. OEMsr-435; 
Research Project No. C-43. Bell Telephone Labo¬ 
ratories, Inc. June 30, 1944. 

M3 Continuation of decoding speech codes. Part I, 
Speech privacy systems, interception, diagnosis, de¬ 
coding [and] evaluation. W. Koenig. OEMsr-435; 
Research Project No. C-43; OSRD No. 4537A. Bell 
Telephone Laboratories, Inc. October 12, 1944. 

M4 Continuation of decoding speech codes. Part II, 
Appendix including all preliminary reports, (n.a.) 
OEMsr-435; Research Project No. C-43; OSRD No. 
4573B. Bell Telephone Laboratories, Inc. Novem¬ 
ber 30, 1944. 

302.1 Spectrograph 

Ml Continuation of decoding speech codes. Operating 
notes for spectrograph, Model Nos. 2 and 3. R. G. 
McCurdy. OEMsr-435; Research Project No. C-43. 
Bell Telephone Laboratories, Inc. January 30, 

1943. 

fk M2 The sound spectrograph, a time-frequency-intensity 
analyzer, (n.a.) OEMsr-435. Bell Telephone Labo¬ 
ratories, Inc. October 1, 1943. 

# M3 Spectrographs for field decoding work. C. H. G. 

Gray. OEMsr-1110; OSRD No. 3824. Bell Tele¬ 
phone Laboratories, Inc. May 30, 1944. 

303 Facsimile Privacy 

Ml Facsimile privacy. (Report covering period from 
December 1, 1942 to July 1, 1943.) (n.a.) OEMsr- 
837; OSRD No. 1881. Radio Corporation of Amer¬ 
ica. June 7, 1943. 

M2 Facsimile privacy. (Abridged copy of Final Report 
covering period from December 1, 1942 to October 



364 


DIVISION 13 • MICROFILM LIST 


304 

304.1 


31, 1943.) (n.a.) OEMsr-837; OSRD No. 2005. 

Radio Corporation of America. October 15, 1943. 
M3 Investigation of pre-transmission facsimile privacy 
methods. Type GPM-X1. (n.a.) OEMsr-1202; 

Service Project No. NS-134; OSRD No. 6346. Fax- 
imile, Inc. June 30, 1945. 

Miscellaneous Research 

Cryptographic Rotor 

Ml Development of rotor for cryptographic use. 
Hamer Selvidge. OEMsr-542; Service Project No. 


SC-25; OSRD No. 1607. Fournier Institute. May 
1, 1943. 

304.2 Radio Recording 

Ml Radio recording. A. M. Curtis. OEMsr-880; Serv¬ 
ice Project No. NS-130. Bell Telephone Labora¬ 
tories, Inc. July 15, 1943. 

304.3 Telegraphy and Time Division Scrambling Speech Pri¬ 
vacy System 

Ml Telegraphy applied to time division scrambling 
speech secrecy system. C. W. Carter. OEMsr-628; 
OSRD No. 1047. Bell Telephone Laboratories, Inc. 
October 31, 1942. 




DIVISION 14 • RADAR 

Microfilm Index 


100 FUNDAMENTALS OF RADAR RESEARCH 

110 Theoretical Development 

111 General Electromagnetic Problems 

112 Computations 

113 Miscellaneous Theoretical Problems 
120 Fundamentals of Radar Operation 

121 Microwave Frequencies 

121.1 Theoretical Discussion 

121.2 Tests and Measurements 

122 Wave Propagation 

122.1 Theoretical Discussion 

122.11 Reflections 

122.111 Curved Surfaces 

122.112 Water 

122.113 Targets 

122.114 Miscellaneous Reflection Prob¬ 
lems 

122.12 Transmission 

122.121 Ground 

122.122 Water 

122.13 Attenuation 

122.2 Meteorological Factors 

122.21 Ground Surfaces 
(See also: 122.121) 

122.22 Water Surfaces 
(See also: 122.122) 

122.23 Cloud and Rain Factors 

122.24 Modified Index of Refraction 

123 Polarization 

124 Pulse Operation 

124.1 Pulse Length 

124.2 Pulse Shape 

125 Noise Factors 

125.1 Noise Measurements 

125.2 Noise Reduction 

130 Development of and Experimentation with Materials 

131 Dielectrics 

131.1 Dielectric Materials 

131.11 Ceramics 

131.12 Glass 

131.13 Plastics 

131.14 Liquids 

131.15 Iron 

131.2 Constant and Loss Measurement 

131.3 Transmission Properties 

132 Protective Coatings (Absorbent Materials) 

200 COMPONENT DEVELOPMENTS 

210 General Components 
211 Circuit Elements 

211.1 Resistors 

211.2 Delay Lines 

211.3 Potentiometers 

211.4 Transformers 

211.41 Pulse Transformers 


211.42 Chokes 

211.5 Cavities 

211.6 Tubes 

211.61 Diodes 

211.62 Triodes 

212 Circuits and Networks 

212.1 Rectifier Filter Circuit 

212.2 Double-Tuned Circuit 

212.3 Equivalent Circuit 

212.4 Pulsed Circuits 

212.5 Ranging Circuits 

212.6 Transformation Circuits 
212.61 Resolvers 

212.7 Multivibrator Circuit 

212.8 Miscellaneous Circuits and Networks 

213 Computing Devices and Methods 

214 Remote Indication and Control Systems 

214.1 Amplidynes 

214.2 Selsyns 

214.3 Servomechanisms 

214.4 Synchros 

214.5 Miscellaneous Systems 
220 Component Engineering 

221 Shock Mounting and Vibration 

222 High Power 

223 Metal Corrosion 

224 Temperature Changes 

225 Weatherproofing 
230 Transmitter Components 

231 Modulators 

231.1 Hard Tube 

231.2 Line Type 

231.21 Series Spark Gaps 

231.22 Thyratrons 
231.221 Hydrogen 

231.23 Rotary Spark Gaps 

231.3 Radiation Laboratory Model Nos. 4, 6, 9, 12, 

17 and 20 

231.4 Miscellaneous Modulators 

231.5 Modulators and Noise Factors 

231.6 Filters 

232 Radio Frequency Sources 

232.1 Magnetrons and Their Design 

232.11 Centimeter Frequencies 

232.111 One Centimeter (K-Band) 

232.112 Three Centimeters (X-Band) 

232.113 Nine to Twelve Centimeters 
(S-Band) 

232.12 Resonant Modes 

232.13 Strapping 

232.14 Cathodes 

232.141 Oxide-Coated 

232.142 Thoria 

232.143 Miscellaneous Magnetron 
Cathode Problems 



365 


366 


DIVISION 14 • MICROFILM INDEX 


232.15 Automatic Frequency Control 

232.16 Stabilization and Tuning Problems 

232.17 Cavities 

232.18 Spectrum Characteristics 

232.19 Miscellaneous Magnetron Problems 

232.2 Low Power Transmitter Tubes 

232.21 SB-846B Oscillator 

232.3 Resnatron Oscillator 

233 Radio Frequency Components 

233.1 Crystal Rectifiers 

233.11 Types 

233.111 Germanium 

233.112 Silicon 

233.113 Boron 

233.12 Detectors and Mixers 

233.13 Rectification Properties 

233.131 Noise Factors 

233.132 Direct Current Characteristics 

233.133 High-Frequency Characteristics 

233.134 Miscellaneous Rectification 
Problems 

233.14 Conversion Loss and Gain Problems 

233.15 Crystal Measurements and Tests 

233.151 Crystal Noise Factors 

233.152 Tests 

233.2 Radio Frequency Heads 

233.3 Duplexing 

233.31 Transmit-Receive (TR) Tubes 

233.311 Gas-Switch 

233.312 Transmit-Receive Box 

233.32 Antitransmit-Receive (ATR) Tubes 

233.4 Transmission Lines and Components 

233.41 Transmission Lines 

233.411 Cables 

233.412 Wave Guides 

233.413 Coaxial 

233.42 Accessories 

233.421 Stubs 

233.422 Couplings and Bends 

233.423 Discontinuities (Irises, 
Windows, etc.) 

233.424 Switches 

233.43 General Transmission Line Problems 

233.5 Radio Frequency System Tests 

234 Antennas and Mounts 

234.1 Types 

234.11 Experimental 

234.111 S-Band 

234.112 X-Band 

234.113 K-Band 

234.12 Radar Systems 

234.121 Ship 

234.122 Air 

234.123 Ground 

234.2 Antenna Factors 

234.21 Antenna Feeds 

234.22 Antenna Design 

234.23 Antenna Parts 

234.231 Parabaloid Reflectors 

234.232 Linear Rays 


234.233 Pillboxes 

234.3 Scanning 

234.31 Theoretical Research 

234.32 Units and Systems 

234.321 Conical Scanning 

234.322 Rapid Scanning 

234.323 AN/APG (-5 and -21) and 
AN/APS (-6 and -10) 

234.324 Electrical 

234.325 Spiral 

234.326 Miscellaneous Scanner Systems 
and Units 

234.33 Miscellaneous Scanning Problems 

234.4 Antenna Measurements 

234.5 Radomes 

234.51 Airfoils 

234.52 Design 

234.6 Miscellaneous Antenna Problems 
235 Power Supplies 

235.1 Sources of Power 

235.11 High-Altitude Commutation 

235.2 Regulators 
240 Receiver Components 

241 Receivers 

241.1 Theoretical Research 

241.2 Experimental Types 

241.3 Amplifiers 

241.31 Video 

241.32 Intermediate Frequency 

241.4 Tubes 

241.41 Local Oscillators 

241.411 Klystron 

241.412 Stabilization System 

241.413 Reflex Oscillators 

241.42 Lighthouse Tubes 

241.43 Radio Frequency Amplifier 

241.5 Video Crystals 

241.51 X-Band 

241.52 S-Band 

241.6 Detectors 

241.7 Filters 

242 Indicators 

242.1 Types 

242.11 Audio 

242.12 Miscellaneous Types 

242.2 Cathode-Ray Tubes 

242.21 Types 

242.22 Skiatron 

242.23 Screens 

242.231 Phosphors and Cascade Screens 

242.232 Dark-Trace Screens 

242.233 Miscellaneous Screen Problems 

242.24 Miscellaneous Cathode-Ray Tube Prob¬ 
lems 

242.3 Plan Position Indicator 

242.31 Precision Plan Position Indicator (P3I) 

242.32 Photographic Projection Plan Position 
Indicator (P*I) 

242.4 Indicator Accessories 

242.5 Sweep Generators 



DIVISION 14 • MICROFILM INDEX 


367 


243 Ranging 

243.1 Precision Ranging 

243.2 Ranging Circuits and Units 

243.21 Gates 

243.22 Phase Shifter 

243.3 Measurements 

244 Tracking 

244.1 Theoretical Research 

244.2 Experimental Systems 
244.21 XT-1 System 

244.3 Aided Tracking 

244.4 Smoothing 

244.5 Circuits 

245 Miscellaneous Receiver Components Research 
250 Test Equipment and Measurements 

251 Test Equipment 

251.1 Attenuators and Attenuation 

251.2 Sweep Calibrators 

251.3 Echo Boxes 

251.4 Frequency 

251.41 Meters 

251.42 Standard 

251.5 Spectrum Analyzer 

251.6 Signal and Pulse Generators 
251.61 Pulsed Oscillator 

251.7 Oscilloscopes and Synchroscopes 

251.71 Oscilloscopes 

251.72 Synchroscopes 

251.8 Synchronizers 

251.9 Miscellaneous Test Units 
(See also: 121.2) 

252 Measurements 

252.1 Impedance 

252.2 Pulses 

252.3 Tubes 

252.4 Power 

252.41 Bolometer 

252.42 Thermistor Bridge 

252.5 Miscellaneous Measurements 

253 Radar System Tests 

253.1 AN/APA-5, AN/APN-19 and AN/APS-15 and 
-30 

253.2 Targets 

253.3 Miscellaneous Tests on Radar Systems 
260 Special Components, Accessories and Methods 

261 Communications 

261.1 Schering Bridge 

262 Countermeasures 

262.1 Jamming and Interference 

262.2 Camouflage 

262.3 Enemy Equipment 

263 Moving Target Identification (MTI) 

263.1 Clutter 

263.2 Parts 

264 Photography 

264.1 Cameras 

265 Plotting 

265.1 Close Support Plotting Board 

265.2 Flux Plotting 

265.3 Bombing Assessment 


265.4 Mortar Location 

266 Relay Radar 

267 Corner Reflectors 

267.1 Use of Corner Reflectors at Sea 

268 Panel Controls 

300 RADAR SYSTEMS 

310 Ground, Air and Ship Experimental Systems 

310.1 Ground Radar 

310.11 S-Band 

310.12 High-Power 

310.13 Detection of Ground Objects 

310.14 Miscellaneous Ground Radar Systems 

310.2 Air Radar 
310.21 Systems 

310.211 S-Band 

310.212 Lighthouse Tube Transmit- 
Receiver Units 

310.213 Miscellaneous Air Radar Sys 
terns 

310.3 Ship Radar 

310.31 Semmes System 

310.32 Miscellaneous Ship Radar Systems 
320 Tactical Applications 

321 Search 

321.1 Airborne 

321.11 Fighter Tail Warning 

321.12 Ship Search 

321.13 Moving Ground Targets 

321.14 Airborne Early Warning (AEW) 

321.2 Shipboard 

321.3 Ground 

322 Height Finding and Traffic Control 

322.1 Ground Systems 

322.2 Ship Systems 

322.3 Component Parts 

323 Fire Control Radar 

323.1 Plane-to-Plane 

323.11 Range-Only 

323.12 Gunsight 

323.13 Automatic 

323.2 Plane-to-Ship and Ground 

323.3 Antiaircraft 

323.31 Ground 

323.32 Ship 

323.4 Coastal Battery 

323.5 Torpedo Firing 

323.6 Rocket Firing 
323.61 Trajectories 

324 Identification 

324.1 Propeller Modulation 

325 Aircraft Landing 

325.1 Ground-Controlled Approach 

326 Aircraft Interception 

326.1 Night Fighting 

327 Navigation (Radar and Loran Navigation) 

327.1 Loran 

327.11 Equipment 

327.111 Receivers 

327.112 Transmitters 



368 


DIVISION 14 • MICROFILM INDEX 


327.113 Converters 

327.114 Crystal Oscillators 

327.2 Shoran 

327.3 Rebecca-H 

328 Beacons 

328.1 Types 

328.11 Ground 

328.111 X-Band 

328.112 S-Band 

328.113 Miscellaneous Ground Types 

328.12 Airborne 
328.121 S-Band 

328.13 Ship-to-Shore 

328.2 Component Parts 

328.21 Antenna 

328.22 Circuits 

329 Bombing and Guided Missiles 

329.1 Bombing 

329.11 Radar Technics 

329.12 Sea Targets 

329.13 Land Targets 

329.131 Eagle Project 

329.132 Oboe and Aspen 

329.14 Equipment and Accessories 

329.141 Antenna 

329.142 Ground Position Indicator 

329.143 Bombsight 

329.144 Calibrator 

329.145 Vixen Adapter 

329.15 Bombing Assessment 
(See also: 265.3) 

329.151 Photographic 

329.16 Close Control 
(See also: 265.1) 

329.17 Toss Bombing 


329.18 Miscellaneous Bombing Problems 

329.2 Guided Missiles 

400 TRAINING 

410 Trainers 

411 Types 

411.1 Airborne Search and Bombing 
411.11 H2X Trainers 

411.2 Aircraft Interception and Fire Control 

411.21 AMO Trainers 

411.22 AN/APG Trainers 

411.3 Ground-Controlled Approach 

411.4 Bomb Release 

411.5 Miscellaneous Trainers 

412 Components 

412.1 Signal Unit 

412.2 Trigger Unit 

412.3 Motor Control Units 

413 Miscellaneous Trainer Problems 
420 Supersonic and Ultrasonic Trainers 

421 Types 

422 Components 

422.1 Crystals 

423 Miscellaneous Problems 

500 SUMMARY REPORTS 

501 General Reports 

502 Ground, Air and Ship Systems 

503 Tubes 

504 Microwaves 
510 Indices 

520 Contract and Project Lists 
530 Glossaries 

600 MISCELLANEOUS RESEARCH SUBJECTS 




DIVISION 14 • RADAR 

List of Microfilmed Reports 


100 

110 

111 


112 


FUNDAMENTALS OF RADAR RESEARCH 
Theoretical Development 

General Electromagnetic Problems 

Ml Report from Theoretical Group. (Report No. 114.) 

L. J. Chu. MIT, Radiation Laboratory. February 
12, 1941. 

M2 Tentative simplified explanation of the Lawson 
line. (Special Report No. 142.) (n.a.) MIT, Radi¬ 
ation Laboratory. July 25, 1941. 

M3 Reflection of plane waves by magnetic substances. 

(Special Report No. 146.) (n.a.) MIT, Radiation 

Laboratory. December 3, 1941. 

M4 Theory of diffraction by small holes. (Report No. 

128.) H. A. Bethe. MIT, Radiation Laboratory. 
January 23, 1942. 

M5 A method to measure high-frequency permeability 
of a ferromagnetic body. (Report No. 155.) Otto 
Halpern. MIT, Radiation Laboratory. February 
21, 1942. 

M6 Forced oscillations in cavity resonators. (Report 
No. 188.) J. C. Slater. MIT, Radiation Labora¬ 
tory. December 31, 1942. 

M7 Properties of the diffracted wave field intensity. 
(Report No. 20.) (n.a.) MIT, Radiation Labo¬ 

ratory. February 12, 1943. 

M8 Field intensity formulas. (Report No. 23.) R. A. 

Hutner, Helen W. Dodson and others. MIT, 113 
Radiation Laboratory. September 28, 1943. 

M9 Simplified methods of field intensity calculations in 
the interference region. (Report No. 461.) William 
T. Fishback. MIT, Radiation Laboratory. De¬ 
cember 8, 1943. 

M10 An extension of Lagrange’s equations to electro¬ 
magnetic field problems. Equivalent networks. 

(Part I. Report No. 626.) Prescott D. Crout. 
OEMsr-262. MIT, Radiation Laboratory. October 
6, 1944. 

Mil The scattering of electromagnetic radiation by a 
narrow rectangular strip of infinite conductivity. 
(Report No. 404.) E. S. Akeley. OEMsr-362. 
Purdue University. December 28, 1944. 

M12 An extension of Lagrange’s equations to electro¬ 
magnetic field problems. Equivalent networks. 

(Part II. Report No. 1046.) Prescott D. Crout. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 15, 1946. 

Computations 

Ml The range calculator. (Report No. 497.) S. J. 120 
Mason. MIT, Radiation Laboratory. December 
20, 1943. 121 


M2 Simple computation of distance on the earth’s 
surface. (Report No. 582.) B. W. Sitterly and 
J. A. Pierce. OEMsr-262; Service Project No. SC- 
56. MIT, Radiation Laboratory. July 8, 1944. 

M3 Electronic computers for division, multiplication, 
squaring, etc. (Report No. 435.) H. S. Sack, A. C. 
Beer and H. W. Boehmer. OEMsr-768. Cornell 
University. August 7, 1944. 

M4 Frequency wave length conversion tables. (Report 
No. 652.) Egilda DeAmicis. OEMsr-262. MIT, 
Radiation Laboratory. January 4, 1945. 

M5 A method of summing a slowly convergent series. 
(Report No. 475.) Arthur E. Laemmel. OEMsr- 
335. Polytechnic Institute of Brooklyn. April 5, 
1945. 

M6 Tables of Fourier transforms of Fourier series, 
power series and polynomials. (Report No. S-58.) 
R. C. Spencer, Pauline Austin and others. OEMsr- 
262. MIT, Radiation Laboratory. August 30, 
1945. 

M7 Calculation of the resonant frequencies of a torus 
by Lagrangian and variational methods. (Report 
No. 924.) Norman H. Painter. OEMsr-262. MIT, 
Radiation Laboratory. November 14, 1945. 

M8 Fourier integral methods of pattern analysis. (Re¬ 
port No. 762-1.) R. C. Spencer. OEMsr-262. 
MIT, Radiation Laboratory. January 21, 1946. 

Miscellaneous Theoretical Problems 

Ml Theory of a black body produced by a combination 
of a thin screen and a perfect mirror. (Special 
Report No. 148.) (n.a.) MIT, Radiation Labora¬ 
tory. December 12, 1941. 

M2 Theory of a black body produced by a combination 
of a thin screen and a perfect mirror. (Report No. 
154.) Otto Halpern. t MIT, Radiation Labora¬ 
tory.] February 6, 1942. 

M3 Space charge between parallel plane grids. (Report 
No. 534.) Julian K. Knipp. OEMsr-262. MIT, 
Radiation Laboratory. March 22, 1944. 

M4 Steady-state vibration of two-spring mechanical 
system. (Report No. S-49.) F. B. Hildebrand. 
OEMsr-262. MIT, Radiation Laboratory. April 
14, 1945. 

M5 Slotted dipole impedance theory. (Report No. 772.) 
Henry J. Riblet. OEMsr-262. MIT, Radiation 
Laboratory. November 21, 1945. 

M6 Theory of alternating current discharges in gases. 
(Report No. 967.) Henry Margenau. OEMsr-262. 
MIT, Radiation Laboratory. January 10, 1946. 

Fundamentals of Radar Operation 

Microwave Frequencies 



369 




370 


DIVISION 14 • MICROFILM LIST 


121.1 Theoretical Discussion 

Ml Considerations affecting choice of wave length. 
(Report No. 120.) K. T. Bainbridge. MIT, Radi¬ 
ation Laboratory. September 24, 1941. 

M2 Notes on microwaves based upon a series of lec¬ 
tures by W. W. Hansen. (Issue Nos. 1 to 30. Report 
Nos. T-2a and T-2b.) Samuel Seely and Ernest C. 
Pollard. MIT, Radiation Laboratory. October 
20, 1941. 

M3 Microwave interference patterns. (Report No. 13.) 
J. A. Stratton. MIT, Radiation Laboratory. 
March 7, 1942. 

M4 The atmospheric absorption of microwaves. (Re¬ 
port No. 175.) John H. Van Vleck. MIT, Radia¬ 
tion Laboratory. April 27, 1942. 

M5 Relation of radar range to frequency and polariza¬ 
tion. (Report No. 18.) (n.a.) MIT, Radiation 

Laboratory. November 3, 1942. 

M6 Experiments in microwave breakdown. (Report 
No. 731.) D. Q. Posin, Ina Mansur and H. Clarke. 
OEMsr-262. MIT, Radiation Laboratory. No¬ 
vember 28, 1945. 

121.2 Tests and Measurements 

Ml Comparison of performance of 10-cm and 3-cm 
advanced development systems. (Report No. 350.) 
Dudley A. Williams. MIT, Radiation Laboratory. 
July 13, 1942. 

M2 Performance of 3-cm system, D2-1. (Report No. 
355.) M. W. P. Strandberg. MIT, Radiation 
Laboratory. January 5, 1943. 

M3 Standards for microwave frequencies. (Report No. 
599.) Paul A. Hower. OEMsr-262; Service Proj¬ 
ect No. NS-249. MIT, Radiation Laboratory. 
August 17, 1944. 

M4 Catalog [Of] microwave test equipment. (Report 
No. S-28.) F. B. Wood. OEMsr-262. MIT, Radia¬ 
tion Laboratory. September 30, 1944. 

M5 The measurement of thermal radiation at micro- 
wave frequencies. (Report No. 787.) R. H. Dicke. 
OEMsr-262. MIT, Radiation Laboratory. August 
22, 1945. 

M6 Catalog of microwave test equipment. (Report No. 
S-41.) E. A. S. Jacobson. OEMsr-262. MIT, 
Radiation Laboratory. August 25, 1945. 

M7 Microwave test signals. (Report No. 1023.) S. Katz. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 15, 1946. 

M8 Development of microwave test sets. (Report No. 
1011.) Arthur Fong. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 18, 1946. 

122 Wave Propagation 

122.1 Theoretical Discussion 

Ml Microwave propagation in aircraft interception 
equipment. (Report No. 121.) J. C. Slater. Octo¬ 
ber 16, 1941. 

M2 An introduction to microwave propagation. (Re¬ 
port No. 406.) Donald E. Kerr and Pearl J. 


Rubenstein. MIT, Radiation Laboratory. Sep¬ 
tember 16, 1943. 

M3 Methods of calculating characteristic values for 
bilinear M curves. (Report No. 795.) W. H. Furry, 
Helen W. Dodson and others. OEMsr-262. MIT, 
Radiation Laboratory. February 6, 1946. 

122.11 Reflections 

Ml Microwave radar reflections. (Report No. 195.) 
S. A. Goudsmit. MIT, Radiation Laboratory. 
February 20, 1943. 

M2 Preliminary measurements of 10-cm reflection co¬ 
efficients of land and sea at small grazing angles. 
(Report No. 478.) Pearl J. Rubenstein and Wil¬ 
liam T. Fishback. MIT, Radiation Laboratory. 
December 11, 1943. 

122.111 Curved Surfaces 

Ml Reflections from smooth curved surfaces. (Report 
No. 661.) R. C. Spencer. OEMsr-262. MIT, 
Radiation Laboratory. January 26, 1945. 

M2 Double curvature surfaces for beam shaping with 
point source feeds. (Report No. 691.) Samuel 
Silver. OEMsr-262. MIT, Radiation Laboratory. 
June 15, 1945. 

M3 Reflection of radiation from curved surfaces. (Re¬ 
port No. 1029.) P. M. Marcus. OEMsr-262. MIT, 
Radiation Laboratory. January 16, 1946. 

M4 Reflections from curved surfaces. (Report No. 976.) 
C. B. Barker and Henry J. Riblet. OEMsr-262. 
MIT, Radiation Laboratory. February 1, 1946. 

122.112 Water 

Ml Further measurements of 3- and 10-cm reflection 
coefficients of sea water at small grazing angles. 
(Report No. 568.) William T. Fishback and Pearl 
J. Rubenstein. OEMsr-262. MIT, Radiation 
Laboratory. May 17, 1944. 

M2 Proposed sea echo measurements with the air¬ 
borne moving target indicator plane. (Report No. 
42.) H. Goldstein. MIT, Radiation Laboratory. 
August 14, 1945. 

M3 [Some] X-band sea return measurements. (Report 
No. 870.) Eugene W. Cowan, Jr. OEMsr-262. 
MIT, Radiation Laboratory. January 10, 1946. 

122.113 Targets 

Ml Scattering of 10-cm radiation by a model airplane. 
(Report No. 156.) R. C. Raymond. MIT, Radia¬ 
tion Laboratory. May 21, 1942. 

M2 Comparison of reflectivities of approximately simi¬ 
lar plastic and metal airplanes. (Report No. 384.) 
Edward E. Miller, W. M. Preston and others. 
MIT, Radiation Laboratory. May 22, 1942. 

M3 Radar target contrast. (Report No. 375.) Elisabeth 
M. Lyman and J. J. Hibbert. MIT, Radiation 
Laboratory. June 2, 1942. 

M4 Tests on radar echoes from cylinders. (Report No. 
378.) R. W. Larson, R. F. Balmer and A. S. Meier. 
MIT, Radiation Laboratory. July 10, 1942. 

M5 Possible measurement of radar echoes by use of 




DIVISION 14 • MICROFILM LIST 


371 


model targets. (Report No. 196.) S. A. Goudsmit 
and P. R. Weiss. MIT, Radiation Laboratory. 
March 4, 1943. 

M6 Overwater observations at X and S frequencies on 
surface targets. (Report No. 401.) Otto J. Baltzer, 
Virgil A. Counter and others. MIT, Radiation 
Laboratory. July 26, 1943. 

M7 The fluctuations in signals returned by many inde¬ 
pendently moving scatterers. (Report No. 465.) 
A. J. F. Siegert. MIT, Radiation Laboratory. 
November 12, 1943. 

M8 A theoretical treatment of radar target return. 
(Report No. 719.) Prescott D. Crout and Frank 
E. Bothwell. OEMsr-262. MIT, Radiation Labo¬ 
ratory. August 31, 1945. 

M9 A theoretical treatment of radar target return. 
(Part II. Report No. 1049.) Prescott D. Crout. 
OEMsr-262. MIT, Radiation Laboratory. De¬ 
cember 20, 1945. 

122.114 Miscellaneous Reflection Problems 

Ml The fluctuations of radar signals. (Report No. 
569.) H. Goldstein and Paul D. Bales. OEMsr- 
262. MIT, Radiation Laboratory. May 16, 1944. 
M2 Fluctuations in the return signals from random 
scatterers, window, rain, sea [and] echo. (Report 
No. 773.) A. J. F. Siegert and Francis W. Martin. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 24, 1946. 

122.12 Transmission 

Ml The effect of atmospheric refraction on short 
radio waves. (Report No. 447.) John E. Freehafer. 
MIT, Radiation Laboratory. November 29, 1943. 
M2 Theory of characteristic functions in problems of 
anomalous propagation. (Report No. 680.) W. H. 
Furry. OEMsr-262. MIT, Radiation Laboratory. 
February 28, 1945. 

M3 Dispersion of high frequency radio waves in 
ionized gases. (Report No. 836.) Henry Margenau. 
OEMsr-262. MIT, Radiation Laboratory. Octo¬ 
ber 26, 1945. 

M4 Propagation in an atmosphere containing a dis¬ 
continuity in the index of refraction. (Report No. 
949.) Bernard E. Howard. OEMsr-262. MIT, 
Radiation Laboratory. March 25, 1946. 

122.121 Ground 

Ml Propagation of signals on 45.1, 474 and 2800 me 
from Empire State Building to Hauppauge and 
Riverhead, Long Island, N. Y. (Report No. 179.) 
G. S. Wickizer and A. M. Bratten. OEMsr-691. 
Radio Corporation of America. July 20, 1943. 

M2 Propagation over short paths and rough terrain 
at 200 mc/s. (Report No. 468.) A. B. Vane and 
D. G. Wilson. OEMsr-262. MIT, Radiation 
Laboratory. January 18, 1944. 

M3 Propagation of signals on 45.1, 474 and 2800 me 
from Empire State Building, N. Y. C., to Haup¬ 
pauge and Riverhead, Long Island, N. Y. (Report 


No. 298.) G. S. Wickizer and A. M. Bratten. 
OEMsr-691. Radio Corporation of America. 
July 31, 1944. 

122.122 Water 

Ml Transmission on 100 me over sea water. (Report 
No. 15.) J. A. Stratton. MIT, Radiation Labora¬ 
tory. July 14, 1942. 

M2 Transmission on 200 me over sea water. (Report 
No. 16.) J. A. Stratton. MIT, Radiation Labora¬ 
tory. July 14, 1942. 

M3 Transmission on 500 me over sea water. (Report 
No. 17.) J. A. Stratton. MIT, Radiation Labora¬ 
tory. July 14, 1942. 

M4 Transmission on 3000 me over sea water. (Report 
No. 14.) J. A. Stratton. MIT, Radiation Labora¬ 
tory. July 14, 1942. 

M5 Transmission at low altitudes over sea water. (Re¬ 
port No. 22.) R. A. Hutner, Francis Parker and 
others. MIT, Radiation Laboratory. September 
1, 1943. 

122.13 Attenuation 

Ml Rotational line width in the absorption spectrum 
of atmospheric water vapor. (Report No. 320.) 
Arthur Adel. OEMsr-1360. University of Michi¬ 
gan. October 10, 1944. 

M2 The absorption of one-half centimeter electro¬ 
magnetic waves in oxygen. (Report No. 684.) 
E. R. Beringer. OEMsr-262; Service Project No. 
AN-25. MIT, Radiation Laboratory. January 26, 
1945. 

M3 Further theoretical investigations on the atmos¬ 
pheric absorption of microwaves. (Report No. 664.) 
John H. Van Vleck. OEMsr-262; Service Project 
No. AN-25. MIT, Radiation Laboratory. March 
1, 1945. 

M4 Measurements of the attenuation of K-band waves 
by rain. (Report No. 603.) (n.a.) OEMsr-262; 

Service Project No. AN-25. MIT, Radiation Labo¬ 
ratory. March 7, 1945. 

M5 The absorption of atmospheric water vapor in the 
K-band region. (Report No. 1002.) R. H. Dicke, 
R. L. Kyhl and others. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 15, 1946. 

122.2 Meteorological Factors 

Ml The captive radiosonde and wired sonde tech¬ 
niques for detailed low level meteorological sound¬ 
ing. (Report No. 192.) Paul A. Anderson, C. L. 
Barker and others. OEMsr-728. Washington 
State College. October 4, 1943. 

M2 Instruments and methods for measuring tempera¬ 
ture and humidity in the lower atmosphere. (Re¬ 
port No. 487.) Isadore Katz. OEMsr-262; Service 
Project No. SC-6. MIT, Radiation Laboratory. 
April 12, 1944. 

M3 Qualitative survey of meteorological factors affect¬ 
ing microwave propagation. (Report No. 488.) 




372 


DIVISION 14 . MICROFILM LIST 


122.21 


122.22 


122.23 


Isadore Katz and J. M. Austin. OEMsr-262. MIT, 
Radiation Laboratory. June 1, 1944. 

M4 Microwave transmission over water and land under 
various meteorological conditions. (Report No. 

547.) Pearl J. Rubenstein, Isadore Katz and 
others. OEMsr-262. MIT, Radiation Laboratory. 

July 13, 1944. 

Ground Surfaces 
(See also: 122.121) 

Ml The propagation of 10-cm waves on a 52-mile 
optical path over land. The correlation of signal 
patterns with radiosonde data. (Report No. 151.) 

Paul A. Anderson, C. L. Barker and others. 
OEMsr-728. Washington State College. June 10, 

1943. 

M2 The propagation of 10-cm waves over land paths 
of 14, 52 and 112 miles. (Report No. 202.) Paul 
A. Anderson and C. L. Barker. OEMsr-728. 123 
Washington State College. October 26, 1943. 

Water Surfaces 
(See also: 122.122) 

Ml The propagation of 10-cm waves over an inland 
lake. Correlation with meteorological soundings. 

(Report No. 212.) Paul A. Anderson, K. E. Fitz¬ 
simmons and S. T. Stephenson. OEMsr-728. 
Washington State College. November 12, 1943. 

M2 Overwater transmission measurements, 1944. Part 

I, Preliminary analysis of radio and radar meas¬ 
urements. (Report No. 649.) Pearl J. Rubenstein. 
OEMsr-262. MIT, Radiation Laboratory. De¬ 
cember 15, 1944. 

Cloud and Rain Factors 

Ml Radar echoes from atmospheric phenomena. (Re- 124 
port No. 173.) Arthur E. Bent. MIT, Radiation 
Laboratory. March 13, 1943. 

M2 Climate in relation to microwave radar propaga¬ 
tion in Panama. (Report No. 476.) Arthur E. 

Bent. OEMsr-262. MIT, Radiation Laboratory. 
February 25, 1944. 

M3 Echoes from tropical rain on X-band airborne 
radar. (Report No. 728.) Arthur E. Bent. OEMsr- 
262. MIT, Radiation Laboratory. June 15, 1945. 

M4 Effects of clouds and rain on K-band airborne 
radar. (Report No. 780.) Arthur E. Bent and 

J. W. Miller. OEMsr-262; Service Project No. 

AN-25. MIT, Radiation Laboratory. August 1, 124.1 

1945. 

M5 Radar echoes from precipitation layers. (Report 
No. 689.) Arthur E. Bent. OEMsr-262. MIT, 
Radiation Laboratory. August 20, 1945. 

M6 An aerial investigation of K-band radar perform¬ 
ance under tropical atmospheric conditions. (Re¬ 
port No. 729.) R. S. Bender, Arthur E. Bent and 
J. W. Miller. OEMsr-262; Service Project No. 

AN-25. MIT, Radiation Laboratory. October 1, 

1945. 


122.24 Modified Index of Refraction 

Ml Modified index distribution close to the ocean 
surface. (Report No. 651.) R. B. Montgomery and 
Robert H. Burgoyne. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 16, 1945. 

M2 Nomograms for computation of modified index of 
refraction. (Report No. 551.) Robert H. Burgoyne. 
OEMsr-262. MIT, Radiation Laboratory. April 
6, 1945. 

M3 Field intensity contours in generalized coordinates. 
(Report No. 702.) Helen Dodson, Jocelyn Gill 
and Bernard E. Howard. OEMsr-262. MIT, 
Radiation Laboratory. May 2, 1945. 

M4 The relation between absorption and the fre¬ 
quency dependence of refraction. (Report No. 
735.) John H. Van Vleck. OEMsr-262. MIT, 
Radiation Laboratory. May 28, 1945. 

Polarization 

Ml Change of polarization as a means of gap filling. 
(Report No. 19.) R. A. Hutner, Francis Parker 
and others. MIT, Radiation Laboratory. De¬ 
cember 28, 1942. 

M2 Photographic polarization tests. (Report No. 382.) 
G. A. Garrett and Keith L. Mealey. MIT, Radi¬ 
ation Laboratory. May 7, 1943. 

M3 The depolarization of microwaves. (Report No. 
458.) M. Kessler, C. E. Mandeville and Emmett 
L. Hudspeth. MIT, Radiation Laboratory. No¬ 
vember 1, 1943. 

M4 Polarization studies at S and X frequencies. (Re¬ 
port No. 536.) Otto J. Baltzer, William M. Fair- 
bank and J. D. Fairbank. OEMsr-262. MIT, 
Radiation Laboratory. March 14, 1944. 

Pulse Operation 

Ml Fourier analysis of pulses with frequency shifts 
during the pulse. (Report No. 224.) R. T. Young, 
Jr. MIT, Radiation Laboratory. January 30, 
1943. 

M2 Pulse doppler with reference to ground speed 
indication. (Report No. 63.) D. Sayre. MIT, 
Radiation Laboratory. March 20, 1944. 

M3 Detector cancellation error as a function of carrier 
frequency. (Report No. 859.) Walter Selove. 
OEMsr-262. MIT, Radiation Laboratory. Octo¬ 
ber 31, 1945. 

Pulse Length 

Ml Pulse length discrimination in beacons. (Report 
No. 510.) C. L. Longmire. OEMsr-262. MIT, 
Radiation Laboratory. January 27, 1944. 

M2 [The] effect of pulse length on system performance 
and operation. (Report No. 571.) R. Rollefson, 
A. H. Nelson and L. A. Hartman. OEMsr-262; 
Service Project No. NS-137. MIT, Radiation 
Laboratory. May 30, 1944. 

M3 Short pulse techniques for high definition radar 
systems. (Report No. 912.) Vernal Josephson. 



DIVISION 14 • MICROFILM LIST 


373 


OEMsr-262. MIT, Radiation Laboratory. March 
13, 1946. 

M4 Pulse length selector and multiple pulse decoder. 
(Report No. 917.) R. M. Ashby and L. K. Neher. 
OEMsr-262. MIT, Radiation Laboratory. March 
21, 1946. 

124.2 Pulse Shape 

Ml Pulse distortion by rejection filters. (Report No. 
422.) Albert M. Stone. MIT, Radiation Labora¬ 
tory. September 16, 1943. 

M2 The appearance of the A-scope when the pulse 
travels through a homogeneous distribution of 
scatterers. (Report No. 466.) A. J. F. Siegert. 
MIT, Radiation Laboratory. November 9, 1943. 
M3 Pulse shapes and radio frequency spectra for com¬ 
binations of Stromberg-Carlson Mark I and Mark 
II modulators with 2J-22, 2J-21 and 725-A mag¬ 
netrons. (Report No. 518.) G. N. Glasoe. OEMsr- 
262. MIT, Radiation Laboratory. March 17, 
1944. 

M4 Effects of line and cathode follower terminations 
on pulse shape. (Report No. 616.) Charles Butt. 
OEMsr-262. MIT, Radiation Laboratory. Sep¬ 
tember 11, 1944. 

125 Noise Factors 

Ml Noise and the reception of pulses. (Report No. 
115.) J. C. Slater. MIT, Radiation Laboratory. 
January, 1941. 

M2 Response of a non-linear device to noise. (Report 
No. 129.) Norbert Wiener. MIT, Radiation 
Laboratory. April 6, 1942. 

M3 Kinetic derivation of the thermal noise formula. 
(Report No. 191.) P. R. Weiss and S. A. Goudsmit. 
MIT, Radiation Laboratory. January 18, 1943. 
M4 Statistics of circuit noise. (Report No. 192.) [S. A. 
Goudsmit and P. R. Weiss.] MIT, Radiation 
Laboratory. January 29, 1943. 

M5 The comparison between signal and noise. (Re¬ 
port No. 193.) S. A. Goudsmit. MIT, Radiation 
Laboratory. January 29, 1943. 

M6 The theory of noise in conductors, semiconductors 
and crystal rectifiers. (Report No. 133.) Victor F. 
Weisskopf. MIT, Radiation Laboratory. May 12, 

1943. 

M7 Theory of random processes. (Report No. 454.) 
G. E. Uhlenbeck. MIT, Radiation Laboratory. 
October 15, 1943. 

M8 Coherent integration. (Report No. 103.) A. G. 
Emslie. MIT, Radiation Laboratory. May 16, 

1944. 

M9 The distribution of the average noise current in 
receivers. (Report No. 305.) Mark Kac. OEMsr- 
429. Cornell University. September 2, 1944. 

125.1 Noise Measurements 

Ml Notes on measurement of noise, gain and noise 
figure of converters. (Report No. 295.) William 


M. Breazeale. MIT, Radiation Laboratory. Jan¬ 
uary 30, 1943. 

M2 An automatic noise figure meter. (Report No. 
1017.) Walter Selove. OEMsr-262. MIT, Radi¬ 
ation Laboratory. March 26, 1946. 

125.2 Noise Reduction 

Ml Coincidence method of noise reduction. (Report 
No. 119.) W. W. Hansen. [MIT, Radiation Labo¬ 
ratory.] August 25, 1941. 

M2 Noise reduction by delayed feed-back. (Report 
No. 146.) T. T. Eaton. OEMsr-252. Radio Cor¬ 
poration of America. April 15, 1943. 

130 Development of and Experimentation with Materials 

131 Dielectrics 

131.1 Dielectric Materials 

Ml Ultra high frequency dielectrics. (Progress Report 
No. 121.) Arthur R. von Hippel. OEMsr-191. 
MIT, Laboratory for Insulation Research. Janu¬ 
ary, 1943. 

M2 The interaction between electromagnetic fields and 
dielectric materials. (Report No. 122.) Arthur R. 
von Hippel and R. G. Breckenridge. OEMsr-191. 
MIT, Laboratory for Insulation Research. Janu¬ 
ary, 1943. 

M3 Tables of dielectric materials. (Volumes I and II. 
Report Nos. 237 and 425.) Arthur R. von Hippel. 
OEMsr-191. MIT, Laboratory for Insulation Re¬ 
search. February, 1944 and June, 1945. 

M4 Development and wide frequency investigation of 
dielectrics. (Report No. 544.) Arthur R. von 
Hippel. OEMsr-191. MIT, Laboratory for In¬ 
sulation Research. October, 1945. 

131.11 Ceramics 

Ml High dielectric constant ceramics. (Report No. 
300.) Arthur R. von Hippel, R. G. Breckenridge 
and others. OEMsr-191. MIT, Laboratory for In¬ 
sulation Research. August, 1944. 

M2 Titania ceramics. ([Part] II. Report No. 540.) 
Arthur R. von Hippel, R. G. Breckenridge and 
others. OEMsr-191. MIT, Laboratory for In¬ 
sulation Research. October, 1945. 

131.12 Glass 

Ml Soldering to glass. (Report No. 217.) Stanley A. 
Johnson. Polytechnic Institute of Brooklyn. De¬ 
cember 28, 1942. 

131.13 Plastics 

Ml The polystyrene plastics as high-frequency dielec¬ 
trics. (Report No. 276.) Arthur R. von Hippel, 
L. G. Wesson and S. L. Whitcher. OEMsr-191. 
MIT, Laboratory for Insulation Research. May, 
1944. 

M2 An apparatus for determining heat distortion char¬ 
acteristics of plastics. (Report No. 542.) Paul F. 


EGRET 



374 


DIVISION 14 • MICROFILM LIST 


Ast. OEMsr-191. MIT, Laboratory for Insulation 
Research. October, 1945. 

M3 Low thermal expansion plastics. (Report No. 539.) 
Arthur R. von Hippel, S. M. Kingsbury and L. G. 
Wesson. OEMsr-191. MIT, Laboratory for In¬ 
sulation Research. October, 1945. 

131.14 Liquids 

Ml Dielectric properties of water and ice at K-band. 
(Report No. 644.) E. L. Younker. OEMsr-262; 
Service Project No. AN-25. MIT, Radiation Labo¬ 
ratory. December 4, 1944. 

131.15 Iron 

Ml The application of powdered iron materials as 
permeable dielectrics at microwave frequencies. 
(Report No. 906.) Maurice B. Hall and Margaret 
Harwood. OEMsr-262. MIT, Radiation Labora¬ 
tory. March 26, 1946. 

131.2 Constant and Loss Measurement 

Ml Auxiliary equipment for the MIT co-ax instru¬ 
ment and its use. (Report No. 210.) Arthur R. 
von Hippel, D. G. Jelatis and others. OEMsr-191. 
MIT, Laboratory for Insulation Research. No¬ 
vember, 1943. 

M2 Techniques and calculations used in dielectric 
measurements on shorted lines. (Report No. 490.) 
W. B. Westphal, L. Muldoon and others. OEMsr- 
191. MIT, Laboratory for Insulation Research. 
August, 1945. 

M3 Dielectric constant and loss tangent computation. 
(Report No. 483-19.) Yael N. Dowker. OEMsr- 
262. MIT, Radiation Laboratory. August 7, 1945. 
M4 The design of equipment for measurement of 
dielectric constant and loss with standing waves 
in wave guides. (Report No. 541.) M. G. Hangen 
and W. B. Westphal. OEMsr-191. MIT, Labora¬ 
tory for Insulation Research. October, 1945. 

131.3 Transmission Properties 

Ml Transmission through dielectric. (Report No. 113.) 
L. J. Chu. [MIT, Radiation Laboratory.] Decem¬ 
ber 11, 1940. 

M2 Dielectric transmission measurements. (Report No. 
244.) H. A. Leiter. MIT, Radiation Laboratory. 
January 15, 1943. 

M3 Effect of small crystallites on conductivity. (Re¬ 
port No. 377.) B. Goodman. OEMsr-388. Uni¬ 
versity of Pennsylvania. April 25, 1945. 

132 Protective Coatings (Absorbent Materials) 

Ml Surfaces which reflect radio waves poorly. (Report 
No. 72.) Otto Halpern. MIT, Radiation Labora¬ 
tory. November 4, 1942. 

M2 Special protective coatings. Monthly summaries. 
(Report Nos. 211, 241, 247, 254, 264, 273, 280, 291, 
306, 325, 358, 378, 389, 403, 422, 426, 448, 452, 464, 
491 and 502 [for the] period December 8, 1943 to 
September 8, 1945.) G. D. Patterson, G. T. Vaala 


and others. OEMsr-1199; Service Project No. 
N-173s-5822. E. I. duPont de Nemours and Com¬ 
pany, Inc. 

M3 Special protective coatings. ([Parts, I to XXV. Re¬ 
port Nos. 344 to 356, 467, 469, 470, 508 and 547 to 
554, for the period December 1, 1943 to September 
30, 1945.) G. T. Borcherdt, E. D. Bailey and 
others. OEMsr-1199; Research Project No. 3042. 
E. I. duPont de Nemours and Company, Inc. 

M4 Special protective coatings. Methods of analysis 
for aluminum film and its ingredients. (Report No. 
357 [for the period] from March 15 to June 24, 
1944.) A. H. Hale, R. S. Blake and others. 
OEMsr-1199. E. I. duPont de Nemours and Com¬ 
pany, Inc. July, 1944.] 

M5 The preparation of Sambo films, Scheme A. (Re¬ 
port No. 343.) (n.a.) OEMsr-1199. E. I. duPont 
de Nemours and Company, Inc. November 1, 
1944. 

M6 Special protective coatings. Physical performance 
tests on preferred Sambo system under simulated 
service conditions. (Report No. 395, for period of 
August 1 to December 15, 1944.) W. A. Hoffman 
and C. W. Theobold. OEMsr-1199. E. I. duPont 
de Nemours and Company, Inc. January 6, 1945. 

200 COMPONENT DEVELOPMENTS 

210 General Components 

Ml [The] 3.3-cm system. (Report No. 24.) N. F. Ram¬ 
sey, R. M. Alexander and others. MIT, Radiation 
Laboratory. May 20, 1941. 

M2 Lightweight X-band radar. (Report No. 195, for 
[thej period of July 1, 1942 to July 1, 1943.) R. S. 
Holmes. OEMsr-684. Radio Corporation of 
America. July 1, 1943. 

M3 General lecture series on radar components. (Re¬ 
port No. T-18.) Herbert H. Wheaton. OEMsr- 
262. MIT, Radiation Laboratory. December 1, 
1944. 

211 Circuit Elements 

211.1 Resistors 

Ml High-frequency characteristics of resistors. (Report 
No. 520.) Donald T. Drake. OEMsr-262. MIT, 
Radiation Laboratory. March 9, 1944. 

211.2 Delay Lines 

Ml A video delay line. (Report No. 302.) D. F. 
Weekes. MIT, Radiation Laboratory. April 24, 
1943. 

M2 Equalized delay lines. (Report No. 550.) Heinz E. 
Kallmann. OEMsr-262. MIT, Radiation Labora¬ 
tory. June 3, 1944. 

M3 A theory of the supersonic delay line. (Report No. 
733.) V. W. Hughes. OEMsr-262; Service Project 
No. SC-73. MIT, Radiation Laboratory. Septem¬ 
ber 15, 1945. 

M4 The theory and performance of liquid delay lines. 




DIVISION 14 • MICROFILM LIST 


375 


(Report No. 792.) A. E. Benfield, A. G. Emslie 
and H. B. Huntington. OEMsr-262. MIT, Radi¬ 
ation Laboratory. September 21, 1945. 

M5 A method of compensating the frequency depend¬ 
ence of attenuation in a supersonic delay line. 
(Report No. 965.) Robert D. Arnold. Service 
Project No. SC-73. MIT, Radiation Laboratory. 
December 27, 1945. 

M6 Supersonic delay lines. (Report No. 850.) Herbert 
Shapiro. OEMsr-262. MIT, Radiation Labora¬ 
tory. March 15, 1946. 

M7 Description and operation of the general purpose 
variable delay unit. (Report No. 891.) R. P. 
Abbenhouse. OEMsr-262. MIT, Radiation Labo¬ 
ratory. March 26, 1946. 

211.3 Potentiometers 

Ml Plan position indicator using a sinusoidal potenti¬ 
ometer. (Report No. 312.) C. W. Sherwin. MIT, 
Radiation Laboratory. December 30, 1942. 

M2 Linearity of standard wire-wound volume-control 
type potentiometers. (Report No. 313.) Paul Ro¬ 
senberg. MIT, Radiation Laboratory. February 
3, 1943. 

M3 Specification of performance tests for plan position 
indicator sinusoidal potentiometers, Types RL- 
10E and RL-14. (Report No. 316.) Paul Rosen¬ 
berg. MIT, Radiation Laboratory. May 25, 1943. 

M4 Present status of potentiometer projects in the 
Radiation Laboratory. (Report No. 318.) Paul 
Rosenberg. MIT, Radiation Laboratory. June 15, 
1943. 

M5 Potentiometer, Type RL-B, for azimuth and eleva¬ 
tion indication on magnetically deflected cathode- 
ray tubes. (Report No. 409.) Paul Rosenberg. 
MIT, Radiation Laboratory. July 15, 1943. 

M6 Sinusoidal potentiometers, Types RL-10CB, RL- 
10CD, RL-10E and RL-14. (Report No. 423.) Paul 
Rosenberg. MIT, Radiation Laboratory. August 
16, 1943. 

M7 Sinusoidal potentiometers. Types RL-11, RL-15 
and RL-204. (Report No. 459.) Paul Rosenberg. 
MIT, Radiation Laboratory. December 16, 1943. 

M8 Matching resistance curves by means of two linear 
gauged potentiometers and a three-terminal resist¬ 
ance network. (Report No. 610.) Norman H. 
Painter. OEMsr-262. MIT, Radiation Labora¬ 
tory. August 17, 1944. 

M9 Life test of contact material on standard linear 
wire-wound potentiometers. (Report No. 617.) 
Fred E. Dole and Robert J. Sullivan. OEMsr-262. 
MIT, Radiation Laboratory. March 12, 1946. 

M10 Sine potentiometer tester. (Report No. 940.) C. A. 
Washburn. OEMsr-262. MIT, Radiation Labora¬ 
tory. March 21, 1946. 

Mil The RL-270 series of precision potentiometers. 
(Report No. 864.) Robert J. Sullivan. OEMsr- 
262. MIT, Radiation Laboratory. March 25, 
1946. 


211.4 Transformers 

Ml Energy loss in copper under pulse conditions. (Re¬ 
port No. 619.) Winston H. Bostick. OEMsr-262. 
MIT, Radiation Laboratory. December 22, 1944. 
M2 [Transformers.] Final report of work performed on 
Contract OEMsr-1112. (Report No. 382.) W. A. 
Sumner. Wesdnghouse Electric and Manufactur¬ 
ing Company, Inc. December 29, 1944. 

M3 Transformer Model Shop. (Report No. 443.) R. S. 
Quimby. OEMsr-589. Raytheon Manufacturing 
Company. March 12, 1945. 

M4 Use of a specially designed magnetic amplifier in 
computing circuits. (Report No. 437.) H. S. Sack, 
R. T. Beyer and others. OEMsr-768. Cornell 
University. May 10, 1945. 

M5 Transformer Model Shop at Sharon, Pennsylvania. 
(Report No. 454.) (n.a.) OEMsr-1239. Westing- 

house Electric and Manufacturing Company, Inc. 
June 25, 1945. 

M6 Transformer Model Shop. (Report No. 591.) 
H. W. Lord, R. H. Johnson and P. C. Edwards. 
OEMsr-582. General Electric Company. April 
23, 1946. 

211.41 Pulse Transformers 

Ml Pulse transformers. (Report No. 213.) Simon Son- 
kin. MIT, Radiation Laboratory. July 23, 1942. 
M2 Test equipment for pulse transformers. (Report 
No. 219.) Winston H. Bostick, P. Roger Gillette 
and Harold L. Rehkopf. MIT, Radiation Labo¬ 
ratory. June 1, 1943. 

M3 Pulse transformers. (Report No. 217.) Winston H. 
Bostick, P. Roger Gillette and Harold L. Rehkopf. 
MIT, Radiation Laboratory. June 1, 1943. 

M4 Leakage inductance and distributed capacitance of 
various types of pulse transformer windings. (Re¬ 
port No. 463.) P. Roger Gillette, Winston H. 
Bostick and Harold L. Rehkopf. MIT, Radiation 
Laboratory. November 22, 1943. 

M5 Pulse transformer core material measurements. 
(Report No. 470.) Harold L. Rehkopf, Winston 
H. Bostick and P. Roger Gillette. MIT, Radiation 
Laboratory. December 10, 1943. 

M6 Colloquium on pulse transformer design. (Report 
No. 498 t for the period] from November 3 to 4, 

1943. ) P. Roger Gillette. OEMsr-262. MIT, 
Radiation Laboratory. January 15, 1944. 

M7 Pulse transformers designed at Radiation Labora¬ 
tory and produced by General Electric Company 
and Wesdnghouse Electric and Manufacturing 
Company. (Report No. 513.) P. Roger Gillette. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 19, 1944. 

M8 High-ambient life test of an oil-filled pulse trans¬ 
former. (Report No. 514.) H. R. Zeller. OEMsr- 
262. MIT, Radiation Laboratory. January 19, 

1944. 

M9 Analysis of the influence of pulse transformers on 
current pulse shape. (Report No. 546.) Winston 
H. Bostick, P. Roger Gillette and others. OEMsr- 


SECRET 





376 


DIVISION 14 • MICROFILM LIST 


262; Service Project No. NS-228. MIT, Radiation 
Laboratory. June 16, 1944. 

M10 A method of virtual displacements for electrical 
systems with applications to pulse transformers. 
(Report No. 618.) Prescott D. Crout. OEMsr-262. 
MIT, Radiation Laboratory. October 6, 1944. 

Mil Pulse Transformer Committee standard test meth¬ 
ods for pulse transformer cores. (Report No. 722.) 
Winston H. Bostick. OEMsr-262. MIT, Radi¬ 
ation Laboratory. May 5, 1945. 

M12 Pulse transformers. (Report No. 447.) J. W. Duni- 
fon. OEMsr-1269. Utah Radio Products Com¬ 
pany. June 14, 1945. 

M13 Equivalent network for the 232-BW pulse trans¬ 
former based on the method of virtual displace¬ 
ments. (Report No. 734.) Frank E. Bothwell. 
OEMsr-262. MIT, Radiation Laboratory. July 2, 
1945. 

M14 Radiation Laboratory pulse transformer designs. 
(Report No. 882.) P. Roger Gillette. OEMsr- 
262. MIT, Radiation Laboratory. November 1, 
1945. 

M15 Proposed basic specification for pulse transformers. 
(Report No. 881.) P. Roger Gillette. OEMsr-262. 
MIT, Radiation Laboratory. November 8, 1945. 

211.42 Chokes 

Ml The measurement and design of direct current 
resonant charging chokes. (Report No. 215.) A. C. 
Donovan. MIT, Radiation Laboratory. Novem¬ 
ber 23, 1942. 

211.5 Cavities 

Ml Tunable cavities. (Report No. 143.) (n.a.) MIT, 

Radiation Laboratory. October 18, 1941. 

M2 Transmission of higher harmonics through a 
transmit-receive cavity. (Report No. 361.) Bruce 
Cork. MIT, Radiation Laboratory. January 11, 
1943. 

M3 Perturbation theory for cavities. (Report No. 117.) 
H. A. Bethe and Julian Schwinger. OEMsr-429. 
Cornell University. March 4, 1943. 

M4 Excitation of cavities through windows. (Report 
No. 202.) H. A. Bethe. MIT, Radiation Labora¬ 
tory. April 9, 1943. 

M5 A proposed standard test cavity for the 707-B tube. 
(Report No. 693.) J. B. H. Kuper and P. A. Cole. 
OEMsr-262. MIT, Radiation Laboratory. March 

15, 1945. 

M6 [Some] X-band beacon reference cavities. (Report 
No. 972.) L. D. Smullin. OEMsr-262. MIT, 

Radiation Laboratory. January 15, 1946. 

M7 t Some 3 X-band sealed standard cavities. (Report 
No. S-70.) F. J. Gaffney. OEMsr-262. MIT, 

Radiation Laboratory. February 13, 1946. 

211.6 Tubes 

Ml Radar Tube Model Shop. (Report No. 582.) (n.a.) 
OEMsr-999. Sylvania Electric Products, Inc. No¬ 

vember 30, 1945. 


211.61 Diodes 

Ml The use of the temperature-limited diode in 
measurements of noise figures of crystals. (Report 
No. 294.) William M. Breazeale and Yardley 
Beers. MIT, Radiation Laboratory. February 27, 
1943. 

M2 Signal-to-noise measurements on the CV-58. (Re¬ 
port No. 416.) Eric Durand. MIT, Radiation 
Laboratory. August 11, 1943. 

M3 A survey of high vacuum diodes used for surge 
limiting operation in modulators. (Report No. 
580.) S. J. Krulikoski, Jr. OEMsr-262. MIT, 
Radiation Laboratory. September 5, 1944. 

M4 Temperature-limited diode. (Report No. 761.) 
Julian K. Knipp. OEMsr-262. MIT, Radiation 
Laboratory. January 31, 1946. 

211.62 Triodes 

Ml Development of the SB-811, SB-81 lb and SB-846 
triodes for pulsed and continuous-wave operation 
at microwave frequency. (Report No. 590.) (n.a.) 

OEMsr-988. Sylvania Electric Products, Inc. 
May 8, 1946. 

212 Circuits and Networks 

212.1 Rectifier Filter Circuit 

Ml Rectifier filter circuit analyses. (Report No. T-3.) 
Harry J. White. MIT, Radiation Laboratory. 

February 17, 1942. 

M2 Rectifier filter circuit analyses. (Report No. T-12.) 
Harry J. White. MIT, Radiation Laboratory. 

November 4, 1942. 

M3 Analysis of a half-wave rectifier circuit involving 
inductance, resistance and capacity. (Report No. 
867.) Frank E. Bothwell and Prescott D. Crout. 
OEMsr-262. MIT, Radiation Laboratory. Decem¬ 
ber 26, 1945. 

212.2 Double-Tuned Circuit 

Ml Stagger-damped double-tuned circuits. (Report 
No. 539.) Henry Wallman. OEMsr-262. MIT, 
Radiation Laboratory. March 23, 1944. 

M2 The double-tuned circuit with transitional cou¬ 
pling. (Report No. 784.) James L. Lawson and 
Albert M. Stone. OEMsr-262. MIT, Radiation 
Laboratory. October 8, 1945. 

212.3 Equivalent Circuit 

Ml Impedance characteristics and equivalent circuits 
for vertical radiators. (Report No. 512.) R. B. 
Lawrance and A. J. Pote. OEMsr-262; Service 
Project Nos. SC-56 and AC-57. MIT, Radiation 
Laboratory. April 15, 1944. 

M2 The evaluation of an equivalent circuit for a 
pulse transformer. (Report No. 545.) Winston H. 
Bostick, P. Roger Gillette and others. OEMsr-262; 
Service Project No. NS-228. MIT, Radiation 
Laboratory. May 8, 1944. 

M3 Equivalent circuit of a pulse transformer core. 


■SECRET 






DIVISION 14 • MICROFILM LIST 


377 


212.4 


212.5 


212.6 

212.61 


212.7 


(Report No. 666.) Harold L. Rehkopf. OEMsr- 
262. MIT, Radiation Laboratory. March 20, 
1945. 

Pulsed Circuits 

Ml Microwave radar. Volume I, Theory and practice 
of pulsed circuits. (Report No. T-8.) Donald G. 
Fink. MIT, Radiation Laboratory. July, 1942. 

M2 Calculation of pulse forming networks having 
slow rates of voltage rise. (Report No. 698.) Anna 
Walter. OEMsr-262. MIT, Radiation Laboratory. 
March 12, 1945. 

M3 Colloquium on pulse forming networks, October 
12, 1944. (Report No. 692.) P. Roger Gillette and 
Richard Blythe. OEMsr-262. MIT, Radiation 
Laboratory. March 14, 1945. 

M4 Proposed basic specification for pulse forming net¬ 
works. (Report No. 883.) P. Roger Gillette. 
OEMsr-262. MIT, Radiation Laboratory. No¬ 
vember 2, 1945. 

Ranging Circuits 

Ml A line-controlled blocking oscillator. (Report No. 
214.) W. O. Reed. MIT, Radiation Laboratory. 
October 29, 1942. 

M2 Hand radar ranging circuit. (Report No. 327.) 
Britton Chance. MIT, Radiation Laboratory. 
January 8, 1943. 

M3 Frequency division with blocking oscillator pulse 
transformers. (Report No. 329.) George Hite, Earl 
Whitham and Britton Chance. MIT, Radiation 
Laboratory. March 11, 1943. 

M4 Line-controlled blocking oscillator marker gen¬ 
erator. Airborne range-only calibrator. (Report 
No. 330.) A. H. Fredrick. MIT, Radiation Labo¬ 
ratory. April 8, 1943. 

M5 Frequency division with blocking oscillators. (Re¬ 
port No. 544.) R. B. Woodbury. OEMsr-262; 
Service Project Nos. SC-36, SC-56 and others. 
MIT, Radiation Laboratory. April 10, 1944. 

M6 A range measuring system using a resistance- 
capacitance linear sweep. (Report No. 540.) V. W. 
Hughes. OEMsr-262; Service Project Nos. SC-57, 
NS-149 and others. MIT, Radiation Laboratory. 
September 18, 1944. 

Transformation Circuits 

Resolvers 

Ml Coordinate transformation circuits using resolvers. 
Coordinate transformation by means of electrical 
networks. (Report No. 288.) (n.a.) Bartol Re¬ 

search Foundation. June 1, 1944. 

M2 Direct current resolvers. (Report No. 512.) H. S. 
Sack and R. N. Work. OEMsr-768. Cornell Uni¬ 
versity. October 6, 1945. 

Multivibrator Circuit 

Ml A precision delay multivibrator for range measure¬ 
ment. (Report No. 320.) Britton Chance, M. H. 


Johnson and Ralph S. Phillips. MIT, Radiation 
Laboratory. June 1, 1942. 

M2 Operating characteristics of multivibrators and 
gates and related matters. (Report No. 154). D. A. 
Wilbur. OEMsr-781. Rensselaer Polytechnic In¬ 
stitute. January 6, 1943. 

M3 A voltage compensated delay multivibrator. (Re¬ 
port No. 334.) C. R. Ahern, A. B. Jacobsen and 
Britton Chance. MIT, Radiation Laboratory. 
March 15, 1943. 

M4 An adaptation of the phantastron delay multi¬ 
vibrator circuit to the 6-SA7 tube. (Report No. 
338.) R. Kelner, V. W. Hughes and others. MIT, 
Radiation Laboratory. August 21, 1943. 

M5 Performance and stability of triggered gates. (Re¬ 
port No. 445.) (n.a.) OEMsr-781. Rensselaer 

Polytechnic Institute. May 4, 1945. 

M6 Operating characteristics of multivibrators and 
gates and related matters. (Report No. 155.) D. A. 
Wilbur. OEMsr-781. Rensselaer Polytechnic In¬ 
stitute. (n.d.) 

212.8 Miscellaneous Circuits and Networks 

Ml Resistance-capacitance networks. (Report No. 379.) 
Carl R. Wischmeyer. MIT, Radiation Laboratory. 
September 22, 1942. 

M2 Analysis of the double-triode integrator. (Report 
No. 159.) B. Rossi and N. Nereson. OEMsr-768. 
Cornell University. July 14, 1943. 

M3 A cathode follower employing two tubes to obtain 
extremely low output resistance. (Report No. 469.) 
Calvin M. Hammack. MIT, Radiation Labora¬ 
tory. November 10, 1943. 

M4 Differential to single-ended potential converters. 
(Report No. 457.) J. W. Gray and Duncan Mac- 
Rae, Jr. MIT, Radiation Laboratory. November 
12, 1943. 

M5 Instantaneous voltage measurement by use of a 
trigger circuit. (Report No. 409.) R. G. Kloeffler 
and K. H. Martin. OEMsr-560. Kansas State Col¬ 
lege. February 17, 1944. 

M6 Non-linear networks as voltage regulators. (Report 
No. 711.) Heinz E. Kallmann. OEMsr-262. MIT, 
Radiation Laboratory. May 21, 1945. 

M7 A microwave frequency discriminator. (Report No. 
662.) R. V. Pound. OEMsr-262. MIT, Radiation 
Laboratory. August 4, 1945. 

M8 Alternating current potential equalizers and phase 
sensitive detectors. (Report No. 513.) H. S. Sack 
and A. A. Oliner. OEMsr-768. Cornell Univer¬ 
sity. October 26, 1945. 

M9 The effect of small changes in circuit parameters 
on the solution of network problems. (Report No. 
1063.) Frank E. Bothwell. OEMsr-262. MIT, 
Radiation Laboratory. January 14, 1946. 

213 Computing Devices and Methods 

Ml Hygraph instruction manual. (Report No. M-230.) 
Leopold Rovner. OEMsr-262; Service Project 
Nos. SC-59 and SC-109. MIT, Radiation Labora¬ 
tory. August 8, 1945. 





378 


DIVISION 14 • MICROFILM LIST 


M2 Graphs for computing the diffraction field with 
standard and superstandard refraction. (Report 
No. 799.) Pearl J. Rubenstein and William T. 
Fishback. OEMsr-262. MIT, Radiation Labora¬ 
tory. August 13, 1945. 

M3 Some additional remarks on electronic computers 
for division, multiplication, etc. (Report No. 538.) 
H. S. Sack and H. W. Boehmer. OEMsr-768. 
Cornell University. October 8, 1945. 

M4 Investigation of circuits of use in precision radar 
computers. (Report No. 546.) H. S. Sack. OEMsr- 
768. Cornell University. October 30, 1945. 

M5 Mechanical computor mechanism for moving co¬ 
herent oscillator. (Report No. 900.) Allen D. 
Hoffmann. OEMsr-262. MIT, Radiation Labora¬ 
tory. December 14, 1945. 

214 Remote Indication and Control Systems 

214.1 Amplidynes 

Ml An analysis of an amplidyne servomechanism. (Re¬ 
port No. T-4.) C. C. Lawry, Jr. MIT, Radiation 
Laboratory. February 10, 1942. 

M2 Amplidyne servo for SCR-598 surface fire control 
set. (Report No. 435.) Carlton W. Miller. MIT, 
Radiation Laboratory. October 1, 1943. 

M3 Tests on an M-3B1 oil gear and an amplidyne 
servo for the SCR-598 control problem. (Report 
No. 464.) H. Tyler Marcy and Carlton W. Miller. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 4, 1944. 

214.2 Selsyns 

Ml Data transmission by means of selsyns. (Report 
No. 6.) I. A. Getting. MIT, Radiation Labora¬ 
tory. November 6, 1941. 

M2 Selsyns. (Report No. 12.) (n.a.) MIT, Radiation 

Laboratory. April 1, 1942. 

M3 Geared selsyns. (Report No. 388.) R. E. Meagher 
and M. D. McFarlane. MIT, Radiation Labora¬ 
tory. October 9, 1942. 

M4 A one-tube, one-selsyn sector scanner. (Report No. 
448.) Edward E. Miller. MIT, Radiation Labora¬ 
tory. December 6, 1943. 

M5 Production sources of self-synchronous units. (Re¬ 
port No. 282.) S. Noodleman. MIT, Radiation 
Laboratory, (n.d.) 

214.3 Servomechanisms 

Ml Thyratron servo control circuit for spinners. (Re¬ 
port No. 31.) (n.a.) MIT, Radiation Laboratory. 

April 4, 1942. 

M2 Development of a flexible relay servomechanism 
and application to sector scanning spinner con¬ 
trols. (Report No. 386.) Edward E. Miller. MIT, 
Radiation Laboratory. May 29, 1942. 

M3 Airborne range-only range follow-up unit. (Report 
No. 331.) J. R. Rogers. MIT, Radiation Labora¬ 
tory. March 19, 1943. 

M4 Servomechanisms. (Report No. 372.) Ralph S. 


Phillips. MIT, Radiation Laboratory. May 11, 

1943. 

M5 A hard tube servo amplifier for fractional horse¬ 
power direct current motors. (Report No. 535.) 
Wayne K. Hodder. OEMsr-262. MIT, Radiation 
Laboratory. March 14, 1944. 

M6 Servo generator life tests. (Report No. S-ll.) G. J. 
Plain. OEMsr-262; Service Project Nos. SC-8 and 
SC-101. MIT, Radiation Laboratory. April 8, 

1944. 

M7 Servos with torque saturation. (Report No. 555.) 
Witold Hurewicz and Nathaniel B. Nichols. 
OEMsr-262. MIT, Radiation Laboratory. May 1, 

1944. 

M8 [Servomechanisms for Mark 56 director.] Work 
performed under OSRD Contract OEMsr-1162. 
(Report No. 279.) (n.a.) MIT, Servomechanisms 

Laboratory. July 11, 1944. 

M9 Servos with torque saturation. (Part II. Report No. 
592.) Witold Hurewicz. OEMsr-262. MIT, 
Radiation Laboratory. September 28, 1944. 

M10 [Thej QA-2B servo adaptor. (Report No. 645-1.) 
Wilfred Roth. OEMsr-262. MIT, Radiation 
Laboratory. December 16, 1944. 

Mil Servos with pulsed error data. (Report No. 721.) 
Witold Hurewicz. OEMsr-262. MIT, Radiation 
Laboratory. April 26, 1945. 

M12 [Thej Ql-2 and Q-3 servo amplifiers. (Report No. 
645-2.) R. U. Nathe and Wilfred Roth. OEMsr- 
262. MIT, Radiation Laboratory. September 25, 

1945. 

M13 A displacement or velocity servo amplifier. (Re¬ 
port No. 1015.) Wilfred Roth. OEMsr-262. 
MIT, Radiation Laboratory. February 25, 1946. 
M14 Parallel T stabilizing networks for alternating cur¬ 
rent servos. (Report No. 811.) A. Sobczyk. 
OEMsr-262. MIT, Radiation Laboratory. March 
7, 1946. 

214.4 Synchros 

Ml Results of tests performed on synchro units and 
systems. (Report No. 490.) E. R. Perkins. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 14, 1944. 

M2 Synchro test equipment and test procedure. (Re¬ 
port No. 434.) Irving Polk. OEMsr-262. MIT, 
Radiation Laboratory. March 7, 1944. 

M3 Synchro units and their characteristics. (Report 
No. 740.) E. R. Perkins. OEMsr-262; Service 
Project No. NO-182. MIT, Radiation Laboratory. 
June 27, 1945. 

M4 Description and method of operation of the spe¬ 
cial synchro test bench and synchro testing proce¬ 
dures. (Report No. 922.) C. E. Foster. OEMsr- 
262. MIT, Radiation Laboratory. March 25, 

1946. 

M5 The use of synchros for radial time base displays. 
(Report No. 941.) W. O. Reed. OEMsr-262. 
MIT, Radiation Laboratory. March 25, 1946. 

M6 Results of tests performed on synchro units and 



DIVISION 14 • MICROFILM LIST 


379 


systems. (Report No. 921.) C. E. Foster, E. R. man. OEMsr-262. MIT, Radiation Laboratory. 

Perkins and M. M. Hubbard. OEMsr-262. MIT, July 31, 1945. 

Radiation Laboratory. April 8, 1946. 


214.5 Miscellaneous Systems 

Ml Remote position control by direct frequency vari¬ 
ation. (Report No. 482.) D. L. Jaffe. MIT, Radi¬ 
ation Laboratory. November 23, 1943. 

M2 Preliminary results on calibration of autotrans¬ 
formers. (Report No. 364.) H. S. Sack, J. J. 
Taylor and R. N. Work. OEMsr-768. Cornell 
University. January 16, 1945. 

220 Component Engineering 

221 Shock Mounting and Vibration 

Ml Shock mounting and vibration. (Report No. T-16.) 
Prescott D. Crout. OEMsr-262. MIT, Radiation 
Laboratory. May 18, 1944. 

222 High Power 

Ml Present status of high power at S-band. (Report 
No. 793.) R. T. Young, Jr. OEMsr-262. MIT, 
Radiation Laboratory. September 25, 1945. 

M2 Summary of high power breakdown tests on micro- 
wave components. (Report No. 1071.) H. F. 
Clarke, George L. Ragan and others. OEMsr-262. 
MIT, Radiation Laboratory. January 10, 1946. 

223 Metal Corrosion 

Ml Corrosion of copper, brass and aluminum by 
gaseous dielectrics. (Report No. 248.) C. S. Pear¬ 
sall. MIT, Radiation Laboratory. January 13, 

1943. 

M2 X-band waveguide corrosion proofing. (Report No. 
S-29.) Richard M. Walker. OEMsr-262. MIT, 
Radiation Laboratory. October 6, 1944. 

M3 Notes on the contamination of mercury by stain¬ 
less steel. (Report No. 935.) H. B. Huntington. 
OEMsr-262. MIT, Radiation Laboratory. March 
1, 1946. 

224 Temperature Changes 

Ml Temperature rise in ATR racks. (Report No. 281.) 
S. P. Hunt. MIT, Radiation Laboratory. Octo¬ 
ber 16, 1942. 

M2 Cooling of pressure-tight containers. (Report No. 
462.) A. E. Vershbow and E. L. Czapek. OEMsr- 
262. MIT, Radiation Laboratory. March 14, 

1944. 

225 Weatherproofing 

Ml The sealing of air at rotating shafts and joints. 
(Report No. 552.) A. I. Winslow. OEMsr-262. 
MIT, Radiation Laboratory. April 18, 1944. 

M2 Hermetic-seal collared wafer development. (Report 
No. 408.) Stanley E. Lull. OEMsr-1352. Sylvania 
Electric Products, Inc. February 26, 1945. 

M3 Moisture proofing of button mica capacitors. (Re¬ 
port No. 790.) J. C. Balsbaugh and W. C. Tail- 


230 Transmitter Components 

Ml Microwave technique, as of May, 1943. (Report 
No. T-13.) J. M. Peterson, L. Annenberg and 
others. MIT, Radiation Laboratory. May 5, 1943. 

M2 Mechanical vacuum switches, transmission line and 
radio frequency pulsing circuits. (Report No. 156.) 
(n.a.) OEMsr-652. University of California. June 
1, 1943. 

231 Modulators 

Ml Modulators and synchronizers. (Report No. 69.) 
(n.a.) MIT, Radiation Laboratory. March 25, 
1941. 

M2 Modulators. (Report No. 70.) (n.a.) MIT, Radi¬ 
ation Laboratory. May 11, 1941. 

M3 Report of the Modulator Group. (Report No. 71.) 
(n.a.) MIT, Radiation Laboratory. July 31, 1941. 

M4 Regular report of Modulator Group. (Report No. 
72.) (n.a.) MIT, Radiation Laboratory. Novem¬ 
ber 4, 1941. 

M5 Modulator colloquium, April 16 to 17, 1943. (Re¬ 
port No. 208.) A. S. Jerrems. MIT, Radiation 
Laboratory. June 9, 1943. 

M6 Modulator text. (Report No. T-15.) Edited by: 
A. S. Jerrems and E. R. Kravitz. MIT, Radiation 
Laboratory. December 17, 1943. 

M7 Radiation Laboratory modulator summary. (Re¬ 
port No. 829.) B. Dwight. OEMsr-262. MIT, 
Radiation Laboratory. November 1, 1945. 

231.1 Hard Tube 

Ml Some tubes used in hard tube modulators. (Report 
No. 211.) Winston H. Bostick. MIT, Radiation 
Laboratory. May 19, 1942. 

M2 Hard tube modulators and drivers. (Report No. 
212.) A. E. Whitford. MIT, Radiation Labora¬ 
tory. May 26, 1942. 

M3 The regulation obtainable in the operation of a 
hard tube modulator with magnetron load. (Re¬ 
port No. 697.) G. N. Glasoe. OEMsr-262. MIT, 
Radiation Laboratory. February 20, 1945. 

M4 Measurements and wave forms obtained with SCR- 
598 modulator. (Report No. 757.) Geoffrey 
Knight. OEMsr-262. MIT, Radiation Labora¬ 
tory. November 29, 1945. 

231.2 Line Type 

Ml The components testing system. (Report No. 43.) 
(n.a.) MIT, Radiation Laboratory. December 17, 
1941. 

M2 Spark gap colloquium at Radiation Laboratory, 
MIT, July, 1942. (Report No. 207.) M. G. White. 
MIT, Radiation Laboratory. September 28, 1942. 

M3 Analysis of condenser charging in line type mod¬ 
ulators. Part I, For linear reactor elements. (Re¬ 
port No. 441.) Harry J. White. MIT, Radiation 
Laboratory. September 17, 1943. 




380 


DIVISION 14 • MICROFILM LIST 


M4 Analysis of line modulator behavior with a spark¬ 
ing magnetron load. (Report No. 765.) O. T. 
Fundingsland and Anna Walter. OEMsr-262. 
MIT, Radiation Laboratory. August 10, 1945. 

M5 Line type modulator and HP-10V magnetron op¬ 
eration at 6 megawatts. (Report No. 682-6.) Joseph 
R. Dillinger. OEMsr-262. MIT, Radiation Labo¬ 
ratory. January 11, 1946. 

M6 AN/APS-30 modulator status. (Report No. 1000.) 
A. C. Donovan. OEMsr-262. MIT, Radiation 
Laboratory. January 17, 1946. 

231.21 Series Spark Gaps 

Ml Development of a cold emission power tube. (Re¬ 
port No. 105.) C. M. Slack. OEMsr-288. West- 
inghouse Electric and Manufacturing Company, 
Inc. May 15, 1942. 

M2 Tests on five types of triggered switch modulators. 
(Report No. 210.) J. M. LaRue and J. R. Perkins. 
MIT, Radiation Laboratory. June 1, 1942. 

M3 Enclosed pressure gaps. (Report No. 150.) C. M. 
Slack and Edward G. F. Arnott. OEMsr-709. 
Westinghouse Electric and Manufacturing Com¬ 
pany, Inc. December, 1942. 

M4 Development of series spark gaps. (Report No. 
327, for the period of January 1, 1943 to June 30, 

1944. ) Edward G. F. Arnott. OEMsr-709. West¬ 
inghouse Electric and Manufacturing Company, 
Inc. August 14, 1944. 

M5 High-power series gaps. (Report Nos. 316, 359, 
398, 414, 438 and 468 t for the period] July, 1944 
to June, 1945.) F. S. Goucher. OEMsr-1409. Bell 
Telephone Laboratories, Inc. 

M6 Double-triggering and voltage balancing for series 
gaps. (Report No. 493.) Harold J. Sullivan. 
OEMsr-709. Westinghouse Electric and Manufac¬ 
turing Company, Inc. May 22, 1945. 

M7 Development of series spark gaps. (Report No. 
494.) Edward G. F. Arnott. OEMsr-709. West¬ 
inghouse Electric and Manufacturing Company, 
Inc. July 12, 1945. 

M8 Dissipation in series spark gaps and voltage-current 
relationships during the discharge. (Report No. 
682-1.) Rex G. Fluharty and Joseph R. Dillinger. 
OEMsr-262. MIT, Radiation Laboratory. August 
31, 1945. 

M9 High-power series gaps having sintered iron sponge 
mercury cathodes. (Report No. 488.) F. S. Gou¬ 
cher, J. R. Haynes and E. J. Ryder. OEMsr-1409. 
Bell Telephone Laboratories, Inc. October 1, 

1945. 

M10 t A] three-electrode triggered gap. (Report No. 880.) 
K. J. Germeshausen and H. R. Zeller. OEMsr-262. 
MIT, Radiation Laboratory. November 19, 1945. 
Mil Division of voltage across series spark gaps in line- 
type modulator. (Report No. 682-2.) Joseph R. 
Dillinger and Frank E. Bothwell. OEMsr-262. 
MIT, Radiation Laboratory. December 11, 1945. 
M12 Operation of sintered iron sponge mercury 
cathode-type series gaps at ship-controlled inter¬ 


ception, airborne early warning and 5-micro¬ 
second conditions. (Report No. 682-5.) Joseph R. 
Dillinger. OEMsr-262. MIT, Radiation Labora¬ 
tory. January 16, 1946. 

M13 General characteristics of enclosed spark gaps with 
emphasis on aluminum cathode-type series gaps. 
(Report No. 682-3.) Joseph R. Dillinger. OEMsr- 
262. MIT, Radiation Laboratory. January 30, 

1946. 

M14 Modulator for AN/TPS-10 radar. (Report No. 
997.) P. C. Bettler. OEMsr-262; Service Project 
No. AC-239.04. MIT, Radiation Laboratory. 
January 31, 1946. 

M15 Some characteristics of the IB-41, IB-45 and IB-49 
series spark gaps. (Report No. 682-4.) Joseph R. 
Dillinger. OEMsr-262. MIT, Radiation Labora¬ 
tory. March 19, 1946. 

231.22 Thyratrons 

Ml Developmental work on pulse thyratron. Type ZG- 
473. (Report No. 108.) A. C. Gable. OEMsr-180. 
General Electric Company. May 6, 1942. 

M2 Pulse thyratrons. (Report No. 90, for the period 
June, 1941 to December, 1941.) Elliott J. Lawton. 
OEMsr-180. General Electric Company. May 26, 
1942. 

M3 Pulse thyratrons. (Report No. 411.) Paul W. 
Crapuchettes. OEMsr-180. General Electric Com¬ 
pany. April 10, 1943. 

231.221 Hydrogen 

Ml H 2 -filled thyratrons. (Report No. 107.) Paul W. 
Crapuchettes. OEMsr-180. General Electric Com¬ 
pany. August 18, 1942. 

M2 Instruction manual for Model 7-A hydrogen thyra¬ 
tron modulator. (Report No. M-145.) H. J. Hall. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 1, 1944. 

M3 Model 7 experimental hydrogen thyratron modula¬ 
tor. (Report No. 485.) H. J. Hall. OEMsr-262. 
MIT, Radiation Laboratory. February 25, 1944. 

M4 Trigger requirements of the 4C-35 and 3C-45 hy¬ 
drogen thyratrons. (Report No. 605.) S. J. Kruli- 
koski, Jr. OEMsr-262. MIT, Radiation Labora¬ 
tory. August 31, 1944. 

M5 Summary of life test data on Sylvania 4C-35 
hydrogen thyratrons. (Report No. 589.) S. J. 
Krulikoski, Jr. OEMsr-262. MIT, Radiation 
Laboratory. February 1, 1945. 

M6 [A proposed hydrogen thyratron known as Type 
No. H-50.] Final technical report of Kuthe Labo¬ 
ratories, Inc., under provisions of Contract No. 
OEMsr-1032. (Report No. 536.) Bernard Hellring. 
OEMsr-1032. Kuthe Laboratories, Inc. March 
31, 1945. 

M7 Technical data and operating notes for the 5C-22 
hydrogen thyratron. (Report No. 828.) S. J. Kru¬ 
likoski, Jr. OEMsr-262. MIT, Radiation Labo¬ 
ratory. November 14, 1945. 

M8 Metallic hydride studies. (Report No. 813.) A. S. 




DIVISION 14 • MICROFILM LIST 


381 


231.23 


231.3 


231.4 


Eisenstein, Walter C. Schumb and others. OEMsr- 
262. MIT, Radiation Laboratory. December 7, 

1945. 

M9 Summary of the life test program on 3C-45, 4C-35 
and 5C-22 hydrogen thyratrons. (Report No. 865.) 
S. J. Krulikoski, Jr. OEMsr-262. MIT, Radiation 
Laboratory. January 31, 1946. 

M10 Hydrogen thyratrons in pulse generator circuits. 
(Report No. 953.) S. J. Krulikoski, Jr. OEMsr- 
262. MIT, Radiation Laboratory. March 18, 

1946. 

Rotary Spark Gaps 

Ml Rotary spark gap modulators. (Report No. 209.) 
Harry J. White and Joseph R. Dillinger. MIT, 
Radiation Laboratory. May 19, 1942. 

M2 The time fluctuations of a rotary spark gap modu¬ 
lator. (Report No. 356.) Leon B. Linford, Dudley 
A. Williams and others. MIT, Radiation Labora¬ 
tory. December 18, 1942. 

M3 Stability of magnetrons operated by spark gap 
modulators. (Report No. 620.) D. F. Winter and 

H. A. Miley. OEMsr-262. MIT, Radiation Labo¬ 
ratory. October 9, 1944. 

Radiation Laboratory Model Nos. 4, 6, 9, 12, 17 and 20 

Ml Instruction manual for experimental service mod¬ 
ulator, Model 4, Type 1372. (Report No. M-lll.) 
(n.a.) MIT, Radiation Laboratory. July 30, 1942. 
M2 Instruction manual for service modulator, Model 
9. (Report No. M-131.) K. J. Urquhart. MIT, 
Radiation Laboratory. September 1, 1943. 

M3 Instruction manual for Model 6-B, microwave 
early warning modulator. (Report No. M-139.) 
P. C. Bettler. MIT, Radiation Laboratory. No¬ 
vember 29, 1943. 

M4 Instruction manual for Model 6 modulator. (Re¬ 
port No. M-153.) P. C. Bettler. OEMsr-262. 
MIT, Radiation Laboratory. February 18, 1944. 
M5 Model 6 modulator performance tests. (Report No. 
549.) P. C. Bettler. OEMsr-262; Service Project 
Nos. SC-60 and SC-71. MIT, Radiation Labora¬ 
tory. April 22, 1944. 

M6 Operating instructions for Model 12 modulator. 
(Report No. M-239.) A. C. Donovan. OEMsr-262. 
MIT, Radiation Laboratory. September 17, 1945. 
M7 Instruction manual for Model 20 laboratory mod¬ 
ulator. (Report No. M-232.) C. R. Ricker. 

OEMsr-262. MIT, Radiation Laboratory. Feb¬ 
ruary 19, 1946. 

M8 Instruction manual for Model 17 laboratory mod¬ 
ulator. (Report No. M-187.) C. R. Ricker. 

OEMsr-262. MIT, Radiation Laboratory. March 

I, 1946. 

Miscellaneous Modulators 

Ml Pulsers. (Report Nos. 66, 67 and 68.) Elisabeth 

M. Lyman, M. H. Kanner and others. MIT, 

Radiation Laboratory. December 2 and 27, 1940 
and February 1, 1941. 


M2 Test set for Raytheon service modulator. (Report 
No. 76.) Paul D. Bales. MIT, Radiation Labo¬ 
ratory. November 5, 1941. 

M3 Instruction manual for Raytheon service modula¬ 
tor, WX-3587A. (Report No. 78.) H. J. Hall. 
MIT, Radiation Laboratory. December 18, 1941. 

M4 Instruction manual for Raytheon laboratory mod¬ 
ulators WX-4054, WX-4054A and WX-4054B. 
(Report No. M-103.) Sims McGrath. MIT, Radi¬ 
ation Laboratory. April 7, 1942. 

M5 An electronic modulator for continuous-wave 
magnetrons. (Report No. 748.) A. Banos, Jr. and 
David S. Saxon. OEMsr-262. MIT, Radiation 
Laboratory. June 26, 1945. 

M6 The development of a power output tube for 
NDRC Microwave Section, Project No. 3. (Report 
No. 471.) R. B. Ayer. Radio Corporation of 
America. July 26, 1945. 

M7 A radio frequency mechanical modulator for S- 
band. (Report No. 798.) R. M. Fano. OEMsr- 
262. MIT, Radiation Laboratory. August 30, 
1945. 

M8 General theory of electronic beam modulators. 
(Report No. 758.) David S. Saxon. OEMsr-262. 
MIT, Radiation Laboratory. March 15, 1946. 

Modulators and Noise Factors 

Ml Reduction of radar-radio interference from mod¬ 
ulators. (Report No. 431.) L. W. Mallach. MIT, 
Radiation Laboratory. August 3, 1943. 

M2 Reduction of power line noise in modulators. 
(Report No. 634.) Gershon J. Wheeler. OEMsr- 
262. MIT, Radiation Laboratory. December 11, 
1944. 

Filters 

Ml A method of shielding for filter insertion loss 
measurements. (Report No. 786.) Gershon J. 
Wheeler. OEMsr-262. MIT, Radiation Labora¬ 
tory. August 8, 1945. 

M2 Electrical and physical characteristics of some 
commercial feed-through filters. (Report No. 785.) 
Gershon J. Wheeler. OEMsr-262. MIT, Radi¬ 
ation Laboratory. October 2, 1945. 

Radio Frequency Sources 

Ml Report of the Radio Frequency Section. (Report 
No. 140.) (n.a.) MIT, Radiation Laboratory. 

July 7, 1941. 

Magnetrons and Their Design 

Ml Note on the design of magnetrons. (Report No. 
88.) G. B. Collins. MIT, Radiation Laboratory. 
February 9, 1942. 

M2 Theory of magnetron operation. (Report No. 200.) 

J. C. Slater. MIT, Radiation Laboratory. March 
8, 1943. 

M3 Practical considerations of magnetron design. (Re¬ 
port No. 226.) W. V. Smith. MIT, Radiation 
Laboratory. August 22, 1943. 


231.5 


231.6 


232 


232.1 







382 


DIVISION 14 • MICROFILM LIST 


M4 Manual for magnetrons, Types 2J22-34, 706AY-GY, 
714AY and 718AY-EY. (Report No. M-116.) Ken¬ 
neth R. More. MIT, Radiation Laboratory. 
September 1, 1943. 

M5 Analysis of magnetron performance. Part I, Equiv¬ 
alent circuit, method applications. (Report No. 
229.) F. F. Rieke. MIT, Radiation Laboratory. 
September 16, 1943. 

M6 [Magnetron development.] Columbia Radiation 
Laboratory progress report. (Report No. 239.) 
(n.a.) OEMsr-485. Columbia University, Radi¬ 
ation Laboratory. January, 1944. 

M7 Analysis of magnetron operation. Part II, Detailed 
study of the operation of a magnetron. (Report 
No. 451.) Robert Platzman, J. E. Evans and F. F. 
Rieke. OEMsr-262. MIT, Radiation Laboratory. 
March 3, 1944. 

M8 Magnetrons for production of centimeter wave 
length radiation. Absorption of such radiation in 
water vapor. (Report No. 588.) (n.a.) OEMsr- 

485. Columbia University, Radiation Laboratory. 
April 1, 1946. 

232.11 Centimeter Frequencies 

Ml Development of 1- and 3-cm magnetrons. (Report 
No. 223.) (n.a.) OEMsr-485. Columbia Univer¬ 

sity, Radiation Laboratory. November 15, 1943. 

232.111 One Centimeter (K-Band) 

Ml [Thej 1-cm magnetron research t at] Columbia 
Radiation Laboratory. (Report No. 120.) J. M. B. 
Kellogg. OEMsr-485. Columbia University, Radi¬ 
ation Laboratory. January 14, 1943. 

M2 K-band work in USA. (Report No. 475.) B. Blea- 
ney. MIT, Radiation Laboratory. October 20, 
1943. 

M3 Cold impedance of E-5 tubes. (Report No. 235.) 
G. Becker and Sidney Millman. OEMsr-485. Co¬ 
lumbia University, Radiation Laboratory. Janu¬ 
ary 28, 1944. 

M4 [Tubes.] Columbia Radiation Laboratory progress 
reports. (Report Nos. 260 and 266.) (n.a.) OEMsr- 
485. Columbia University, Radiation Laboratory. 
February and March, 1944. 

M5 [A] K-band magnetron. (Report Nos. 299 and 
299-A.) J. H. Findlay and P. R. Kalisher. OEMsr- 
1165. Westinghouse Electric and Manufacturing 
Company, Inc. May 22 and August 21, 1944. 

M6 Operations of the Project Tube Shop, Dept. 681 
[from] November, 1943 through December, 1944. 
(Report No. 500.) N. E. Pryslak. OEMsr-477. 
Radio Corporation of America. December, 1944. 

M7 Wave guide output magnetrons employing fused 
quartz output transformers. (Report No. 367.) 
L. Malter and J. L. Moll. OEMsr-1043. Radio 
Corporation of America. January 15, 1945. 

M8 [A] K-band magnetron. (Report No. 444.) L. Mal¬ 
ter. OEMsr-1043. Radio Corporation of America. 
March 1, 1945. 

M9 t The 3 22- to 38-vane rising-sun magnetrons with 


large numbers of anode cavities for centimeter and 
millimeter wave lengths. (Report No. 589.) A. V. 
Hollenberg, N. Kroll and Sidney Millman. 
OEMsr-485. Columbia University, Radiation 
Laboratory. May 10, 1946. 

232.112 Three Centimeters (X-Band) 

Ml Characteristics of 3-cm magnetrons and instruc¬ 
tions for their operation. (Report No. 87.) G. B. 
Collins and L. F. Moore. MIT, Radiation Labo¬ 
ratory. December 9, 1941. 

M2 t A] 3-cm magnetron test bench. Construction and 
operation. (Report No. M-114.) J. B. Wiesner. 
MIT, Radiation Laboratory. August 22, 1942. 

M3 3-cm magnetron cold impedance. (Report No. 
163.) Dorothy D. Montgomery and C. G. Mont¬ 
gomery. MIT, Radiation Laboratory. September 
16, 1942. 

M4 Tubes for lightweight X-band radar and ultra 
portable X-band beacon. (Report No. 415.) J. S. 
Donal, Jr. and C. P. Vogel. OEMsr-684. Radio 
Corporation of America. December 1, 1944. 

M5 Frequency drift of certain X-band magnetrons. 
(Report No. 663.) Kenneth R. More and W. W. 
Mathison. OEMsr-262. MIT, Radiation Labora¬ 
tory. January 23, 1945. 

M6 The BM-50 magnetron. (Final Report No. 1007.) 
F. Hutchinson, N. P. Nichols and others. OEMsr- 
262. MIT, Radiation Laboratory. March 29, 
1946. 

232.113 Nine to Twelve Centimeters (S-Band) 

Ml Transmitting Tube Section. (Report Nos. 79, 80, 
81, 82 and 85.) (n.a.) MIT, Radiation Labora¬ 

tory. December 2 and 17, 1940; January 13, Jan¬ 
uary 28 and July 1, 1941. 

M2 Guide to the operation of 10-cm standard magne¬ 
trons. (Report No. 86.) (n.a.) MIT, Radiation 

Laboratory. October 20, 1941. 

M3 The development of magnetron generators of 
high power and of short wave lengths. (Report 
No. 431.) J. B. Fisk. NDCrc-174. Bell Telephone 
Laboratories, Inc. January 10, 1942. 

M4 Radio frequency loading of 10-cm magnetrons. 
(Report No. 221.) F. F. Rieke and J. E. Evans. 
MIT, Radiation Laboratory. August 24, 1942. 

M5 Performance characteristics of the magnetron 
under conditions simulating beacon operation 
tube, Types 2J-38 and 2J-22. (Report No. 227.) 
Kenneth R. More. MIT, Radiation Laboratory. 
June 30, 1943. 

M6 Magnetron starting time. (Report No. 509.) Ken¬ 
neth R. More and H. A. Miley. OEMsr-262. 
MIT, Radiation Laboratory. March 14, 1944. 

M7 [The S-band magnetron transmit-receiver.j (Final 
Report No. 559, to January, 1944.) Charles F. 
Chubb, Jr. OEMsr-262. MIT, Radiation Labora¬ 
tory. June 13, 1944. 

M8 Effects of variation of vane width and cathode size 
on the operation of magnetrons. (Report No. 586.) 



DIVISION 14 • MICROFILM LIST 


383 


Monica Healea. OEMsr-262. MIT, Radiation 
Laboratory. August 1, 1944. 

M9 Magnetrons and detector, beat-oscillator receivers. 
(Report No. 450.) (n.a.) NDCrc-175. Bell Tele¬ 
phone Laboratories, Inc. June, 1945. 

232.12 Resonant Modes 

Ml Resonant modes of the magnetron. (Report No. 
182.) J. C. Slater. MIT, Radiation Laboratory. 
August 31, 1942. 

M2 The elimination of extraneous resonance effects in 
tunable magnetrons. (Report No. 233.) A. Ashkin, 
P. Kusch and A. Nordsieck. OEMsr-485. Colum¬ 
bia University, Radiation Laboratory. January 
14, 1944. 

M3 The resonant modes of the rising-sun, A-tube, 
anode. (Report No. 323.) N. Kroll and W. Lamb. 
OEMsr-485. Columbia University, Radiation 
Laboratory. October 25, 1944. 

M4 Equivalent circuit for resonant modes of a magne¬ 
tron. Zero mode. (Report No. 322.) W. Lamb. 
OEMsr-485. Columbia University, Radiation 
Laboratory. October 25, 1944. 

M5 Mode selection in magnetrons. (Report No. 809.) 
R. C. Fletcher and F. F. Rieke. OEMsr-262. MIT, 
Radiation Laboratory. September 28, 1945. 

M6 A method for calculating magnetron resonant fre¬ 
quencies and modes. (Report No. 1039.) Frank E. 
Bothwell and Prescott D. Crout. OEMsr-262. 
MIT, Radiation Laboratory. February 8, 1946. 

232.13 Strapping 

Ml Strapping tolerances for magnetrons. (Report No. 
222.) Edgar Everhart. MIT, Radiation Labora¬ 
tory. December 31, 1942. 

M2 Magnetron strapping wave length calculations for 
strapped magnetrons. (Report No. 223.) Edgar 
Everhart. MIT, Radiation Laboratory. January 
27, 1943. 

232.14 Cathodes 

Ml Magnetron cathode studies. (Report Nos. 148, 169, 
187, 209 and 251.) W. F. G. Swann, W. E. Dan- 
forth and others. OEMsr-358. Bartol Research 
Foundation. May 1, July 1, September 1 and 
November 1, 1943; January 1, 1944. 

M2 Magnetron cathode studies. Final report of OSRD 
Contract OEMsr-358. (Report No. 545.) W. E. 
Danforth, Martin A. Pomerantz and others. 
OEMsr-358. Bartol Research Foundation. Octo¬ 
ber 31, 1945. 

232.141 Oxide-Coated 

Ml Sparking of oxide-coated cathodes. (Report No. 
296.) W. E. Ramsey. OEMsr-358. Bartol Re¬ 
search Foundation. July 15, 1944. 

M2 Secondary electron emission from oxide-coated 
magnetron cathodes. (Report No. 310.) Martin A. 
Pomerantz and Daniel L. Goldwater. OEMsr-358. 
Bartol Research Foundation. August 25, 1944. 


M3 Cathodes for pulsed magnetrons. (Part II. Report 
No. 683.) E. A. Coomes, J. G. Buck and others. 
OEMsr-262. [MIT, Radiation Laboratory.] Jan¬ 
uary 31, 1945. 

M4 The activation of various surfaces by evaporation 
from a heated oxide cathode. (Report No. 718.) 
E. A. Coomes. OEMsr-262. MIT, Radiation 
Laboratory. May 11, 1945. 

M5 Secondary electron emission from oxide-coated 
cathodes. (Report No. 515.) Martin A. Pome¬ 
rantz. OEMsr-358. Bartol Research Foundation. 
October 15, 1945. 

M6 Effect of particle size. Purification of barium and 
strontium carbonates. A note on nitrocellulose 
binders. (Report Nos. 518, 519 and 520.) C. D. 
Prater. OEMsr-358. Bartol Research Foundation. 
October 31, 1945. 

M7 High voltage oxide-coated vacuum rectifiers. (Re¬ 
port No. 892.) K. J. Germeshausen and K. J. 
Urquhart. OEMsr-262. MIT, Radiation Labora¬ 
tory. December 19, 1945. 

M8 Alkaline earth oxide cathodes for pulsed tubes. 
(Report No. 933.) E. A. Coomes, J. G. Buck and 
others. OEMsr-262. MIT, Radiation Laboratory. 
March 30, 1946. 

232.142 Thoria 

Ml Peak currents from carbonized thoriated tungsten 
cathodes. (Report No. 73.) Winston H. Bostick. 
MIT, Radiation Laboratory. March 20, 1942. 

M2 Sintered thoria cathodes. (Report No. 517.) Mar¬ 
tin A. Pomerantz. OEMsr-358. Bartol Research 
Foundation. October 31, 1945. 

232.143 Miscellaneous Magnetron Cathode Problems 

Ml Cathode temperatures in magnetrons. (Report No. 
90.) C. S. Robinson, Jr. MIT, Radiation Labora¬ 
tory. March 31, 1942. 

M2 Knurled-type cathode. Construction and life test. 
(Report No. 149.) P. Kusch. Columbia Univer¬ 
sity, Radiation Laboratory. May 26, 1943. 

M3 Cathode sparking. Effect of superimposed direct 
current and role of coating resistance. (Report No. 
295.) W. E. Ramsey, W. E. Danforth and others. 
Bartol Research Foundation. July 12, 1944. 

M4 Back bombardment of magnetron cathodes. (Re¬ 
port No. 309.) W. E. Danforth, C. D. Prater and 
Daniel L. Goldwater. OEMsr-358. Bartol Re¬ 
search Foundation. August 25, 1944. 

M5 Cathodes for pulsed magnetrons. (Part I. Report 
No. 609.) E. A. Coomes, J. G. Buck and A. Fine- 
man. OEMsr-262. MIT, Radiation Laboratory. 
August 30, 1944. 

M6 Cathode coating resistance as measured by em¬ 
bedded probes. (Report No. 514.) W. E. Danforth. 
OEMsr-358. Bartol Research Foundation. Octo¬ 
ber 31, 1945. 

M7 A general survey of sparking phenomena in high- 
vacuum thermionic tubes. (Report No. 516.) 



384 


DIVISION 14 • MICROFILM LIST 


W. E. Ramsey. OEMsr-358. Bartol Research 
Foundation. October 31, 1945. 

232.15 Automatic Frequency Control 

Ml An automatic frequency control and frequency 
selection system for magnetrons. (Report No. 541.) 
Carl A. Helber. OEMsr-262; Service Project Nos. 
SC-63.03 and NS-126. MIT, Radiation Labora¬ 
tory. April 27, 1944. 

M2 Some automatic frequency control circuits. (Report 
No. 687.) M. W. P. Strandberg. OEMsr-262. 
MIT, Radiation Laboratory. March 10, 1945. 

M3 Automatic frequency control for AN/APS-31/33. 
(Report No. 887.) Eric Durand. OEMsr-262; 
Service Project Nos. AN-21 and NS-314. MIT, 
Radiation Laboratory. January 17, 1946. 

M4 Automatic frequency control operation and main¬ 
tenance. (Report No. S-77.) J. G. Jelads, J. W. 
Woodbury and H. M. Herraman. OEMsr-262. 
MIT, Radiation Laboratory. January 25, 1946. 
M5 An automatic frequency control system for magne¬ 
trons with beacon applications. (Report No. 1020.) 
Lowell M. Hollingsworth and R. Dickinson. 
OEMsr-262. MIT, Radiation Laboratory. March 
9, 1946. 

232.16 Stabilization and Tuning Problems 

Ml Frequency shift vs magnetron box temperature. 
(Report No. 220.) H. L. Stout. MIT, Radiation 
Laboratory. July 3, 1942. 

M2 Adjustment of magnetron frequency by an ex¬ 
ternal tuner. (Report No. 412.) F. F. Rieke. MIT, 
Radiation Laboratory. September 6, 1943. 

M3 Cold resonance theory of the wave guide tunable 
magnetron. (Report No. 445.) M. A. Herlin. 
MIT, Radiation Laboratory. October 15, 1943. 

M4 Magnetron stabilizing tuner. (Report No. 473.) 
W. M. Preston and J. B. Platt. MIT, Radiation 
Laboratory. December 2, 1943. 

M5 The tuning properties of tunable magnetrons in 
the 3-cm band. (Report No. 234.) P. Kusch and 
A. Nordsieck. OEMsr-485. Columbia University, 
Radiation Laboratory. January 11, 1944. 

M6 Magnetron stabilizing tuner. (Report No. 71. 
Supplement to Report No. 473.) W. M. Preston. 
OEMsr-262; Service Project Nos. SC-63.03 and 

NS-126. MIT, Radiation Laboratory. May 31, 
1944. 

M7 Magnetron tuning and stabilization. (Report No. 
567.) W. V. Smith. OEMsr-262. MIT, Radiation 
Laboratory. July 13, 1944. 

M8 Increasing stability of operation of 4J31-35 magne¬ 
trons in the AN/CPS-1 system. (Report No. 621.) 
H. A. Miley, Kenneth R. More and D. F. Winter. 
OEMsr-262; Service Project No. SC-60. MIT, 

Radiation Laboratory. January 26, 1945. 

M9 Influence of pulse transformer design on 4J31-35 
magnetron stability. (Report No. 622.) D. F. 

Winter and H. A. Miley. OEMsr-262. MIT, 

Radiation Laboratory. August 11, 1945. 


M10 The 4J70-77 series of tunable magnetrons. (Report 
No. 1006.) A. G. Smith. OEMsr-262. MIT, 
Radiation Laboratory. February 4, 1946. 

Mil Wide range tunable stabilizer. (Report No. 964.) 
M. A. Herlin. OEMsr-262. MIT, Radiation 
Laboratory. February 21, 1946. 

232.17 Cavities 

Ml Input impedance and tuning of magnetron cavi¬ 
ties. (Report No. 190.) J. C. Slater. MIT, Radi¬ 
ation Laboratory. February 3, 1943. 

M2 The resonant modes of magnetron cavities. (Re¬ 
port No. 493.) H. Goldstein. MIT, Radiation 
Laboratory. December 14, 1943. 

232.18 Spectrum Characteristics 

Ml Frequency and spectrum characteristics of stand¬ 
ard magnetrons and the effect of change of shape 
of current pulse. (Report No. 225.) R. T. Young, 
Jr. MIT, Radiation Laboratory. March 12, 1943. 

M2 Spectra of magnetrons for long pulses. (Report 
No. 228.) R. T. Young, Jr. MIT, Radiation 
Laboratory. July 5, 1943. 

232.19 Miscellaneous Magnetron Problems 

Ml Transmitter Tube Section. (Report Nos. 83 and 
84.) (n.a.) MIT, Radiation Laboratory. March 

18 and May 19, 1941. 

M2 Theory of the magnetron oscillator. (Report No. 
118.) J. C. Slater. MIT, Radiation Laboratory. 
August, 1941. 

M3 Theory of the magnetron oscillator. Electronic 
orbits in the cylindrical magnetron with static 
fields. (Report No. 122.) W. P. Allis. MIT, Radi¬ 
ation Laboratory. October, 1941. 

M4 The components testing system. (Report Nos. 41 
and 42.) (n.a.) MIT, Radiation Laboratory. 

October 8 and November 12, 1941. 

M5 Theory of the split-anode magnetron. (Report No. 
127.) Leon Brillouin. MIT, Radiation Labora¬ 
tory. January 7, 1942. 

M6 Outline for a theory of the space charge in an 
oscillating magnetron. (Report No. 176.) W. P. 
Allis. MIT, Radiation Laboratory. July 1, 1942. 

M7 A numerical calculation of space charge behavior 
and power in the magnetron. (Report No. 201.) 
George H. Vineyard. MIT, Radiation Laboratory. 
March 29, 1943. 

M8 Maximum allowable negative backswing after 
pulses. (Report No. 363.) R. Rollefson and R. M. 
Ashby. MIT, Radiation Laboratory. April 13, 
1943. 

M9 Scaling and relative efficiency of different sized 
magnetrons. (Report No. 176.) W. F. G. Swann. 
OEMsr-358. Bartol Research Foundation. August 
6, 1943. 

M10 Field patterns in cold magnetrons, including corre¬ 
lation with tube performance and tunable design. 
(Report No. 230.) W. V. Smith and A. G. Smith. 
MIT, Radiation Laboratory. August 10, 1943. 



DIVISION 14 • MICROFILM LIST 


385 


Mil Effect on current pulse of resistance in series with 
the magnetron. (Report No. 527.) Winston H. 
Bostick. OEMsr-262. MIT, Radiation Labora¬ 
tory. February 21, 1944. 

M12 Proposed method for measuring instantaneous 
magnetron input impedance with aid of a delay 
network. (Report No. 515.) O. T. Fundingsland. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 22, 1944. 

M13 [The HK-7 and HP-10V magnetrons.] Develop¬ 
ment work done on Contract OEMsr-1146. (Report 
No. 423.) T. H. Rogers. OEMsr-1146. Machlett 
Laboratories, Inc. April 1, 1945. 

M14 Preliminary oscillographic studies of radio fre¬ 
quency build-up in magnetrons. (Report No. 543.) 
R. C. Fletcher and G. M. Lee. OEMsr-191. MIT, 
Laboratory for Insulation Research. November, 

1945. 

M15 Radio frequency phasing of pulsed magnetrons. 
(Report No. 1051.) J. E. Evans, R. C. Fletcher 
and F. F. Rieke. OEMsr-262. MIT, Radiation 
Laboratory. February 6, 1946. 

M16 LCT, f a] 900 mc/sec frequency-modulated con¬ 
tinuous-wave magnetron. (Report No. 1005.) A. L. 
Vitter, Jr., P. W. Forsbergh, Jr. and G. C. Dewey. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 28, 1946. 

M17 XCT final report. (Report No. 879.) W. V. Smith, 
M. A. Herlin and H. G. Weightman. OEMsr-262. 
MIT, Radiation Laboratory. March 6, 1946. 

232.2 Low Power Transmitter Tubes 

Ml Tests of Radio Corporation of America and Gen¬ 
eral Electric lighthouse tubes. (Report No. 290.) 
J. B. H. Kuper, P. A. Cole and Frances S. Bailey. 
MIT, Radiation Laboratory. January 11, 1943. 
M2 Lighthouse tube anode contacts. (Report No. 292.) 
P. A. Cole. MIT, Radiation Laboratory. January 
19, 1943. 

M3 Measurements on 446 lighthouse tubes. (Report 
No. 413.) P. A. Cole. MIT, Radiation Labora¬ 
tory. August 30, 1943. 

M4 General Electric GL-2C40 taut grid lighthouse 
tubes. (Report No. 600.) P. A. Cole. OEMsr-262. 
MIT, Radiation Laboratory. November 14, 1944. 

232.21 SB-846B Oscillator 

Ml [Thej SB-846B S-band oscillator. (Report No. 954.) 
John C. Reed. OEMsr-262. MIT, Radiation 
Laboratory. February 26, 1946. 

232.3 Resnatron Oscillator 

Ml The resnatron ultra high frequency oscillator. 
(Report No. 593.) Lauriston C. Marshall(?) 
NDCrc-25. University of California. April 10, 

1946. 

233 Radio Frequency Components 

Ml Radio frequency components. (List No. 1. Report 


No. 151.) (n.a.) MIT, Radiation Laboratory. 

January 20, 1942. 

M2 Tuning the radio frequency components of a sys¬ 
tem, Lawson technique. (Report No. 11.) (n.a.) 

MIT, Radiation Laboratory. February 20, 1942. 

M3 Handbook of operating and maintenance instruc¬ 
tions for dummy load, TS-253/AP. (Report No. 
M-216.) F. B. Wood. OEMsr-262; Service Project 
No. SC-106.06. MIT, Radiation Laboratory. 
April 9, 1945. 

M4 Radio frequency components for microwave 
bridges. (Report No. 528.) (n.a.) OEMsr-335. 

Polytechnic Institute of Brooklyn. October 31, 
1945. 

M5 Development of miscellaneous radio frequency 
line components. (Report No. 533.) (n.a.) OEMsr- 
335. Polytechnic Institute of Brooklyn. October 
31, 1945. 

M6 Radar radio frequency test points. (Report No. 
S-68.) A. H. Brown. OEMsr-262. MIT, Radi¬ 
ation Laboratory. December 15, 1945. 

233.1 Crystal Rectifiers 

Ml Crystals. (Report No. 153.) N. Rochester. MIT, 
Radiation Laboratory. February 17, 1942. 

M2 Theory of high-frequency rectification by silicon 
crystals. (Report No. 184.) H. A. Bethe. MIT, 
Radiation Laboratory. October 29, 1942. 

M3 A simple method for determination of the law of 
a crystal. (Report No. 270.) H. Krutter. MIT, 
Radiation Laboratory. April 29, 1943. 

M4 Temperature variation of low-level crystal per¬ 
formance. (Report No. 308.) A. H. Smith, B. Serin 
and others. OEMsr-388. University of Pennsyl¬ 
vania. August 17, 1944. 

M5 Handy guide to crystal types. ([Parts] I to III. 
Report Nos. 405, 405S and 499.) W. E. Stephens. 
OEMsr-388. University of Pennsylvania. Febru¬ 
ary 15, May 10 and September 25, 1945. 

M6 Test on German crystals. (Report No. 559.) M. H. 
Greenblatt. OEMsr-388. University of Pennsyl¬ 
vania. October 11, 1945. 

233.11 Types 

Ml Electron microscopy of tungsten points. (Report 
No. 125.) Andrew W. Lawson and W. E. Stephens. 
OEMsr-388. University of Pennsylvania. March 
10, 1943. 

233.111 Germanium 

Ml The electrical conductivity of silicon and germa¬ 
nium. (Report No. 110.) Frederick Seitz, Jr. 
OEMsr-388. University of Pennsylvania. Novem¬ 
ber 3, 1942. 

M2 Compounds of silicon and germanium. (Report 
No. 112.) Frederick Seitz, Jr. OEMsr-388. Uni¬ 
versity of Pennsylvania. November 18, 1942. 

M3 Quantitative spectroscopic analysis of impurities 
in germanium and silicon. (Report No. 285.) 




386 


DIVISION 14 • MICROFILM LIST 


Wayne Scanlon. OEMsr-362. Purdue University. 
May 5, 1944. 

M4 K-band germanium crystals. (Report Nos. 328, 
381 and 406 [for the period] from August 15, 1944 
to February 15, 1945.) H. Q. North. OEMsr-1377. 
General Electric Company. October and Novem¬ 
ber, 1944 and February, 1945. 

M5 Evaporated films of germanium and silicon. (Re¬ 
port No. 337.) Margaret N. Lewis, J. H. Taylor 
and R. J. Gibson. OEMsr-388. University of 
Pennsylvania. October 10, 1944. 

M6 Preparation of high-voltage germanium crystals. 
(Report No. 341.) R. M. Whaley and Paul B. 
Pickar. OEMsr-362. Purdue University. Novem¬ 
ber 1, 1944. 

M7 The high-voltage germanium rectifier. Section 1, 
Experimental. (Report No. 342.) S. Benzer. 
OEMsr-362. Purdue University. November 1, 
1944. 

M8 Development of high-back voltage germanium 
rectifiers. (Report No. 374.) H. C. Theuerer and 
J. H. Scaff. OEMsr-1408. [Bell Telephone Labora¬ 
tories, Inc.] November 21, 1944. 

M9 [Investigations of the germanium second detector 
units.] Interim Report No. 2. (Report No. 399.) 
H. C. Theuerer and J. H. Scaff. OEMsr-1408. 
[Bell Telephone Laboratories, Inc.] December 16, 

1944. 

M10 The high-voltage germanium rectifier. Section 2, 
Theoretical. (Report No. 375.) S. Benzer. OEMsr- 
362. Purdue University. December 26, 1944. 

Mil [The work on germanium conducted in the in¬ 
terval from December 15, 1944 to February 15, 

1945. ] (Report No. 441.) H. C. Theuerer and J. H. 
Scaff. OEMsr-1408. [Bell Telephone Labora¬ 
tories, Inc.] March 13, 1945. 

M12 Properties of germanium high-back voltage recti¬ 
fier units. (Report No. 413.) L. L. Boyarsky, 
R. N. Smith and H. J. Yearian. OEMsr-362. 
Purdue University. March 19, 1945. 

M13 K-band germanium crystals. (Final Report No. 
427.) H. Q. North. OEMsr-1377. General Elec¬ 
tric Company. March 26, 1945. 

M14 Dependence of performance on germanium second 
detector units on bias and video load. (Report No. 
416.) L. L. Boyarsky and R. N. Smith. OEMsr- 
362. Purdue University. March 28, 1945. 

M15 Heat treatment of germanium rectifier materials. 
(Report No. 506.) H. C. Theuerer and J. H. Scaff. 
OEMsr-1408. [Bell Telephone Laboratories, Inc.] 
August 3, 1945. 

M16 The generation of harmonics by silicon and 
germanium crystals. (Report No. 818.) Dorothy 
D. Montgomery. OEMsr-262; Service Project No. 
AN-25. MIT, Radiation Laboratory. October 23, 
1945. 

M17 Preparation of high-back voltage germanium rec¬ 
tifiers. (Report No. 555.) J. H. Scaff and H. C. 
Theuerer. OEMsr-1408. Bell Telephone Labora¬ 
tories, Inc. October 24, 1945. 


M18 Further developments in the preparation and heat 
treatment of germanium alloys. (Report No. 576.) 
R. M. Whaley. OEMsr-362. Purdue University. 
October 31, 1945. 

M19 Photoelectric effects in germanium. (Report No. 
580.) S. Benzer. OEMsr-362. Purdue University. 
October 31, 1945. 

M20 Dependence of forward conductance and back re¬ 
sistance of high-back voltage germanium on volt¬ 
age and frequency. (Report No. 581.) H. J. 
Yearian. OEMsr-362. Purdue University. Octo¬ 
ber 31, 1945. 

M21 Temperature dependence of high-voltage germa¬ 
nium rectifier direct current characteristics. (Re¬ 
port No. 579.) S. Benzer. OEMsr-362. [Purdue 
University.] October 31, 1945. 

M22 Production and performance of germanium high- 
back voltage, high-back resistance crystal rectifier. 
(Report No. 577.) L. L. Boyarsky, Paul B. Pickar 
and others. OEMsr-362. Purdue University. Oc¬ 
tober 31, 1945. 

233.112 Silicon 

Ml Theory of the boundary layer of crystal rectifiers. 
(Report No. 185.) H. A. Bethe. MIT, Radiation 
Laboratory. November 23, 1942. 

M2 Direct current burn-out temperature in silicon 
rectifiers. (Report No. 113.) Andrew W. Lawson, 
Robert J. Maurer and others. OEMsr-388. Uni¬ 
versity of Pennsylvania. January 2, 1943. 

M3 Maximum power limitations of silicon crystals. 
(Report No. 359.) Bruce Cork. MIT, Radiation 
Laboratory. January 11, 1943. 

M4 Effect of etch on crystal rectifiers. (Report No. 
165.) Andrew W. Lawson and W. E. Stephens. 
OEMsr-388. University of Pennsylvania. March 
10, 1943. 

M5 Spectroscopic determination of aluminum in sili¬ 
con. (Report No. 127.) Andrew W. Lawson and 
Park H. Miller, Jr. OEMsr-388. University of 
Pennsylvania. March 10, 1943. 

M6 Capacity in crystal rectifiers. (Report No. 166.) 
Andrew W. Lawson, Park H. Miller, Jr. and W. E. 
Stephens. OEMsr-388. University of Pennsyl¬ 
vania. March 10, 1943. 

M7 Barrier capacity in silicon cartridge rectifiers. 
(Report No. 140.) Andrew W. Lawson, Park H. 
Miller, Jr. and others. OEMsr-388. University 
of Pennsylvania. May 1, 1943. 

M8 Radioactive detection of aluminum in silicon. 
(Report No. 180.) Andrew W. Lawson, Park H. 
Miller, Jr. and others. OEMsr-388. University 
of Pennsylvania. September 1, 1943. 

M9 Effect of tapping on barrier capacity. (Report No. 
181.) Andrew W. Lawson, Park H. Miller, Jr. and 
others. OEMsr-388. University of Pennsylvania. 
September 1, 1943. 

M10 Behavior of silicon crystals at low-level powers. 
(Report No. 182.) Andrew W. Lawson, Park H. 





DIVISION 14 • MICROFILM LIST 


387 


Miller, Jr. and others. OEMsr-388. University 
of Pennsylvania. September 1, 1943. 

Mil Behavior of Westinghouse silicon as a low-level 
detector. (Report No. 186.) Andrew W. Lawson 
and Margaret N. Lewis. OEMsr-388. University 
of Pennsylvania. September 20, 1943. 

M12 Noise in silicon rectifiers at low temperatures. 
(Report No. 189.) Andrew W. Lawson, Park H. 
Miller, Jr. and W. E. Stephens. OEMsr-388. Uni¬ 
versity of Pennsylvania. October 1, 1943. 

M13 Comparison of wedge and cone contacts on Fox 
silicon. (Report No. 197.) Andrew W. Lawson, 
Margaret N. Lewis and others. OEMsr-388. Uni¬ 
versity of Pennsylvania. October 22, 1943. 

M14 Analysis of silicon for non-volatile matter. (Report 
No. 204.) K. A. Krieger and Andrew W. Lawson. 
OEMsr-388. University of Pennsylvania. Novem¬ 
ber 11, 1943. 

M15 Recent research on silicon rectifiers. (Report No. 
224.) Andrew W. Lawson, Margaret N. Lewis and 
others. OEMsr-388. University of Pennsylvania. 
January 1, 1944. 

M16 Noise spectrum of silicon rectifiers. (Report No. 
256.) Park H. Miller, Jr., Margaret N. Lewis and 
others. OEMsr-388. University of Pennsylvania. 
March 20, 1944. 

M17 Production and effects of a depletion layer in 
doped silicon. (Report No. 282.) B. Serin and 
W. E. Stephens. OEMsr-388. University of Penn¬ 
sylvania. May 29, 1944. 

M18 Effect of heat treatment on low-level performance. 
(Report No. 304.) B. Serin and W. E. Stephens. 
OEMsr-388. University of Pennsylvania. August 
3, 1944. 

M19 Photoeffects in pure silicon. (Report No. 412.) 
Park H. Miller, Jr. and M. H. Greenblatt. 
OEMsr-388. University of Pennsylvania. March 
20, 1945. 

M20 High-back voltage silicon. (Report No. 453.) Mar¬ 
garet N. Lewis, J. H. Taylor and others. OEMsr- 
388. University of Pennsylvania. June 28, 1945. 

M21 Mass spectrometer investigation of the silicon 
tetrachloride used in making pure silicon. (Report 
No. 558.) Robert H. Vought. OEMsr-388. [Uni¬ 
versity of Pennsylvania.] October 5, 1945. 

M22 Geometrical structure of silicon surfaces. (Report 
No. 563.) W. E. Meyerhof and W. E. Stephens. 
OEMsr-388. University of Pennsylvania. October 
10, 1945. 

233.113 Boron 

Ml Sintering or melting of boron powder. (Report 
Nos. 229, 231, 232, 240, 252, 262, 272, 283, 292 
and 307, for the period August 1943 to August, 
1944.) C. E. Rick and T. D. McKinley. OEMsr- 
1139. E. I. duPont de Nemours and Company, 
Inc. 

M2 Sintering or melting of boron and preparation of 
hyperpure germanium. (Report Nos. 318, 324 and 
362, for the period August, 1944 to November, 


1944.) C. E. Rick and T. D. McKinley. OEMsr- 
1139. E. I. duPont de Nemours and Company, 
Inc. 

M3 Sintering or melting of boron and preparation of 
hyperpure germanium. (Parts I and II. Report 
No. 386.) T. D. McKinley. OEMsr-1139. E. I. 
duPont de Nemours and Company, Inc. (n.d.) 

233.12 Detectors and Mixers 

Ml Comparative signal noise measurements on crystal 
mixers and grounded grid tube mixers. (Report 
No. 110.) M. G. White. MIT, Radiation Labora¬ 
tory. December 17, 1941. 

M2 Theory of radar mixers. (Report No. 287.) R. H. 
Dicke and S. Roberts. MIT, Radiation Labora¬ 
tory. July 15, 1942. 

M3 An S-band crystal mixer. (Report No. 242.) R. V. 
Pound. MIT, Radiation Laboratory. December 
14, 1942. 

M4 Low-level crystal detectors. (Report No. 297.) 
R. Beringer. MIT, Radiation Laboratory. March 
16, 1943. 

M5 A reciprocity theorem and its application to meas¬ 
urement of gain of microwave crystal mixers. 
(Report No. 300.) R. H. Dicke. MIT, Radiation 
Laboratory. April 13, 1943. 

M6 Theory of signal-to-noise ratio of crystal mixers. 
(Report No. 162.) Henry Hurwitz, Jr. OEMsr- 
429. Cornell University. May 1, 1943. 

M7 The theory of crystal mixers in terms of measur¬ 
able mixer constants. (Report No. 259.) R. N. 
Smith and E. S. Akeley. OEMsr-362. Purdue 
University. March 24, 1944. 

M8 Crystal detectors and the crystal-video receiver. 
(Report No. 638.) R. Beringer. OEMsr-262. 
MIT, Radiation Laboratory. November 16, 1944. 
M9 Dependence of noise temperature direct current 
and intermediate frequency crystal conductance 
on matching conditions. (Report No. 578.) H. J. 
Yearian. OEMsr-362. Purdue University. Octo¬ 
ber 30, 1945. 

M10 Distortion in X-band detectors. (Report No. 956.) 
M. W. P. Strandberg. OEMsr-262. MIT, Radi¬ 
ation Laboratory. December 27, 1945. 

Mil A broad band balanced mixer for S-band. (Report 
No. 916.) William D. Hope. OEMsr-262. MIT, 
Radiation Laboratory. January 23, 1946. 

M12 Performance of microwave harmonic mixers. (Re¬ 
port No. 958.) D. L. Falkoff. OEMsr-262. MIT, 
Radiation Laboratory. March 11, 1946. 

233.13 Rectification Properties 

Ml The principles of crystal rectifiers. (Report No. 
102.) Frederick Seitz, Jr. and S. Pasternack. 
OEMsr-388. University of Pennsylvania. June 10, 
1942. 

M2 Theory of crystal rectifiers. (Report No. 129.) 
R. G. Sachs. OEMsr-362. Purdue University. 
September 10, 1942. 

M3 Theory of contact rectifiers. (Report No. 168.) 


SECRE 




388 


DIVISION 14 • MICROFILM LIST 


R. G. Sachs. OEMsr-362. Purdue University. 
June 15, 1943. 

M4 Research and development of crystal rectifiers. 
(Report No. 562.) W. E. Stephens and Park H. 
Miller, Jr. OEMsr-388. University of Pennsyl¬ 
vania. October 22, 1945. 

233.131 Noise Factors 

Ml Noise in crystal rectifiers. (Report No. 126.) 
Leonard I. Schiff. OEMsr-388. University of 
Pennsylvania. March 10, 1943. 

M2 Dependence of intermediate frequency impedance 
and noise temperature of crystal rectifiers on 
matching conditions. (Report No. 194.) Andrew 
W. Lawson, Park H. Miller, Jr. and W. E. 
Stephens. OEMsr-388. University of Pennsyl¬ 
vania. October 6, 1943. 

M3 A feedback circuit for measuring output noise 
ratio of crystal rectifiers. (Report No. 667.) 

S. Roberts. OEMsr-262. MIT, Radiation Labora¬ 
tory. January 10, 1945. 

233.132 Direct Current Characteristics 

Ml Investigation of crystal rectifier direct current 
characteristics. (Report No. 115.) H. J. Yearian. 
OEMsr-362. Purdue University. December 3, 
1942. 

M2 Further direct current burn-out experiments on 
silicon and germanium rectifiers. (Report No. 119.) 
Andrew W. Lawson, Robert J. Maurer and others. 
OEMsr-388. University of Pennsylvania. Janu¬ 
ary 1, 1943.] 

233.133 High-Frequency Characteristics 

Ml High-frequency rectification efficiency of crystals. 
(Report No. 153.) Andrew W. Lawson, Park H. 
Miller, Jr. and others. OEMsr-388. University of 
Pennsylvania. July 1, 1943. 

M2 High-frequency characteristics of rectifiers. (Re¬ 
port No. 284.) Karl F. Herzfeld. OEMsr-362. 
Purdue University. May 5, 1944. 

233.134 Miscellaneous Rectification Problems 

Ml Ionization of donator levels in crystal rectifiers by 
thermal agitation. (Report No. 173.) Andrew W. 
Lawson, Park H. Miller, Jr. and others. OEMsr- 
388. University of Pennsylvania. July 7, 1943. 
M2 Operation of IN-23 crystal rectifiers. (Report No. 
496.) S. Roberts. MIT, Radiation Laboratory. 
December 14, 1943. 

M3 Manufacturing procedure for the Radiation Labo¬ 
ratory high burn-out crystals. (Report No. 501.) 
Marvin Fox, C. S. Pearsall and Virginia Powell. 
MIT, Radiation Laboratory. December 21, 1943. 
M4 Theory of small deviations from pure diode be¬ 
havior. (Report No. 286.) Karl F. Herzfeld. 
OEMsr-362. Purdue University. May 5, 1944. 

M5 Some comments on the double-valued character¬ 
istics of crystal rectifiers. (Report No. 504.) 


B. Goodman. OEMsr-388. University of Penn¬ 
sylvania. September 18, 1945. 

M6 Use of different fillers in crystal rectifiers. (Report 
No. 561.) A. H. Smith. OEMsr-388. University 
of Pennsylvania. October 18, 1945. 

M7 Preparation of semi-conductors and development 
of crystal rectifiers. (Report No. 585, covering the 
period from March, 1942 to November, 19453 
K. Lark-Horovitz. OEMsr-362. Purdue Univer 
sity. November, 1945. 

M8 Crystal capacity as a function of bias and its re¬ 
lation to the theory of crystal rectification. (Report 
No. 584.) R. N. Smith. OEMsr-362. Purdue 
University. March 16, 1946. 

233.14 Conversion Loss and Gain Problems 

Ml Measurement of conversion gain with a modulated 
oscillator. (Report No. 144.) R. N. Smith. 
OEMsr-362. Purdue University. April 20, 1943. 

M2 A simplified analysis of conversion loss of crystal 
converters. (Report No. 253.) S. Roberts. MIT, 
Radiation Laboratory. July 3, 1943. 

M3 Comparison of the usual methods of measuring 
conversion loss of crystals and a new empirical 
method. (Report No. 408.) S. Roberts and 

C. Whitmer. MIT, Radiation Laboratory. August 
31, 1943. 

M4 [The] IN-21 loss tester. Type 7556. (Report No. 
M-177.) H. B. Huntington. OEMsr-262. MIT, 
Radiation Laboratory. August 21, 1944. 

233.15 Crystal Measurements and Tests 

Ml Theory of noise measurements on crystals as fre¬ 
quency converters. (Report No. 293.) S. Roberts. 
MIT, Radiation Laboratory. January 30, 1943. 

M2 Crystal noise as a function of direct current bias 
and 30-mc impedance measured with a diode noise 
source. (Report No. 167.) R. N. Smith. OEMsr- 
362. Purdue University. June 25, 1943. 

M3 Conversion loss measuring apparatus for crystals 
in the 3-cm band. (Report No. 257.) S. Roberts. 
MIT, Radiation Laboratory. August 3, 1943. 

M4 Crystal life tests under flat pulses. (Report No. 
543.) H. B. Huntington. OEMsr-262. MIT, 
Radiation Laboratory. April 7, 1944. 

M5 [The] IN-23 loss measuring set. (Report No. M- 
171.) S. Roberts. OEMsr-262. MIT, Radiation 
Laboratory. June 29, 1944. 

233.151 Crystal Noise Factors 

Ml Noise measurements on microwave converters. 
(Report No. 289.) William M. Breazeale. MIT, 
Radiation Laboratory. September 15, 1942. 

M2 Noise temperature measuring apparatus for crys¬ 
tals as 10,000 to 30-megacycle converters. (Report 
No. 296.) S. Roberts. MIT, Radiation Labora¬ 
tory. February 11, 1943. 

M3 Audio noise tester. (Report No. 267.) Park H. 
Miller, Jr., M. H. Greenblatt and W. E. Stephens. 



DIVISION 14 • MICROFILM LIST 


389 


OEMsr-388. University of Pennsylvania. May 10, 
1944. 

M4 Note on the measurement of noise temperature. 
(Report No. 311.) Park H. Miller, Jr., B. Good¬ 
man and M. H. Greenblatt. OEMsr-388. Univer¬ 
sity of Pennsylvania. August 24, 1944. 

M5 [Thej IN-23 noise measuring set, Type 7438. (Re¬ 
port No. M-190.) S. Roberts. OEMsr-262. MIT, 
Radiation Laboratory. December 21, 1944. 

M6 Crystal audio noise. (Report No. 387.) Park H. 
Miller, Jr. and M. H. Greenblatt. OEMsr-388. 
University of Pennsylvania. January 5, 1945. 

M7 [Thej IN-21 noise tester. Type 11044. (Report No. 
M-191.) H. B. Huntington. OEMsr-262. MIT, 
Radiation Laboratory. January 9, 1945. 

233.152 Tests 

Ml Testing of IN-21 Navy crystal rectifiers. (Report 
No. 256.) H. B. Huntington, S. Roberts and 
others. MIT, Radiation Laboratory. July 12, 
1943. 

M2 A device for the selection and manufacture of low- 
level detectors. (Report No. 201.) Andrew W. 
Lawson, Margaret N. Lewis and others. OEMsr- 
388. University of Pennsylvania. October 27, 
1943. 

M3 A conversion loss set for testing K-band crystal 
rectifiers. (Report No. 668.) C. A. Whitmer. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 16, 1945. 

M4 Test equipment for germanium second detector 
units. (Report No. 394.) R. N. Smith and H. J. 
Yearian. OEMsr-362. Purdue University. Janu¬ 
ary 25, 1945. 

233.2 Radio Frequency Heads 

Ml Western Electric 717-A modulator, Type D-150442 
and radio frequency unit. Type D-150452. (Report 
No. 425.) H. J. Hall. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 28, 1944. 

M2 Aircraft radar equipment. Handbook of main¬ 
tenance instructions for Army-Navy Model RT- 
63/APS and British Model 110 DB/206. (Report 
No. 495.) (n.a.) US Army and Navy Departments 
and Air Council of the United Kingdom. March 
10, 1945. 

M3 [The development and production of fifty K-band 
radio frequency heads by Sylvania Electric Prod¬ 
ucts, Inc.] Report on Contract OEMsr-1186. (Re¬ 
port No. 496.) (n.a.) OEMsr-1186. Sylvania 

Electric Products, Inc. July 6, 1945. 

M4 [Thej AN/APQ-34 radio frequency head. (Report 
No. 888.) A. E. Whitford and Eric Durand. 
OEMsr-262. MIT, Radiation Laboratory. De¬ 
cember 31, 1945. 

M5 One-knob tunable X-band radio frequency head. 
(Report No. 1019.) M. W. P. Strandberg. OEMsr- 
262. MIT, Radiation Laboratory. January 23, 
1946. 

M6 [The] AN/APS-31/33 radio frequency unit. (Re¬ 


port No. 886.) H. K. Farr. OEMsr-262; Service 
Project Nos. AN-21 and NS-314. MIT, Radiation 
Laboratory. March 14, 1946. 

233.3 Duplexing 

Ml Rat race duplexing. (Report No. 885.) John C. 
Reed. OEMsr-262. MIT, Radiation Laboratory. 
February 4, 1946. 

233.31 Transmit-Receive (TR) Tubes 

Ml Pre-plumbing of tees for G-band. (Report No. 
238.) R. V. Pound and Rose Berger. MIT, Radi¬ 
ation Laboratory. November 3, 1942. 

M2 Transmit-receive tubes. (Progress Report No. 360.) 
Albert M. Stone. MIT, Radiation Laboratory. 
January 11, 1943. 

M3 Comparison of the frequency sensitivities of series 
and shunt transmit-receive junctions. (Report No. 
247.) R. V. Pound. MIT, Radiation Laboratory. 
January 20, 1943. 

M4 Measurements on 721-A transmit-receive tube leak¬ 
age power. (Report No. 249.) L. D. Smullin. 
MIT, Radiation Laboratory. March 9, 1943. 

M5 Details of an X-band high-level transmit-receive 
tube test bench. (Report No. 417.) J. B. Wiesner. 
MIT, Radiation Laboratory. February 3, 1944. 

M6 Chemical methods for maintaining the partial 
pressure of water vapor in transmit-receive tubes. 
(Report No. 593.) Robert Levine and F. L. Mc¬ 
Millan, Jr. OEMsr-262. MIT, Radiation Labora¬ 
tory. July 13, 1944. 

M7 Development of IB-27. (Report No. 315.) O. H. 
Biggs. OEMsr-999. Sylvania Electric Products, 
Inc. September 19, 1944. 

M8 Broad-band transmit-receive and anti-transmit- 
receive tubes. (Report No. 402.) A. L. Samuel, 
C. F. Crandell and J. E. Clark. OEMsr-1218. Bell 
Telephone Laboratories, Inc. September 30, 1944. 
M9 The IB-27 transmit-receive tube. (Report No. 
594.) L. D. Smullin and H. A. Leiter. OEMsr- 
262. MIT, Radiation Laboratory. October 4, 
1944. 

M10 [Thej IB-38 pre-transmit-receive [tubes]. (Report 
No. 641.) L. D. Smullin. MIT, Radiation Labo¬ 
ratory. December 5, 1944. 

Mil Broad-band transmit-receive tube development. 
(Report No. 594.) M. D. Fiske, H. N. Wallace and 
A. D. Warner. OEMsr-1306. General Electric 
Company. November 7, 1945. 

M12 Recovery time measurements in band-pass trans¬ 
mit-receive [tubes] for various gases. (Report No. 
895.) F. L. McMillan, Jr., I. H. Dearnley and 
C. H. Pearsall. OEMsr-262. MIT, Radiation 

Laboratory. December 18, 1945. 

M13 [Anj X-band band-pass transmit-receive tube. 
(Report No. 970.) W. C. Caldwell. OEMsr-262. 
MIT, Radiation Laboratory. January 22, 1946. 
M14 S-band band-pass transmit-receive tubes. (Report 
No. 971.) L. D. Smullin. OEMsr-262. MIT, 
Radiation Laboratory. January 23, 1946. 


SECRET 







390 


DIVISION 14 • MICROFILM LIST 


233.311 Gas-Switch 

Ml Transmit-receive switch. (Report No. 150.) (n.a.) 

MIT, Radiation Laboratory. January 20, 1942. 

M2 Pre-ignition transmission through gas-switching 
tubes, and its contribution to crystal failures. 
(Report No. 254.) F. L. McMillan, Jr. and J. B. 
Wiesner. MIT, Radiation Laboratory. July 3, 
1943. 

M3 Preliminary measurements on a General Electric 
X-band transmit-receiver gas switch. (Report No. 
225.) A. L. Samuel and C. F. Crandell. Bell 
Telephone Laboratories, Inc. November 26, 1943. 

M4 Broad-band fixed-tuned transmit-receive and anti- 
transmit-receive gas-switching tubes. (Report No. 
401.) Milan D. Fiske. OEMsr-1306. General 
Electric Company. December 22, 1944. 

233.312 Transmit-Receive Box 

Ml The transmit-receive box. (Report No. 347.) James 
L. Lawson. MIT, Radiation Laboratory. May 13, 
1942. 

M2 Measurement of the Q-value of a transmit-receive 
box. (Report No. 349.) James L. Lawson and 
R. L. McCreary. MIT, Radiation Laboratory. 
July 13, 1942. 

M3 Direct coupling in the transmit-receive box. (Re¬ 
port No. 352.) R. L. McCreary. MIT, Radiation 
Laboratory. November 3, 1942. 

M4 Various 3-cm transmit-receive box characteristics. 
(Report No. 166.) N. C. Colby and C. W. Zabel. 
MIT, Radiation Laboratory. January 6, 1943. 

M5 Some experiments in determining the power trans¬ 
mission and recovery time of transmit-receive 
boxes. (Report No. 362.) Bruce Cork. MIT, 
Radiation Laboratory. January 20, 1943. 

M6 Theoretical results on the transmit-receive box. 
(Report No. 116.) H. A. Bethe, R. E. Marshak 
and Julian Schwinger. OEMsr-429. [Cornell Uni¬ 
versity and] MIT, Radiation Laboratory. January 
20, 1943. 

M7 Theory of the transmit-receive box. (Report No. 
128.) H. A. Bethe, R. E. Marshak and Julian 
Schwinger. OEMsr-429. [Cornell University and] 
MIT, Radiation Laboratory. May 14, 1943. 

M8 The fixed-tuned broad-band transmitter discon¬ 
nect switch. Some preliminary considerations. (Re¬ 
port No. 261.) A. L. Samuel. OEMsr-1218. Bell 
Telephone Laboratories, Inc. March 28, 1944. 

M9 Theoretical interpretation of recovery times of 
transmit-receive boxes. (Report No. 929.) Henry 
Margenau. OEMsr-262. MIT, Radiation Labora¬ 
tory. January 9, 1946. 

233.32 Antitransmit-Receive (ATR) Tubes 

Ml Testing of fixed-tuned, low Q, antitransmit- 
receive tubes. (Report No. 611.) L. D. Smullin. 
OEMsr-262. MIT, Radiation Laboratory. Decem¬ 
ber 6, 1944. 

233.4 Transmission Lines and Components 


233.41 Transmission Lines 

Ml Impedance in transmission lines and wave guides. 
(Part I. Report No. 116.) Philip M. Morse. t MIT, 
Radiation Laboratory.] April 15, 1941. 

M2 Transmission lines and wave guides. Similarities 
and differences. (Report No. T-5.) N. H. Frank. 
MIT, Radiation Laboratory. June 4, 1942. 

M3 Information on corrugated coaxial lines and wave 
guides. (Report No. 264.) G. G. Harvey. MIT, 
Radiation Laboratory. December 11, 1942. 

M4 Reflections from sections of tapered transmission 
lines and wave guides. (Report No. 189.) N. H. 
Frank. MIT, Radiation Laboratory. January 6, 
1943. 

M5 Use and derivation of a Z, @ chart. (Report No. 
T-14.) John C. Reed. MIT, Radiation Labora¬ 
tory. May 18, 1943. 

M6 The theory of corrugated transmission lines and 
wave guides. (Report No. 494.) H. Goldstein. 
OEMsr-262. MIT, Radiation Laboratory. April 
3, 1944. 

233.411 Cables 

Ml Type A and Type B pulse transmission cables and 
connectors. (Report No. 424.) F. G. Dunnington. 
MIT, Radiation Laboratory. September 11, 1943. 
M2 Instruction manual for installation of Radiation 
Laboratory Type A plugs on cables. (Report No. 
M-150.) R. R. Steinke. OEMsr-262. MIT, Radi¬ 
ation Laboratory. December 29, 1943. 

M3 Instruction manual for installation of Radiation 
Laboratory Type B plugs on cables. (Report No. 
M-149.) R. R. Steinke. OEMsr-262. MIT, Radi¬ 
ation Laboratory. December 29, 1943. 

M4 High impedance cable. (Report No. 529.) Heinz 
E. Kallmann. OEMsr-262. MIT, Radiation 
Laboratory. March 13, 1944. 

M5 Attenuation of RG-9/U cable as a function of 
temperature and frequency in the X-band. (Re¬ 
port No. 754.) F. Edward Ehlers. OEMsr-262. 
MIT, Radiation Laboratory. June 18, 1945. 

233.412 Wave Guides 

Ml Wave guide termination for measuring power at 
3.2 cm. (Report No. 89.) (n.a.) MIT, Radiation 

Laboratory. February 24, 1942. 

M2 Propagation in wave guides partly filled with a 
dielectric. (Report No. 174.) N. H. Frank. MIT, 
Radiation Laboratory. April 27, 1942. 

M3 Radiation resistance of antennas inside wave 
guides of arbitrary cross-sections. (Report No. 
177.) L. J. Chu. MIT, Radiation Laboratory. 
July 3, 1942. 

M4 Polarization effects in a circular wave guide at 
3 cm. (Report No. 162.) Dorothy D. Montgomery 
and C. G. Montgomery. MIT, Radiation Labo¬ 
ratory. September 12, 1942. 

M5 Wave guide handbook. (Section I. Report No. 
T-9.) N. H. Frank. MIT, Radiation Laboratory. 
September 24, 1942. 




DIVISION 14 • MICROFILM LIST 


391 


M6 Wave guide handbook. Section II, Attenuation in 
wave guides. (Report No. T-9.) N. H. Frank. 
MIT, Radiation Laboratory. October 2, 1942. 

M7 Wave guide handbook. Section III, Obstacles in 
wave guides. (Report No. T-9.) N. H. Frank. 
MIT, Radiation Laboratory. November 11, 1942. 
M8 Wave guide components and instruments for the 
1.25-cm region. (Report No. 165.) E. M. Purcell. 
MIT, Radiation Laboratory. December 3, 1942. 
M9 Wave guide handbook. Section V, Dielectric struc¬ 
tures in wave guides. (Report No. T-9.) N. H. 
Frank. MIT, Radiation Laboratory. February 9, 
1943. 

M10 Formal theory of wave guides of arbitrary cross- 
section. (Report No. 198.) H. A. Bethe. MIT, 
Radiation Laboratory. March 16, 1943. 

Mil The theory of obstacles in resonant cavities and 
wave guides. (Report No. 205.) Julian Schwinger. 
MIT, Radiation Laboratory. May 21, 1943. 

M12 Theory of circular bends in rectangular wave 
guides. (Report No. 206.) R. E. Marshak. MIT, 
Radiation Laboratory. June 24, 1943. 

M13 Double-dipole rectangular wave guide antennas. 
(Report No. 273.) William Sichak. MIT, Radi¬ 
ation Laboratory. June 26, 1943. 

M14 [Anj X-band wave guide tuning section. (Report 
No. 222.) John E. Ebert. Polytechnic Institute 
of Brooklyn. July 23, 1943. 

M15 Wave guide output for 1.25-cm magnetrons. (Re¬ 
port No. 245.) Sidney Millman. OEMsr-485. 
Columbia University, Radiation Laboratory. Feb¬ 
ruary 1, 1944. 

M16 [A] vertebrae-type flexible wave guide. (Report No. 
574.) E. L. Younker. OEMsr-262. MIT, Radi¬ 
ation Laboratory. June 15, 1944. 

M17 Transmission by a slit in a partition in a rectangu¬ 
lar wave guide. (Report No. 575.) E. S. Akeley. 
OEMsr-362. Purdue University. March 15, 1945. 
M18 Wave guides without metal walls. (Report No. 
726.) R. M. Whitmer. OEMsr-262. MIT, Radi¬ 
ation Laboratory. May 10, 1945. 

M19 A new and practical method for matching two 
obstacles in a wave guide. (Report No. 461.) 

S. C. Snowdon and D. W. Hagelbarger. OEMsr- 
1311. California Institute of Technology. July, 
1945. 

M20 An improved K-band vertebrae wave guide. (Re¬ 
port No. 776.) E. L. Younker. OEMsr-262; 
Service Project No. AN-25. MIT, Radiation Labo¬ 
ratory. August 25, 1945. 

M21 Dielectric phase shifters for wave guide. (Report 
No. 788.) Francis T. Worrell. OEMsr-262. MIT, 
Radiation Laboratory. September 14, 1945. 

M22 [A] 3-cm vertebrae flexible wave guide. (Report 
No. 831.) Francis T. Worrell. OEMsr-262. MIT, 
Radiation Laboratory. October 10, 1945. 

M23 Flexible wave guides. (Report No. 832.) Francis 

T. Worrell. OEMsr-262. MIT, Radiation Labo¬ 
ratory. October 19, 1945. 

M24 A microwave band-pass filter in wave guide. (Re¬ 


port No. 814.) H. A. Leiter. OEMsr-262. MIT, 
Radiation Laboratory. November 16, 1945. 

M25 Characteristics of horn feeds on rectangular wave 
guide. (Report No. 656.) J. R. Risser. OEMsr- 
262. MIT, Radiation Laboratory. December 28, 
1945. 

M26 Admittance characteristics of some S-band wave 
guide fed dipoles. (Report No. 1082.) Jabez 
Whelpton. OEMsr-262. MIT, Radiation Labora¬ 
tory. January 24, 1946. 

M27 [A] K-band echo line. (Report No. 974.) J. M. 
Wolf. OEMsr-262. MIT, Radiation Laboratory. 
March 26, 1946. 

233.413 Coaxial 

Ml Design data for 50-ohm rigid coaxial line. (Report 
No. 147.) (n.a.) MIT, Radiation Laboratory. 

December 5, 1941. 

M2 Tests on undercut beads in a concentric line. 
(Report No. 152.) M. G. White. MIT, Radiation 
Laboratory. January 30, 1942. 

M3 Junction effect of two unequal matched coaxial 
lines. (Report No. 123.) Ernst Weber. Polytech¬ 
nic Institute of Brooklyn. September 16, 1942. 

M4 The measurement of dielectric constant and loss 
with standing waves in coaxial wave guides. (Re¬ 
port No. 142.) Arthur R. von Hippel, D. G. 
Jelatis and W. B. Westphal. OEMsr-191. MIT, 
Laboratory for Insulation Research. April, 1943. 
M5 A method of measuring the S-band characteristic 
impedance of coaxial cable. (Report No. 252.) 
F. Edward Ehlers. MIT, Radiation Laboratory. 
April 28, 1943. 

M6 Lossless coaxial exponential tapers. (Report No. 
164.) Edward Peskin and Ernst Weber. Poly¬ 
technic Institute of Brooklyn. May 20, 1943. 

M7 Development of a high-impedance radio frequency 
transmission line. (Report No. 424.) Edited by: 
B. H. Maddock. OEMsr-1283. Federal Telephone 
and Radio Corporation. January 13, 1945. 

M8 Broad-band coaxial line horn. (Report No. 770.) 
Jack Steinberger. OEMsr-262. MIT, Radiation 
Laboratory. July 20, 1945. 

M9 [Anj S-band coaxial line to rectangular wave guide 
transitions. (Report No. 802.) F. L. Nieman. 
OEMsr-262. MIT, Radiation Laboratory. De¬ 
cember 7, 1945. 

M10 Absorption coefficient of a styraloy-filled coaxial 
line. (Report No. 827.) Howard J. Rowland. 
OEMsr-262. MIT, Radiation Laboratory. March 
4, 1946. 

Mil Design and test of concentric transmission lines. 
(Report No. 141.) James L. Lawson. MIT, Radi¬ 
ation Laboratory, (n.d.) 

233.42 Accessories 

233.421 Stubs 

Ml Stub supports in %-inch coaxial lines. (Report No. 
232.) R. V. Pound. MIT, Radiation Laboratory. 
May 19, 1942. 


SECRET 


g ■ j 





392 


DIVISION 14 • MICROFILM LIST 


M2 Phase distortion in broad-band stub supports. 
(Report No. 237.) R. V. Pound. MIT, Radiation 
Laboratory. August 17, 1942. 

M3 Rotary joints with Eq stub transformers. (Report 
No. 243.) W. M. Preston. MIT, Radiation Labo¬ 
ratory. December 18, 1942. 

M4 An experimental ^-inch universal stub. (Report 
No. 221.) John E. Ebert and John W. E. Griems- 
mann. OEMsr-335. Polytechnic Institute of 
Brooklyn. July 1, 1943. 

233.422 Couplings and Bends 

Ml Junction effects in wave guides. (Part I. Report 
No. 124.) N. H. Frank. MIT, Radiation Labora¬ 
tory. November, 1941. 

M2 T-junctions in rectangular wave guides. Part II, 
Final formulae and curves. (Report No. 180.) 
L. J. Chu and N. H. Frank. MIT, Radiation 
Laboratory. July 19, 1942. 

M3 T-junctions in rectangular wave guides. Part I, 
Theory. (Report No. 179.) N. H. Frank and L. J. 
Chu. MIT, Radiation Laboratory. July 27, 1942. 

M4 Losses and reflections introduced by joints and 
plungers in 3-cm wave guides. (Report No. 164.) 
C. G. Montgomery and Dorothy D. Montgomery. 
MIT, Radiation Laboratory. October 15, 1942. 

M5 Wave guide handbook. Section IV, Bends and 
T-junctions in wave guides. (Report No. T-9.) 
N. H. Frank. MIT, Radiation Laboratory. De¬ 
cember 4, 1942. 

M6 Coupling between inductive windows in wave 
guide. (Report No. 197.) N. H. Frank. MIT, 
Radiation Laboratory. February 27, 1943. 

M7 Capacity (choke) couplings as rigid and non-rigid 
wave guide connectors. (Report No. 255.) John C. 
Reed, George L. Ragan and others. MIT, Radi¬ 
ation Laboratory. August 27, 1943. 

M8 Instruction manual for installation of Chiksan 
Tool Company, l^-inch revolving joint (Drawing 
No. 61D1C) on Radiation Laboratory Types B-l 
and B-2 cable, Army-Navy Types RG-27/U and 
RG-28/U. (Report No. M-154.) R. R. Steinke. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 22, 1944. 

M9 Walworth wave guide bends. (Report No. S-3.) 
Richard M. Walker. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 28, 1944. 

M10 Performance of coupling for 11,4-inch x 3-inch 
wave guide. (Report No. 538.) H. F. Webster. 
OEMsr-262. MIT, Radiation Laboratory. March 
6, 1944. 

Mil Corners, bends and twists in rectangular wave 
guide. (Report No. 585.) Richard M. Walker. 
OEMsr-262. MIT, Radiation Laboratory. July 
6, 1944. 

M12 Tests on additional modified Type N connectors. 
(Report No. 472.) John W. E. Griemsmann and 
Leo Nadler. OEMsr-335. Polytechnic Institute 
of Brooklyn. March 21, 1945. 

M13 Parallel plate bends. (Report No. 760.) M. A. 


Taggart and E. C. Fine. OEMsr-262. MIT, Radi¬ 
ation Laboratory. September 5, 1945. 

M14 Type N connector design and tests. (Report No. 
530.) (n.a.) OEMsr-335. Polytechnic Institute of 
Brooklyn. October 31, 1945. 

M15 Eq rotary joints for the 3-centimeter band. (Report 
No. 853.) F. Edward Ehlers. OEMsr-262. MIT, 
Radiation Laboratory. December 4, 1945. 

M16 Theory of directional couplers. (Report No. 860.) 
B. A. Lippmann. OEMsr-262. MIT, Radiation 
Laboratory. December 28, 1945. 

M17 Design considerations for directional couplers. (Re¬ 
port No. 724.) R. J. Harrison. OEMsr-262. 
MIT, Radiation Laboratory. December 31, 1945. 
M18 A theory of resonance in rotary joints of the 
TM 01 type. (Report No. 993.) H. K. Farr. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 15, 1946. 

M19 Wave guide motional joints. (Report No. 1037.) 
Walter Aron. OEMsr-262. MIT, Radiation Labo¬ 
ratory. January 18, 1946. 

233.423 Discontinuities (Irises, Windows, Etc.) 

Ml The susceptance of asymmetrically located win¬ 
dows in rectangular wave guides. (Report No. 
183.) A. E. Heins. MIT, Radiation Laboratory. 
October 16, 1942. 

M2 Transmission of irises in wave guides. (Report No. 
111.) H. A. Bethe, Julian Schwinger and others. 
OEMsr-429. Cornell University. November 3, 
1942. 

M3 Lumped constants for small irises. (Report No. 
194.) H. A. Bethe. MIT, Radiation Laboratory. 
March 24, 1943. 

M4 Theory of side windows in wave guides. (Report 
No. 199.) H. A. Bethe. MIT, Radiation Labora¬ 
tory. April 4, 1943. 

M5 One-sided inductive irises and quarter-wave ca¬ 
pacitive transformers in wave guide. (Report No. 
426.) William Sichak. MIT, Radiation Labora¬ 
tory. November 17, 1943. 

M6 Theory of thick inductive windows with small 
openings. (Report No. 171.) W. A. Bowers, Henry 
Hurwitz, Jr. and H. Levine. OEMsr-429. Cornell 
University. November 26, 1943. 

M7 Dielectric windows in wave guide. (Report No. 
587.) Richard M. Walker. OEMsr-262. MIT, 
Radiation Laboratory. June 29, 1944. 

M8 A new method for the precision measurement of 
wave guide discontinuities. (Report No. 317.) 
W. H. Pickering, D. W. Hagelbarger and others. 
OEMsr-1311. California Institute of Technology. 
October, 1944. 

M9 Mica windows for wave guide output magnetrons. 
(Report No. 366.) L. Malter, R. L. Jepsen and 
L. R. Bloom. OEMsr-1043. Radio Corporation 
of America. December 5, 1944. 

M10 Precision measurement of wave guide discontinui¬ 
ties. (Report No. 460 and Supplement.) W. H. 




DIVISION 14 • MICROFILM LIST 


393 


Pickering, S. C. Snowdon and D. W. Hagelbarger. 
OEMsr-1311. California Institute of Technology. 
July and October, 1945. 

Mil Discontinuities in standing wave detectors and 
wave guide junction steps. (Report No. 893.) Ina 
G. Mansur. OEMsr-262. MIT, Radiation Labo¬ 
ratory. December 14, 1945. 

M12 The interaction of discontinuities on a transmis¬ 
sion line. (Report No. 930.) P. M. Marcus. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 6, 1946. 

233.424 Switches 

Ml Low-power radio frequency switch. (Report No. 
675.) Albert M. Stone. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 23, 1945. 

M2 A low-power X-band radio frequency gas switch. 
(Report No. 841.) T. S. Ke and L. D. Smullin. 
OEMsr-262. MIT, Radiation Laboratory. Octo¬ 
ber 19, 1945. 

M3 Note on a low-power S-band gas switch. (Report 
No. 979.) T. S. Ke. OEMsr-262. MIT, Radi¬ 
ation Laboratory. December 10, 1945. 

233.43 General Transmission Line Problem 

Ml Elimination of the trombone between transmitter 
and junction in a duplexing system. (Report No. 
345.) James L. Lawson. MIT, Radiation Labo¬ 
ratory. May 4, 1942. 

M2 Transmission line construction details. (Report 
No. 231.) A. E. Hayes, Jr. MIT, Radiation Labo¬ 
ratory. May 14, 1942. 

M3 Introduction to alternating currents, Q values and 
transmission lines. (Report No. T-17.) E. W. Sam¬ 
son. OEMsr-262. MIT, Radiation Laboratory. 
August 29, 1944. 

233.5 Radio Frequency System Tests 

Ml Tune-up procedure for 3-cm radio frequency sys¬ 
tem. (Report No. 160.) W. M. Preston. MIT, 
Radiation Laboratory. May 25, 1942. 

M2 Matching radio frequency losses and frequency 
sensitivity of a 3-cm radio frequency system. (Re¬ 
port No. 161.) W. M. Preston. MIT, Radiation 
Laboratory. May 25, 1942. 

M3 [Some] X-band measurements at low pressure. 
(Report No. 250.) T. S. Saad. MIT, Radiation 
Laboratory. May 18, 1943. 

234 Antennas and Mounts 

Ml Report of the Antenna Group. (Report Nos. 94 to 
97.) (n.a.) MIT, Radiation Laboratory. Febru¬ 

ary 14, March 12, May 1 and July 1, 1941. 

M2 Preliminary testing of the Houston Corporation 
AN/APS-10 scanner. (Report No. S-33.) G. E. 
Hewitt. OEMsr-262. MIT, Radiation Labora¬ 
tory. December 23, 1944. 

234.1 Types 


234.11 Experimental 

234.111 S-Band 

Ml [Some] S-band horizontally polarized non-direc- 
tional antennas. (Report No. 517.) Henry J. 
Riblet. OEMsr-262. MIT, Radiation Laboratory. 
February 14, 1944. 

M2 [An] S-band end-fire array antenna. (Report No. 
577.) Henry J. Riblet and B. L. Birchard. 
OEMsr-262; Service Project Nos. SC-57 and SC-103. 
MIT, Radiation Laboratory. July 11, 1944. 

M3 E Some 3 S-band vertically polarized non-directional 
antennas. (Report No. 623.) Henry J. Riblet. 
OEMsr-262. MIT, Radiation Laboratory. De¬ 
cember 20, 1944. 

M4 Streamlined microwave omnidirectional antennas. 
(Report No. 871.) C. B. Barker and Henry J. 
Riblet. OEMsr-262. MIT, Radiation Laboratory. 
January 8, 1945. 

M5 A low-drag beacon antenna for fighter aircraft. 
(Report No. 685.) A. S. Dunbar and M. E. van 
Valkenburg. OEMsr-262; Service Project Nos. AC- 
263.07 and SC-63.04. MIT, Radiation Laboratory. 
April 28, 1945. 

M6 Shipboard Black Maria antennas. (Report No. 
796.) Edgar N. Gilbert and Henry J. Riblet. 
OEMsr-262; Service Project No. NA-178. MIT, 
Radiation Laboratory. October 15, 1945. 

M7 [Anj S A 6-6 horizontally polarized antenna. (Re¬ 
port No. 823.) A. B. Dickinson. OEMsr-262; 
Service Project No. SC-63.04. MIT, Radiation 
Laboratory. November 30, 1945. 

M8 Two circularly polarized S-band horns. (Report 
No. 980.) Dora F. Sherman. OEMsr-262. MIT, 
Radiation Laboratory. January 15, 1946. 

M9 Airborne Black Maria antenna. (Report No. 866.) 
Edgar N. Gilbert. OEMsr-262. MIT, Radiation 
Laboratory. January 16, 1946. 

M10 Ship-controlled interception search antenna, Mark 
II. (Report No. 1026.) M. L. Kales. OEMsr-262. 
MIT, Radiation Laboratory. February 20, 1946. 
Mil Ship-controlled interception search antenna, Mark 

I. (Report No. 1025.) M. L. Kales. OEMsr-262. 
MIT, Radiation Laboratory. March 13, 1946. 

234.112 X-Band 

Ml [Some] X-band horizontally polarized non-direc¬ 
tional antennas. (Report No. 489.) Henry J. 
Riblet. OEMsr-262; Service Project Nos. SC-63.03 
and NS-126. MIT, Radiation Laboratory. April 
22, 1944. 

M2 [Thej BUPX antenna. Type A. (Report No. 396.) 

J. Epstein. OEMsr-684. Radio Corporation of 
America. July 21, 1944. 

M3 [Thej SU-2 antenna. Line of sight stabilization of 
a radar beam by reflector tilt. (Report No. 660.) 
J. I. Bohnert and T. J. Keary. OEMsr-262; Serv¬ 
ice Project No. NS-175. MIT, Radiation Labora¬ 
tory. February 19, 1945. 

M4 [The] SU-2 antenna. Shipborne stabilized radar 







394 


DIVISION 14 • MICROFILM LIST 


antenna for sea search. (Report No. 659.) T. J. 
Keary and J. I. Bohnert. OEMsr-262; Service 
Project No. NS-175. MIT, Radiation Laboratory. 
March 7, 1945. 

M5 An X-band hemi-isotropic radiator. (Report No. 
981.) Dora F. Sherman. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 10, 1946. 

M6 Omnidirectional antennas for BUPX. (Report No. 
996.) Leonard J. Eyges. OEMsr-262. MIT, Radi¬ 
ation Laboratory. Jauary 17, 1946. 

M7 The antenna for radar Mark 35. (Report No. 1045.) 
L. E. Swarts. OEMsr-262. MIT, Radiation Labo¬ 
ratory. January 29, 1946. 

M8 Double coaxial coupler for BUPX antenna. (Re¬ 
port No. 736.) R. M. Fano. OEMsr-262; Service 
Project Nos. SC-63.05 and NA-163. MIT, Radi¬ 
ation Laboratory, (n.d.) 

234.113 K-Band 

Ml [Some] K-band cosec 2 antennas with a line source 
and shaped cylindrical reflector. (Report No. 624.) 
William Sichak and E. M. Purcell. OEMsr-262; 
Service Project No. AN-25. MIT, Radiation Labo¬ 
ratory. November 3, 1944. 

M2 [Thej Cindy antenna. A high resolution K-band 
radar antenna for sea search. (Report No. 849.) 
J. I. Bohnert. OEMsr-262; Service Project No. 
NS-234. MIT, Radiation Laboratory. November 
1, 1945. 

M3 [Thej AN/APS-32 and AN/APS-34 airborne navi¬ 
gational radar antennas at K-band. (Report No. 
808.) T. J. Keary, A. R. Poole and others. 
OEMsr-262; Service Project Nos. AN-21 and NS- 
314. MIT, Radiation Laboratory. March 15, 
1946. 

234.12 Radar Systems 
234.121 Ship 

Ml Development of antenna for Raytheon SO-CXBY. 
(Report No. 396.) D. L. Jaffee. MIT, Radiation 
Laboratory. February 25, 1943. 

M2 Vertical coverage of a U/ 2 ’ x 5' antenna designed 
for SG-3. (Report No. 636.) C. E. Moore and 
R. W. Blue. MIT, Radiation Laboratory. De¬ 
cember 7, 1944. 

M3 [Thej SG-1 antenna, Mark 2. (Report No. 639.) 
R. W. Thickens. OEMsr-262. MIT, Radiation 
Laboratory. January 9, 1945. 

M4 Stabilized SG-3 antenna. (Report No. 665.) J. I. 
Bohnert and H. Krutter. Service Project No. NS- 
175. MIT, Radiation Laboratory. February 7, 
1945. 

M5 The ship-controlled interception rapid scan height 
finding antenna. (Report No. 688.) Charles V. 
Robinson, M. A. Taggart and M. D. Pearson. 
OEMsr-262; Service Project Nos. NS-194 and NS- 
363. MIT, Radiation Laboratory. July 9, 1945. 
M6 [Thej SG-1, Mark III antenna. (Report No. 1044.) 


S. J. Mason. OEMsr-262. MIT, Radiation Labo¬ 
ratory. March 5, 1946. 

234.122 Air 

Ml Pictorial brief of an experimental AGL-1 installa¬ 
tion. (Report No. 377.) Charles F. West, L. Jack- 
son Laslett and George W. Curran. MIT, Radi¬ 
ation Laboratory. t May 10, 1943.] 

M2 LRASV, [the] AN/APA-2, antenna. (Report No. 
415.) Louise Buchwalter and G. G. Harvey. MIT, 
Radiation Laboratory. October 13, 1943. 

M3 Rotating corrugated eccentric line antennas. (Re¬ 
port No. 531.) Louise Buchwalter. OEMsr-262; 
Service Project Nos. SC-45 and SC-46. MIT, Radi¬ 
ation Laboratory. June 13, 1944. 

M4 Scanning antenna for the Eagle precision radar 
bombsight, AN/APQ-7. (Report No. 312.) G. T. 
Lorance. OEMsr-1089. International Projector 
Corporation. August 11, 1944. 

M5 Low-altitude navigation antennas developed in 
connection with AN/APS-10. (Report No. 615.) 
J. H. Gardner. OEMsr-262; Service Project No. 
SC-46. MIT, Radiation Laboratory. October 3, 
1944. 

M6 [The] APQ-13 60-inch antenna. (Report No. 751.) 
William Sichak. OEMsr-262; Service Project No. 
AC-232.02. MIT, Radiation Laboratory. August 
1, 1945. 

M7 The AN/APQ-13 60-inch scanner in B-29 airplanes. 
(Report No. 848.) Willoughby M. Cady, F. J. 
Mehringer and William Sichak. OEMsr-262; Serv¬ 
ice Project No. AC-232.02. MIT, Radiation Labo¬ 
ratory. October 29, 1945. 

M8 Hawkeye antenna. Airborne high-resolution an¬ 
tenna for sea search of submarine Schnorkel. 
(Report No. 812.) C. B. Stanley. OEMsr-262. 
MIT, Radiation Laboratory. October 30, 1945. 

M9 [Anj IFF receiving antenna for mounting in 
Cadillac dish. (Report No. 843.) Ingo Maddaus, 
Jr. OEMsr-262; Service Project No. NA-178. 
MIT, Radiation Laboratory. November 26, 1945. 
M10 Airborne early warning Block III relay antenna. 
(Report No. 845.) Ingo Maddaus, Jr. OEMsr- 
262; Service Project No. NA-178. MIT, Radiation 
Laboratory. November 30, 1945. 

Mil [Anj IFF antenna for mounting on the wing of a 
TBM torpedo bomber. (Report No. 842.) Ingo 
Maddaus, Jr. OEMsr-262. MIT, Radiation Labo¬ 
ratory. December 6, 1945. 

M12 [An] IFF transmitting antenna for mounting in 
Cadillac dish. (Report No. 844.) Ingo Maddaus, 
Jr. OEMsr-262. MIT, Radiation Laboratory. 
December 14, 1945. 

M13 The AN/APS-23 antenna and installation. (Report 
No. 878.) Willoughby M. Cady. OEMsr-262; 
Service Project Nos. AC-232.10, AC-232.03 and 
AN-24. MIT, Radiation Laboratory. January 10, 
1946. 

M14 [The] APS-33 antenna. Final pre-production data. 




DIVISION 14 • MICROFILM LIST 


395 


(Report No. 861.) L. G. Jones. OEMsr-262. 
MIT, Radiation Laboratory. January 11, 1946. 
M15 Low altitude csc 20 antenna for APS-33 project. 
(Report No. 1073.) J. H. Gardner. OEMsr-262. 
MIT, Radiation Laboratory. February 21, 1946. 
M16 [The] AN/APS-31 antenna. (Report No. 1068.) 
M. Berman. OEMsr-262. MIT, Radiation Labo¬ 
ratory. February 26, 1946. 

M17 Linear array for use in the AN/APS-23 antenna. 
(Report No. 973.) J. R. Risser, A. M. Steenland 
and others. OEMsr-262; Service Project No. AC- 
232.02. MIT, Radiation Laboratory. March 19, 
1946. 

M18 Boresighting the AN/APG-15 antenna assembly. 
(Report No. 1009.) Charles F. Chubb, Jr. OEMsr- 
262. MIT, Radiation Laboratory. April 23, 1946. 

234.123 Ground 

Ml Electrical design of the AN/TPS-10 antenna. (Re¬ 
port No. 648.) C. S. Pao. OEMsr-262; Service 
Project No. SC-107. MIT, Radiation Laboratory. 
December 28, 1944. 

M2 A simplified search antenna for radio set, AN/ 
MPN-1. (Report No. 486.) C. F. Porterfield and 
L. J. Chu. OEMsr-262; Service Project Nos. SC- 
53, SC-72 and NS-239. MIT, Radiation Labora¬ 
tory. January 1, 1945. 

M3 [Thej AN/CPS-6, V-beam, antenna. (Report No. 
951.) C. G. Stergiopoulos. OEMsr-262. MIT, 
Radiation Laboratory. February 12, 1946. 

M4 The Beavertail, AN/CPS-4, antenna. (Report No. 
1027.) C. S. Pao. OEMsr-262. MIT, Radiation 
Laboratory. April 9, 1946. 

234.2 Antenna Factors 

234.21 Antenna Feeds 

Ml Some matching properties of antenna feeds. (Re¬ 
port No. 261.) H. Krutter, Ralph E. Hiatt and 
J. I. Bohnert. MIT, Radiation Laboratory. No¬ 
vember 17, 1942. 

M2 Rear rectangular guide antenna feed. (Report No. 
169.) J. S. Foster. MIT, Radiation Laboratory. 
March 24, 1943. 

M3 Illumination and phases of antenna feeds. (Report 
No. 170.) J. S. Foster. MIT, Radiation Labora¬ 
tory. March 29, 1943. 

M4 Round guide rear antenna feeds. (Report No. 
171.) J. S. Foster. MIT, Radiation Laboratory. 
April 28, 1943. 

M5 Antenna feeds for ^4-inch stub-supported coaxial 
line. (Report No. 271.) Stanley Breen and Ralph 
E. Hiatt. MIT, Radiation Laboratory. June 21, 
1943. 

M6 Antenna feeds from % 6 -inch coaxial line. (Report 
No. 274.) W. B. Nowak. MIT, Radiation Labo¬ 
ratory. July 5, 1943. 

M7 Paraboloid antenna characteristics as a function 
of feed tilt. (Report No. 479.) Samuel Silver and 


C. S. Pao. OEMsr-262. MIT, Radiation Labora¬ 
tory. February 16, 1944. 

M8 Flight test of an experimental horn-fed antenna 
for H 2 X. (Report No. 91.3.) R. C. Ottens and 
J. E. Woodward. MIT, Radiation Laboratory. 
December 1, 1944. 

M9 Shaping the primary pattern of a horn feed. (Re¬ 
port No. 655.) C. S. Pao. OEMsr-262. MIT, 
Radiation Laboratory. January 22, 1945. 

M10 Primary feeds in cylindrical parabolas. (Report 
No. 686.) G. J. Yevick. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 23, 1945. 

Mil Horn with metal lens. (Report No. 863.) M. A. 
Taggart. OEMsr-262. MIT, Radiation Labora¬ 
tory. November 13, 1945. 

M12 Horn feeds for parabolic antennas. (Report No. 
690.) S. J. Mason. OEMsr-262. MIT, Radiation 
Laboratory. January 22, 1946. 

M13 A four-horn feed to give csc2 antenna patterns. 
(Report No. 896.) William J. West. OEMsr-262. 
MIT, Radiation Laboratory. March 15, 1946. 
M14 An IFF Mark 5/UNB feed in the ship-controlled 
interception search antenna. (Report No. 897.) 
William J. West. OEMsr-262. MIT, Radiation 
Laboratory. March 26, 1946. 

M15 An IFF Mark 5/UNB feed in the AN/CPS-6 ver¬ 
tical antenna. (Report No. 898.) William J. West. 
OEMsr-262; Service Project No. AC-239.05. MIT, 
Radiation Laboratory. April 10, 1946. 

234.22 Antenna Design 

Ml Notes on antenna design. (Report No. 123.) J. A. 
Stratton and L. J. Chu. MIT, Radiation Labora¬ 
tory. October 21, 1941. 

M2 Design of a perpendicular dipole antenna for feed¬ 
ing paraboloids, and patterns obtained under 
standard conditions. (Report No. 98.) L. C. Van 
Atta. MIT, Radiation Laboratory. January 6, 
1942. 

M3 Paraboloid diffraction patterns from the stand¬ 
point of physical optics. (Report No. T-7.) R. C. 
Spencer. MIT, Radiation Laboratory. October 
21, 1942. 

M4 Gratings and screens as microwave reflectors. (Re¬ 
port No. 268.) (n.a.) MIT, Radiation Labora¬ 

tory. April 1, 1943. 

M5 Synthesis of microwave diffraction patterns with 
application to csc2fl patterns. (Report No. 272.) 

R. C. Spencer. MIT, Radiation Laboratory. June 
23, 1943. 

M6 [A] 45° microwave reflector. (Report No. 267.) 

S. J. Mason. MIT, Radiation Laboratory. No¬ 
vember 19, 1943. 

M7 Analysis and correction of the impedance mis¬ 
match due to a reflector. (Report No. 810.) 
Samuel Silver. OEMsr-262. MIT, Radiation 
Laboratory. September 25, 1945. 

M8 A flat plate beam-shaping antenna. (Report No. 
903.) W. O. Smith. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 15, 1946. 



396 


DIVISION 14 • MICROFILM LIST 


M9 Quarter-wave plate for broad-band circular polari¬ 
zation. (Report No. 769.) J. E. Eaton and Jack 
Steinberger. OEMsr-262. MIT, Radiation Labo¬ 
ratory. January 28, 1946. 

M10 Metal plate lens for csc2 antenna. (Report No. 
1070.) A. S. Dunbar. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 15, 1946. 

Mil The alteration in the radiated field of a parabo¬ 
loid due to a shift in the position of the dipole 
feed. (Report No. 1078.) F. B. Hildebrand. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 20, 1946. 

M12 Dipole arrays backed by reflecting sheets. (Report 
No. 1014.) Dora F. Sherman. OEMsr-262. MIT, 
Radiation Laboratory. March 18, 1946. 

234.23 Antenna Parts 

Ml Antenna parts and measuring equipment. (Report 
No. 472.) T. W. Lashof. MIT, Radiation Labo¬ 
ratory. November 5, 1943. 

234.231 Paraboloid Reflectors 

Ml Effect of paraboloid size and shape on beam pat¬ 
terns. (Report No. 258.) L. C. Van Atta. MIT, 
Radiation Laboratory. August 5, 1942. 

M2 Information of standard Radiation Laboratory 
paraboloid reflectors. (Report No. 269.) L. C. Van 
Atta and Charles V. Robinson. MIT, Radiation 
Laboratory. March 3, 1943. 

M3 Information on Radiation Laboratory paraboloid 
reflectors. (Report No. 679.) T. W. Lashof. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 23, 1945. 

234.232 Linear Rays 

Ml Probe fed slots as radiating elements in linear 
arrays. (Report No. 455.) Roger E. Clapp. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 25, 1944. 

M2 [A] K-band high-power water load. (Report No. 
723.) Richard M. Walker. OEMsr-262; Service 
Project No. AN-25. MIT, Radiation Laboratory. 
May 10, 1945. 

M3 f A] K-band linear array. (Report No. 771.) Jack 
Steinberger and E. B. Chisholm. OEMsr-262. 
MIT, Radiation Laboratory. January 31, 1946. 

234.233 Pillboxes 

Ml A new pillbox feed. (Report No. 862.) M. A. 
Taggart. OEMsr-262. MIT, Radiation Labora¬ 
tory. November 7, 1945. 

M2 A broad-band TEM pillbox. (Report No. 901.) 
W. O. Smith. OEMsr-262. MIT, Radiation Labo¬ 
ratory. January 11, 1946. 

M3 Lens feed for K-band pillboxes. (Report No. 869.) 
Leonard J. Eyges. OEMsr-262. MIT, Radiation 
Laboratory. January 23, 1946. 

234.3 Scanning 


234.31 Theoretical Research 

Ml Search scans and system performance. (Report No. 
407.) Willoughby M. Cady. MIT, Radiation 
Laboratory. August 9, 1943. 

M2 Stable scanners and unsteady airplanes. (Report 
No. 701.) Willoughby M. Cady. OEMsr-262. 
MIT, Radiation Laboratory. February 21, 1945. 

234.32 Units and Systems 

234.321 Conical Scanning 

Ml On conical scanning. (Report No. 3.) (n.a.) MIT, 
Radiation Laboratory. March 24, 1941. 

M2 Conical scanning. (Report No. 367.) Ralph S. 
Phillips. MIT, Radiation Laboratory. August 4, 

1942. 

M3 Calculation of errors in conical scanning GL sys¬ 
tems arising from detuning when the transmitter 
frequency is pulled during the rotation. L. Jack- 
son Laslett. MIT, Radiation Laboratory. [March, 

1943. ] 

234.322 Rapid Scanning 

Ml Rapid scanning high-resolution antennas. (Report 
No. 265.) Charles V. Robinson. MIT, Radiation 
Laboratory. February 15, 1943. 

M2 Conference on rapid scanning. (Report No. 275.) 
G. G. Harvey. MIT, Radiation Laboratory. June 
15, 1943. 

M3 Leaky wave guide rapid scanner. (Report No. 557.) 
Jack Steinberger. OEMsr-262. MIT, Radiation 
Laboratory. November 18, 1944. 

M4 Mechanical resonant scanner. (Report No. 782.) 
D. B. Nichinson, R. Sher and C. Schultz. OEMsr- 
262. MIT, Radiation Laboratory. March 13, 
1946. 

M5 [A] K-band rapid scan. (Report No. 960.) C. J. 
Swartwout. OEMsr-262. MIT, Radiation Labo¬ 
ratory. March 15, 1946. 

M6 Operating instructions for the K-band rapid scan 
system. (Report No. M-248.) C. J. Swartwout. 
OEMsr-262. MIT, Radiation Laboratory. March 
20, 1946. 

234.323 AN/APG (-5 and -21) and AN/APS (-6 and -10) 

Ml The AIA-1 scanner development program. (Re¬ 
port No. 199.) T. I. Moseley. OEMsr-960. 

Dalmo Victor, Inc. February 3, 1944. 

M2 [Thej AIA-1 scanner development program. (Re¬ 
port No. 321.) T. I. Moseley. OEMsr-960. 

Dalmo Victor, Inc. August 14, 1944. 

M3 Radar scanner development program. (Report 
Nos. 361, 418 and 419 [for the period] July 1, 1944 
to January 1, 1945.) T. I. Moseley. OEMsr-960. 
Dalmo Victor, Inc. September 30 and December 
30, 1944 and January 12, 1945. 

M4 Mechanical and electrical tests of the General 
Electric Company scanner for the AN/APS-10 
system. (Report No. S-61.) G. E. Hewitt. OEMsr- 



DIVISION 14 • MICROFILM LIST 


397 


262; Service Project Nos. SC-46 and AC-234.01. 
MIT, Radiation Laboratory. July 14, 1945. 

234.324 Electrical 

Ml Parallel plate optics for electrical scanning. (Re¬ 
port No. 646.) S. B. Meyers. OEMsr-262. MIT, 
Radiation Laboratory. December 16, 1944. 

M2 Linear electrical scanner. (Report No. 635.) J. S. 
Foster. OEMsr-262. MIT, Radiation Laboratory. 
January 6, 1945. 

234.325 Spiral 

Ml The balancing of spiral-scan spinners. (Report No. 
380.) Willoughby M. Cady. MIT, Radiation 
Laboratory. September 9, 1942. 

M2 Altitude return in the AN/APS-6. (Report No. 
706.) Eugene W. Cowan, Jr. OEMsr-262; Service 
Project Nos. NA-125 and NS-171. MIT, Radi¬ 
ation Laboratory. March 26, 1945. 

M3 Sea return effects and their elimination in the 
AN/APS-6. (Report No. 707.) Eugene W. Cowan, 
Jr. OEMsr-262; Service Project No. NS-171. 
MIT, Radiation Laboratory. June 11, 1945. 

M4 Radar scanning unit. (Report No. 566.) O. W. 
Schotz. OEMsr-1167. Chrysler Corporation. Oc¬ 
tober 25, 1945. 

M5 Radar nutating antenna spiral scanning units. 
Balance and adjustment. (Report No. 573.) 
R. Halberg and S. T. Foresman. Chrysler Cor¬ 
poration. November 27, 1945. 

234.326 Miscellaneous Scanner Systems and Units 

Ml A study of fanned beam radiators. (Report No. 
99.) (n.a.) MIT, Radiation Laboratory. Febru¬ 

ary 20, 1942. 

M2 Precision aircraft scanners. (Report No. 410.) 
R. W. Porter. OEMsr-540. General Electric Com¬ 
pany. January 1, 1944. 

M3 [Thej H2K roll stabilized scanner. (Report No. 
429.) (n.a.) OEMsr-1291. Maguire Industries, 

Inc. April, 1945. 

M4 Proposed antenna for panoramic radar. (Report 
No. S-55.) Walter O. Gordy. OEMsr-262. MIT, 
Radiation Laboratory. May 22, 1945. 

M5 Mortar fire detection. (Report No. 1064.) Harvey 
R. Worthington, Jr. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 10, 1946. 

M6 Survey of Foster scanner developments. (Report 
No. 1074.) Walter E. Millett, Harvey R. Worth¬ 
ington, Jr. and others. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 25, 1946. 

M7 Variable-width wave guide scanners for Eagle, 
AN/APQ-7, and ground-controlled approach, AN/ 
MPN-1. (Report No. 840.) Randal McG. Robert¬ 
son. OEMsr-262; Service Project Nos. AC-1 and 
SC-53. MIT, Radiation Laboratory. April 30, 
1946. 

234.33 Miscellaneous Scanning Problems 

Ml Correction of the scanning of shipborne radar 


systems for roll and pitch of the ship. (Report 
No. 126.) Hubert M. James. MIT, Radiation 
Laboratory. December 22, 1941. 

M2 Laboratory and field tests with stabilized spinners. 
(Report No. 395.) R. W. Griffiths. MIT, Radi¬ 
ation Laboratory. April 21, 1943. 

M3 Automatic range and azimuth tracking while scan¬ 
ning. (Report No. 341.) A. B. Jacobsen, F. P. 
Coffin and W. B. Jones, Jr. MIT, Radiation Labo¬ 
ratory. August 30, 1943. 

M4 RASD stable element. (Report No. 567.) R. J. 
Johnson. OEMsr-1336. General Electric Com¬ 
pany. October 30, 1945. 

M5 The storage of video signals on simple mosaics. 
(Report No. 743.) Robert A. McConnell. OEMsr- 
262. MIT, Radiation Laboratory. February 18, 
1946. 

234.4 Antenna Measurements 

Ml Graphical analysis of beam patterns from parabo¬ 
loid reflectors. (Report No. 259.) S. G. Sydoriak 
and L. C. Van Atta. MIT, Radiation Laboratory. 
June 11, 1942. 

M2 A method for measuring the absolute gain of 
microwave antennas. (Report No. 168.) E. M. 
Purcell. MIT, Radiation Laboratory. January 3, 
1943. 

M3 An automatic recorder for microwave antenna 
pattern measurements. (Report No. 266. T. J. 
Keary and R. E. Alley, Jr. MIT, Radiation Labo¬ 
ratory. March 1, 1943. 

M4 Antenna measuring equipment. t A] 100-db linear 
audio amplifier. (Report No. 601-3.) Owen A. 
Tyson. OEMsr-262. MIT, Radiation Laboratory. 
August 23, 1944. 

M5 Antenna measuring equipment. High-power con¬ 
tinuous wave transmitter for S-band. (Report No. 
601.2.) Owen A. Tyson. OEMsr-262. MIT, 
Radiation Laboratory. August 24, 1944. 

M6 Antenna measuring equipment. (Report No. 601-1.) 
Owen A. Tyson. OEMsr-262. MIT, Radiation 
Laboratory. October 6, 1944. 

M7 Antenna measuring equipment. Automatic antenna 
pattern recorder. (Report No. 601-4.) Owen A. 
Tyson. OEMsr-262. MIT, Radiation Laboratory. 
January 16, 1945. 

M8 Field station for antenna measurements. (Report 
No. 632.) Ralph E. Hiatt. OEMsr-262. MIT, 
Radiation Laboratory. February 26, 1945. 

M9 Calculation of vertical polar diagrams and power 
gains of antennas for airborne navigational radars. 
(Report No. 750.) T. J. Keary. OEMsr-262; Serv¬ 
ice Project Nos. AC-232.02, AN-21 and NS-314. 
MIT, Radiation Laboratory. September 10, 1945. 
M10 Measurement of phase in microwave antenna fields 
by phase modulation method. (Report No. 966.) 
Harvey R. Worthington, Jr. MIT, Radiation 
Laboratory. March 14, 1946. 




398 


DIVISION 14 • MICROFILM LIST 


234.5 Radomes 

Ml [Radomes.] (Report No. 483. Radome Bulletin No. 

I. ) E. B. McMillan. MIT, Radiation Laboratory. 
December 2, 1943. 

M2 An outline of the electrical properties of radomes. 
(Report No. 483. Radome Bulletin No. 2.) Ray¬ 
mond M. Redheffer. MIT, Radiation Laboratory. 
December 20, 1943 

M3 Ice formation on shipborne radomes. (Report No. 
483. Radome Bulletin No. 3.) J. S. White. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 15, 1944. 

M4 Transmission and reflection of single plane sheets. 
(Report No. 483. Radome Bulletin No. 4.) Ray¬ 
mond M. Redheffer. OEMsr-262. MIT, Radi¬ 
ation Laboratory. July 12, 1944. 

M5 Recent dielectric constant and loss tangent meas¬ 
urements. (Report No. 483. Radome Bulletin No. 
5.) Elizabeth M. Everhart. OEMsr-262. MIT, 
Radiation Laboratory. July 14, 1944. 

M6 Radomes and system performance. (Report No. 
483. Radome Bulletin No. 6.) Raymond M. Red¬ 
heffer. OEMsr-262. MIT, Radiation Laboratory. 
November 17, 1944. 

M7 The measurement of high reflections at low power. 
(Report No. 483. Radome Bulletin No. 7.) Ray¬ 
mond M. Redheffer. OEMsr-262. MIT, Radi¬ 
ation Laboratory. November 20, 1944. 

M8 X-band sandwiches at variable angles of incidence. 
(Report No. 483. Radome Bulletin No. 8.) Eliza¬ 
beth M. Everhart. OEMsr-262. MIT, Radiation 
Laboratory. December 19, 1944. 

M9 The matching of high-standing wave ratios. (Re¬ 
port No. 483. Radome Bulletin No. 9.) Raymond 
M. Redheffer. OEMsr-262. MIT, Radiation 
Laboratory. December 22, 1944. 

M10 Transmission and reflection of parallel plane 
sheets. (Report No. 483. Radome Bulletin No. 12.) 
Raymond M. Redheffer. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 26, 1945. 

Mil Electrical properties of double-wall and sandwich 
radomes. (Report No. 483. Radome Bulletin No. 

II. ) Raymond M. Redheffer. OEMsr-262. MIT, 
Radiation Laboratory. February 1, 1945. 

M12 The measurement of small reflections. (Report No. 
483. Radome Bulletin No. 10.) Yael N. Dowker 
and Raymond M. Redheffer. OEMsr-262. MIT, 
Radiation Laboratory. February 6, 1945. 

M13 Elliptical polarization produced by streamlined 
radomes. (Report No. 483. Radome Bulletin No. 
13.) Raymond M. Redheffer. OEMsr-262. MIT, 
Radiation Laboratory. February 12, 1945. 

M14 Some electrical aspects of microwave sandwich 
radome design. (Report No. 483. Radome Bulletin 
No. 16.) E. R. Steele. OEMsr-262. MIT, Radi¬ 
ation Laboratory. May 9, 1945. 

M15 The measurement of dielectric constants in the 
one-centimeter band. (Report No. 483. Radome 
Bulletin No. 15.) Raymond M. Redheffer and 


E. D. Winkler. OEMsr-262. MIT, Radiation 
Laboratory. May 11, 1945. 

M16 Antenna catalogue. (Report No. S-64.) James J. 
Brady. MIT, Radiation Laboratory. October 8, 

1945. 

M17 Radome wall reflections at variable angles of inci¬ 
dence. (Report No. 483. Radome Bulletin No. 20.) 
Elizabeth M. Everhart. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 4, 1946. 

M18 Dielectric constants and loss tangents of radome 
materials. (Report No. 483. Radome Bulletin No. 
25.) T. J. Suen and Elizabeth M. Everhart. 

OEMsr-262. MIT, Radiation Laboratory. Janu¬ 

ary 11, 1946. 

M19 Electrical test methods for radomes. (Report No. 
483. Radome Bulletin No. 26.) H. A. Perry, Jr. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 

ary 11, 1946. 

M20 Transmission of lossy sandwiches. (Report No. 
483-22.) Yael N. Dowker. OEMsr-262. MIT, 

Radiation Laboratory. January 23, 1946. 

234.51 Airfoils 

Ml Design and test of Project Eagle airfoil. (Report 
No. 290.) (n.a.) Douglas Aircraft Company, Inc. 

February 4, 1944. 

M2 Dielectric rod end-fire antennas close to metal 
surfaces. (Report No. 969.) J. E. Eaton. OEMsr- 
262. MIT, Radiation Laboratory. January 23, 

1946. 

234.52 Design 

Ml Transmission characteristics of suggested airplane 
nose materials. (Report No. 144.) (n.a.) MIT, 

Radiation Laboratory. October 21, 1941. 

M2 Design characteristics of spinner housing materials. 
(Report No. 245.) E. B. McMillan. MIT, Radi¬ 
ation Laboratory. January 12, 1943. 

M3 Current progress on radio frequency research. (Re¬ 
port No. 483. Radome Bulletin No. 17.) Mary 
Hegarty, Yael N. Dowker and others. OEMsr-262. 
MIT, Radiation Laboratory. May 10, 1945. 

234.6 Miscellaneous Antenna Problems 

Ml Spinners and radiators. (Report No. 56.) R. G. 
Herb. MIT, Radiation Laboratory. October 15, 
1941. 

M2 Spinners and radiators. (Report No. 57.) (n.a.) 

MIT, Radiation Laboratory. November 26, 1941. 
M3 Microwave linear radiators. (Report No. 366.) 
Luis W. Alvarez. MIT, Radiation Laboratory. 
July 31, 1942. 

M4 Pillbox antenna for glide path. (Report No. 260.) 
Charles V. Robinson. MIT, Radiation Labora¬ 
tory. November 9, 1942. 

M5 The antenna slide rule, Series L. (Report No. 276.) 
R. C. Spencer. MIT, Radiation Laboratory. June 
3, 1943. (Antenna slide rule attached to report.) 
M6 Contribution of the dish to the impedance of an 






DIVISION 14 • MICROFILM LIST 


399 


235 


235.1 


antenna. (Report No. 442.) Samuel Silver. MIT, 
Radiation Laboratory. September 17, 1943. 

M7 Die-cast model of the CSB antenna. (Report No. 
824.) A. B. Dickinson. OEMsr-262; Service Proj¬ 
ect Nos. AC-106 and AC-263.07. MIT, Radiation 
Laboratory. November 30, 1945. 

M8 Compact horns intermediate between polyrods and 
reflectors. (Report No. 961.) Robert E. Dillon 
and Leonard J. Eyges. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 31, 1946. 

M9 The interaction of microwave antennas with di¬ 
electric sheets. (Report No. 483. Radome Bulletin 
No. 18.) Raymond M. Redheffer. OEMsr-262. 
MIT, Radiation Laboratory. March 1, 1946. 

M10 Double skin-back antenna. (Report No. 852.) 
Howard J. Rowland. OEMsr-262. MIT, Radi¬ 
ation Laboratory. March 29, 1946. 

Mil The angular alignment of radar antennas. (Report 
No. 950.) E. M. Bailey. OEMsr-262. MIT, Radi¬ 
ation Laboratory. March 29, 1946. 

M12 Beam-shaping. (Report No. 1069.) J. Certaine. 
OEMsr-262. MIT, Radiation Laboratory. April 
10, 1946. 

Power Supplies 

Ml An investigation of radio frequency probes. (Re¬ 
port No. 483. Radome Bulletin No. 14.) Yael N. 
Dowker and Raymond M. Redheffer. OEMsr-262. 
MIT, Radiation Laboratory. February 6, 1946. 

M2 Investigation of power supply requirements as a 
function of future radar circuit development. 
(Report No. 134.) M. M. Hubbard. Service Proj¬ 
ect No. SC-32. MIT, Radiation Laboratory, 
(n.d.) 

Sources of Power 

Ml BufEered multiple-phase box. (Report No. 44.) 
(n.a.) MIT, Radiation Laboratory. October 9, 
1941. 

M2 Power supply for airborne radar equipment. The 
weight of airborne systems as a function of power 
supply frequency. (Report No. 135.) M. M. Hub¬ 
bard. Service Project No. SC-33. MIT, Radiation 
Laboratory. February 11, 1943. 

M3 Development of three-phase aircraft alternator. 
(Report No. 287.) B. E. Wallace. OEMsr-609. 
Leland Electric Company. September 6, 1943. 

M4 Development of a power supply and temperature 
stabilized oscillator for the battery-operated lodar 
receiver. (Report No. 203.) Walter Lukas. Emer¬ 
son Radio and Phonograph Corporation. October 
29, 1943. 

M5 Stabilized high-voltage supply. (Report No. 565.) 
E. A. Holmes. OEMsr-262; Service Project Nos. 
SC-37 and NS-224. MIT, Radiation Laboratory. 
May 19, 1944. 

M6 Wave form analysis. (Report No. 561.) O. Abbiati. 
OEMsr-262. MIT, Radiation Laboratory. May 
29, 1944. 

M7 Constancy of EMF’s of dry batteries. (Report No. 


537.) H. S. Sack. OEMsr-768. Cornell University. 
October 2, 1945. 

M8 Handbook of maintenance instructions for Cadillac 
II power supply. (Report No. M-245.) W. R. 
Slaunwhite and R. L. Kellner. OEMsr-262; Serv¬ 
ice Project No. NA-178. MIT, Radiation Labora¬ 
tory. October 23, 1945. 

235.11 High-Altitude Commutation 

Ml Analysis of commutation of direct current ma¬ 
chinery at high-altitudes. (Report No. 136.) (n.a.) 

Service Project No. SC-34. t MIT, Radiation Labo¬ 
ratory.] November 28, 1942. 

M2 Simulated high-altitude brush testing equipment. 
(Report No. 137.) I. E. Ross, Jr. [MIT, Radi¬ 
ation Laboratory.] March 30, 1943. 

M3 Clearance for carbon brush investigations. (Report 
No. 138.) I. E. Ross, Jr. [MIT, Radiation Labo¬ 
ratory.] April 2, 1943. 

M4 Analysis of commutation of direct current ma¬ 
chinery at high-altitudes. (Report No. 139.) (n.a.) 

MIT, Radiation Laboratory. April 15, 1943. 

M5 Development of electrical brushes through pow¬ 
dered metallurgy. (Report No. 313.) Robert L. 
Klein and Harold Hirsch. OEMsr-1022. Stevens 
Institute of Technology. November 30, 1943. 

235.2 Regulators 

Ml A wide range, high-voltage regulator. (Report No. 
149.) (n.a.) MIT, Radiation Laboratory. De¬ 

cember 20, 1941. 

M2 Thyrite bridge-controlled voltage regulator. (Re¬ 
port No. 525.) Heinz E. Kallmann. OEMsr-262. 
MIT, Radiation Laboratory. March 9, 1944. 

M3 Electronic line voltage stabilizers. (Report No. 
1042.) J. M. McBean. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 7, 1946. 

240 Receiver Components 

241 Receivers 

Ml Receivers. (Report No. 100.) (n.a.) MIT, Radi¬ 

ation Laboratory. December 2, 1940. 

M2 Receivers. (Report No. 101.) (n.a.) MIT, Radi¬ 

ation Laboratory. December 20, 1940. 

M3 Receivers and transmit-receive boxes. (Report No. 
102.) (n.a.) MIT, Radiation Laboratory. Febru¬ 
ary 4, 1941. 

M4 Visit of members of Receiver Section to the Bell 
Telephone Laboratories. (Report No. 105.) (n.a.) 

MIT, Radiation Laboratory. March 7, 1941. 

M5 Receivers, transmit-receive boxes [and] measure¬ 
ments. (Report No. 103.) (n.a.) MIT, Radiation 

Laboratory. March 28, 1941. 

M6 Special report on receivers. (Report No. 106.) 
(n.a.) MIT, Radiation Laboratory. June 24, 1941. 

M7 Receivers. (Report No. 104.) (n.a.) MIT, Radi¬ 

ation Laboratory. August 1, 1941. 


SECRET 



400 


DIVISION 14 • MICROFILM LIST 


241.1 Theoretical Research 

Ml Signal-to-noise measurements on receivers. (Report 
No. 108.) Robert F. Bacher. MIT, Radiation 
Laboratory. September 29, 1941. 

M2 Ideal frequency response of a receiver for square 
pulses. (Report No. 125.) Hubert M. James. 
MIT, Radiation Laboratory. November, 1941. 

M3 Conference on standardization of intermediate 
frequency. (Report No. 283.) Clyde E. Ingalls. 
MIT, Radiation Laboratory. April 18, 1942. 

M4 Simplified measurement of receiver sensitivities. 
S-band noise source. (Report No. 443.) Maynard 
C. Waltz and J. B. H. Kuper. MIT, Radiation 
Laboratory. September 17, 1943. 

M5 Shielding of microwave receivers against interfer¬ 
ence at intermediate frequencies. (Report No. 
471.) Bruce Cork. OEMsr-262. MIT, Radiation 
Laboratory. August 8, 1944. 

M6 Receiver noise figures and their measurement. 
(Report No. 746.) Yardley Beers. OEMsr-262. 
MIT, Radiation Laboratory. July 2, 1945. 

241.2 Experimental Types 

Ml A 10-cm super-regenerative receiver. (Report No. 
284.) J. B. H. Kuper. MIT, Radiation Labora¬ 
tory. May 1, 1942. 

M2 The AGL-1 receiver. (Report No. 275.) J. C. 
Wight. OEMsr-233. General Electric Company. 
March 23, 1944. 

M3 [Thej AN/APS-15 receiver indicator modified for 
ground range sweeps and remote amplifier. (Re¬ 
port No. M-172a.) Paul Jarmotz. OEMsr-262. 
MIT, Radiation Laboratory. October 10, 1944. 

241.3 Amplifiers 

Ml Memorandum describing high-gain direct current 
amplifier. (Report No. M-110.) Wayne B. Notting¬ 
ham. MIT, Radiation Laboratory. June 3, 1942. 
M2 Externally-triggered circular sweep amplifiers. 
(Report No. 335.) Paul F. Brown and V. W. 
Hughes. MIT, Radiation Laboratory. May 6, 
1943. 

M3 The Radiation Laboratory S-band amplifier. (Re¬ 
port No. 306.) H. V. Neher. MIT, Radiation 
Laboratory. July 10, 1943. 

M4 Analysis of the 6SA-7 gated amplifier. (Report No. 
158.) J. Kurshan and B. Rossi. OEMsr-768. 
Cornell University. July 14, 1943. 

M5 Modification of the amplifier of the AN/APN-2 
to give sharp cut-off wide band response. (Report 
No. 613.) Henry Wallman and G. H. Suits. 
OEMsr-262. MIT, Radiation Laboratory. Sep¬ 
tember 18, 1944. 

M6 Development and use of the microband lock-in 
amplifier. (Report No. 592.) G. A. Rosselot. 
OEMsr-344. Georgia School of Technology. Sep¬ 
tember, 1945. 

M7 Some notes on space-charge-limited oscillators and 
amplifiers at microwave frequencies. (Report No. 


822.) H. V. Neher. OEMsr-262. MIT, Radiation 
Laboratory. November 15, 1945. 

M8 Low-noise replacement preamplifier for the SCR- 
584 (BC-1408). (Report No. 699.) C. P. Gadsden. 
OEMsr-262. MIT, Radiation Laboratory. March 

I, 1946. 

241.31 Video 

Ml Service manual for video amplifier, Moore School 
Model No. 1. (Report No. 97.) (n.a.) University 
of Pennsylvania. January 23, 1943. 

M2 Instructions for operation of high-gain video am¬ 
plifier for P4-E synchroscope. (Report No. M-166.) 

J. W. Severinghaus. OEMsr-262; Service Project 
No. NS-246. MIT, Radiation Laboratory. June 1, 
1944. 

241.32 Intermediate Frequency 

Ml Intermediate frequency amplifier design. (Report 
No. 112.) (n.a.) MIT, Radiation Laboratory. 

April 3, 1942. 

M2 Development of a tunable intermediate frequency 
amplifier. (Report No. 99.) Walter F. Freeman. 
OEMsr-380. Sylvania Electric Products, Inc. No¬ 
vember 16, 1942. 

M3 A 70-mc wide intermediate frequency amplifier. 
(Report No. 307.) Henry Wallman. MIT, Radi¬ 
ation Laboratory. June 26, 1943. 

M4 Stagger-tuned intermediate frequency amplifiers. 
(Report No. 524.) Henry Wallman. OEMsr-262. 
MIT, Radiation Laboratory. February 23, 1944. 
M5 The effect on noise figure of placing the gain 
control on the first intermediate frequency stage. 
(Report No. 528.) Yardley Beers and A. B. Mac- 
nee. OEMsr-262. MIT, Radiation Laboratory. 
March 9, 1944. 

M6 The use of a twin-T network in a selective fre¬ 
quency amplifier, with special applications. (Re¬ 
port No. 737.) Richard M. Walker and H. Fleisher. 
OEMsr-262. MIT, Radiation Laboratory. May 
19, 1945. 

M7 Grounded grid intermediate frequency amplifiers. 
(Report No. 1030.) A. B. Macnee. OEMsr-262. 
MIT, Radiation Laboratory. January 18, 1946. 

M8 Intermediate frequency amplifier overload charac¬ 
teristics. (Report No. 1032.) S. A. Smith and F. M. 
Ashbrook. OEMsr-262. MIT, Radiation Labora¬ 
tory. January 31, 1946. 

241.4 Tubes 

Ml Committee on centimeter receiving tubes and reso¬ 
nators. (Report No. 286.) (n.a.) MIT, Radiation 

Laboratory. May, 1942. 

M2 [Some] 3-centimeter receiving tubes. (Report No. 
106.) J. R. Pierce and A. L. Samuel. NDCrc-157. 
Bell Telephone Laboratories, Inc. Revised: June 
22, 1942. 

M3 Clamping tubes. (Report No. 572.) C. W. Sherwin. 
OEMsr-262. MIT, Radiation Laboratory. May 
12, 1944. 



DIVISION 14 • MICROFILM LIST 


401 


241.41 


M4 Pulse characteristics of common receiver-type 
tubes. (Report No. 704.) R. B. Woodbury. 
OEMsr-262. MIT, Radiation Laboratory. April 
30, 1945. 

Local Oscillators 

Ml A 1-cm oscillator. (Report No. 111.) (n.a.) MIT, 

Radiation Laboratory. March 11, 1942. 

M2 Development of a stable non-crystal controlled os¬ 
cillator. (Report No. 98.) John M. Cage. OEMsr- 
546. University of Colorado. December 15, 1942. 
M3 Characteristics of the present production of 
McNally tubes. (Report No. 303.) Frances S. 
Bailey. MIT, Radiation Laboratory. June 3, 
1943. 

M4 Noise from local oscillators. (Report No. 304.) 
Yardley Beers. MIT, Radiation Laboratory. June 
8, 1943. 

M5 Measurement of electrical tuning ranges of 707 
tubes. (Report No. 421.) J. S. Kirby-Smith. MIT, 
Radiation Laboratory. August 17, 1943. 

M6 Characteristics of recent 723-A tubes (X-band local 
oscillators). (Report No. 427.) Frances S. Bailey 
and Donald Blaisdell. MIT, Radiation Labora¬ 
tory. September 4, 1943. 

M7 Notes on the power output of 723-A tubes. (Re¬ 
port No. S-7.) J. S. Kirby-Smith. OEMsr-262. 
MIT, Radiation Laboratory. February 19, 1944. 
M8 Characteristics of recent 723-A/B tubes. (Report 
No. 570.) Dorothy N. Sands and Frances S. Bailey. 
OEMsr-262. MIT, Radiation Laboratory. May 
18, 1944. 

M9 Frequency discontinuities of local oscillator tubes 
due to high Q load circuits. (Report No. 694.) 

R. V. Pound. OEMsr-262. MIT, Radiation Labo¬ 
ratory. February 27, 1945. 

M10 A wide-excursion frequency modulated alignment 
oscillator or wobbulator. (Report No. 738.) H. L. 
Johnson. OEMsr-262. MIT, Radiation Labora¬ 
tory. May 31, 1945. 

Mil Characteristics of pre-production 2K-45 tubes. 
(Report No. 821.) Frances S. Bailey and Dorothy 

S. Beers. OEMsr-262. MIT, Radiation Labora¬ 
tory. October 29, 1945. 

M12 Combined reflector-cavity automatic frequency 
control for thermally-tuned reflex oscillator tubes. 
(Report No. 1034.) George H. Nibbe. OEMsr- 
262. MIT, Radiation Laboratory. December 11, 
1945. 

M13 A method for automatic frequency control of 
thermally-tuned oscillators. (Report No. 959.) 
George H. Nibbe. OEMsr-262. MIT, Radiation 
Laboratory. December 20, 1945. 

M14 Automatic frequency control of thermally-tuned 
beacon local oscillator. (Report No. 955.) M. W. 
P. Strandberg. OEMsr-262. MIT, Radiation 
Laboratory. March 6, 1946. 

M15 Video discriminator automatic frequency control. 
(Report No. 957.) M. W. P. Strandberg. OEMsr- 


262. MIT, Radiation Laboratory. March 15, 
1946. 

241.411 Klystron 

Ml Klystron and continuous wave test sets. (Report 
No. 139.) (n.a.) MIT, Radiation Laboratory. 

December 19, 1940. 

M2 Operating instructions for the Model 417 klystron 
for use as a local oscillator in radar receivers. 
(Report No. M-108.) R. C. Rierdan and A. G. 
Hill. MIT, Radiation Laboratory. May 6, 1942. 
M3 Operating characteristics of the [Model] 417 reflex 
klystron. (Report No. 235.) C. S. Robinson, Jr. 
MIT, Radiation Laboratory. July 1, 1942. 

M4 Operating characteristics of the [Model] 419 klys¬ 
tron. (Report No. 251.) C. M. Hepperle. MIT, 
Radiation Laboratory. April 23, 1943. 

M5 K-band oscillator. Type A-5022A. (Report No. 
383.) A. P. Kauzman. OEMsr-872. Radio Cor¬ 
poration of America. November 7, 1944. 

M6 Static frequency modulation characteristics of the 
reflex klystron. (Report No. 781.) D. R. Hamilton. 
OEMsr-262. MIT, Radiation Laboratory. August 
1, 1945. 

M7 Electronic tuning of reflex oscillators. (Report No. 
774.) J. B. H. Kuper and Dorothy S. Beers. 
OEMsr-262. MIT, Radiation Laboratory. August 
1, 1945. 

M8 A low voltage K-band oscillator. (Report No. 764.) 
H. V. Neher. OEMsr-262; Service Project No. 
AN-25. MIT, Radiation Laboratory. September 
17, 1945. 

M9 Effect of the tuning plunger on operation of 2K-33 
type tubes. (Report No. 942.) George H. Vineyard. 
MIT, Radiation Laboratory. January 16, 1946. 

241.412 Stabilization System 

Ml Frequency stabilization of oscillators by a method 
particularly adapted to the higher frequencies and 
magnetron sources. (Report No. 397.) L. E. Nor¬ 
ton. OEMsr-684. Radio Corporation of America. 
May 1, 1944. 

M2 An electronic frequency stabilization system for 
continuous wave microwave oscillators. (Report 
No. 815.) R. V. Pound. OEMsr-262. MIT, Radi¬ 
ation Laboratory. October 1, 1945. 

M3 Improved frequency stabilization system for micro- 
wave oscillators. (Report No. 837.) R. V. Pound. 
OEMsr-262. MIT, Radiation Laboratory. Octo¬ 
ber 26, 1945. 

241.413 Reflex Oscillators 

Ml Operating characteristics of the [Model] 707-A re¬ 
flex oscillator. (McNally tube.) (Report Nos. 233 
and 234.) C. S. Robinson, Jr. t MIT, Radiation 
Laboratory.] June 9 and July 8, 1942. 

M2 Temperature-compensated [Model] 707-A McNally 
tube. (Report No. 236.) C. S. Robinson, Jr. MIT, 
Radiation Laboratory. August 25, 1942. 

M3 Notes on the reflex oscillator. (Report No. 709.) 



402 


DIVISION 14 • MICROFILM LIST 


Julian K. Knipp. OEMsr-262. MIT, Radiation 
Laboratory. May 3, 1945. 

M4 Notes on load effects in reflex oscillators. (Report 
No. 717.) J. B. H. Kuper and Maynard C. Waltz. 
OEMsr-262. MIT, Radiation Laboratory. May 
29, 1945. 

M5 Operation and testing of reflex oscillators. (Report 
No. 742.) John C. Slater. OEMsr-262. MIT, 
Radiation Laboratory. June 18, 1945. 

M6 Measurements on noise from reflex oscillators. 
(Report No. 872.) J. B. H. Kuper and Maynard 
C. Waltz. OEMsr-262. MIT, Radiation Labora¬ 
tory. December 21, 1945. 

M7 Theory of noise from the reflex oscillator. (Report 
No. 873.) Julian K. Knipp. OEMsr-262. MIT, 
Radiation Laboratory. January 10, 1946. 

M8 Electron optical studies of the 2K-33 tube. (Report 
No. 943.) George H. Vineyard. OEMsr-262. 
MIT, Radiation Laboratory. January 17, 1946. 

M9 A qualitative analysis of hysteresis in reflex oscilla¬ 
tors. (Report No. 650.) J. B. Garrison. OEMsr- 
262. MIT, Radiation Laboratory. February 4, 
1946. 

241.42 Lighthouse Tubes 

Ml Performance of the GL-446 lighthouse tube as a 
radio frequency amplifier in the 10- to 20-cm 
region. (Report No. 291.) William M. Breazeale 
and Maynard C. Waltz. MIT, Radiation Labora¬ 
tory. October 5, 1942. 

M2 Lighthouse tube super-regenerative receivers. (Re¬ 
port No. 484.) R. I. Jacobson. MIT, Radiation 
Laboratory. November 17, 1943. 

M3 Frequency pulling of ARO-464 lighthouse cavities. 
(Report No. 91.) E. A. Slusser. MIT, Radiation 
Laboratory. February 14, 1944. 

M4 Rieke diagrams and probe plate plunger charts of 
lighthouse tubes in a re-entrant cavity. (Report 
No. 564.) R. E. Taylor. OEMsr-262. MIT, Radi¬ 
ation Laboratory. July 3, 1944. 

M5 Operational characteristics of 2C-43 tubes as pulsed 
oscillators in a re-entrant cavity. (Report No. 732.) 
M. E. Gardner. OEMsr-262. MIT, Radiation 
Laboratory. June 15, 1945. 

241.43 Radio Frequency Amplifier 

Ml Fine grid technique. (Report No. 299.) C. Naw- 
rocki. MIT, Radiation Laboratory. April 3, 1943. 

241.5 Video Crystals 

241.51 X-Band 

Ml t Some 3 X-band video crystals. (Report No. 274.) 
W. E. Meyerhof and W. E. Stephens. OEMsr-388. 
University of Pennsylvania. May 20, 1944. 

M2 Burn-out of X-band video crystals. (Report No. 
428.) Robert H. Vought, B. Serin and others. 
OEMsr-388. University of Pennsylvania. April 
10, 1945. 

M3 X-band crystal video performance with bias. (Re¬ 


port No. 456.) W. E. Meyerhof, B. Serin and 
Robert H. Vought. OEMsr-388. University of 
Pennsylvania. July 6, 1945. 

M4 Development research on X-band video crystals. 
(Report No. 501.) W. E. Meyerhof. OEMsr-388. 
University of Pennsylvania. September 11, 1945. 
M5 Burn-out life tests of X-band video crystals. (Re¬ 
port No. 560.) B. Serin. OEMsr-388. University 
of Pennsylvania. October 11, 1945. 

241.52 S-Band 

Ml Low-level crystal detectors. Effect of heat and cold. 
Report No. 440.) Eli Berman. MIT, Radiation 
Laboratory. November 19, 1943. 

M2 Temperature effects of S-band video crystals. (Re¬ 
port No. 505.) A. Smith and W. E. Stephens. 
OEMsr-388. University of Pennsylvania. Septem¬ 
ber 20, 1945. 

M3 Burn-out of S-band video crystals. (Report No. 
564.) Margaret N. Lewis. OEMsr-388. Univer¬ 
sity of Pennsylvania. October 19, 1945. 

241.6 Detectors 

Ml Action of linear detector on signals in the presence 
of noise. (Report No. 305.) W. H. Jordan. MIT, 
Radiation Laboratory. July 6, 1943. 

M2 Noise filtering properties of third detectors. (Re¬ 
port No. 833.) Ralph S. Phillips. OEMsr-262. 
MIT, Radiation Laboratory. October 1, 1945. 

M3 New-type probe for coaxial standing wave detec¬ 
tors. (Report No. 835.) Howard Rowland. 
OEMsr-262. MIT, Radiation Laboratory. Feb¬ 
ruary 8, 1946. 

241.7 Filters 

Ml Impulse and square-pulse response of various 
filters. (Report No. 285.) Henry Wallman. MIT, 
Radiation Laboratory. June 10, 1942. 

M2 Infinite rejection filters. (Report No. 364.) Albert 
M. Stone and James L. Lawson. MIT, Radiation 
Laboratory. June 1, 1943. 

M3 Realizability of filters. (Report No. 637.) Henry 
Wallman. OEMsr-262. MIT, Radiation Labora¬ 
tory. December 8, 1944. 

242 Indicators 

Ml Report of the Indicator Section. (Report No. 131.) 
Ernest C. Pollard. [MIT, Radiation Laboratory.] 
February 13, 1941. 

M2 Brief report of activities of Group VI [from] Feb¬ 
ruary 12 to March 4, 1941. (Report No. 132.) 
William M. Hall. MIT, Radiation Laboratory. 
March 4, 1941. 

M3 Report by Indicator Group. (Report No. 134.) 
Robert F. Bacher. MIT, Radiation Laboratory. 
May 14, 1941. 

M4 Indicators and synchronizers. (Report No. 47.) 
(n.a.) MIT, Radiation Laboratory. October 15, 
1941. 

M5 Indicators and synchronizers. (Report No. 48.) 



DIVISION 14 • MICROFILM LIST 


403 


R. E. Meagher. MIT, Radiation Laboratory. 
November 19, 1941. 

M6 Indicators and synchronizers. (Report No. 49.) 
R. E. Meagher and Ernest C. Pollard. MIT, Radi¬ 
ation Laboratory. December 24, 1941. 

M7 Recommended designations of radar indicator 
types. (Report No. 159.) Robert F. Bacher. MIT, 
Radiation Laboratory. February 3, 1942. 

M8 Indicator types as of October, 1942. (Report No. 
114.) (n.a.) [October, 1942.] 

242.1 Types 

242.11 Audio 

Ml Instruction manual audio indicator, Type 123-R. 
(Report No. M-122.) S. Newell. MIT, Radiation 
Laboratory. March 26, 1943. 

M2 Manual for operation and maintenance of TW 
audio indicator. (Report No. M-134.) (n.a.) MIT, 
Radiation Laboratory. September 1, 1943. 

242.12 Miscellaneous Types 

Ml Tuning indicators and automatic tuning systems. 
(Report No. 107.) H. G. Weiss. MIT, Radiation 
Laboratory. September 15, 1941. 

M2 Improvements in the spot error indicator. (Report 
No. 10.) (n.a.) MIT, Radiation Laboratory. Feb¬ 
ruary 6, 1942. 

M3 [Somej AIA indicators. (Report No. 311.) L. A. 
Haworth. MIT, Radiation Laboratory. Novem¬ 
ber 16, 1942. 

M4 Indicators for a ground-controlled approach sys¬ 
tem. (Report No. 317.) C. W. Sherwin. MIT, 
Radiation Laboratory. July 1, 1943. 

M5 Waveforms, voltage and resistance measurements 
in AN/APA-5 indicator equipment. (Report No. 
S-38.) G. Q. Lipscomb. OEMsr-262; Service Proj¬ 
ect Nos. AN-7 and NS-351. MIT, Radiation Labo¬ 
ratory. January 31, 1945. 

M6 General purpose airborne indication system. (Re¬ 
port No. 817.) W. F. Goodell, Jr. OEMsr-262. 
MIT, Radiation Laboratory. January 18, 1946. 

M7 A new secondary modulation indicator. F. G. 
Dunnington. OEMsr-262. MIT, Radiation Labo¬ 
ratory. March 25, 1946. 

M8 Operating and maintenance instructions for indi¬ 
cator for rapid scan system. (Report No. M-249.) 
Paul Jarmotz. OEMsr-262. MIT, Radiation 
Laboratory. April 5, 1946. 

M9 [The 3 SN-41/APA-53, Cadillac II synchronizer and 
IN-188/APA-53, Cadillac II indicator. (Report No. 
937.) Paul Jarmotz. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 18, 1946. 

242.2 Cathode-Ray Tubes 

Ml Cathode-ray indicator. (Report No. 130.) (n.a.) 

[MIT, Radiation Laboratory.] December 29, 1940. 
M2 Special report for the Cathode-Ray Tube Section. 
(Report No. 135.) (n.a.) MIT, Radiation Labo¬ 

ratory. February 28, 1941. 


M3 Research and development leading to new and 
improved radar indicators. (Text and figures. Re¬ 
port No. 498.) H. W. Leverenz. NDCrc-150. 
Radio Corporation of America. June 30, 1945. 

242.21 Types 

Ml Vibration and shock comparison tests of 7-inch 
cathode-ray tubes in two different type mounts. 
(Report No. 390.) E. Pietz and M. D. Fagen. 
MIT, Radiation Laboratory. March 23, 1943. 

M2 Radiation Laboratory conference on P-7 cathode- 
rav tubes, held April 5 and 6, 1943, Radiation 
Laboratory, MIT. (Report No. 314.) Wayne B. 
Nottingham. MIT, Radiation Laboratory. May 
14, 1943. 

M3 Performance characteristics of Army-Navy pre¬ 
ferred-type electrostatic cathode-ray tubes. (Report 
No. 588.) R. P. Abbenhouse. OEMsr-262. MIT, 
Radiation Laboratory. July 6, 1944. 

242.22 Skiatron 

Ml Testing of skiatrons. (Report No. S-l and Supple¬ 
ment.) Harry C. Kelly and Robert W. Hull. 
OEMsr-262. MIT, Radiation Laboratory. De¬ 
cember 30, 1943 and May 6, 1944. 

M2 Skiatron projection cathode-ray tubes with dark- 
trace P-10 screens. (Report No. 369.) R. B. Janes, 
N. A. Merck and L. B. Headrick. NDCrc-150. 
Radio Corporation of America. July 13, 1944. 

M3 Completion of the development of the skiatron 
cathode-ray tube for projection indicator. (Report 
No. 492.) L. E. Swedlund. NDCrc-150. Radio 
Corporation of America. July 12, 1945. 

242.23 Screens 

Ml Tabulation of cathode-ray tube screen properties. 
(Report No. S-48.) A. B. White. OEMsr-262. 
MIT, Radiation Laboratory. May 1, 1945. 

M2 Notes on photometry, colorimetry and an explana¬ 
tion of the centibel scale. (Report No. 804.) Wayne 
B. Nottingham. OEMsr-262. MIT, Radiation 
Laboratory. December 17, 1945. 

242.231 Phosphors and Cascade Screens 

Ml Luminescence of Radio Corporation of America 
cathode-ray tube with cascade screen. (Report 
No. 137.) Wayne B. Nottingham. MIT, Radi¬ 
ation Laboratory. February 2, 1942. 

M2 Summary of research on radar indicator screens. 
(Report No. 103.) H. W. Leverenz. NDCrc-150. 
Radio Corporation of America. April 11, 1942. 

M3 Slow phosphors for radar indicator screens. (Re¬ 
port No. 104.) Saul Dushman. OEMsr-248. Gen¬ 
eral Electric Company. May 18, 1942. 

M4 Proposed performance specifications for the P-7 
long-persistence cascade screen. (Report No. 309.) 
Wayne B. Nottingham, J. T. Soller and Robert F. 
Bacher. MIT, Radiation Laboratory. August 12, 
1942. 

M5 Measurements of British cathode-ray tubes with 


JHBBi 






404 


DIVISION 14 • MICROFILM LIST 


long-persistence screens. (Report No. 310.) Wayne 
B. Nottingham. MIT, Radiation Laboratory. 
October 7, 1942. 

M6 Duplex-screen tubes. (Report No. 96 [for the 
period] from January 1 to December 31, 1941.) 
Saul Dushman. OEMsr-10. General Electric 

Company. October 14, 1942. 

M7 Studies of British phosphors of the Types C, H, 
K and M. (Report No. 405.) Wayne B. Notting¬ 
ham. MIT, Radiation Laboratory. August 2, 
1943. 

M8 Comparison of P-7 screen test methods. (Report 
No. S-9.) Wayne B. Nottingham. OEMsr-262. 
MIT, Radiation Laboratory. March 14, 1944. 

M9 Investigations to prepare a transparent phosphor. 
(Report No. 572.) (n.a.) OEMsr-634. Carnegie 

Institution of Washington. July 31, 1945. 

M10 Supplement to final report on research and de¬ 
velopment leading to new radar. OSRD Contract 
NDCrc-150, Progress Report No. Y: Method of 
measurement and some performance characteristics 
of P-14 screens, with a note on manufacturer’s 
specifications for tubes containing P-14 screens. 
Indicators by H. W. Leverenz, June 30, 1945. 
(Report No. 586.) R. B. Innes. Radio Corpora¬ 
tion of America. November 27, 1945. 

Mil Evaluation of specifications for P-14 cathode-ray 
tube screens. (Report No. S-71.) A. B. White. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 14, 1946. 

242.232 Dark-Trace Screens 

Ml Dark-trace tube. (Report No. 147.) Saul Dush¬ 
man. OEMsr-248. General Electric Company. 
March 1, 1943. 

M2 Theory of dark-trace tubes. (Report No. 131.) 
Frederick Seitz, Jr., I. Estermann and others. 
OSRD No. 2276. Carnegie Institute of Technol¬ 
ogy. April 27, 1943. 

M3 Dark-trace tubes. Memoranda on the May, 1943 
meeting at the Radiation Laboratory. (Report No. 
183.) I. Estermann, Robert J. Maurer and Fred¬ 
erick Seitz, Jr. OEMsr-900. Carnegie Institute of 
Technology. May, 1943. 

M4 The theory of dark-trace tubes. ([Part] II. Report 
No. 172.) Frederick Seitz, Jr., O. Stern and others. 
OEMsr-900. Carnegie Institute of Technology. 
September 1, 1943. 

M5 Darkening and bleaching of KC1. (Report No. 

177. ) I. Estermann and O. Stern. OEMsr-900. 
Carnegie Institute of Technology. September 1, 
1943. 

M6 Two notes on the potentials developed in cathode- 
ray screens during bombardment. (Report No. 

178. ) Frederick Seitz, Jr. OEMsr-900. Carnegie 
Institute of Technology. September 1, 1943. 

M7 The scattering of light by dark-trace screens. 
(Report No. 198.) Robert J. Maurer and S. Lasof. 
OEMsr-900. Carnegie Institute of Technology. 
November 1, 1943. 


M8 Darkening and bleaching of KC1. Part II, The 
effect of temperature. (Report No. 205.) I. Ester¬ 
mann and O. Stern. OEMsr-900. Carnegie Insti¬ 
tute of Technology. November 24, 1943. 

M9 The behavior of dark-trace screens containing 
magnesium. (Report No. 214.) Robert J. Maurer 
and S. Lasof. OEMsr-900. Carnegie Institute of 
Technology. December 1, 1943. 

M10 Dark-trace radar indicator screens. (Text and fig¬ 
ures. Report No. 249, for period of November, 
1941 to May, 1943.) H. W. Leverenz. NDCrc- 
150. Radio Corporation of America. February 
18, 1944. 

Mil The theory of dark-trace tubes. ([Part] III. Report 
No. 257.) Frederick Seitz, Jr., O. Stern and others. 
OEMsr-900. Carnegie Institute of Technology. 
April 6, 1944. 

M12 The depth of the darkened region and the build¬ 
up of darkening and persistent trace in KC1 
screens. (Report No. 258.) I. Estermann and G. I. 
Kirkland. OEMsr-900. Carnegie Institute of 
Technology. April 10, 1944. 

M13 Theory of dark-trace tubes. ([Part] IV. Report 
No. 265.) Frederick Seitz, Jr. OEMsr-900. Car¬ 
negie Institute of Technology. May 8, 1944. 

M14 Experiments with double-layer dark-trace screens. 
(Report No. 253.) Robert J. Maurer and S. Lasof. 
OEMsr-900. Carnegie Institute of Technology. 
May 12, 1944. 

M15 The properties of evaporated layers of potassium 
chloride containing small additions of metallic 
elements when subjected to electron bombard¬ 
ment. (Report No. 326.) Robert J. Maurer and 
S. Lasof. OEMsr-900. Carnegie Institute of Tech¬ 
nology. November 15, 1944. 

M16 Aging of KC1 crystals and screens under electron 
bombardment. (Report No. 302.) I. Estermann 
and G. I. Kirkland. OEMsr-900. Carnegie Insti¬ 
tute of Technology. February 1, 1945. 

242.233 Miscellaneous Screen Problems 

Ml Persistence measurements. (Report No. 136.) (n.a.) 
MIT, Radiation Laboratory. July 7, 1941. 

M2 The spectral distribution of the luminescence of 
red screen materials. (Report No. 269.) Robert 
L. Markson. Allen B. Du Mont Laboratories, Inc. 
March 24, 1944. 

M3 Preparation of exponential decay powders and 
screens [Using] ZnF 2 :Mn, ZnMgF 2 :Mn and MgSiC^: 
Mn. (Report No. 379.) B. S. Ellefson, L. W. Evans 
and others. OEMsr-1295. Sylvania Electric Prod¬ 
ucts, Inc. December 1, 1944. 

M4 Cathode-ray tube screen development. (Report No. 
509 [for the period from] July 1, 1943 to December 
31, 1944.) A. Steadman, S. J. Koch and P. S. 
Christaldi. OEMsr-1141. Allen B. Du Mont 
Laboratories, Inc. September 14, 1945. 

242.24 Miscellaneous Cathode-Ray Tube Problems 

Ml Circuits for improving focus of electrostatic 




DIVISION 14 • MICROFILM LIST 


405 


cathode-ray tubes under conditions of intensity 
and deflection modulation. (Report No. 132.) 
H. E. Farnsworth. OEMsr-382. Brown Univer¬ 
sity. June 1, 1943. 

M2 Cathode-ray tube detectors. (Report No. 376.) 
H. E. Farnsworth. OEMsr-382. Brown Univer¬ 
sity. January, 1944. 

M3 Focus coil control for cathode-ray tubes. (Report 
No. S-17.) R. D. Rawcliffe. OEMsr-262. MIT, 
Radiation Laboratory. May 17, 1944. 

M4 Deflection yoke design information. (Report No. 
674.) R. D. Rawcliffe. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 23, 1945. 

M5 Video mapping. (Report No. 890.) John Hexem. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 29, 1946. 

242.3 Plan Position Indicator 

Ml The X-JO-3. (Report Nos. 53 and 54.) James F. 
Koehler. MIT, Radiation Laboratory. October 1 
and November 5, 1941. 

M2 Operating instructions for the Model B, PPI indi¬ 
cator central. (Report No. M-107.) C. W. Sherwin. 
MIT, Radiation Laboratory. April 9, 1942. 

M3 Altitude determination by means of a vertical 
plan position indicator. (Report No. 351.) Dudley 
A. Williams. MIT, Radiation Laboratory. July 
31, 1942. 

M4 Plan position indicators. (Report No. 308.) (n.a.) 

MIT, Radiation Laboratory. August 4, 1942. 

M5 Photographs of the PPI indicator tube with 3-cm 
air-to-surface vessel [radar] over water and land. 
(Report No. 381.) N. F. Ramsey, H. F. Balmer 
and E. A. Luebke. MIT, Radiation Laboratory. 
October 27, 1942. 

M6 Some photographic measures of plan position in¬ 
dicator linearity and addendum. (Report No. 389.) 
N. U. Mayall. MIT, Radiation Laboratory. De¬ 
cember 22, 1942. 

M7 A shipborne mechanical rotation plan position 
indicator. (Report No. 315.) Leonard Mautner. 
MIT, Radiation Laboratory. June 3, 1943. 

M8 Instruction manual for projection plan position 
indicator. (Report No. M-137.) H. O. Marcy, 
J. T. Soller and M. A. Starr. OEMsr-262. MIT, 
Radiation Laboratory. January 10, 1944. 

M9 A comparison of positive and negative intensity 
modulation of plan position indicator displays. 
(Report No. S-4.) L. J. Haworth. OEMsr-262. 
MIT, Radiation Laboratory. January 26, 1944. 
M10 A precision plan position indicator. (Report No. 
560.) Warren L. Flock. OEMsr-262; Service 
Project No. NS-149. MIT, Radiation Laboratory. 
June 16, 1944. 

Mil Plan position indicator for t SCR-]584 AJ. (Report 
No. 678.) M. A. Starr. OEMsr-262; Service Proj¬ 
ect No. SC-101. MIT, Radiation Laboratory. 
February 8, 1945. 

M12 [Thej plan position indicator off-center conversion 
kit, MX-364/CPS. (Report No. 778.) B. R. Curtis. 


OEMsr-262; Service Project Nos. SC-60 and AC- 
234.04. MIT, Radiation Laboratory. August 1, 
1945. 

M13 Three-tone plan position indicator. (Report No. 
934.) F. N. Barry. OEMsr-262. MIT, Radiation 
Laboratory. March 20, 1946. 

242.31 Precision Plan Position Indicator (P3I) 

Ml Final technical report [Under] OSRD Develop¬ 
mental Contract OEMsr-1140. Part I, Equipment 
in present state of development, technical notes 
t and] general history. (Report No. 330.) Thomas 
T. Goldsmith, Jr. and R. L. Campbell. OEMsr- 
1140. Allen B. Du Mont Laboratories, Inc. Oc¬ 
tober 30, 1944. 

M2 [Final technical report under OSRD Develop¬ 
mental Contract OEMsr-1140. Part II, 3 Instruction 
book for precision plan position indicator adapter, 
DuMont Type No. 255. (Report No. 340.) (n.a.) 

OEMsr-1140. Allen B. DuMont Laboratories, Inc. 
(n.d.) 

242.32 Photographic Projection Plan Position Indicator (PH) 
Ml [Thej PM, photographic projection plan position 

indicator. (Report No. 725.) L. L. Blackmer. 
OEMsr-262. MIT, Radiation Laboratory. April 
26, 1945. 

242.4 Indicator Accessories 

Ml The identification of signals on plan position 
indicator photographs for the construction of radar 
maps. (Report No. 449.) N. U. Mayall. MIT, 
Radiation Laboratory. October 20, 1943. 

M2 Electronic cursor for AN/APS-15. (Report No. 
M-175.) W. F. Goodell, Jr. OEMsr-262; Service 
Project Nos. SC-36 and NS-229. MIT, Radiation 
Laboratory. January 30, 1945. 

M3 The radar chart projector. (Report No. 926.) 
D. B. McLaughlin and C. A. Smith. OEMsr-262. 
MIT, Radiation Laboratory. April 18, 1946. 

242.5 Sweep Generators 

Ml Errors in circular sweeps due to decentering and 
ellipticity of the circle. (Report No. 328.) E. B. 
Hales. MIT, Radiation Laboratory. February 
13, 1943. 

M2 Delayed sweep for SCR-582-X. (Report No. 337.) 
Britton Chance. MIT, Radiation Laboratory. 
June 11, 1943. 

M3 A precision Z-sweep generator. (Report No. 563.) 
Robert A. McConnell. OEMsr-262; Service Proj¬ 
ect No. SC-73. MIT, Radiation Laboratory. May 
23, 1944. 

243 Ranging 

Ml A definition of maximum range on aircraft and 
its quantitative determination. (Report No. 353.) 
Leon B. Linford, Dudley A. Williams and others. 
MIT, Radiation Laboratory. November 12, 1942. 
M2 General relations determining the range of a 



406 


DIVISION 14 • MICROFILM LIST 


243.1 


243.2 


243.21 


243.22 


243.3 


radar system. (Report No. 186.) D. H. Ewing. 
MIT, Radiation Laboratory. November 12, 1942. 

M3 Errors of optical range determination. (Report No. 
91.5.) Paul R. Halmos. MIT, Radiation Labora¬ 
tory. July 20, 1945. 

M4 Radar components that affect range. (Report No. 
S-73.) L. Davis, Jr. MIT, Radiation Laboratory. 
December 10, 1945. 

Precision Ranging 

Ml Circular sweep precision range system, Model 4. 
(Report No. 322.) Britton Chance. MIT, Radi¬ 
ation Laboratory. July 6, 1942. 

M2 Simplified circular sweep range system. (Report 
No. 325.) Britton Chance. MIT, Radiation Labo¬ 
ratory. September 10, 1942. 

M3 A precision self-synchronous range system for P3I. 
(Report No. 573.) George Hite, Glenn E. Whit- 
ham and Warren L. Flock. OEMsr-262; Service 
Project Nos. NS-149 and NS-153. MIT, Radiation 
Laboratory. May 26, 1944. 

M4 Medium precision range system for CXGQ, Project 
Henry. (Report No. 579.) George Hite. OEMsr- 
262; Service Project No. NS-250. MIT, Radiation 
Laboratory. September 9, 1944. 

M5 [Thej A/R range scope. (Report No. 755.) Paul F. 
Brown, A. H. Frederick and W. E. Henry. OEMsr- 
262. MIT, Radiation Laboratory. June 29, 1945. 

Ranging Circuits and Units 

Ml Medium precision self-synchronous range circuit, 
Model 4. (Report No. 321.) Britton Chance. 
MIT, Radiation Laboratory. May 28, 1942. 

M2 [An] airborne range-only range unit. (Report No. 
332.) E. F. MacNichol, Jr. MIT, Radiation Labo¬ 
ratory. April 9, 1943. 

M3 [Thej H 2 X range unit for navigation and bomb¬ 
ing. (Report No. 342.) H. J. Reed, A. H. Fred¬ 
erick and Britton Chance. MIT, Radiation Labo¬ 
ratory. August 23, 1943. 

M4 A condenser phase shifter range unit with sine 
wave tracking for AN/TPG-1, AN/FPG-1 and 
SCR-598. (Report No. 516.) George Hite and 
Glenn E. Whitham. OEMsr-262. MIT, Radiation 
Laboratory. March 3, 1944. 

Gates 

Ml [Thej N2 gate attachment for SCR-584. (Report 
No. 566.) J. S. White and R. B. Leachman. 
OEMsr-262; Service Project No. SC-6. MIT, Radi¬ 
ation Laboratory. May 3, 1944. 

Phase Shifter 

Ml Errors in the condenser-type continuous phase 
shifter. (Report No. 633.) G. R. Gamertsfelder. 
OEMsr-262. MIT, Radiation Laboratory. De¬ 
cember 6, 1944. 

Measurements 

Ml Errors in range measurement with a circular 


sweep. (Report No. 9.) (n.a.) MIT, Radiation 

Laboratory. January 24, 1942. 

244 Tracking 

Ml [Automatic tracking.] Section activities covering 
the period from May 14 to November 14, 1941. 
(Report No. 5.) MIT, Radiation Laboratory. No¬ 
vember 15, 1941. 

244.1 Theoretical Research 

Ml Radar tracking analysis. (Report No. 495.) Eliza¬ 
beth J. Campbell. OEMsr-262. MIT, Radiation 
Laboratory. February 5, 1944. 

M2 [Thej APG-1 tracking and firing tests. Test Re¬ 
quest [No.] 68. (Data Folder No. 72649.) J. A. 
Lawrence. General Electric Company. January 
15, 1945. 

M3 An analysis of the tracking errors of the Mark 
56-X system. (Report No. 884.) Ralph S. Phillips 
and Constance D. Boyd. OEMsr-262. MIT, Radi¬ 
ation Laboratory. March 1, 1946. 

244.2 Experimental Systems 

Ml Photoelectric automatic range tracking unit. (Re¬ 
port No. 324.) A. M. Grass, A. C. Hughes, Jr. 
and Britton Chance. MIT, Radiation Laboratory. 
January 25, 1943. 

M2 Analysis of overwater tracking. (Report No. 695.) 
Elizabeth J. Campbell. OEMsr-262; Service Proj¬ 
ect No. NO-166. MIT, Radiation Laboratory. 
February 12, 1945. 

M3 An analysis of the tracking of the [SCR-]584 
X-band system. (Report No. 753.) Constance D. 
Boyd. OEMsr-262; Service Project No. SC-101. 
MIT, Radiation Laboratory. June 12, 1945. 

244.21 XT-1 System 

Ml Preliminary results with the XT-1. (Report No. 8.) 
(n.a.) MIT, Radiation Laboratory. [December, 
1941.] 

M2 Antiaircraft Artillery Board test on XT-1 at Ft. 
Monroe, Virginia, February to March, 1942. (Re¬ 
port No. 368.) A. H. Warner. MIT, Radiation 
Laboratory. July 30, 1942. 

M3 Two motor-driven gun turrets. (Report No. 230.) 
S. Godet. OEMsr-lO(c). General Electric Com¬ 
pany. December 10, 1943. 

244.3 Aided Tracking 

Ml Aided tracking. (Report No. 430.) A. Sobczyk. 

MIT, Radiation Laboratory. September 17, 1943. 
M2 Aided tracking. (Parts I and II. Report Nos. 452 
and 453.) A. Sobczyk and Ralph S. Phillips. 
MIT, Radiation Laboratory. November 3 and 4, 
1943. 

M3 Tests of aided tracking with P3I. (Report No. 797.) 
H. A. Kirkpatrick and others. OEMsr-262; Serv¬ 
ice Project No. NS-149. MIT, Radiation Labora¬ 
tory. September 25, 1945. 



DIVISION 14 • MICROFILM LIST 


407 


244.4 Smoothing 

Ml Theoretical calculation on best smoothing of posi¬ 
tion data for gunnery prediction. (Report No. 532.) 
Ralph S. Phillips and P. R. Weiss. OEMsr-262. 
MIT, Radiation Laboratory. February 16, 1944. 
M2 Data smoothing. (Report No. 673.) F. P. Coffin, 
Prescott D. Crout and Frank E. Bothwell. OEMsr- 
262. MIT, Radiation Laboratory. January 23, 
1945. 

244.5 Circuits 

Ml Medium precision, self-synchronous automatic 
range tracking circuit, Model 4. (Report No. 323.) 
E. F. MacNichol, Jr. and Britton Chance. MIT, 
Radiation Laboratory. June 18, 1942. 

M2 Range tracking circuit with position memory. (Re¬ 
port No. 160.) B. Rossi and K. Greisen. OEMsr- 
768. Cornell University. July 14, 1943. 

M3 Range tracking circuit with velocity memory. (Re¬ 
port No. 161.) B. Rossi and W. B. Jones. OEMsr- 
768. Cornell University. November 8, 1943. 

245 Miscellaneous Receiver Components Research 

Ml Development of high-frequency video amplifier 
and radar ranging system. (Report No. 571.) J. P. 
Eckert, Jr. and T. K. Sharpless. OEMsr-387. 
University of Pennsylvania. November 14, 1945. 

250 Test Equipment and Measurements 

251 Test Equipment 

Ml US radar survey. Section 6, Test equipment, (n.a.) 
May 15, 1945. 

251.1 Attenuators and Attenuation 

Ml Coaxial platinum film attenuators. (Report No. 
215.) John W. E. Griemsmann and Ernst Weber. 
Polytechnic Institute of Brooklyn. September 21, 
1942. 

M2 Theory of coaxial attenuators. (Report No. 216.) 
John W. E. Griemsmann and Ernst Weber. Poly¬ 
technic Institute of Brooklyn. September 21, 1942. 
M3 Radio frequency attenuators. (Report No. 404.) 
S. G. Sydoriak. MIT, Radiation Laboratory. 
September 7, 1943. 

M4 Errors in attenuation measurements caused by 
reflection losses. (Report No. 365.) Ernst Weber. 
OEMsr-335. Polytechnic Institute of Brooklyn. 
March 16, 1945. 

M5 Influence of inner wave guide dimensions on 
broad-band performance of calibrated attenuators. 
(Report No. 473.) Anthony B. Giordano. OEMsr- 
335. Polytechnic Institute of Brooklyn. March 
31, 1945. 

M6 Metallized-glass attenuators and miscellaneous 
radio frequency test accessories. (Report No. 360.) 
(n.a.) OEMsr-335. Polytechnic Institute of Brook¬ 
lyn. April, 1945. 

M7 The accurate measurement of small attenuations 
at microwaves. (Report No. 439.) John E. Ebert. 


OEMsr-335. Polytechnic Institute of Brooklyn. 
April 5, 1945. 

M8 The use of Sauereisen for cementing metallized- 
glass resistor plates. (Report No. 474.) John E. 
Ebert. OEMsr-335. Polytechnic Institute of 
Brooklyn. April 11, 1945. 

M9 Frequency sensitivity of metallized-glass attenuator 
insert^, Type TMS-4PB. (Report No. 477.) Harry 
C. Nelson. OEMsr-335. Polytechnic Institute of 
Brooklyn. May 11, 1945. 

M10 Frequency sensitivity of metallized-glass attenuator 
inserts, Type TMS-3PB. (Report No. 482.) Harry 
C. Nelson. OEMsr-335. Polytechnic Institute of 
Brooklyn. May 20, 1945. 

Mil Conference on metallized-glass plate program at 
Polytechnic Institute of Brooklyn. . . . (Report No. 
479.) Ernst Weber. OEMsr-335. Polytechnic In¬ 
stitute of Brooklyn. May 22, 1945. 

M12 Microwave resistance comparator. (Report No. 481.) 
John E. Ebert. OEMsr-335. Polytechnic Institute 
of Brooklyn. May 22, 1945. 

M13 Accuracy of attenuation measurements made with 
the Ballantine voltmeter. (Report No. 480.) Harry 
C. Nelson. OEMsr-335. Polytechnic Institute of 
Brooklyn. May 30, 1945. 

M14 A resistive variable attenuator for K-band with 
40-db maximum attenuation. (Report No. 486.) 
John E. Ebert and Stanley A. Johnson. OEMsr- 
335. Polytechnic Institute of Brooklyn. May 31, 
1945. 

M15 Modifications pertaining to specifications for glass 
parts of PIB Type V-3 variable attenuator. (Report 
No. 478.) H. W. Schleuning. OEMsr-335. Poly¬ 
technic Institute of Brooklyn. June 2, 1945. 

M16 The TMX-14PB metallized-glass plate for variable 
X-band attenuator, maximum 25 db. (Report No. 
483.) Anthony B. Giordano. OEMsr-335. Poly¬ 
technic Institute of Brooklyn. June 2, 1945. 

M17 The TMX-16PB metallized-glass plate for X-band 
fixed attenuator, 25 db. (Report No. 484.) Anthony 
B. Giordano. OEMsr-335. Polytechnic Institute 
of Brooklyn. June 2, 1945. 

M18 The TMX-24PB metallized-glass plate for X-band 
fixed attenuator pads of 10 db and 13 db. (Report 
No. 485.) Anthony B. Giordano. OEMsr-335. 

Polytechnic Institute of Brooklyn. June 26, 1945. 

M19 Electrical performance of metallized-glass attenua¬ 
tors for TS-147/UP in extended X-band. (Report 
No. 487.) Anthony B. Giordano. OEMsr-335. 
Polytechnic Institute of Brooklyn. July 6, 1945. 

M20 Precision metallization of glass. (Report No. 521.) 
(n.a.) OEMsr-335. Polytechnic Institute of Brook¬ 
lyn. October 31, 1945. 

M21 Fixed value metallized-glass coaxial attenuators. 
(Report No. 522.) (n.a.) OEMsr-335. Polytechnic 
Institute of Brooklyn. October 31, 1945. 

M22 Variable metallized-glass coaxial attenuators. (Re¬ 
port No. 523.) (n.a.) OEMsr-335. Polytechnic 

Institute of Brooklyn. October 31, 1945. 

M23 The development of metallized-glass attenuating 





408 


DIVISION 14 • MICROFILM LIST 


elements for X-band wave guide. (Report No. 525.) 
John E. Ebert. OEMsr-335. Polytechnic Institute 
of Brooklyn. October 31, 1945. 

M24 Metallized-glass wave guide attenuators. (Report 
No. 526.) (n.a.) OEMsr-335. Polytechnic Insti¬ 

tute of Brooklyn. October 31, 1945. 

M25 The development of metallized-glass attenuators 
for test set TS-147/UP. (Report No. 527.) (n.a.) 

OEMsr-335. Polytechnic Institute of Brooklyn. 
October 31, 1945. 

M26 Microwave attenuation standards. (Report No. 

531. ) (n.a.) OEMsr-335. Polytechnic Institute of 
Brooklyn. October 31, 1945. 

M27 Microwave attenuation measurement. (Report No. 

532. ) Alice Nelson, Harry C. Nelson and others. 
OEMsr-335. Polytechnic Institute of Brooklyn. 
October 31, 1945. 

M28 Precision metallized-glass resistor units. (Report 
No. 534.) (n.a.) OEMsr-335. Polytechnic Insti¬ 

tute of Brooklyn. October 31, 1945. 

M29 [Microwave radar field and laboratory test equip¬ 
ment and components.] Final report for OSRD 
Contract OEMsr-335 sponsored by NDRC, Division 
14, Project No. 15.02. (Report No. 535.) (n.a.) 

OEMsr-335. Polytechnic Institute of Brooklyn. 
October 31, 1945. 

M30 Capacitive-type radio frequency attenuators. (Re¬ 
port No. 995.) W. O. Smith. OEMsr-262. MIT, 
Radiation Laboratory. January 18, 1946. 

M31 A grid-type radio frequency attenuator. (Report 
No. 902.) W. O. Smith. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 4, 1946. 

251.2 Sweep Calibrators 

Ml Precision timing calibrator and range measuring 
system. (Report No. 319.) Britton Chance. MIT, 
Radiation Laboratory. May 12, 1942. 

M2 Model II calibrator. (Report No. 333.) Britton 
Chance. MIT, Radiation Laboratory. April 1, 
1943. 

M3 Types J and A test unit. (Report No. 343.) 
H. Reed, A. H. Frederick and Britton Chance. 
MIT, Radiation Laboratory. August 21, 1943. 

M4 Operating instructions for sweep calibrator. Model 
B. (Report No. M-188.) R. P. Abbenhouse. 
OEMsr-262. MIT, Radiation Laboratory. De¬ 

cember 7, 1944. 

M5 Operating instructions for sweep calibrator. Model 
B-8127. (Report No. M-223.) R. P. Abbenhouse. 
OEMsr-262. MIT, Radiation Laboratory. June 
20, 1945. 

251.3 Echo Boxes 

Ml The resonant echo box. (Report No. 277.) W. H. 
Fenn. MIT, Radiation Laboratory. September 4, 
1942. 

M2 Tentative operating instructions t for the] MIT, 
Radiation Laboratory echo box, Dwg. No. 3456. 
(Report No. M-128.) (n.a.) MIT, Radiation 

Laboratory. June 24, 1943. 


M3 Echo box techniques for testing S-band shipborne 
radars. (Report No. M-146.) Seymour F. Johnson 
and Louis B. Young. MIT, Radiation Labora¬ 
tory. November 24, 1943. 

M4 Preliminary instruction manual for echo box t for 
radio set] SCR-584. (Report No. M-159.) L. L. 
Davenport. OEMsr-262. MIT, Radiation Labora¬ 
tory. March 6, 1944. 

M5 Instruction manual for echo box test kit. (Report 
No. M-165.) Herbert H. Wheaton and J. M. Wolf. 
OEMsr-262; Service Project No. NS-246. MIT, 
Radiation Laboratory. June 1, 1944. 

M6 Theory of ringing time of tunable echo boxes. 
(Report No. 630.) A. Banos, Jr. OEMsr-262. 
MIT, Radiation Laboratory. November 3, 1944. 

M7 Design of an improved X-band echo box. (Report 
No. 631.) A. Banos, Jr. OEMsr-262. MIT, Radi¬ 
ation Laboratory. December 7, 1944. 

M8 A treatment of echo box problems by Lagrangian 
procedures. (Report No. 629.) Prescott D. Crout 
and Norman H. Painter. OEMsr-262. MIT, 
Radiation Laboratory. January 13, 1945. 

M9 A treatment of echo box problems by Lagrangian 
procedures. (Part II. Report No. 696.) Prescott 
D. Crout and Norman H. Painter. OEMsr-262. 
MIT, Radiation Laboratory. March 16, 1945. 

M10 Handbook of operating and maintenance instruc¬ 
tions for echo boxes TES-8MK and TES-9MK. 
(Report No. M-194.) F. B. Wood. OEMsr-262. 
MIT, Radiation Laboratory. March 24, 1945. 

Mil Echo box application. (Report No. 1040.) J. M. 
Wolf. OEMsr-262. MIT, Radiation Laboratory. 
April 18, 1946. 

251.4 Frequency 

251.41 Meters 

Ml Instructions for Types TFK-2HU, TFK-3HU and 
TFK-6HU frequency meters. (Report Nos. M-176A 
and M-176B.) S. Katz. OEMsr-262. MIT, Radi¬ 
ation Laboratory. August 17, 1944 and April 12, 
1945. 

M2 [Type] TFX-29RL frequency comparator. (Report 
No. 681.) L. G. Mann. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 16, 1945. 

M3 Instructions for Types TFX-17GA, TFX-18GA, 
TFX-19GA, TFX-30EC, TFX-31EC, Model 51 and 
similar types of micrometer frequency meters. (Re¬ 
port No. M-217.) F. B. Wood. OEMsr-262. MIT, 
Radiation Laboratory. May 3, 1945. 

251.42 Standard 

Ml [The] TFX-34RL fixed frequency standard. (Re¬ 
port No. M-207.) H. A. Gardner. OEMsr-262. 
MIT, Radiation Laboratory. April 26, 1945. 

M2 [The] TFX-35RL fixed frequency standard. (Re¬ 
port No. M-208.) H. A. Gardner. OEMsr-262. 
MIT, Radiation Laboratory. April 26, 1945. 

M3 [Thej TFX-36RL fixed frequency standard. (Re- 





DIVISION 14 • MICROFILM LIST 


409 


port No. M-209.) H. A. Gardner. OEMsr-262. 

MIT, Radiation Laboratory. April 26, 1945. 

251.5 Spectrum Analyzer 

Ml Spectrum analyzer, Type 103, for pulsed oscillators 
at 3,000 mc/sec. (Report No. M-115.) (n.a.) MIT, 
Radiation Laboratory. November 18, 1942. 

M2 Instruction manual for the spectrum analyzer, 

Type 105, for X-band pulsed oscillators and spec¬ 
trum analyzer. Type 107, for S-band pulsed oscil¬ 
lators. (Report No. M-127.) (n.a.) MIT, Radi¬ 

ation Laboratory. July 14, 1943. 

M3 A continuously indicating audio spectroscope for 
continuous wave systems. (Report No. 61.) R. H. 

Dicke. MIT, Radiation Laboratory. December 
30, 1943. 

M4 Instructions for TSX-2 spectrum analyzer. (Report 
No. M-173.) S. Katz. OEMsr-262; Service Proj¬ 
ect No. NA-184. MIT, Radiation Laboratory. 

August 5, 1944. 

M5 Instructions for TSX-2 and specifications on TSX- 
4SE spectrum analyzers. (Report No. M-173B.) 

S. Katz. OEMsr-262. MIT, Radiation Labora¬ 
tory. October 5, 1944. 

M6 Instructions for TSX-2 and specifications on TSX- 
4SE and TSS-4SE spectrum analyzers. (Report No. 
M-173C.) S. Katz. OEMsr-262; Service Project 
No. NA-184. MIT, Radiation Laboratory. No¬ 
vember 4, 1944. 

M7 Instructions for Type TSK-1SE spectrum analyzer. 

(Report No. M-142.) S. Katz, I. Shapiro and F. B. 

Wood. OEMsr-262. MIT, Radiation Laboratory. 

July 3, 1945. 

M8 Instructions for Type TSK-5SE spectrum analyzer. 

(Report No. M-231.) F. B. Wood. OEMsr-262. 

MIT, Radiation Laboratory. February 11, 1946. 

251.6 Signal and Pulse Generators 
Ml A 30-mc pulsed signal generator. (Report No. 109.) 

(n.a.) MIT, Radiation Laboratory. October 16, 

1941. 

M2 Multiple pulse generator. (Report No. 278.) 

W. O. Reed. MIT, Radiation Laboratory. Octo¬ 
ber 15, 1942. 

M3 Pulsed oscillator, 3,000 mc/sec. Model No. 1. 

(Report No. M-117.) (n.a.) MIT, Radiation 

Laboratory. February 8, 1943. 

M4 Development of pulsed signal generator. (Report 
No. 174.) W. P. Mueller and F. L. Burroughs. 
OEMsr-583. Sylvania Electric Products, Inc. 

June 21, 1943. 

M5 Handbook of maintenance instructions for Type 
TTX-1BL test set (Type B). (Report No. M-133.) 

F. B. Wood. OEMsr-262. MIT, Radiation Labo¬ 
ratory. February 1, 1944. 

M6 Instructions for Type TTX-6RH and Type TTX- 
10RH test sets. (Report No. M-169.) S. Katz. 
OEMsr-262. MIT, Radiation Laboratory. June 
8, 1944. 

M7 Revision of General Radio Type 605-B signal 251.7 


generator for pulsing. (Report No. 575.) Clyde E. 
Ingalls. OEMsr-262; Service Project No. NS-246. 
MIT, Radiation Laboratory. June 13, 1944. 

M8 Instructions for Types TTX-6, TTX-9, TTX-10, 
TTX-12 and TS-263/TPS-10 test sets. (Report 
No. M-169B.) S. Katz. OEMsr-262; Service Proj¬ 
ect No. NA-184. MIT, Radiation Laboratory. 
September 13, 1944. 

M9 Instructions for TGX-2BL and TGX-3BL signal 
generators. (Report No. M-143A.) F. B. Wood and 
E. A. S. Jacobson. OEMsr-262. MIT, Radiation 
Laboratory. December 21, 1944. 

M10 Instructions for TGS-6DE boresighting signal gen¬ 
erator. Preliminary model of test set TS-348/AP. 
(Report No. M-198A.) E. A. S. Jacobson. OEMsr- 
262. MIT, Radiation Laboratory. February 10, 
1945. 

Mil Handbook of operating and maintenance instruc¬ 
tions for test set TS-259(XR-1)/AP, with supple¬ 
ments on test sets, TS-259(XR-2)/AP and TS- 
259(XR-3)/AP and signal generator, TS-259/AP. 
(Report No. M-193A.) S. Katz and F. B. Wood. 
OEMsr-262; Service Project Nos. NA-181 and SC- 
106.06. MIT, Radiation Laboratory. February 
17, 1945. 

M12 Handbook of operating and maintenance instruc¬ 
tions for test set, TGI-3CA. (Report No. M-204.) 
Charles A. Meyer. OEMsr-262. MIT, Radiation 
Laboratory. March 28, 1945. 

M13 Preliminary maintenance and operating instruc¬ 
tions for the TS-364/APX-15 test set. (Report No. 
M-202.) B. L. Birchard. OEMsr-262; Service 
Project Nos. AC-120 and SC-69. MIT, Radiation 
Laboratory. April 4, 1945. 

M14 Instructions for TGS-2SE, TGS-3BL and TGS-5BL 
signal generators. (Report No. M-141.) E. A. S. 
Jacobson. OEMsr-262. MIT, Radiation Labora¬ 
tory. October 11, 1945. 

M15 Black Maria check set, TS-495/APX. (Report No. 
M-233.) Arthur Fong. OEMsr-262; Service Proj¬ 
ect No. NA-178. MIT, Radiation Laboratory. 
November 16, 1945. 

M16 Instructions for TS-416/AP check set. (Report No. 
M-234.) J. W. Severinghaus. OEMsr-262; Service 
Project Nos. SC-6305 and NA-163. MIT, Radi¬ 
ation Laboratory. February 11, 1946. 

M17 A trigger generator for signal threshold studies. 
(Report No. 1036.) R. R. Meijer. OEMsr-262. 
MIT, Radiation Laboratory. April 2, 1946. 

251.61 Pulsed Oscillator 

Ml Pulsed oscillator and phase shifter. (Report No. 
340.) G. R. Gamertsfelder. MIT, Radiation Labo¬ 
ratory. July 22, 1943. 

M2 Pulsed quartz crystal oscillator. (Report No. 803.) 
Paul F. Brown. OEMsr-262. MIT, Radiation 
Laboratory. August 21, 1945. 

Oscilloscopes and Synchroscopes 







410 


DIVISION 14 • MICROFILM LIST 


251.71 Oscilloscopes 

Ml Instructions for Type E, self-synchronous oscillo¬ 
scope. (Report No. M-109.) F. J. Gaffney. MIT, 
Radiation Laboratory. June 1, 1942. 

M2 Determination of logarithmic constants of crystal 
rectifiers with the oscilloscope. (Report No. 143.) 
H. J. Yearian. OEMsr-362. Purdue University. 
April 20, 1943. 

M3 Oscilloscope presentation of hysteresis loops at 
60 cycles and under pulse conditions. (Report No. 
218.) Winston H. Bostick, P. Roger Gillette and 
Harold L. Rehkopf. MIT, Radiation Laboratory. 
June 1, 1943. 

M4 Types TON-1GA (Type Q) and TON-1BL oscillo¬ 
scopes. (Report No. M-140.) F. B. Wood. OEMsr- 
262. MIT, Radiation Laboratory. April 24, 1944. 


251.9 Miscellaneous Test Units 

(See also: 121.2) 

Ml The operation of the screen cage. (Report No. 


45.) Andrew Longacre. MIT, Radiation Labora¬ 
tory. October 8, 1941. 

M2 Radio frequency envelope indicator instruction 
manual. (Report No. 77.) F. G. Dunnington and 
H. D. Doolittle. MIT, Radiation Laboratory. De¬ 
cember 10, 1941. 

M3 Measuring instruments for three centimeters. (Re¬ 
port No. 26.) S. Roberts, R. H. Dicke and J. S. 
Foster. MIT, Radiation Laboratory. March 9, 
1942. 

M4 Measurements with a frequency-modulated oscil¬ 
lator at 3 cm. (Report No. 167.) C. G. Mont¬ 
gomery and Dorothy D. Montgomery. MIT, 
Radiation Laboratory. January 18, 1943. 

M5 Tentative instruction manual [for the] MIT, 
Radiation Laboratory test set, Type A. (Report 
No. M-120.) (n.a.) MIT, Radiation Laboratory. 

March 25, 1943. 

M6 Tentative operating instruction [for the] MIT, 
Radiation Laboratory modified Type 102-A test 
set (Type 102A-1). (Report No. M-123.) (n.a.) 

MIT, Radiation Laboratory. May 19, 1943. 

M7 Radio set RHB. Section IV, RHB test equipment. 
(Report No. 508-3.) J. J. Hibbert and J. E. Ward. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 27, 1944. 

M8 Lighthouse radio frequency envelope indicator. 
(Report No. 542.) P. A. Cole, J. B. H. Kuper 
and Kenneth R. More. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 7, 1944. 

M9 [The] matchmeter. (Report No. 705.) Heinz E. 
Kallmann. OEMsr-262. MIT, Radiation Labora¬ 
tory. April 9, 1945. 

M10 Broad-band test loads. (Report No. 847.) Richard 
M. Walker. OEMsr-262. MIT, Radiation Labo¬ 
ratory. October 9, 1945. 

Mil Design proposal for AN/APN-19A check set. (Re¬ 
port No. 1062.) R. S. Chaloff, R. J. Harrison and 
others. OEMsr-262. MIT, Radiation Laboratory. 
March 27, 1946. 

Measurements 

Ml [Some] X-band low pressure tests. (Report No. 
241.) T. S. Saad. MIT, Radiation Laboratory. 
December 10, 1942. 

Impedance 

Ml The standing wave detector. (Report No. 344.) 
James L. Lawson. MIT, Radiation Laboratory. 
May 5, 1942. 

M2 Measurement of impedance with the standing 
wave detector. (Report No. 346.) James L. Law- 
son. MIT, Radiation Laboratory. May 18, 1942. 
M3 Explanation of impedance matching. (Report No. 
T-6.) H. Krutter. MIT, Radiation Laboratory. 
July 7, 1942. 

M4 Reflection coefficients and impedance charts. (Re¬ 
port No. T-ll.) S. Katz. MIT, Radiation Labo¬ 
ratory. November 9, 1942. 

M5 The theory of impedance and admittance dia- 


251.72 Synchroscopes 

Ml Manual of operation t for the] Model No. 2 syn¬ 
chroscope. (Report No. M-112.) F. J. Gaffney. 

MIT, Radiation Laboratory. June 13, 1942. 

M2 Instruction manual t for the] Model P-4 synchro¬ 
scope. (Report No. M-118.) (n.a.) MIT, Radi¬ 

ation Laboratory. March 2, 1943. 

M3 Model P4-E synchroscope and radio frequency 
envelope indicator. (Report No. M-124.) (n.a.) 

MIT, Radiation Laboratory. June 18, 1943. 

M4 Synchroscope handbook for Model SYN-15. (Re¬ 
port No. M-147.) Martin J. Cohen. OEMsr-262. 

MIT, Radiation Laboratory. December, 1943. 

M5 Revised Model P-4, synchroscope (Report No. M- 
126.) (n.a.) MIT, Radiation Laboratory. March 

20, 1944. 

M6 Model 5 synchroscope. (Report No. S-18.) George 
H. Nibbe. OEMsr-262. MIT, Radiation Labora¬ 
tory. June 2, 1944. 

M7 Operating instructions [for] Radiation Laboratory 
Model 5 synchroscope. (Report No. M-212.) R. P. 
Abbenhouse. OEMsr-262. MIT, Radiation Labo¬ 
ratory. July 3, 1945. 

M8 Winterscope, or fast sweep synchroscope. (Report 

No. 1001.) D. F. Winter. OEMsr-262. MIT, 252 

Radiation Laboratory. April 12, 1946. 

251.8 Synchronizers 

Ml Instruction manual for the Browning Type A 

synchronizer. (Report No. 74.) F. J. Gaffney. 252.1 

MIT, Radiation Laboratory. October 29, 1941. 

M2 Report of activities of Synchronizer Section. (Re¬ 
port No. 75.) F. J. Gaffney, C. G. Montgomery 
and Paul D. Bales. MIT, Radiation Laboratory. 
November 5, 1941. 

M3 Operating instructions for Model G synchronizer. 

(Report No. M-195A.) R. P. Abbenhouse and 
F. N. Gillette. OEMsr-262. MIT, Radiation 
Laboratory. March 15, 1945. 



DIVISION 14 • MICROFILM LIST 


411 


grams and allied subjects. (Report No. T-10.) 
Samuel Seely. MIT, Radiation Laboratory. Feb¬ 
ruary 18, 1943. 

M6 The use of the magic tee microwave bridge in 
measuring impedance. (Report No. 643.) R. L. 
Kyhl. OEMsr-262. MIT, Radiation Laboratory. 
December 12, 1944. 

M7 X-band slotted section test equipment. (Report 
No. 476.) John W. E. Griemsmann. OEMsr-335. 
Polytechnic Institute of Brooklyn. April 25, 1945. 
M8 Instructions for TBK-2RL impedance bridge. (Re¬ 
port No. M-237.) E. C. Simmons and F. B. Wood. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 13. 1946. 

252.2 Pulses 

Ml A diode-type pulse voltmeter. (Report No. 521.) 
O. T. Fundingsland. OEMsr-262. MIT, Radi¬ 
ation Laboratory. July 6, 1944. 

M2 Voltage pulse rate-of-rise measurements. (Report 
No. 523.) O. T. Fundingsland. OEMsr-262. 
MIT, Radiation Laboratory. July 10, 1944. 

M3 A measurement of supersonic velocity in mercury 
at 15 megacycles per second as a function of tem¬ 
perature. (Report No. 745.) Robert I. Jacobson. 
OEMsr-262. MIT, Radiation Laboratory. Sep¬ 
tember 20, 1945. 

252.3 Tubes 

Ml Measurement of pressure in gas tubes by a radio 
frequency method. (Report No. 432.) M. L. 
Yeater. OEMsr-262. MIT, Radiation Laboratory. 
September 9, 1944. 

252.4 Power 

Ml Microwave wattmeter. (Report No. 239.) M. H. 
Johnson. MIT, Radiation Laboratory. November 
18, 1942. 

M2 Loss measurement by two-probe power reversal 
method. (Report No. 240.) George L. Ragan. 
MIT, Radiation Laboratory. December 7, 1942. 
M3 Microwave wattmeter, 3-cm and 1-cm. ([Part] II. 
Report No. 246.) M. H. Johnson and J. B. 
Wiesner. MIT, Radiation Laboratory. January 
21, 1943. 

M4 Low-level power measurement at 10 cms in coax. 
(Report No. 279.) R. N. Griesheimer. MIT, Radi¬ 
ation Laboratory. March 16, 1943. 

M5 Bridge methods in low and medium-level radio 
frequency power measurement. (Report No. 410.) 
R. N. Griesheimer. MIT, Radiation Laboratory. 
September 14, 1943. 

M6 A relative power measurer for the transmit-receive 
test bench. (Report No. 53. Supplement to Report 
No. 417.) L. D. Smullin. MIT, Radiation Labo¬ 
ratory. March 24, 1944. 

M7 Instructions for Types TWS-5 and TSW-5EV 
battery-operated wattmeters, preliminary models 
of TS-125/AP. (Report No. M-174.) E. A. S. 
Jacobson, J. W. Severinghaus and F. B. Wood. 


OEMsr-262; Service Project No. SC-106.01. MIT, 
Radiation Laboratory. August 4, 1944. 

M8 Instructions for Type TBN-6SE thermistor bridge. 
(Report No. M-203.) E. A. S. Jacobson and J. W. 
Severinghaus. OEMsr-262. MIT, Radiation Labo¬ 
ratory. November 14, 1945. 

252.41 Bolometer 

Ml The Littlefuse bolometer. (Report Nos. 145 and 
145a.) (n.a.) MIT, Radiation Laboratory. Octo¬ 

ber 28, 1941. 

M2 A 10- to 20-centimeter bolometer. (Report No. 
288.) William M. Breazeale. MIT, Radiation 
Laboratory. August 26, 1942. 

M3 [A] 3-cm bolometer detector suitable for field 
measurements, Type Y. (Report No. 262.) Stanley 
Breen. MIT, Radiation Laboratory. December 
11, 1942. 

M4 Instructions for use of PIB Type IB-2 bolometer 
terminal. (Report No. 218.) Stanley A. Johnson. 
Polytechnic Institute of Brooklyn. May 26, 1943. 

M5 Notes on the use of bolometers for ultra high 
frequency attenuation measurements. (Report No. 
219.) John E. Ebert. OEMsr-335. Polytechnic 
Institute of Brooklyn. June 2, 1943. 

M6 The IB-2 bolometer terminal. (Report No. 220.) 
John E. Ebert, Stanley A. Johnson and Ernst 
Weber. OEMsr-335. Polytechnic Institute of 
Brooklyn. June 11, 1943. 

M7 A Littlefuse direct-reading wattmeter. (Report No. 
548.) C. M. Sorvaag. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 28, 1944. 

M8 Metallized-glass bolometers. (Report No. 524.) 
(n.a.) OEMsr-335. Polytechnic Institute of Brook¬ 
lyn. October 31, 1945. 

M9 Microwave power measurement with bolometers. 
(Report No. 529.) (n.a.) OEMsr-335. Polytechnic 
Institute of Brooklyn. October 31, 1945. 

252.42 Thermistor Bridge 

Ml The investigation of the effect of manufacturing 
and test equipment variables on the X-band char¬ 
acteristics of Bell System thermistors. (Report No. 
227.) J. N. Shive. OEMsr-1212. Bell Telephone 
Laboratories, Inc. November 26, 1943. 

M2 The two-disc direct current thermistor bridge 
circuit. (Report No. 502.) Ruth Krock and Nor¬ 
man H. Painter. OEMsr-262. MIT, Radiation 
Laboratory. January 12, 1944. 

M3 Instructions for Type TBN-3EV thermistor bridge. 
(Report No. M-186A.) E. A. S. Jacobson and J. W. 
Severinghaus. OEMsr-262. MIT, Radiation Labo¬ 
ratory. January 15, 1945. 

M4 The investigation of the effect of manufacturing 
and test equipment variables on the X- and K-band 
characteristics of Bell System thermistors. (Report 
No. 462.) J. B. Stucky, Jr. OEMsr-1212. Bell 
Telephone Laboratories, Inc. July 30, 1945. 



412 


DIVISION 14 • MICROFILM LIST 


252.5 Miscellaneous Measurements 

Ml Relay data including shock and vibration measure¬ 
ments. (Report No. 747.) H. W. Baur. OEMsr- 
262; Service Project No. NS-177. MIT, Radiation 
Laboratory. August 1, 1945. 

M2 Conductivity loss measurements at K-band. (Re¬ 
port No. 854.) E. Maxwell. OEMsr-262. MIT, 
Radiation Laboratory. January 15, 1946. 

M3 Modulation of radar signals from airplanes. (Re¬ 
port No. 914.) R. M. Ashby, Francis W. Martin 
and James L. Lawson. OEMsr-262. MIT, Radi¬ 
ation Laboratory. March 28, 1946. 

M4 Instructions for K-band testing. (Report No. 
M-238.) A. J. Zink and F. B. Wood. OEMsr-262. 
MIT, Radiation Laboratory. April 5, 1946. 

253 Radar System Tests 

253.1 AN/APA-5, AN/APN-19 and AN/APS-15 and -30 

Ml AN/APA-5 tests, July 18 to 22, 1944. Preliminary 
report, 1000-foot runs, (n.a.) MIT, Radiation 
Laboratory. August 7, 1944. 

M2 AN/APA-5 tests, August 4 to 12, 1944. Preliminary 
report, 5000-foot runs, (n.a.) MIT, Radiation 
Laboratory. August 17, 1944. 

M3 AN/APA-5 tests, August 25 to 28, 1944. Prelimi¬ 
nary report, 15,000-foot runs, (n.a.) MIT, Radi¬ 
ation Laboratory. September 6, 1944. 

M4 AN/APS-15A and AN/APS-15B tests. (Report No. 
S-57.) R. C. Ottens. OEMsr-262; Service Project 
Nos. SC-36, NS-229 and AC-23202. MIT, Radi¬ 
ation Laboratory. November 21, 1945. 

M5 Interference measurements on the AN/APS-30 
series. (Report No. 998.) Rex G. Fluharty. 
OEMsr-262; Service Project Nos. AN-21 and NS- 
314. MIT, Radiation Laboratory. February 20, 
1946. 

253.2 Targets 

Ml The so-called standard target. (Report No. S-43.) 
A. H. Brown. OEMsr-262. MIT, Radiation Labo¬ 
ratory. March 10, 1945. 

253.3 Miscellaneous Tests on Radar Systems 

Ml [Radar system tests.] Meeting of ad hoc Commit¬ 
tee of the Joint Radio Board. (Report No. JRB- 
20.) F. R. Banks. Joint Radio Board. April 25, 
1945. 

260 Special Components, Accessories and Methods 

261 Communications 

Ml Modulated pulse communication. (Report No. 216.) 
A. S. Jerrems and A. E. Whitford. MIT, Radi¬ 
ation Laboratory. April 13, 1943. 

M2 Radiotelephone communication on 3000 mega¬ 
cycles. (Report No. 152.) Paul A. Anderson, C. L. 
Barker and others. OEMsr-728. Washington 
State College. June 12, 1943. 

M3 Handbook of maintenance instructions for AN/ 


AIC-6 intercommunication system. (Report No. 
M-244.) W. R. Slaunwhite and R. L. Kellner. 
OEMsr-262; Service Project No. NA-178. MIT, 
Radiation Laboratory. October 23, 1945. 

M4 A duplex communication system for microwaves. 
(Report No. 830.) R. V. Pound. OEMsr-262. 
MIT, Radiation Laboratory. November 20, 1945. 

261.1 Schering Bridge 

Ml A 30-mc Schering bridge. (Report No. 301.) Yard- 
ley Beers. MIT, Radiation Laboratory. May 12, 
1943. 

M2 A 60-mc parallel Schering bridge. (Report No. 
558.) Yardley Beers. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 22, 1944. 

262 Countermeasures 

262.1 Jamming and Interference 

Ml Some general microwave anti jam design considera¬ 
tions and performance of a special receiver. (Re¬ 
port No. S-8.) P. R. Bell, Jr. and Fred M. Ash- 
brook. OEMsr-262. MIT, Radiation Laboratory. 
February 24, 1944. 

M2 Window tests on AN/CPS-6, Leesburg, Florida, 
June 7 and 9, 1944. (Report No. S-20.) Leon B. 
Linford and J. Millman. OEMsr-262; Service 
Project No. SC-74. MIT, Radiation Laboratory. 
July 8, 1944. 

M3 Interference blanker. (Report No. 749.) Robert 
W. Hull. OEMsr-262; Service Project Nos. SC-60, 
SC-75 and others. MIT, Radiation Laboratory. 
June 20, 1945. 

M4 Synthetic radar echoes in the presence of jam¬ 
ming. (Report No. 708.) Albert M. Stone. OEMsr- 
262. MIT, Radiation Laboratory. June 22, 1945. 
M5 Pulsed-interference suppression. (Report No. 826.) 
James L. Lawson. OEMsr-262. MIT, Radiation 
Laboratory. October 15, 1945. 

M6 S-band tunable systems. (Report No. 911.) John 
E. Cook and John E. Richardson. OEMsr-262. 
MIT, Radiation Laboratory. March 21, 1946. 

M7 Off-frequency continuous wave jamming. (Report 
No. 910.) C. McKay Allred and Andrew L. Gard¬ 
ner. OEMsr-262. MIT, Radiation Laboratory. 
March 22, 1946. 

M8 Synthetic radar echoes in the presence of frequency 
modulation jamming. (Report No. 1035.) Albert 
M. Stone. OEMsr-262. MIT, Radiation Labora¬ 
tory. April 9, 1946. 

262.2 Camouflage 

Ml Radar camouflage. (Report No. 766.) M. M. An¬ 
drew, Otto J. Baltzer and others. OEMsr-262; 
Service Project No. NS-296. MIT, Radiation 
Laboratory. July 16, 1945. 

262.3 Enemy Equipment 

Ml Japanese microwave radar. (Report No. S-24.) 



DIVISION 14 • MICROFILM LIST 


413 


A. M. Clogston. OEMsr-262. MIT, Radiation 
Laboratory. August 26, 1944. 

263 Moving Target Identification (MTI) 

Ml A moving target selector using deflection modula¬ 
tion on a storage mosaic. (Report No. 562.) Robert 
A. McConnell, A. G. Emslie and F. Cunningham. 
OEMsr-262; Service Project No. SC-73. MIT, 
Radiation Laboratory. June 6, 1944. 

M2 Bibliography of Radiation Laboratory literature 
on moving target identification, as of February 6, 

1945. (Report No. 65.) (n.a.) MIT, Radiation 

Laboratory. February 6, 1945. 

M3 Some moving target identification nomenclature in 
use at Radiation Laboratory, MIT. (Report No. 

65.) Robert A. McConnell. MIT, Radiation 
Laboratory. May 2, 1945. 

M4 Moving target identification for microwave early 
warning t radar]. (Report No. 752.) George Nonne- 
maker. OEMsr-262; Service Project No. SC-73. 

MIT, Radiation Laboratory. May 24, 1945. 

M5 Preliminary technical manual for SCR-584 moving 
target identification modification kit No. MC- 
642-AS and fan beam search antenna. (Report 
No. M-218.) H. B. Bekkar. OEMsr-262; Service 
Project No. SC-73. MIT, Radiation Laboratory. 263.2 
June 1, 1945. 

M6 Estimated limitations of kit MC-642, moving tar¬ 
get identification for SCR-584. (Report No. 65.) 

F. Cunningham and Robert A. McConnell. MIT, 
Radiation Laboratory. June 18, 1945. 

M7 Moving target identification using coherent inter- 264 
mediate frequency. A. G. Emslie. MIT, Radi¬ 
ation Laboratory. August 22, 1945. 

M8 A method of rating the stability of oscillators for 
moving target identification. (Report No. 819.) 

S. Roberts. OEMsr-262; Service Project No. SC-73. 

MIT, Radiation Laboratory. October 16, 1945. 

M9 Moving target indication on microwave early 
warning t radar]. (Report No. 1080.) A. G. Emslie. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 19, 1946. 

M10 Dynamic range compression for moving target 
identification. (Report No. 1016.) Walter Selove. 
OEMsr-262. MIT, Radiation Laboratory. March 
15, 1946. 

Mil Notes on moving target identification receivers. 

(Report No. 1010.) Walter Selove. OEMsr-262. 

MIT, Radiation Laboratory. March 25, 1946. 

M12 An experimental S-band airborne moving target 
identification system. (Report No. 1018.) H. G. 
Voorhies, Jr. OEMsr-262. MIT, Radiation Labo¬ 
ratory. March 29, 1946. 

M13 A moving coherent oscillator conversion unit. (Re¬ 
port No. 975.) Verland A. Olson. OEMsr-262; 

Service Project No. SC-73. MIT, Radiation Labo¬ 
ratory. April 3, 1946. 

M14 An experimental moving target identification sys¬ 
tem. (Report No. 744.) Robert A. McConnell. 


OEMsr-262. MIT, Radiation Laboratory. April 
18, 1946. 

M15 Supersonic solid delay lines. (Report No. 932.) 
David L. Arenberg. OEMsr-262. MIT, Radiation 
Laboratory. April 30, 1946. 

263.1 Clutter 

Ml The detection of moving targets among ground 
clutter by coherent pulse methods. (Report No. 
480.) Robert A. McConnell. MIT, Radiation 
Laboratory. December 14, 1943. 

M2 Elimination of ground clutter. (Report No. 526.) 
Ernest C. Pollard. OEMsr-262. MIT, Radiation 
Laboratory. March 13, 1944. 

M3 Reduction of the effects of ground clutter on the 
SCR-720. (Report No. 91.) Eugene W. Cowan, 
Jr. MIT, Radiation Laboratory. June 7, 1945. 
M4 The effect of clutter fluctuations on moving target 
identification. (Report No. 700.) H. Goldstein. 
OEMsr-262; Service Project No. SC-73. MIT, 
Radiation Laboratory. December 27, 1945. 

M5 Butterfly moving vehicle detector, AN/APS-26. 
(Report No. 1021.) C. R. Ahern. OEMsr-262. 
MIT, Radiation Laboratory. February 15, 1946. 

Parts 

Ml Multiple reflection delay tank. (Report No. 791.) 
Herbert Shapiro and G. Donald Forbes. OEMsr- 
262. MIT, Radiation Laboratory. August 11, 
1945. 

Photography 

Ml The photography of successive pulse reflections 
from a moving target. (Report No. 348.) James 
L. Lawson. MIT, Radiation Laboratory. June 
12, 1942. 

M2 ASD-1B scope photography. (Report No. 439.) 
S. D. Bennett. MIT, Radiation Laboratory. Sep¬ 
tember 24, 1943. 

M3 Comparative photographs of 1- and 5-microsecond 
signals. (Report No. 492.) P. J. Rice. MIT, 
Radiation Laboratory. December 16, 1943. 

M4 The observation of radio frequency phase in pulse 
radar. (Report No. 481.) Robert A. McConnell 
and A. G. Emslie. MIT, Radiation Laboratory. 
December 23, 1943. 

M5 Radar photo reconnaissance. (Report No. S-13.) 
Carl F. J. Overhage. OEMsr-262; Service Project 
Nos. SC-36 and NS-167. MIT, Radiation Labo¬ 
ratory. April 10, 1944. 

M6 Airborne range-only resonant range follow-up 
system. (Report No. 246.) H. E. Hale and D. W. 
Moore. OEMsr-874; Service Project No. SC-57. 
Fairchild Camera and Instrument Corporation. 
July 10, 1944. 

M7 Termination report t of the] radar photo reconnais¬ 
sance project. (Report No. S-34.) Carl F. J. Over¬ 
hage. OEMsr-262. MIT, Radiation Laboratory. 
November 16, 1944. 


"secret \ 





414 


DIVISION 14 • MICROFILM LIST 


264.1 


265 


265.1 


M8 Advanced design for radar photography pvith 
drawings]. (Report No. 503.) P. T. E. Nevius and 
I. W. Doyle. OEMsr-1358; Engineering Project 
No. 22-2311. Fairchild Camera and Instrument 
Corporation. July 20(?) 1945.] 

Cameras 

Ml Temporary instruction manual for automatic radar 
camera, Model B. (Report No. M-164A.) R. Sherr 
and W. R. Woodward. OEMsr-262; Service Proj¬ 
ect Nos. SC-36 and NS-167. MIT, Radiation 

Laboratory. April 15, 1944. 

M2 Temporary instruction manual for automatic H 2 X 
camera, Model B. (Report No. M-164B.) R. Sherr 
and W. R. Woodward. OEMsr-262; Service Proj¬ 
ect Nos. SC-36 and NS-167. MIT, Radiation 
Laboratory. May 1, 1944. 

M3 Instruction manual for automatic H 2 X camera, 

Model A. (Report No. M-163.) R. Sherr and 
W. R. Woodward. OEMsr-262; Service Project 
Nos. SC-36 and NS-167. MIT, Radiation Labora¬ 
tory. May 23, 1944. 

M4 The solenoid camera drive. (Report No. 91.5.) 

C. W. Mautz. MIT, Radiation Laboratory. Octo- 265.2 
her 10, 1945. 

M5 Type test of the Fairchild radar recording camera. 

Army Type 0-5A, Navy Model A. (Report No. 

S-66.) D. G. Bagley and R. C. Babish. OEMsr- 
262. MIT, Radiation Laboratory. October 30, 

1945. 

M6 A theoretical and experimental study of radar 
ground return. (Report No. 1024.) Roger B. 

Clapp. OEMsr-262. MIT, Radiation Laboratory. 

April 10, 1946. 

Plotting 265.3 

Ml Tactical devices based on superposition of a plot¬ 
ting board on the plan position indicator pattern. 

(Report No. 387.) Edward E. Miller. MIT, Radi¬ 
ation Laboratory. August 8, 1942. 

M2 A discussion of plotting devices for plan position 
indicators. (Report No. 1038.) R. W. Blue. 
OEMsr-262. MIT, Radiation Laboratory. April 
3, 1946. 

Close Support Plotting Board 

Ml Semi-automatic tactical plotting board. (Report 
No. 467.) Edward G. Martin and Franklin C. 

Hudson. MIT, Radiation Laboratory. November 
23, 1943. 

M2 Notes on close support plotting board, D-170500. 

(n.a.) Bell Telephone Laboratories, Inc. Novem¬ 
ber 22, 1944. 

M3 Preliminary manual on the SCR-584 close support 
system, technical operation, employment and main¬ 
tenance. (ASB Reference No. 3.) Elisabeth M. 

Lyman, R. W. Larson and others. British Branch, 
Radiation Laboratory, Advanced Service Base. 

January 5, 1945. 

M4 Supplementary notes on close support plotting 
board, D-170500. Part One, Electronic pilot 


D-170823. (n.a.) Bell Telephone Laboratories, 

Inc. January 20, 1945. 

M5 Supplementary notes on close support plotting 

board, D-170500. Part Two, Null voltage test set 
KS-9470. (n.a.) Bell Telephone Laboratories, Inc. 
January 20, 1945. 

M6 Supplementary notes on close support plotting 

board D-170500. Part Three, Revised spare parts 
and equipment list, (n.a.) Bell Telephone Labo¬ 
ratories, Inc. March 13, 1945. 

M7 Supplementary notes on close support plotting 

board, D-170500. Part Four, Variable scale factor 
conversion kit D-171032. Modification to close sup¬ 
port plotting board D-171020. (n.a.) Bell Tele¬ 
phone Laboratories, Inc. June 20, 1945. 

M8 Temporary information, close support plotting 

board D-171020. (n.a.) Bell Telephone Labora¬ 

tories, Inc. June 27, 1945. 

M9 Microwave early warning close control. (Report 
No. S-76.) Edward E. Miller. OEMsr-262; Serv¬ 
ice Project No. AC-234.04. MIT, Radiation Labo¬ 
ratory. April 30, 1946. 

Flux Plotting 

Ml A flux plotting method for obtaining fields satisfy¬ 
ing Maxwell’s equations, with applications to the 
magnetron. (Report No. 1048.) Prescott D. Crout. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 16, 1946. 

M2 The determination of fields satisfying LaPlace’s, 
Poisson’s and associated equations by flux plotting. 
(Report No. 1047.) Prescott D. Crout. OEMsr- 
262. MIT, Radiation Laboratory. January 23, 
1946. 

Bombing Assessment 

Ml The SCR-584 plotting table system. (Report No. 
595.) Elisabeth M. Lyman. OEMsr-262. MIT, 
Radiation Laboratory. July 3, 1944. 

M2 Plotting equipment, RC-294. (Technical Manual 
No. TM-11-1220.) (n.a.) US War Department. 

February 17, 1945. 

M3 Release point indicator used in conjunction with 
RC-294. (Report No. S-47.) J. D. Horgan and 
J. E. Ward. OEMsr-262; Service Project No. SC- 
101.01. MIT, Radiation Laboratory. May 16, 
1945. 

M4 The manual plotting system, RC-305. (Report No. 
S-62.) J. W. Brean, J. E. Ward and J. D. Horgan. 
OEMsr-262; Service Project No. AC-233.03. MIT, 
Radiation Laboratory. August 31, 1945. 

M5 Preliminary operation and maintenance handbook 
for release point indicator, AN/ARA-17. (Report 
No. M-241.) J. D. Horgan and J. E. Ward. 
OEMsr-262; Service Project No. SC-101.01. MIT, 
Radiation Laboratory. November 1, 1945. 

M6 Additional modification, calibration and plotting 
procedures for RC-294 plotting equipment. (Re¬ 
port No. M-235.) J. E. Ward. OEMsr-262. MIT, 
Radiation Laboratory. February 18, 1946. 



DIVISION 14 • MICROFILM LIST 


415 


265.4 Mortar Location 

Ml Automatic plotter, RC-308, used with SCR-584 for 
mortar location. (Report No. 990.) Leo J. Sulli¬ 
van. OEMsr-262. MIT, Radiation Laboratory. 
April 3, 1946. 

266 Relay Radar 

Ml A method for relay radar plan position indicator 
synchronization. (Report No. 505.) R. K. Mosher. 
OEMsr-262; Service Project No. NA-112. MIT, 
Radiation Laboratory. April 20, 1944. 

M2 Flight tests of Block I relay radar system. (Report 
No. 727.) R. M. Alexander. OEMsr-262; Service 
Project Nos. NA-178 and NS-360. MIT, Radiation 
Laboratory. April 24, 1945. 

M3 A synchronization system for ground radar relay. 
(Report No. 978.) Julian M. Sturtevant and E. W. 
Samson. OEMsr-262. MIT, Radiation Labora¬ 
tory. January 3, 1946. 

267 Corner Reflectors 

Ml The application of corner reflectors to radar. 
Theoretical. (Report No. 203.) R. D. O’Neal, 
F. S. Holt and Prescott D. Crout. MIT, Radiation 
Laboratory. May 14, 1943. 

M2 The application of corner reflectors to radar. 
Experimental. (Report No. 280.) R. D. O’Neal. 
MIT, Radiation Laboratory. July 1, 1943. 

M3 Corner reflector tests at Langley Field. (Report 
No. 402.) C. M. Gilbert. MIT, Radiation Labo¬ 
ratory. August 6, 1943. 

M4 Radio relaying of radar signals. (Report No. 243.) 
Vernon J. Duke and E. Dudley Goodale. OEMsr- 
1127; Service Project No. NA-112. National Broad¬ 
casting Company, Inc. December 30, 1943. 

M5 Optical theory of the corner reflector. (Report No. 
433.) R. C. Spencer. OEMsr-262. MIT, Radi¬ 
ation Laboratory. March 2, 1944. 

M6 Design of a four-foot corner reflector for K-band. 
(Report No. 642.) Edward G. Martin. OEMsr- 
262; Service Project No. AN-25. MIT, Radiation 
Laboratory. August 20, 1945. 

M7 An X-band frequency modulated relay system for 
video frequencies. (Report No. 977.) Lowell M. 
Hollingsworth, H. Logemann and others. OEMsr- 
262. MIT, Radiation Laboratory. January 3, 
1946. 

M8 Corner reflector modulation of airplane signals. 
(Report No. 913.) R. M. Ashby and Francis W. 
Martin. OEMsr-262. MIT, Radiation Laboratory. 
April 8, 1946. 

267.1 Use of Corner Reflectors at Sea 

Ml Observations of life rafts equipped with corner 
reflectors. (Report No. 533.) Emmett L. Hudspeth 
and John P. Nash. MIT, Radiation Laboratory. 
February 15, 1944. 

M2 Corner reflectors for life rafts. (Report No. 608.) 
Emmett L. Hudspeth and John P. Nash. OEMsr- 


262; Service Project No. AN-3. MIT, Radiation 
Laboratory. August 1, 1944. 

M3 Rotating corner reflectors for ship identification. 
(Report No. 654.) Julian M. Sturtevant. OEMsr- 
262. MIT, Radiation Laboratory. January 1, 
1945. 

M4 A proposed design for MX-180/A corner reflector 
(float marker, radar, droppable). (Report No. S-39.) 
P. D. Tilton. OEMsr-262. MIT, Radiation Labo¬ 
ratory. February 5, 1945. 

268 Panel Controls 

Ml Operation for peak performance. (Report No. 
S-74.) R. D. O’Neal. OEMsr-262. MIT, Radi¬ 
ation Laboratory. December 20, 1945. 

300 RADAR SYSTEMS 

310 Ground, Air and Ship Experimental Systems 

310.1 Ground Radar 

Ml US radar survey. Section 3, Ground radar, (n.a.) 
June 1, 1945. 

310.11 S-Band 

Ml The XT-3. The ten-centimeter truck system. (Re¬ 
port No. 58.) Samuel Seely. MIT, Radiation 
Laboratory. October 22, 1941. 

M2 The XT-3. (Report No. 59.) (n.a.) MIT, Radi¬ 

ation Laboratory. November 26, 1941. 

M3 Truck mounted SCR-582, Mark III. A general 
purpose microwave set. (Report No. 474.) (n.a.) 

MIT, Radiation Laboratory. October 27, 1943. 

310.12 High-Power 

Ml Interim report to Dr. DuBridge of the problems 
and activities of Group G, High-Power Ground 
Equipment. (Report No. 30.) K. T. Bainbridge. 
MIT, Radiation Laboratory. January 12, 1942. 
M2 Performance report of the high-power ground 
system. (Report No. 373.) Ernest C. Pollard. 
MIT, Radiation Laboratory. June 22, 1942. 

M3 Instruction handbook for radar set, AN/CPS-1A. 
Pre-production sets. (Report No. M-156D.) L. L. 
Blackmer. OEMsr-262; Service Project No. SC-60. 
MIT, Radiation Laboratory. May 15, 1944. 

310.13 Detection of Ground Objects 

Ml Radar detection of ground objects from the 
ground. (Report No. 420.) J. A. Smith. MIT, 
Radiation Laboratory. September 15, 1943. 

M2 Pulse doppler for detection of moving ground 
targets. (Report No. 553.) R. F. Thomson. 
OEMsr-262; Service Project No. SC-73. MIT, 
Radiation Laboratory. April 21, 1944. 

310.14 Miscellaneous Ground Radar Systems 

Ml The advanced development system. (Report No. 
46.) Leon B. Linford. MIT, Radiation Labora¬ 
tory. November 12, 1941. 




416 


DIVISION 14 • MICROFILM LIST 


M2 Preliminary instructions for experimental HRY 
equipment. (Report No. 380.) (n.a.) OEMsr-369 

and DIC-59908. Zenith Radio Corporation. Re¬ 
vised: January 20, 1943. 

M3 Recent performance of the 3-cm advanced devel¬ 
opment system, D2-1. (Report No. 365.) Dudley 
A. Williams, Francis W. Martin and Vernal 
Josephson. MIT, Radiation Laboratory. June 21, 
1943. 

310.2 Air Radar 

Ml US radar survey. Section 1, Airborne radar, (n.a.) 
August 1, 1945. 

310.21 Systems 

Ml Airborne radar projects in Division 9. (Report 
No. 376.) (n.a.) MIT, Radiation Laboratory. 

March 29, 1943. 

310.211 S-Band 

Ml The B-24. (Report No. 62.) (n.a.) MIT, Radi¬ 

ation Laboratory. October 29, 1941. 

M2 The PBM-1. (Report No. 64.) R. G. Herb. MIT, 
Radiation Laboratory. October 29, 1941. 

M3 The CXBH-1, the PBM-1. (Report No. 65.) James 
F. Koehler. MIT, Radiation Laboratory. De¬ 
cember 3, 1941. 

M4 The Navy dirigible, K-3. (Report No. 55.) Emmett 
L. Hudspeth. MIT, Radiation Laboratory. De¬ 
cember 10, 1941. 

M5 [Thej B-18B air-to-surface vessel [detection] man¬ 
ual. (Report No. M-100.) (n.a.) MIT, Radiation 
Laboratory. t 1942.] 

M6 Survey of 10-cm radar installation in PBM-1 flying 
boat. (Report No. 383.) James F. Koehler and 
C. J. Taylor. MIT, Radiation Laboratory. May 
1, 1942. 

M7 Operational report on B-24 No. 1 in the British 
Isles, March to June, 1942. (Report No. 391.) 
Glenn A. Fowler. MIT, Radiation Laboratory. 
May 25, 1942. 

M8 [Thej 10-cm air-to-surface vessel equipment on 
LB-30 airplanes. (Report No. 63.) D. L. Hagler. 
MIT, Radiation Laboratory. June 2, 1942. 

M9 Maintenance experience with air-to-surface ves¬ 
sel equipment. (Report No. 34.) (n.a.) MIT, 

Radiation Laboratory. June 27, 1942. 

M10 Correlation of ASV-10 equipment with the bomb- 
sight. (Report No. 35.) Byron L. Havens and 
Dale R. Corson. MIT, Radiation Laboratory. 
July 24, 1942. 

Mil The first radar system installed on a K-type air¬ 
ship. (Report No. 392.) (n.a.) MIT, Radiation 

Laboratory. September 25, 1942. 

M12 Special radio equipment for air-to-surface vessel 
[detection on thej B-18. (Report No. M-99.) (n.a.) 
MIT, Radiation Laboratory, (n.d.) 

310.212 Lighthouse Tube Transmit-Receiver Units 

Ml [Lighthouse tube transmit-receiver unit drawings.] 


(Report No. M-125.) (n.a.) MIT, Radiation 

Laboratory. [1943.] 

M2 Lighthouse tube transmit-receiver, LHTR, Mark I. 
(Report No. 429.) H. L. Schultz. MIT, Radiation 
Laboratory. September 10, 1943. 

M3 Final report of research and development con¬ 
ducted by Philco Corporation on lighthouse tube 
transmit-receiver units. (Report No. 190). Roger 
G. Clapp. OEMsr-832. Philco Radio and Tele¬ 
vision Corporation. September 20, 1943. 

310.213 Miscellaneous Air Radar Systems 

Ml Weight analysis of airborne radar sets. (Report 
No. 450.) W. L. Myers. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 1, 1945. 

310.3 Ship Radar 

Ml US radar survey. Section 2, Shipborne radar, (n.a.) 
April 1, 1945. 

310.31 Semmes System 

Ml ... radar operations f on the] USS Semmes. (Re¬ 
port No. 38.) (n.a.) MIT, Radiation Laboratory. 
July 17, 1941.] 

M2 The USS Semmes 3,000-megacycle operations. (Re¬ 
port Nos. 50 to 52.) (n.a.) MIT, Radiation 

Laboratory. October 1, November 5 and Decem¬ 
ber 10, 1941. 

M3 Comprehensive report on the USS Semmes radar 
installation. (Report No. 393.) R. M. Emberson. 
MIT, Radiation Laboratory. October 8, 1942. 

310.32 Miscellaneous Ship Radar Systems 

Ml A range-only set for close-in seeing. (Report No. 
598.) C. E. Mandeville and W. T. Harrold 
OEMsr-262. MIT, Radiation Laboratory. July 
13, 1944. 

M2 A high-resolution K-band ship search set. (Report 
No. 576.) William M. Fairbank, W. T. Harrold 
and others. OEMsr-262: Service Project No. NS- 
234. MIT, Radiation Laboratory. December 7, 
1944. 

M3 Preliminary instructions for the manual bearing 
unit. (Report No. M-192.) C. A. Smith. OEMsr- 
262: Service Project No. NA-166. MIT, Radiation 
Laboratory. January 9, 1945. 

M4 Surface coverage of some shipborne radar sets on 
S-, X- and K-bands. (Report No. 720.) J. D. Fair- 
bank and William M. Fairbank. OEMsr-262; 
Service Project Nos. NS-234 and NS-175. MIT, 
Radiation Laboratory. June 15, 1945. 

M5 A high-resolution set. (Report No. S-5.) (n.a.) 

MIT, Radiation Laboratory, (n.d.) 

320 Tactical Applications 

321 Search 

321.1 Airborne 

Ml [The] AN/APS-10 airborne radar. (Report No. 



DIVISION 14 • MICROFILM LIST 


417 


321.11 


321.12 


321.13 


321.14 


S-22.) Andrew Longacre. OEMsr-262; Service 
Project No. SC-46. MIT, Radiation Laboratory. 
July 12, 1944. 

M2 [Thej AN/APS-10, a lightweight X-band search 
set. (Report No. 768.) Andrew Longacre and 
H. L. Schultz. OEMsr-262; Service Project Nos. 
SC-46 and AC-234.01. MIT, Radiation Laboratory. 
August 20, 1945. 

M3 [The] AN/APS-10. (Report No. 874.) R. L. Sins- 
heimer. OEMsr-262; Service Project Nos. SC-16 
and AC-234.01. MIT, Radiation Laboratory. 
March 1, 1946. 

Fighter Tail Warning 

Ml Manual for fighter tail warning equipment. (Re¬ 
port No. M-138.) (n.a.) MIT, Radiation Labo¬ 

ratory. September 1, 1943. 

M2 Fighter tail warning equipment, AN/APS-13 (XA- 
1). (Report No. 185.) (n.a.) OEMsr-1025. Radio 
Corporation of America. September 10, 1943. 

M3 [Fighter tail warning.] Summary report t of] Con¬ 
tract [No.] OEMsr-1025, Project TWL-2. (Report 
No. 236.) R. R. Welsh. OEMsr-1025. Radio 
Corporation of America. December 30, 1943. 

Ship Search 

Ml Handbook for radar equipment, 596-RL. (Report 
No. M-113.) (n.a.) MIT, Radiation Laboratory. 

July 25, 1942. 

M2 Radar echoes from periscopes. (Report No. 172.) 
John E. Freehafer. MIT, Radiation Laboratory. 
March 1, 1943. 

M3 Theory of radar return from the Schnorkel. (Re¬ 
port No. 671.) P. M. Marcus. OEMsr-262. MIT, 
Radiation Laboratory. January 15, 1945. 

Moving Ground Targets 

Ml Firefly moving vehicle detector, AN/APS-27. (Re¬ 
port No. 994.) H. L. Schultz and Elisabeth M. 
Lyman. OEMsr-262. MIT, Radiation Laboratory. 
February 18, 1946. 

Airborne Early Warning (AEW) 

Ml Airborne early warning, AEW. (Report Nos. S-26 
and S-27.) W. K. Murray. OEMsr-262; Service 
Project No. NA-178. MIT, Radiation Laboratory. 
September 1, 1944. 

M2 Airborne early warning, Bedford trials. (Report 
No. S-32.) W. Moore. OEMsr-262. MIT, Radia¬ 
tion Laboratory. October 19, 1944. 

M3 Preliminary technical manual for airborne early 
warning. (Report No. M-180A.) A. E. Caswell. 
OEMsr-262; Service Project No. NA-178. MIT, 
Radiation Laboratory. December 4, 1944. 

M4 Black Maria. Coincident cross-band transponder 
for S-band radar, airborne early warning. (Report 
No. 672.) C. E. Stone, George Perkins and others. 
OEMsr-262; Service Project No. NA-178. MIT, 
Radiation Laboratory. December 28, 1944. 

M5 Tactical use of delayed plan position indicator 


scopes of the airborne early warning system. (Re¬ 
port No. S-36.) Hubert M. James. OEMsr-262; 
Service Project No. NA-172. MIT, Radiation 
Laboratory. January 11, 1945. 

M6 Preliminary report on single aircraft target ranges 
of airborne early warning. (Report No. S-37.) 
S. D. Bennett. OEMsr-262; Service Project No. 
NA-178. MIT, Radiation Laboratory. January 
27, 1945. 

M7 Theory of operation of airborne early warning 
circuits. (Report No. M-201.) A. E. Caswell. 
OEMsr-262; Service Project No. NA-178. MIT, 
Radiation Laboratory. April 15, 1945. 

M8 Airborne early warning tactical tests at Brigantine. 
(Report No. S-50.) H. G. Weiss. OEMsr-262; 
Service Project Nos. NA-178, AC-234 and NS-360. 
MIT, Radiation Laboratory. June 15, 1945. 

M9 Flight tests of airborne early warning Block III 
relay link. (Report No. 739.) John Hursh. 
OEMsr-262; Service Project No. NA-178. MIT, 
Radiation Laboratory. June 21, 1945. 

M10 Alignment procedure for Cadillac airborne synchro 
system. (Report No. M-226.) W. R. Gustafson and 
B. C. Carlson. OEMsr-262; Service Project Nos. 
NA-178, AC-234.05 and NS-360. MIT, Radiation 
Laboratory. June 28, 1945. 

Mil Plan position indicator photographs from airborne 
early warning [System], (Report No. S-51.) S. D. 
Bennett. OEMsr-262; Service Project No. NA-178. 
MIT, Radiation Laboratory. July 5, 1945. 

M12 Preliminary book of maintenance instructions for 
shipboard components of airborne early warning 
[System]. (Report No. M-229.) R. L. Kellner. 
OEMsr-262; Service Project No. NA-178. MIT, 
Radiation Laboratory. July 21, 1945. 

M13 Anticlutter circuits for airborne early warning 
[System]. (Report No. S-52.) Vernal Josephson, 
Leon B. Linford and others. OEMsr-262; Service 
Project No. NA-178. MIT, Radiation Laboratory. 
August 1, 1945. 

M14 The airborne early warning system. Book 1, Air¬ 
borne equipment. (Report No. 806-1.) Elisabeth 
M. Lyman. OEMsr-262; Service Project No. NA- 
178. MIT, Radiation Laboratory. August 15, 
1945. 

M15 Airborne early warning search antenna. (Report 
No. 779.) T. J. Keary and J. I. Bohnert. OEMsr- 
262; Service Project No. NA-178. MIT, Radiation 
Laboratory. August 30, 1945. 

M16 The airborne early warning system. Book 2, Ship¬ 
board equipment. (Report No. 806-2.) Elisabeth 
M. Lyman. OEMsr-262; Service Project No. NA- 
178. MIT, Radiation Laboratory. September 24, 
1945. 

M17 Handbook of maintenance instructions for AN/- 
APA-53 indicator assembly. (Report No. M-243.) 
W. R. Slaunwhite and R. L. Kellner. OEMsr-262; 
Service Project No. NA-178. MIT, Radiation 
Laboratory. October 24, 1945. 

M18 The airborne early warning system. Book 3, Test 




418 


DIVISION 14 • MICROFILM LIST 


equipment. (Report No. 806-3.) Elisabeth M. 
Lyman. OEMsr-262; Service Project No. NA-178. 
MIT, Radiation Laboratory. November 5, 1945. 

M19 An IFF Mark 5/UNB radiator in the airborne 
early warning antenna. (Report No. 899.) William 
J. West. OEMsr-262; Service Project Nos. NA-178, 
AC-234.05 and NS-360. MIT, Radiation Labo¬ 
ratory. March 20, 1946. 

M20 Aircraft target ranges of airborne early warning 
[radar]. (Supplementary Report No. S-65.) S. D. 
Bennett. OEMsr-262. MIT, Radiation Labora¬ 
tory. April 26, 1946. 

321.2 Shipboard 

Ml Handbook of maintenance instructions for CXGQ 
radar set. (Report No. M-168.) A. E. Caswell. 
OEMsr-262; Service Project No. NS-250. MIT, 
Radiation Laboratory. March 15, 1945. 

M2 Range altitude coverages of shipborne microwave 
search radars. (Report No. 741.) R. W. Blue. 
OEMsr-262; Service Project No. NS-194. MIT, 
Radiation Laboratory. July 2, 1945. 

321.3 Ground 

Ml Preliminary instruction book for radio set SCR- 
582. (Report No. M-136.) (n.a.) MIT, Radiation 

Laboratory. October, 1942. 

M2 Features and operations of radio set SCR-582. 
(Report No. 394.) Samuel Seely. MIT, Radiation 
Laboratory. February 15, 1943. 

322 Height Finding and Traffic Control 

Ml Radar height finding. (Report No. 21.) R. A. 
Hutner, Helen Dodson and others. MIT, Radia¬ 
tion Laboratory. April 6, 1943. 

322.1 Ground Systems 

Ml Brief description of MEW, microwave early warn¬ 
ing. (Report No. 428.) (n.a.) MIT, Radiation 

Laboratory. September 7, 1943. 

M2 [Thej MHF, mobile height finder. Modified SCR- 
615. (Report No. 444.) (n.a.) MIT, Radiation 

Laboratory. September 20, 1943. 

M3 Light mountain radar set. (Report No. 491.) An¬ 
drew Longacre. MIT, Radiation Laboratory. De¬ 
cember 10, 1943. 

M4 Beavertail height finder, AN/CPS-4. (Report No. 
504.) A. R. Tobey. MIT, Radiation Laboratory. 
December 16, 1943. 

M5 Preliminary instruction book t for] microwave early 
warning [radar]. ([Part] 3. Report No. M-156C.) 
L. L. Blackmer. OEMsr-262. MIT, Radiation 
Laboratory. March 9, 1944. 

M6 Observations on signal stability at S and X fre¬ 
quencies. (Report No. 537.) Otto J. Baltzer, Wil¬ 
liam M. Fairbank and J. D. Fairbank. OEMsr- 
262. MIT, Radiation Laboratory. March 14, 1944. 

M7 A description of AN/TPS-10 and its performance 
in mountainous terrain. (Report No. 606.) Thomas 


M. Moore. OEMsr-262; Service Project No. SC-107. 
MIT, Radiation Laboratory. August 3, 1944. 

M8 Tests of beacon receiver on V-beam. (Report No. 
522.) Julian M. Sturtevant. OEMsr-262; Service 
Project No. SC-74. MIT, Radiation Laboratory. 
December 4, 1944. 

M9 Preliminary installation and operating instructions 
for radar set AN/CPS-6. (Report No. M-196.) 
H. M. Knight. OEMsr-262; Service Project No. 
SC-74. MIT, Radiation Laboratory. February 3, 
1945. 

M10 AN/CPA-7 operations room equipment supple¬ 
menting radio set AN/CPS-1. (Report No. M-228.) 
W. M. Rieth. OEMsr-262; Service Project Nos. 
SC-60 and AC-234.04. MIT, Radiation Laboratory. 
July 2, 1945. 

Mil [Thej AN/TPS-10B radio frequency head. Termi¬ 
nation report. (Report No. 889.) Eric Durand. 
OEMsr-262; Service Project No. AC-239.04. MIT, 
Radiation Laboratory. March 5, 1946. 

M12 A survey of the AN/TPS-10, Little Abner. (Report 
No. S-69.) Thomas M. Moore. OEMsr-262; Serv¬ 
ice Project No. AC-239.04. MIT, Radiation Labo¬ 
ratory. April 26, 1946. 

M13 V-beam ground-controlled radar. (Report No. 507. 
Reprint of Report No. 82, August 6, 1943.) An¬ 
drew Longacre. MIT, Radiation Laboratory, 
(n.d.) 

322.2 Ship Systems 

Ml SM radar. (Report No. 506.) J. S. Hall. MIT, 
Radiation Laboratory. November 15, 1943. 

M2 Overwater tests of S-band early warning t radar] 
for ships. Vertical coverage of the CXHR ship- 
controlled interception search system. (Report No. 
703.) Walter O. Gordy, Donald T. Drake and 
M. Kessler. OEMsr-262; Service Project No. NS- 
194. MIT, Radiation Laboratory. March 5, 1945. 
M3 [Thej CXHR maintenance manual. (Volumes I 
and II. Report No. M-224.) J. D. Fairbank. 
OEMsr-262; Service Project No. NS-194. MIT, 
Radiation Laboratory. September 21, 1945. 

M4 CXHR equipment. Final technical report on Con¬ 
tract [No.] OEMsr-1394. (Report No. 507.) C. C. 
Lasher. OEMsr-1394. General Electric Company. 
[September 30, 1945.] 

322.3 Component Parts 

Ml Altitude determination by means of an expanded 
elevation indicator, vertical plan position indica¬ 
tor. (Report No. 354.) Leon B. Linford, Dudley 
A. Williams and others. MIT, Radiation Labora¬ 
tory. December 2, 1942. 

M2 A condenser phase shifter range circuit with sine 
wave tracking suitable for microwave height find¬ 
ing stations. (Report No. 339.) A. H. Frederick. 
MIT, Radiation Laboratory. June 30, 1943. 

M3 Range height indicator. (Report No. 418.) R. W. 
Lee. MIT, Radiation Laboratory. August 25, 
1943. 



DIVISION 14 • MICROFILM LIST 


419 


323 

323.1 


323.11 


323.12 


Fire Control Radar 
Plane-to-Plane 

Ml Computers for radar control of plane-to-plane 
gunfire. (Report No. 130.) John B. Russell and 
James C. Sheridan. MIT, Radiation Laboratory. 
March 15, 1943. 

M2 Gun climb, harmonization and bullet pattern, 
(n.a.) OSRD Liaison Office No. WA-3266-1. US 
Army Air Forces, Headquarters, Eighth Air Force. 
November 12, 1944. 

M3 Project report on development and production 
samples of APG series radar equipment. (Report 
No. 569.) (n.a.) OEMsr-972, DIC-60452 and 

OEMsr-262; Service Project No. SC-69. Galvin 
Manufacturing Corporation. June 30, 1945. 

Range-Only 

Ml General description, special installation require¬ 
ments and mounting dimensions of AN/APG-5, 
airborne range-only equipment. (Report No. S-6.) 
T. E. Lawrence. OEMsr-262. MIT, Radiation 
Laboratory. January 31, 1944. 

M2 The effects of cavity bias on the airborne range- 
only cavity operated by the ARO modulator. 
(Report No. 91.) E. A. Slusser. MIT, Radiation 
Laboratory. April 27, 1944. 

M3 Range accuracy of AN/APG-5, airborne range-only 
[equipment]. (Report No. 820.) R. M. Whitmer. 
OEMsr-262; Service Project No. AC-235.01. MIT, 
Radiation Laboratory. October 15, 1945. 

M4 [Thej history of AN/APG-5, airborne range-only 
[equipment]. A. F. Sise and B. P. Bogert. MIT, 
Radiation Laboratory. January 15, 1946. 

M5 [Thej AN/APG-5, airborne range-only [equipment] 
as a terrain clearance indicator. (Report No. 908.) 
Robert M. Whitmer. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 16, 1946. 

M6 Handbook of maintenance instructions for radio 
sets AN/APG-5 and AN/APG-5A. (Report No. 
569.) (n.a.) OEMsr-972. Galvin Manufacturing 

Corporation, (n.d.) 

Gunsight 

Ml Special project on ARS, aircraft radio sight. (Re¬ 
port No. 4.) (n.a.) [MIT, Radiation Laboratory.] 
May 14, 1941. 

M2 The aircraft radio sight. (Report No. 374.) (n.a.) 

MIT, Radiation Laboratory. April 30, 1942. 

M3 The stability of blind firing systems. (Report No. 
GRU/M-8.) (n.a.) Gunnery Research Unit [Great 
Britain]. March 14, 1944. 

M4 Development and construction of a local turret 
gyrolead computing sight for airborne gunsight. 
(Report No. 268.) (n.a.) OEMsr-1149. General 

Electric Company. April 27, 1944. 

M5 Preliminary instruction manual for AN/APG-15. 
(Report Nos. M-178 and M-178B.) Bert W. Weber. 
OEMsr-262; Service Project No. SC-69. MIT, 


Radiation Laboratory. November 5, 1944 and 
January 3, 1945. 

M6 The Fairchild central station computer. The Fair- 
child .50 caliber M-2 computer and airborne gun¬ 
sight adaptations for an Emerson tail turret. (Parts 
I and II. Report No. 433.) (n.a.) OEMsr-812; 

Service Project Nos. SC-102 and SC-69. Fairchild 
Camera and Instrument Corporation. April 30, 
1945. 

M7 Handbook of maintenance instructions for the 
AN/APG-8 airborne radar gunsighting equipment. 
(Report No. M-214.) J. Vance Holdam, Jr. 

OEMsr-262; Service Project No. SC-69. MIT, 

Radiation Laboratory. May 18, 1945. 

M8 Preliminary instruction manual for AN/APG-15B. 
(Report No. M-215.) J. Vance Holdam, Jr. 

OEMsr-262; Service Project No. SC-69. MIT, 

Radiation Laboratory. June 1, 1945. 

M9 Range and tracking accuracy of AN/APG-15B. 
(Report No. 875.) C. T. Burner. OEMsr-262; 
Service Project No. AC-235.02. MIT, Radiation 
Laboratory. March 22, 1946. 

323.13 Automatic 

Ml Tests of AGL-1 installed in tail of a B-24D air¬ 
plane. (Report No. 94.) L. Jackson Laslett, 
Charles F. West and George W. Curran. MIT, 
Radiation Laboratory. [March 5, 1943.] 

M2 The Sperry stabilized aircraft gun laying system, 
intermediate phase. (Report No. 289.) (n.a.) 

Sperry Gyroscope Company, Inc. May, 1944. 

M3 [Thej 2-CH1A1 (AGL-1) aircraft fire control com¬ 
puter. (Report No. 570.) Dan L. Colbath. 
OEMsr-233. General Electric Company. Novem¬ 
ber 16, 1945. 

M4 [Radar gun-laying system.] (Report No. 385.) (n.a.) 
OEMsr-233. General Electric Company, (n.d.) 

323.2 Plane-to-Ship and Ground 

Ml Project Falcon. Air-to-surface vessel radar range 
for 75-mm cannon in B-25. (Report No. 91.) Carl 
F. J. Overhage. MIT, Radiation Laboratory. De¬ 
cember 15, 1943. 

M2 Project Falcon. [Thej AN/APG-13. (Report No. 
91.) Carl F. J. Overhage. MIT, Radiation Labo¬ 
ratory. January 24, 1944. 

M3 Falcon system manual. (Report No. M-152A.) 
H. T. Hodges. OEMsr-262. MIT, Radiation 
Laboratory. February 15, 1944. 

M4 [The] AN/APG-13, Falcon system, manual. (Re¬ 
port No. M-152B.) H. T. Hodges. OEMsr-262. 
MIT, Radiation Laboratory. March 31, 1944. 

M5 Lecture outline for course on AN/APG-13, Falcon. 
(Report No. 64.2.) Herbert H. Wheaton. MIT, 
Radiation Laboratory. August 3, 1944. 

M6 [Thej AN/APG-13 system manual. (Report No. 
M-152C.) H. T. Hodges. Revised by E. A. Slusser. 
OEMsr-262; Service Project No. SC-103. MIT, 
Radiation Laboratory. August 8, 1944. 

M7 Computer Mark 14, AN/APA-30 XN-1 instruction 



420 


DIVISION 14 • MICROFILM LIST 


manual. (Report No. M-179.) E. H. Turner and 
D. Sayre. OEMsr-262; Service Project No. NO-214. 
MIT, Radiation Laboratory. October 16, 1944. 
M8 Overland Falcon. (Report No. 647.) E. H. B. 
Bartelink. OEMsr-262; Service Project Nos. AC-81 
and NA-205. MIT, Radiation Laboratory. Feb¬ 
ruary 7, 1945. 

M9 The AN/APG-21, Terry. (Report No. 794.) E. A. 
Slusser. OEMsr-262; Service Project Nos. AC- 
235.01 and NA-205. MIT, Radiation Laboratory. 
August 25, 1945. 

M10 Preliminary instructions for radar set AN/APG- 
13B. (Report No. M-246.) M. Boas. OEMsr-262; 
Service Project No. AC-235.01. MIT, Radiation 
Laboratory. September 15, 1945. 

Mil Design considerations for an improved intercep¬ 
tion aircraft interception radar, the AN/APS-21 
system. (Report No. 868.) Randal McG. Robert¬ 
son. OEMsr-262. MIT, Radiation Laboratory. 
December 15, 1945. 

M12 [The] AN/APG-13B, Vulture. E. H. B. Bartelink. 

MIT, Radiation Laboratory, (n.d.) 

M13 [Thej AN/APG-21, Terry. E. A. Slusser. [MIT, 
Radiation Laboratory.] (n.d.) 

M14 Letters discussing ASP-25 and related ideas [Con¬ 
cerning] ASH. E. H. B. Bartelink. MIT, Radi¬ 
ation Laboratory, (n.d.) 

323.3 Antiaircraft 

Ml K-band antiaircraft fire control. (Report No. 1065.) 
H. R. Worthington. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 21, 1946. 

323.31 Ground 

Ml Data on SCR-584 control equipment. (Report No. 
370.) G. J. Plain and S. Godet. MIT, Radiation 
Laboratory. December 17, 1942. 

M2 Notes on the stability of Village Inn Mark I and 
on means of improving it. (Fire Control Section 
Memorandum No. 97. Report No. Arm. S. 1031/- 
B/AAH/99.) (n.a.) Royal Aircraft Establishment, 
Armament Department [Great Britain]. June, 
1944. 

M3 Notes on a method of obtaining operational sta¬ 
bility in airborne gun laying Mark I GGS systems. 
(Fire Control Memorandum No. 98 and Arm. S. 
1031/J/AAH/MH/135.) (n.a.) [Royal Aircraft 

Establishment, Great Britain.] July, 1944. 

M4 [The] T-5 field chronograph for SCR-584. (Report 
No. 968.) Israel H. Sudman. OEMsr-262. MIT, 
Radiation Laboratory. March 15, 1946. 

323.32 Ship 

Ml Analysis of firing tests on Mark 51 f at] Dam Neck, 
Virginia. (Report No. 371.) Elizabeth J. Campbell. 
MIT, Radiation Laboratory. July 4, 1943. 

M2 Accuracy criteria for the gun director, Mark 56. 
(Report No. 578.) Ralph S. Phillips and C. H. 
Dowker. OEMsr-262; Service Project No. NO-166. 
MIT, Radiation Laboratory. June 9, 1944. 


M3 Analysis of tracking data. Description of calcula¬ 
tions. (Report No. 628.) P. A. Samuelson. OEMsr- 
262. MIT, Radiation Laboratory. October 3, 
1944. 

M4 Antiaircraft target designation equipment for 
ships. (Report No. 640.) R. W. Blue and C. E. 
Moore. OEMsr-262. MIT, Radiation Laboratory. 
December 19, 1944. 

M5 Tests on the performance of the Mark I, Model 7 
computer. (Report No. 677.) P. R. Weiss. OEMsr- 
262. MIT, Radiation Laboratory. April 24, 1945. 

M6 Preliminary instructions for radar system, Mark 35. 
(Report No. M-240.) M. Boas. OEMsr-262; Serv¬ 
ice Project No. NA-166. MIT, Radiation Labora¬ 
tory. November 30, 1945. 

M7 Preliminary description of Mark 56 gunfire control 
system. (Report No. M-242.) Walter R. Carmody 
and Albert D. Ehrenfried. OEMsr-262; Service 
Project No. NO-166. MIT, Radiation Laboratory. 
December 15, 1945. 

M8 The Mark 151 director. (Report No. S-75.) Henry 
S. Sommers, Jr. OEMsr-262. MIT, Radiation 
Laboratory. March 5, 1946. 

M9 Slip-ring assembly for Mark 56 director. (Report 
No. 877.) E. J. Scott. OEMsr-262. MIT, Radi¬ 
ation Laboratory. March 26, 1946. 

M10 [The] Mark 56-U chronograph. (Report No. 805.) 
Israel H. Sudman. OEMsr-262. MIT, Radiation 
Laboratory. April 18, 1946. 

323.4 Coastal Battery 

Ml Antiaircraft Artillery Board test on the simplified 
circular sweep range. (Report No. 326. Supplement 
to Report No. 63-8.) Britton Chance. MIT, Radi¬ 
ation Laboratory. December 1, 1942. 

M2 A brief description of AN/TPG-1, AN/FPG-1 and 
SCR-598, developmental seacoast gun laying radar 
sets. (Report No. 456.) (n.a.) MIT, Radiation 

Laboratory. October 8, 1943. 

M3 Preliminary technical instruction book for radio 
set SCR-584. (Report No. M-132.) (n.a.) MIT, 

Radiation Laboratory, (n.d.) 

323.5 Torpedo Firing 

Ml Project Dolphin. (Report No. 385.) Gordon F. 
Duvall. MIT, Radiation Laboratory. May 29, 
1943. 

M2 Motor torpedo boat computing radar sight. (Re¬ 
port No. S-14.) Gordon F. Duvall. OEMsr-262. 
MIT, Radiation Laboratory. April 10, 1944. 

M3 Dolphin, remotely controlled torpedo rack actu¬ 
ating mechanism. (Report No. S-23.) Gordon F. 
Duvall. OEMsr-262; Service Project No. NO-172. 
MIT, Radiation Laboratory. August 29, 1944. 

M4 Motor torpedo boat computing radar sight for 
blind, semi-blind and visual fire. The Dolphin 
torpedo release mechanism. (Report No. 392.) 
Reubin H. Wallace and C. G. Hebei. OEMsr- 
1337; Service Project No. NO-172. Sperry Prod¬ 
ucts, Inc. December 15, 1944. 



DIVISION 14 • MICROFILM LIST 


421 


M5 Torpedo rack alignment kit Mark I, Model O. 
(Report No. S-42.) Gordon F. Duvall. OEMsr- 
262; Service Project No. NO-172. MIT, Radiation 
Laboratory. March 17, 1945. 

M6 Tables for use with torpedo director, Mark 33-1. 
Tracking timing tables, collision course bearing 
turn tables, target speed determination tables, 
salvo tables for blind fire. ([Parts I to IV.] Report 
No. S-60.) (n.a.) MIT, Radiation Laboratory. 

June 29, 1945. 

M7 Torpedo director Mark 33, Model 1. (Report No. 
S-63.) Gordon F. Duvall and R. G. Page. OEMsr- 
262. MIT, Radiation Laboratory. November 30, 
1945. 

323.6 Rocket Firing 

Ml Method of computing trajectories and sighting 
tables for forward-firing aircraft rockets. (Division 
3. Report No. CIT/JPC-17.) L. Blitzer and 
L. Davis, Jr. OEMsr-418; Service Project Nos. 
NO-33 and NO-170. California Institute of Tech¬ 
nology. February 20, 1944. 

M2 The California Institute of Technology aircraft 
rocket sight. Type 2. (Division 3. Report No. 
CIT/JNC-23.) H. W. Babcock. OEMsr-418; 
Service Project No. NO-216; OSRD No. 2263. 
California Institute of Technology. October 15, 
1944. 

M3 Sight settings for 2.25-inch, 3.5-inch and 5.0-inch 
aircraft rockets c used on 3 SB2C-1, SB2C-1C, SB2C-3 
and SB2C-4. (Division 3. Report No. CIT/UNC-8.) 
(n.a.) OEMsr-418; OSRD No. 2275. California 
Institute of Technology. November 23, 1944. 

M4 Forward firing of rockets from P-5 IK aircraft. 
(Division 3. Report No. CIT/JNC-26.) (n.a.) 
OEMsr-418; OSRD No. 2347. California Institute 
of Technology. February 10, 1945. 

M5 Principles of rocket firing from aircraft. (Division 
3. Report No. CIT/JNC-30.) (n.a.) OEMsr-418; 
OSRD No. 2428. California Institute of Tech¬ 
nology. April 2, 1945. 

M6 Fighter gunnery, rocket firing and dive bombing. 
(Manual No. 64.) (n.a.) US Army Air Forces, 

Fighter Gunnery School, Foster Field, Texas. 
May 1, 1945. 

M7 Rocket sights. (Research Technical Report No. 10. 
Second Supplement.) L. T. E. Thompson. Lukas- 
Harold Corporation. June 30, 1945. 

M8 [Thej AN/APG-13B, Vulture rocket computer. 
(Report No. 909.) T. E. Lawrence. OEMsr-262; 
Service Project Nos. AC-235.01 and NA-205. MIT, 
Radiation Laboratory. January 23, 1946. 

323.61 Trajectories 

Ml Trajectories of aircraft rockets, 3.5-inch and 5.0- 
inch. (Division 3. Report No. CIT/UBC-27.) (n.a.) 
OEMsr-418; OSRD No. 2225. California Institute 
of Technology. September 25, 1944. 

M2 Trajectories of 11.75-inch aircraft rockets. (Divi¬ 
sion 3. Report No. CIT/UBC-30.) (n.a.) OEMsr- 


418; OSRD No. 2290. California Institute of Tech¬ 
nology. November 17, 1944. 

324 Identification 

Ml Preliminary instruction manual for S-band co¬ 
incident transponder Black Maria, RT-74/APX. 
(Report No. M-211.) Charles A. Meyer. OEMsr- 
262; Service Project No. NA-178. MIT, Radiation 
Laboratory. September 20, 1945. 

M2 Project TGI (AN/APX-11 t and] AN/APX-16). 
(Report No. 1081.) Jesse R. Lien. OEMsr-262. 
MIT, Radiation Laboratory. April 18, 1946. 

324.1 Propeller Modulation 

Ml Summary of work on propeller modulation at the 
Radiation Laboratory. (Report No. 103.) Julian 
M. Sturtevant. MIT, Radiation Laboratory. 
March 21, 1944. 

M2 Detection of propeller and Sambo modulations. 
(Report No. S-10.) James L. Lawson. OEMsr-262. 
MIT, Radiation Laboratory. May 16, 1944. 

M3 Preliminary maintenance and operating instruc¬ 
tions for AN/APX-15. (Report No. M-200.) B. L. 
Birchard. OEMsr-262; Service Project No. SC-69. 
MIT, Radiation Laboratory. March 1, 1945. 

325 Aircraft Landing 

Ml Bolometer blind landing system. (Report No. 7.) 
Britton Chance, David Griggs and R. C. Raymond. 
MIT, Radiation Laboratory. December 15, 1941. 
M2 [Thej S-band air-to-surface vessel marker. (Report 
No. 298.) J. S. Kirby-Smith. MIT, Radiation 
Laboratory. March 27, 1943. 

M3 Ultraportable microwave radar beacons as beam 
approach aids in aircraft landing. (Report No. 
581.) Lionel H. Orpin. OEMsr-262; Service 
Project Nos. SC-63.04, SC-63.05 and NA-163. MIT, 
Radiation Laboratory. July 4, 1944. 

325.1 Ground-Controlled Approach 

Ml GCA, ground-controlled approach. (Report No. 
438.) (n.a.) MIT, Radiation Laboratory. Octo¬ 

ber 1, 1943. 

M2 Identification of ground-controlled approach search 
targets. (Report No. 670.) B. F. Greene. OEMsr- 
262; Service Project Nos. SC-53 and SC-72. MIT, 
Radiation Laboratory. January 10, 1945. 

M3 A simple trainer for GCA approach controller. 
(Report No. 669.) C. M. Gilbert, G. F. Tape and 
C. R. Haupt. OEMsr-262; Service Project No. 
NA-141. MIT, Radiation Laboratory. January 
24, 1945. 

M4 Radio set AN/MPN-1, XE-1. (Report No. 449.) 
Keith L. Mealey. OEMsr-663. Gilfillan Brothers, 
Inc. June 15, 1945. 

326 Aircraft Interception 

Ml [Thej XP-61 mock-up. (Report No. 2.) F. D. 
Lewis. [MIT, Radiation Laboratory.] April 23, 
1941. 






422 


DIVISION 14 • MICROFILM LIST 


M2 [Thej B18-A report [for] February 13 to July 22, 
1941. (Report No. 1.) Edwin M. McMillan. [MIT, 
Radiation Laboratory.] August 5, 1941. 

M3 Indicator components as used in a complete air¬ 
craft interception installation. (Report No. 138.) 
W. A. Higinbotham. MIT, Radiation Laboratory. 
April 20, 1942. 

M4 Some factors governing the range of aircraft inter¬ 
ception sets. (Report No. 91.) T. W. Bonner. 
MIT, Radiation Laboratory. May 3, 1944. 

M5 Tests of a Type C data presentation with a spiral- 
scan aircraft interception system. (Report No. 767.) 
Eugene W. Cowan, Jr. OEMsr-262. MIT, Radi¬ 
ation Laboratory. July 8, 1945. 

326.1 Night Fighting 

Ml Night fighter pursuits. (Report No. 117.) Hubert 
M. James. MIT, Radiation Laboratory. June 13, 
1941. 

M2 Airborne 3-cm radar equipment for aircraft inter¬ 
ception and air-to-surface vessel applications. (Re¬ 
port No. 27.) N. F. Ramsey. MIT, Radiation 
Laboratory. May 22, 1942. 

M3 A new approach procedure for night fighting. 
(Report No. 178.) Hubert M. James. MIT, Radi¬ 
ation Laboratory. June 26, 1942. 

M4 A new method in night fighting. (Report No. 
178a.) Hubert M. James. MIT, Radiation Labo¬ 
ratory. June 30, 1942. 

M5 Effect of routine evasive action on the calculated 
approach procedure. (Report No. 187. Supplement 
to Report No. 43-5.) Hubert M. James. MIT, 
Radiation Laboratory. December 16, 1942. 

M6 Use of the range clock in night fighting with air¬ 
craft interception equipment. (Report No. 204.) 
Hubert M. James. MIT, Radiation Laboratory. 
April 28, 1943. 

M7 Flight tests on AN/APS-6A. (Report No. S-25.) 
R. M. Alexander. OEMsr-262; Service Project 
Nos. NA-125 and NS-171. MIT, Radiation Labo¬ 
ratory. November 30, 1944. 

327 Navigation (Radar and Loran Navigation) 

Ml Precise navigation by means of a radar map super¬ 
posed on the plan position indicator. (Report No. 
503.) Edward E. Miller and D. B. McLaughlin. 
OEMsr-262. MIT, Radiation Laboratory. April 
7, 1944. 

M2 A microfilm chart projector for radar navigation. 
(Report No. 658.) D. B. McLaughlin and C. A. 
Smith. OEMsr-262. MIT, Radiation Laboratory. 
January 23, 1945. 

M3 US radar survey. Section 4, Navigational radar, 
(n.a.) June 15, 1945. 

M4 The future of hyperbolic navigation. (Report No. 
625.) J. A. Pierce. OEMsr-262; Service Project 
Nos. SC-56 and AN-18. MIT, Radiation Labora¬ 
tory. August 18, 1945. 

M5 A navigational radar for naval auxiliaries and 
merchant marine. (Report No. 876.) R. M. Ember- 


son and R. E. Meagher. OEMsr-262. MIT, Radi¬ 
ation Laboratory. October 23, 1945. 

.1 Loran 

Ml [Loran.] Report on Project [No.] 191 t and exten¬ 
sion]. (Report Nos. 207 and 208.) (n.a.) Radio 

Corporation of America. September 9, 1942 and 
March 17, 1943. 

M2 Airborne loran equipment. (Report No. 191.) 

A. F. Bischoff. OEMsr-723. General Electric 
Company. September 1, 1943. 

M3 Elements of loran. (Report No. 499.) B. W. Sit- 
terly. OEMsr-262. MIT, Radiation Laboratory. 
March 8, 1944. 

M4 Notes on the European and Eastern Atlantic sky- 
wave synchronized loran systems. (BBRL Reference 
No. 83.) R. H. Woodward and Wendell Lees. 
British Branch Radiation Laboratory. April 17, 
1945. 

M5 Manual of procedures for mobile charting units, 
air transportable loran system. (Report No. M-183.) 

B. W. Sitterly. MIT, Radiation Laboratory. 
March 30, 1946. 

327.11 Equipment 

327.111 Receivers 

Ml Aircraft position indicating receiving equipment. 
(Report No. 89.) Ralph A. Teare. NDCrc-74. 
Radio Corporation of America. July 23, 1941. 

M2 [Lodar, pulse and direction finding receiver.] Re¬ 
port on Project PDrc-1. (Report No. 200.) Gar¬ 
rard Mountjoy. Radio Corporation of America. 
April 29, 1943. 

M3 Simplified loran receiving equipment. (Report No. 
228.) Garrard Mountjoy, Earl Schoenfeld and 
George D. Hulst, Jr. OEMsr-977; Service Project 
No. SC-56. Radio Corporation of America. June 
25, 1943. 

M4 Characteristics of simplified loran receiving equip¬ 
ment. (Report No. 206.) Garrard Mountjoy, Earl 
Schoenfeld and others. Radio Corporation of 
America. November 11, 1943. 

M5 A portable signal generator for loran receivers. 
(Report No. 297.) Garrard Mountjoy, Earl Schoen¬ 
feld and others. Radio Corporation of America. 
June 27, 1944. 

M6 Instruction book for Western Electric D-161131 
receiver and Western Electric D-161132 indicator. 
(Report No. 91.) (n.a.) NDCrc-205. Western 

Electric Company, Inc. and Bell Telephone Labo¬ 
ratories, Inc. (n.d.) 

327.112 Transmitters 

Ml Western Electric D-160448 input equipment and 
Western Electric X-61901 oscilloscope. (Report No. 
87.) (n.a.) OEMsr-2. Bell Telephone Labora¬ 

tories, Inc. November, 1941. 

M2 Two-megawatt transmitter for NDRC Project No. 



DIVISION 14 • MICROFILM LIST 


423 


3. (Report No. 92.) (n.a.) OEMsr-9. General 

Electric Company. December 9, 1941. 

M3 Lightweight loran transmitter, LLTX. (Report No. 
M-158A.) A. A. McKenzie. OEMsr-262. MIT. 
Radiation Laboratory. April 3, 1944. 

M4 Harvey 170-T loran transmitter manual. (Report 
No. M-162.) A. A. McKenzie. OEMsr-262. MIT, 
Radiation Laboratory. May 10, 1944. 

M5 An exciter for low-frequency loran transmitter. 
(Report No. 459.) Earl Schoenfeld, William 
Brown and others. OEMsr-977; Service Project 
No. SC-56. Radio Corporation of America. June 
8, 1945. 

M6 An improved type of low-frequency loran trans¬ 
mitter. (Report No. 458.) (n.a.) OEMsr-977; 

Service Project No. SC-56. Radio Corporation of 
America. June 29, 1945. 

327.113 Converters 

Ml A converter for 170-kc loran signals. (Report No. 
329.) Earl Schoenfeld, George D. Hulst, Jr. and 
William Brown. Radio Corporation of America. 
October 20, 1944. 

M2 Handbook of operating instructions for loran low- 
frequency converter, CV-27/UPN. (Report No. 
M-222.) A. A. McKenzie. OEMsr-262; Service 
Project Nos. SC-56 and AN-18. MIT, Radiation 
Laboratory. April 27, 1945. 

M3 Handbook of maintenance instructions for loran 
low-frequency converter, CV-27/UPN. (Report No. 
M-225.) A. A. McKenzie. OEMsr-262; Service 

Project Nos. SC-56 and AN-18. MIT, Radiation 
Laboratory. July 6, 1945. 

327.114 Crystal Oscillators 

Ml Long range navigation pulse, transmitters, power 
equipment and WX-3090 tubes. (Report No. 88.) 
R. N. Harmon and H. J. Dailey. OEMsr-73. 
Wesdnghouse Electric and Manufacturing Com¬ 
pany, Inc. September, 1941. 

M2 Interference of loran pulse signals with radio tele¬ 
phone and telegraph reception. (Report No. 163.) 
(n.a.) OEMsr-777. Bell Telephone Laboratories, 
Inc. March 4, 1943. 

M3 Third Report on [the] Crystal Clock Project. 
(Report No. 145.) [W. C. Elmore.] OEMsr-821. 

[Bartol Research Foundation.] May 1, 1943. 

M4 Fourth Report on the Crystal Clock Project. Pre¬ 
liminary report on 10-kc oscillator. (Report No. 
175.) [W. C. Elmore.j OEMsr-821. Bartol Re¬ 

search Foundation. August 1, 1943. 

M5 Fifth Report on the Crystal Clock Project. Report 
on 10-kc L-C oscillator. (Report No. 193.) t W. C. 
Elmore.j OEMsr-821. Bartol Research Founda¬ 
tion. October 1, 1943. 

M6 Final Report on the Crystal Clock Project. The 
10-kc L-C oscillator. (Report No. 226.) t W. C. 
Elmore.] OEMsr-821. Bartol Research Founda¬ 

tion. January 1, 1944. 

M7 Adjustment of loran antennas and antenna cou¬ 


pling units at frequencies between 1700 and 2000 
kilocycles. (Report No. 511.) A. J. Pote. OEMsr- 
262. MIT, Radiation Laboratory. February 20, 
1944. 

M8 Special mechanical counter for the Mark III or 
phase-shift loran indicator. (Report No. 368.) 
(n.a.) OEMsr-1338; Service Project No. SC-56. 

Interactional Business Machines Corporation. Oc¬ 
tober 18, 1944. 

327.2 Shoran 

Ml Shoran, a new type of radar system for high- 
precision position finding in aerial navigation, 
(n.a.) Radio Corporation of America. July, 1944. 

M2 Proposal for extending the range of shoran by the 
use of ground position indicator. (Report No. 20.) 
W. J. Tull. MIT, Radiation Laboratory. July 
20, 1945. 

327.3 Rebecca-H 

Ml Notes on the Rebecca-H system from information 
obtained at Telecommunications Research Estab¬ 
lishment [Great Britain] July, 1943. Arthur 

Roberts. MIT, Radiation Laboratory. August 
25, 1943. 

328 Beacons 

Ml Overinterrogation control of microwave beacons. 
(Report No. 477.) Israel H. Sudman. MIT, Radi¬ 
ation Laboratory. December 11, 1943. 

M2 Siting and range of microwave beacons. (Report 
No. 590.) W. M. Preston. OEMsr-262. MIT, 
Radiation Laboratory. July 5, 1944. 

M3 The statistics of beacon interrogation. (Report 
No. 602.) H. H. Bailey. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 5, 1945. 

328.1 Types 

328.11 Ground 

328.111 X-Band 

Ml Handbook for Model CXEH (BGX) radar beacon 
(Report No. M-129.) (n.a.) MIT, Radiation 

Laboratory. August, 1943. 

M2 Handbook for Model CXEH radar beacon and 
associated test equipment. (Report No. M-129B.) 
Edited by: J. R. Dorsey. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February, 1944. 

M3 Video stretching as a method for improving X-band 
beacon reception. (Report No. 604.) T. H. Water¬ 
man and S. D. Bennett. OEMsr-262; Service Proj¬ 
ect Nos. NS-228 and NO-214. MIT, Radiation 
Laboratory. August 31, 1944. 

M4 Ultraportable racon, BUPX. (Report No. 407.) 
P. J. Herbst. OEMsr-684. Radio Corporation of 
America. November 30, 1944. 

M5 Preliminary instruction manual for X-band co¬ 
incident beacon, XCB (Mark I) AN/APX-14. (Re¬ 
port No. M-199.) Jesse R. Lien. OEMsr-262. 
MIT, Radiation Laboratory. March 1, 1945. 



424 


DIVISION 14 • MICROFILM LIST 


M6 Front line demarcation and bombing with the aid 
of light weight X-band beacons, BUPX. A log of 
tactical tests [Covering period from] October, 1944 
to February, 1945. (Report No. 713.) R. P. Ghel- 
ardi. OEMsr-262; Service Project Nos. SC-63.05 
and NA-163. MIT, Radiation Laboratory. April 
17, 1945. 

M7 Ultraportable X-band radar beacons and their 
tactical uses. BUPX [Models] AN/UPN-3, -4 and 
AN/APN-11. (Report No. 710.) H. L. Garfield. 
OEMsr-262; Service Project Nos. SC-63.05 and 
NA-163. MIT, Radiation Laboratory. May 18, 
1945. 

M8 The BUPX. (Report No. 1054.) H. H. Bailey. 
OEMsr-262. MIT, Radiation Laboratory. April 
8, 1946. 

328.112 S-Band 

Ml [Thej BGS 10-cm radar beacon. (Report No. 358.) 
Robert M. Whitmer and James M. Cunningham. 
MIT, Radiation Laboratory. June 1, 1943. 

M2 Preliminary handbook for experimental prototype- 
model radio set, SCR-620. (Report No. M-161.) 
(n.a.) MIT, Radiation Laboratory. March, 1943. 

M3 A racon prospectus with a pictorial brief of BGS 
experimental SCR-620 racon installation. (Report 
No. 357.) Arthur Roberts and Robert M. Whit¬ 
mer. MIT, Radiation Laboratory. 1944. 

M4 Preliminary manual for radar beacon. Type BPS. 
(Report No. M-130.) Edited by: Lionel H. Orpin. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 3, 1944. 

328.113 Miscellaneous Ground Types 

Ml Possible radar solutions to the problem of accurate 
siting of field artillery. (Report No. S-12.) Arthur 
Roberts. OEMsr-262. MIT, Radiation Labora¬ 
tory. April 7, 1944. 

M2 Beacon tests with AN/APS-6. (Report No. S-16.) 
R. M. Alexander. OEMsr-262; Service Project No. 
NA-125. MIT, Radiation Laboratory. June 2, 
1944. 

M3 Results of tests on use of Rebecca-Eureka by the 
[US] Army Ground Forces. (Report No. 500.) R. F. 
Rollman. OEMsr-262. MIT, Radiation Labora¬ 
tory. July 26, 1944. 

M4 Development work on AN/PPN-2 radio set. (Re¬ 
port No. 434.) D. H. Mitchell. OEMsr-918. 
Galvin Manufacturing Corporation. April 6, 1945. 

328.12 Airborne 

328.121 S-Band 

Ml Rosebud, microwave beacon equipment. (Report 
No. 460.) R. T. McCoy. MIT, Radiation Labo¬ 
ratory. October 1, 1943. 

M2 Maintenance manual for the AN/APN-7 system 
modified for the SG-band. (Report No. M-170.) 
D. J. Dickinson and J. J. Guarrera. OEMsr-262; 


Service Project No. NA-109. MIT, Radiation 
Laboratory. June 12, 1944. 

M3 [The] BUPS, AN/UPN-1 t and] -2, an ultraportable 
S-band radar beacon and its tactical uses. (Report 
No. 583.) Arthur Roberts. OEMsr-262; Service 
Project No. SC-63.04. MIT, Radiation Laboratory. 
June 24, 1944. 

M4 An airborne S-band racon for Rooster operation. 
(Report No. 554.) E. R. Gaerttner. OEMsr-262; 
Service Project No. SC-63. MIT, Radiation Labo¬ 
ratory. June 28, 1944. 

M5 Florida tests on Rosebups against SCR-582, SCR- 
615 and microwave early warning t radar]. (Report 
No. 596.) R. P. Ghelardi. OEMsr-262; Service 
Project No. SC-63.04. MIT, Radiation Laboratory. 
July 27, 1944. 

M6 Results of field tests on AN/UPN-1 [and] -2 ex¬ 
perimental models of BUPS, at Boca Raton, 
Florida. (Report No. 591 [for the period] from 
January to March, 1944.) R. P. Ghelardi. OEMsr- 
262; Service Project No. SC-63.04. MIT, Radi¬ 
ation Laboratory. August 12, 1944. 

M7 Description of the experimental Rosebud. (Re¬ 
port No. M-184.) D. J. Dickinson and J. J. Guar¬ 
rera. OEMsr-262. MIT, Radiation Laboratory. 
October 26, 1944. 

M8 Maintenance manual for Model AN/APN-21XR 
racon. (Report No. M-213.) D. J. Dickinson and 
R. H. Hazen. OEMsr-262. MIT, Radiation Labo¬ 
ratory. April 11, 1945. 

328.13 Ship-to-Shore 

Ml Radar beacon, Mark I, Model 1. (Report No. 
M-167.) Donald R. Young. OEMsr-262; Service 
Project No. NO-184. MIT, Radiation Laboratory. 
May 29, 1944. 

M2 Preliminary instruction book [for the] shore bom¬ 
bardment beacon, Navy Model Mark 2, Model 0 
and Model 1. (Report No. M-185.) John C. Reed. 
OEMsr-262. MIT, Radiation Laboratory. Octo¬ 
ber 31, 1944. 

328.2 Component Parts 

Ml Target raft transponder. (Report No. S-2.) Donald 
R. Young. OEMsr-262. MIT, Radiation Labo¬ 
ratory. January 27, 1944. 

M2 Comparison of theoretical and experimental re¬ 
quirements for microwave beacon transmitter 
power and receiver sensitivity. (Report No. 627.) 
E. R. Gaerttner, T. H. Waterman and others. 
OEMsr-262. MIT, Radiation Laboratory. Octo¬ 
ber 13, 1944. 

M3 Improved radio frequency system for the transmit- 
receiver unit of the APQ-13. (Report No. 905.) 
R. L. Best and H. K. Farr. OEMsr-262; Service 
Project Nos. SC-36, NS-229 and AC-232.02. MIT, 
Radiation Laboratory. April 15, 1946. 

328.21 Antenna 

Ml Horizontally polarized 9.1-cm bi-conical horn 





DIVISION 14 • MICROFILM LIST 


425 


beacon antenna. (Report No. 263.) Charles V. 
Robinson. MIT, Radiation Laboratory. Novem¬ 
ber 10, 1942. 

M2 Half beacon antenna. (Report No. 419.) A. Braun- 
lich. MIT, Radiation Laboratory. September 6, 
1943. 

M3 Six-element vertically polarized beacon antennas. 
(Report No. 846.) Ingo Maddaus, Jr. OEMsr- 
262. MIT, Radiation Laboratory. December 8, 

1945. 

M4 Broad-band bi-conical vertically polarized dipole. 
(Report No. 851.) Howard J. Rowland. OEMsr- 
262. MIT, Radiation Laboratory. February 6, 

1946. 

328.22 Circuits 

Ml Beacon discrimination circuit. (Report No. 29.) 
J. H. Buck. MIT, Radiation Laboratory. No¬ 
vember 15, 1941. 

329 Bombing and Guided Missiles 
329.1 Bombing 

Ml Handbook of instructions for radio set AN/APS-15 
(H 2 X). (Report No. M-135c.) (n.a.) MIT, Radi¬ 

ation Laboratory. September, 1943. 

329.11 Radar Technics 

Ml Nomograms for radar bombing with the 100-lb 
practice bomb, M-38A2. (Report No. 614.) Wil¬ 
loughby M. Cady. OEMsr-262. MIT, Radiation 
Laboratory. August 29, 1944. 

M2 Radar bombing techniques. (Report No. S-59.) 
Virginia Lord Bostick. OEMsr-262. MIT, Radi¬ 
ation Laboratory. April 30, 1946. 

329.12 Sea Targets 

Ml [Thej AN/APS-15 [System]. Schematics. (Report 
No. M-135.) (n.a.) MIT, Radiation Laboratory. 

September 13, 1943. 

M2 Interconnecting AN/APA-5 and army radar sets. 
(Report No. S-30.) J. X. Mulvey, Jr. OEMsr-262; 
Service Project No. AN-7. MIT, Radiation Labo¬ 
ratory. October 2, 1944. 

M3 Handbook of maintenance instructions for AN/ 
APA-40, Micro-H [System] Mark II. (Report No. 
M-197.) Joseph B. Platt. OEMsr-262. MIT, 
Radiation Laboratory. February 7, 1945. 

M4 [Some] H 2 K radar displays. (Report No. S-44.) 
Carl F. J. Overhage. OEMsr-262; Service Project 
No. SC-36. MIT, Radiation Laboratory. April 
9, 1945. 

M5 Micro-H. (Report No. 714.) E. R. Lyman and 
Joseph B. Platt. OEMsr-262; Service Project Nos. 
SC-36, NS-126 and others. MIT, Radiation Labo¬ 
ratory. April 16, 1945. 

M6 Preliminary handbook of operating and main¬ 
tenance instructions for Model AN/APA-46 air¬ 
craft radar equipment. (Report No. M-227.) Helen 


Wenetsky. OEMsr-262; Service Project No. AC- 
232.08. MIT, Radiation Laboratory. June 1, 1945. 
M7 Pre-flight check of radio set AN/APQ-7. (Report 
No. S-54.) M. Boas. OEMsr-262; Service Project 
Nos. AC-1 and AC-97. MIT, Radiation Labora¬ 
tory. June 15, 1945. 

M8 Pre-flight check of radio set AN/APQ-7. (Report 
No. Nt-219.) M. Boas. OEMsr-262; Service Proj¬ 
ect No. AC-1. MIT, Radiation Laboratory. Sep¬ 
tember 25, 1945. 

M9 Operational procedure for AN/APA-5. (Report 
No. S-67.) W. J. Deerhake and K. E. Schreiner. 
OEMsr-262. MIT, Radiation Laboratory. Octo¬ 
ber 26, 1945. 

M10 Handbook of maintenance instructions for a re 
placement pressurized radio frequency unit to be 
used with Model AN /APS-15 A aircraft radar 
equipment. (Report No. M-210.) D. Hagler. 
OEMsr-262; Service Project No. NS-229. MIT, 
Radiation Laboratory. April 10, 1946. 

329.13 Land Targets 

Ml The AN/APS-30 series. (Report No. 763-0.) George 
F. Wheeler and D. Halliday. OEMsr-262; Service 
Project Nos. AN-21 and NS-314. MIT, Radiation 
Laboratory. August 15, 1945. 

M2 The AN/APS-32 [System]. (Report No. 763-2.) 
George F. Wheeler and D. Halliday. OEMsr-262; 
Service Project Nos. AN-21 and NS-314. MIT, 
Radiation Laboratory. September 25, 1945. 

M3 [Thej AN/APS-30 series indication system. (Re¬ 
port No. 834.) W. F. Goodell, Jr. OEMsr-262; 
Service Project Nos. AN-21 and NS-314. MIT, 
Radiation Laboratory. January 24, 1946. 

M4 The AN/APS-33 [System]. (Report No. 763-3.) 

Richard Blythe. OEMsr-262; Service Project Nos. 
AN-21 and NS-314. MIT, Radiation Laboratory. 
February 28, 1946. 

M5 The AN/APS-31 system. (Report No. 763-1.) R. E. 
Hillger. OEMsr-262. MIT, Radiation Laboratory. 
April 1, 1946. 

M6 The AN/APS-34 [System]. (Report No. 763-4.) 

R. E. Hillger. OEMsr-262; Service Project Nos. 
AN-21 and NS-314. MIT, Radiation Laboratory. 
April 10, 1946. 

329.131 Eagle Project 

Ml Special Eagle Project accomplished at Grand Island 
Army Air Field, Grand Island, Nebraska. (Report 
No. 353.41-EI.) Dan E. Baker. US Army Air 
Forces, 17th Bombardment Operational Training 
Wing, Sioux City, Iowa. May 5, 1945. 

M2 [Eagle Project.] Final report [Under] Contract No. 
OEMsr-1044 [for the period] May 27, 1943 to Octo¬ 
ber 31, 1945. (Parts 1 to 8. Report No. 587.) B. B. 
Willis and D. C. Webster. OEMsr-1044; OSRD 
No. 6434. Librascope, Inc. [October, 1945.] 

329.132 Oboe and Aspen 

Ml Oboe [equipment, the] Electric Mouse. (Report No. 




426 


DIVISION 14 • MICROFILM LIST 


329.14 

329.141 


329.142 


M3 Flight behavior of the flux gate and gyrosyn com¬ 
passes and their effects on ground position indi¬ 
cator. (Report No. 712.) W. J. Tull. OEMsr-262; 
Service Project No. AN-24. MIT, Radiation Labo¬ 
ratory. April 30, 1945. 

M4 Ground position indicator for close-control bomb¬ 
ing. (Report No. 783.) R. I. Hulsizer. OEMsr- 
262; Service Project Nos. AN-24, SC-60 and AC- 
234.04. MIT, Radiation Laboratory. July 27, 
1945. 

329.143 Bombsight 

Ml A simplified method of sighting and releasing 
bombs from airplanes. (Report No. 1.) H. S. Mor¬ 
ton. US Army, Ordnance Department. February 
13, 1943. 

M2 Unified radar bombsight, URBS. E. B. Meservey. 
OEMsr-262. MIT, Radiation Laboratory. July 
31, 1945. 

M3 [Thej Nosmeagle. (Report No. M-247.) J. B. Hig- 
ley and T. A. Farrell, Jr. OEMsr-262. MIT, 
Radiation Laboratory. November 30, 1945. 

329.144 Calibrator 

Ml Calibrator for low-altitude bombing equipment. 
(Report No. 336.) J. W. Gray. MIT, Radiation 
Laboratory. June 1, 1943. 

M2 An H + B impact predicting computer assuming 
constant indicated airspeed, for use with AN/APS- 
15a radar. (Report No. 584.) R. N. Close. OEMsr- 
262; Service Project Nos. SC-36 and NS-229. MIT, 
Radiation Laboratory. June 23, 1944. 


T-1500.) (n.a.) OSRD Liaison Office No. WA- 

829-3a. Telecommunications Research Establish¬ 
ment [Great Britain]. May 11, 1942. 

M2 Errors arising from the use of a repeater aircraft 
with Oboe. (Report No. T-1448.) (n.a.) OSRD 

Liaison Office No. WA-813-8N. Telecommunica¬ 
tions Research Establishment [Great Britain]. 
April 30, 1943. 

M3 Oboe t and] how it works. (Report No. R/M.101/ 
JENH.) (n.a.) OSRD Liaison Office No. WA-986- 
2a. [Telecommunications Research Establishment, 
Great Britain.] July 2, 1943. 

M4 Handbook of instructions for AN/APA-9, ASPEN, 
radar set. (Second abbreviated edition. Report No. 
M-148B.) (n.a.) MIT, Radiation Laboratory. 

December 21, 1943. 

M5 Instructions for modifying the SCR-584 modulator 
for use in ASPEN transmitters. (Report No. M- 
155A.) A. S. Jerrems and L. A. Ames. OEMsr-262. 
MIT, Radiation Laboratory. January 25, 1944. 

M6 Handbook of instructions for AN/APA-9 radar 
set. (Report No. M-148C.) A. E. Caswell. MIT, 
Radiation Laboratory. February, 1944. 

M7 Modification of SCR-584 for Oboe II. (Report No. 
M-151.) B. V. Pike. OEMsr-262. MIT, Radiation 
Laboratory. February 15, 1944. 

M8 Instructions for modifying the SCR-584 modulator 
for use in ASPEN transmitters. (Report No. M- 
155B.) A. S. Jerrems. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 21, 1944. 

M9 ASPEN airborne antenna. (Report No. 519.) 
Henry J. Riblet. OEMsr-262; Service Project No. 
SC-76. MIT, Radiation Laboratory. August 25, 
1944. 

Equipment and Accessories 

Antenna 

Ml Antenna for high-altitude bombing H2X. (Report 
No. 411.) A. S. Dunbar. MIT, Radiation Labora¬ 
tory. August 3, 1943. 

M2 Double reflector antenna for high-altitude bomb¬ 
ing. (Report No. 775.) E. B. Chisholm and B. R. 
Vogel. OEMsr-262. MIT, Radiation Laboratory. 
July 16, 1945. 

M3 [A] K-band antenna for high-altitude bombing. 
(Report No. 789.) A. S. Dunbar and E. B. Chis¬ 
holm. Service Project Nos. AC-232.10, AC-232.02 
and AN-24. MIT, Radiation Laboratory. Decem¬ 
ber 26, 1945. 

Ground Position Indicator 

Ml Ground position indicator for radar navigation 
and bombing. (Report No. S-19.) Britton Chance, 
I. A. Greenwood and others. OEMsr-262. MIT, 
Radiation Laboratory. June 2, 1944. 

M2 A mechanical integrating system incorporating a 
magnetic amplifier. (Report No. 436.) H. S. Sack 
and J. W. Trischka. OEMsr-768. Cornell Uni¬ 
versity. December 15, 1944. 


329.145 Vixen Adapter 

Ml Vixen X. (Report No. 607.) M. M. Mann, Francis 
T. Worrell and F. Shoemaker. OEMsr-262; Serv¬ 
ice Project No. NA-173. MIT, Radiation Labora¬ 
tory. December 15, 1944. 

329.15 Bombing Assessment 

(See also: 265.3) 

Ml Bombing errors. (Report No. 530.) E. H. B. Barte- 
link and A. J. F. Siegert. OEMsr-262. MIT, Radi¬ 
ation Laboratory. February 16, 1944. 

M2 Statistical reports on radar bombing. C. E. 
Duncan and Gorman E. Turner. US Army Air 
Forces, Second Air Force, Colorado Springs, Colo¬ 
rado. May 26, 1945. 

M3 Bombing accuracy of radar personnel of 315th and 
316th Bomb Wings in training at Victorville, 
(n.a.) US Army Air Forces, Statistical Control 
Office. July, 1945.] 

M4 Radar bomb scoring analysis. (Report No. 23.) 
Bernard Vinograde. US Army Air Forces, Second 
Air Force, Operations and Training Division, Colo¬ 
rado Springs, Colorado. September 14, 1945. 

329.151 Photographic 

Ml Method of photo bomb scoring for the radar 
bombing technique, (n.a.) US Army Air Forces, 



DIVISION 14 • MICROFILM LIST 


427 


Plans and Analysis Section, Department of Train¬ 
ing and Operations, Victorville Army Air Field. 
April 1, 1945. 

M2 A photographic method for assessment of bombing 
results. (Report No. 9S9.) George F. Wheeler. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 28, 1946. 

329.16 Close Control 

(See also: 265.1) 

Ml Preliminary instructions on modification kit MC- 
627 for radio set SCR-584. (Report Nos. M-220 and 
220B.) G. E. Brunette. OEMsr-262; Service Proj¬ 
ect Nos. AC-106 and AC-239.05. MIT, Radiation 
Laboratory. May 1 and November 28, 1945. 

M2 Interference between SCR-584’s tracking APN-19 
beacons. (Report No. 816.) C. H. Dowker. 
OEMsr-262. MIT, Radiation Laboratory. Sep¬ 
tember 18, 1945. 

329.17 Toss Bombing 

Ml General technique for bombing stationary or mov¬ 
ing targets. (Report No. 3.) H. S. Morton. US 
Army, Ordnance Department. February 22, 1943. 

M2 Preliminary mathematical analysis of toss bomb¬ 
ing. (Report No. 2.) H. S. Morton. US Army, 
Ordnance Department. April 1, 1943. 

M3 Equations for toss bombing for the horizontal 
case, assuming acceleration is a function of the 
time. (Division 4. Report No. OD-TB-19.) Wil¬ 
liam B. McLean. National Bureau of Standards. 
August 31, 1944. 

M4 Toss-bombing trajectories. (Division 4. Report No. 
OD-OAG-32.) F. L. Celauro and D. Fisher. [Na¬ 
tional Bureau of Standards.] September 6, 1944. 

M5 Effect of changing integrator RC ratio to correct 
for an error in alignment of sight with line of 
flight. (Division 4. Report No. OD-SP-40.) William 
B. McLean. National Bureau of Standards. Octo¬ 
ber 26, 1944. 

M6 General toss-bombing solution for the case of a 
non-constant acceleration, including the effect of 
the pull-up angle. (Division 4. Report No. OD-SP- 
48.) Albert London. National Bureau of Stand¬ 
ards. November 3, 1944. 

M7 Analysis of horizontal range error resulting from 
neglect of pull-up angle. (Division 4. Report No. 
OD-SP-45.) S. H. Lachenbruch. National Bureau 
of Standards. November 7, 1944. 

M8 Use of the 100-ft horizontal error curves for errors 
of other magnitudes. (Division 4. Report No. OD- 
SP-46.) S. H. Lachenbruch. National Bureau of 
Standards. November 8, 1944. 

M9 Relationships among important angles in toss¬ 
bombing trajectories. (Division 4. Report No. OD- 
SP-49.) S. H. Lachenbruch. National Bureau of 
Standards. November 10, 1944. 

M10 The elements of toss bombing. (Technical Paper 
No. REI-TMD-115. Revision 1.) Irvin H. Swift. 


OEMsr-769. University of Iowa. November 17, 

1944. 

Mil Application of toss-bombing equipment to torpedo 
tossing. (Division 4. Report No. OD-SP-56.) Albert 
London. National Bureau of Standards. Novem¬ 
ber 28, 1944. 

M12 Correction of the acceleration integrator for air 
resistance. (Division 4. Report No. OD-SP-76.) 
S. H. Lachenbruch. National Bureau of Stand¬ 
ards. January 12, 1945. 

M13 Tables of new >P functions and other related 
quantities. (Division 4. Report No. OD-SP-77.) 
C. F. Eve and Albert London. National Bureau 
of Standards. January 15, 1945. 

M14 New 'P card design. (Division 4. Report No. OD- 
SP-78.) Albert London and A. E. Willgoos. Na¬ 
tional Bureau of Standards. January 17, 1945. 
M15 Rocket tossing theory. (Division 4. Report No. 
OD-SP-90.) Albert London and C. F. Eve. Na¬ 
tional Bureau of Standards. February 24, 1945. 
M16 Exact solution of toss-bombing equations for 
circular pull-up. (Division 4. Report No. OD- 
SP-98.) S. H. Lachenbruch, Albert London and 
C. F. Eve. National Bureau of Standards. March 
23, 1945. 

M17 Range limitations resulting from approximations 
in toss-bombing equations. (Division 4. Report No. 
OD-SP-105.) S. H. Lachenbruch. National Bu¬ 
reau of Standards. April 16, 1945. 

M18 Range wind correction for toss bombing. (Division 

4. Report No. OD-SP-107.) Albert London and 
C. F. Eve. National Bureau of Standards. June 5. 

1945. 

M19 Toss bombing. (Research Technical Report No. 
16.) L. T. E. Thompson. Indianapolis Naval 
Ordnance Plant and Lukas-Harold Corporation. 
June 30, 1945. 

M20 [Thej SP function for non-constant pull-up accel¬ 
eration. (Division 4. Report No. OD-SP-123.) C. F. 
Eve and Albert London. National Bureau of 
Standards. July 10, 1945. 

M21 The effect of sight misalignment and angle of 
attack variation. (Division 4. Report No. OD-SP- 
131.) S. H. Lachenbruch. National Bureau of 
Standards. July 23, 1945. 

329.18 Miscellaneous Bombing Problems 

Ml Mathematical study of the timing function of the 
acceleration integrator. (Report No. 4.) H. S. Mor¬ 
ton. US Army, Ordnance Department. February 
25, 1943. 

329.2 Guided Missiles 

Ml Modified homing course. (Report No. 369.) Ralph 

5. Phillips and E. Pinney. MIT, Radiation Labo¬ 
ratory. November 2, 1942. 

M2 . . . [thej SRB g . (Final Report No. 403.) R. E. 
Hillger. MIT, Radiation Laboratory. September 
3, 1943. 

M3 Radio set RHB. Section I, Technical description 


SECRET 





428 


DIVISION 14 • MICROFILM LIST 


400 TRAINING 

410 Trainers 


of the production model radio set RHB. Section 
II, Adjustment and alignment of radio set RHB. 
(Report No. 508-1.) (n.a.) OEMsr-262. MIT, 

Radiation Laboratory. January 17, 1944. 

M4 Radio set RHB. Section III, Glider checkout pro¬ 
cedure. (Report No. 508-2.) P. R. Stout and F. C. 
McCoy. OEMsr-262. MIT, Radiation Laboratory. 
January 21, 1944. 

M5 Buzz bomb antennas. (Report No. 825.) Alice B. 
Dickinson. OEMsr-262; Service Project No. AC- 
106. MIT, Radiation Laboratory. November 30, 
1945. 

M6 Theory and design of guided missiles control sys¬ 
tem, AN/APW-3. (Report No. 1028.) Lee L. 
Davenport and W. B. Sheriff. OEMsr-262. MIT, 
Radiation Laboratory. April 8, 1946. 


Walter R. Carmody. OEMsr-262; Service Project 
Nos. NA-160 and SC-26.09. MIT, Radiation Labo¬ 
ratory. September 30, 1944. 

M4 Ultrasonic radar trainer plan position indicator 
photographs of a simulated H 2 X bombing mission 
over Tokyo. (Report No. S-45.) Paul Rosenberg. 
OEMsr-262; Service Project Nos. SC-62.09 and NA- 
160. MIT, Radiation Laboratory. March 24, 
1945. 

M5 Tokyo H 2 X photographs. Comparison of opera¬ 
tional plan position indicator photographs with 
PPI predictions of the ultrasonic radar trainer. 
(Report No. 715.) Paul Rosenberg. OEMsr-262; 
Service Project Nos. SC-62.09 and NA-160. MIT, 
Radiation Laboratory. March 24, 1945. 

M6 Handbook of instructions for the preparation of 
mountain maps for the H 2 X supersonic trainer. 
(Report No. M-205.) Walter R. Carmody. 
OEMsr-262; Service Project Nos. NA-160 and SC- 
62.09. MIT, Radiation Laboratory. April, 1945. 


Types 411.2 Aircraft Interception and Fire Control 


411 

411.1 Airborne Search and Bombing 

Ml [The] AN/APS-4 (ASH) trainer. (Report No. 446.) 
George R. Paine. OEMsr-262; Service Project No. 
NA-129. MIT, Radiation Laboratory. September 
29, 1944. 

M2 Preliminary handbook of instructions for super¬ 
sonic trainer, AN/APQ-7-T1, Eagle trainer. (Re¬ 
port No. M-189.) Walter R. Carmody. OEMsr- 
262; Service Project Nos. AC-1 and SC-62.10. MIT, 
Radiation Laboratory. June 14, 1945. 

M3 Radar training conference t at] Victorville Army 
Air Field, Victorville, California, July 24 and 25, 
1945. Robert H. Lewis. US Army Air Forces, 
Headquarters, Victorville Army Air Field. August 
1, 1945. 

M4 Ground course computer for AN/APQ-T1. (Report 
No. 856.) C. M. Gilbert. OEMsr-262; Service 
Project No. AC-262-14. MIT, Radiation Labora¬ 
tory. January 21, 1946. 

M5 A supersonic echo simulating system for AN/APQ- 
Tl. (Report No. 1055.) S. Frankel and D. C. 
Grahame. OEMsr-262. MIT, Radiation Labora¬ 
tory. March 25, 1946. 

411.11 H 2 X Trainers 

Ml Preliminary handbook of instructions for H 2 X 
supersonic trainer, Mark II. (Report No. M-157a.) 
A. E. Caswell. OEMsr-262; Service Project Nos. 
NA-160 and SC-62.09. MIT, Radiation Labora¬ 
tory. April, 1944. 

M2 Handbook of instructions for the preparation of 
maps for the H 2 X supersonic trainer. (Report No. 
M-181.) Walter R. Carmody. OEMsr-262; Serv¬ 
ice Project Nos. NA-160 and SC-62.09. MIT, 
Radiation Laboratory. September, 1944. 

M3 Preliminary handbook of instructions for H 2 X 
supersonic trainer, Mark III. (Report No. M-157B.) 


411.21 AI-10 Trainers 

Ml AI-10 bench trainer simulation at video level. 
(Report No. 398.) R. L. Garman. MIT, Radi¬ 
ation Laboratory. August 24, 1942. 

M2 AI-10 trainer simulation at intermediate frequency 
level. (Report No. 397.) R. L. Garman. MIT, 
Radiation Laboratory. August 25, 1942. 

411.22 AN/APG Trainers 

Ml Preliminary technical manual for Falcon Trainer, 
AN/APG-13T1. (Report No. M-182.) Wilfred 
Roth and W. N. Simonds, Jr. OEMsr-262; Serv¬ 
ice Project Nos. SC-57, SC-62.12 and NA-186. 
MIT, Radiation Laboratory. October 20, 1944. 

M2 Handbook of maintenance instructions for AN/- 
APG-15-T1 trainer. (Report No. M-221.) A. E. 
Caswell. OEMsr-262; Service Project Nos. SC-62.11 
and SC-69. MIT, Radiation Laboratory. June 23, 
1945. 

M3 [Thej AN/APG-T1 training equipment. (Report 
No. 759-1.) George R. Paine. OEMsr-262; Serv¬ 
ice Project No. SC-62.07. MIT, Radiation Labora¬ 
tory. July 28, 1945. 

M4 [Thej AN/APG-15 modification kit for AN/APG- 
T1 training equipment. (Report No. 759-2.) 
George R. Paine. OEMsr-262; Service Project 
Nos. AC-235.02 and SC-62.07. MIT, Radiation 
Laboratory. August 30, 1945. 

411.3 Ground-Controlled Approach 

Ml Link conversion unit for ground-controlled ap¬ 
proach trainer. (Report No. 716.) C. M. Gilbert 
and C. R. Haupt. OEMsr-262; Service Project 
Nos. NA-141, SC-53 and others. MIT, Radiation 
Laboratory. May 7, 1945. 

M2 The trainer for radio set AN/MPN-1. (Report No. 
676.) C. R. Haupt. OEMsr-262; Service Project 



DIVISION 14 • MICROFILM LIST 


429 


No. NA-141. MIT, Radiation Laboratory. May 
25, 1945. 

M3 Two proposed methods of recording the position 
of a moving Link Crab. (Report No. 730.) Gordon 
W. McClure. OEMsr-262. MIT, Radiation Labo¬ 
ratory. June 20, 1945. 

M4 A tracking error recorder for the ground-con trolled 
approach trainer. (Report No. 855.) C. M. Gilbert 
and C. R. Haupt. OEMsr-262. MIT, Radiation 
Laboratory. January 30, 1946. 

M5 Ground clutter unit for the ground-controlled ap¬ 
proach trainer. (Report No. 927.) C. M. Gilbert. 
OEMsr-262. MIT, Radiation Laboratory. Febru¬ 
ary 20, 1946. 

M6 Special ground-controlled approach trainer cir¬ 
cuits. (Report No. 1057.) C. M. Gilbert. OEMsr- 
262. MIT, Radiation Laboratory. March 15, 
1946. 

411.4 Bomb Release 

Ml Training method and evaluation of the accelera¬ 
tion integrator bomb release. Stuart H. Getz. 
US Army Air Forces, Training Research and Liai¬ 
son Section, Williams Field, Chandler, Arizona. 
November 27, 1945. 

411.5 Miscellaneous Trainers 

Ml Training apparatus for radio set SCR-584. (Report 
No. 437.) J. W. Stafford. MIT, Radiation Labo¬ 
ratory. August 23, 1943. 

M2 [The] building of basic SCR-584 trainer and ad¬ 
vanced SCR-584 trainer. (Report No. 372.) Wil¬ 
fred H. Howe. OEMsr-689. Foxboro Company. 
January 24, 1944. 

M3 Handbook of instructions for the pre-production 
SSV trainer. (Report No. M-160.) (n.a.) OEMsr- 

262. MIT, Radiation Laboratory. March 15, 

1944. 

M4 [The] SM trainer. (Report No. 371.) M. L. Levy. 
OEMsr-890. Emerson Radio and Phonograph 
Corporation. October 9, 1944. 

M5 [Trainers.] Technical report reviewing the history 
of Contract OEMsr-1091. (Report No. 442.) E. L. 
Russell. OEMsr-1091. Wilcox and Gibbs Sewing 
Machine Company. February 14, 1945. 

M6 Supersonic loran trainer. (Report No. 446.) J. F. 
Marshall, W. F. G. Swann and others. OEMsr- 
1220. Bartol Research Foundation. June 4, 1945. 

M7 A dummy log transmitter for the OBJ radar 
trainer. (Report No. 1059.) R. U. Nathe. OEMsr- 
262. MIT, Radiation Laboratory. February 25, 
1946. 

M8 The OCJ-1 trainer. (Report No. 1058.) Gordon 
W. McClure. OEMsr-262. MIT, Radiation Labo¬ 
ratory. March 25, 1946. 

M9 Trainer for Mark 35 radar. (Report No. 907.) 
H. O. Marcy. OEMsr-262. MIT, Radiation Labo¬ 
ratory. April 5, 1946. 

M10 The SP feed-in trainer. (Report No. 928.) S. B. 


Cohen. OEMsr-262; Service Project No. NA-128. 
MIT, Radiation Laboratory. April 10, 1946. 

Mil The Cadillac trainer. (Report No. 1072.) E. M. 
Jones. OEMsr-262. MIT, Radiation Laboratory. 
April 10, 1946. 

412 Components 

Ml Land mass simulator. (Report No. 399.) R. L. 
Garman. MIT, Radiation Laboratory. August 
26, 1942. 

M2 Fading simulator. (Report No. 556.) Wilfred 
Roth. OEMsr-262; Service Project No. SC-62. 
MIT, Radiation Laboratory. May 10, 1944. 

M3 The J-2 modulator unit. (Report No. 645-5.) 
E. M. Jones. OEMsr-262. MIT, Radiation Labo¬ 
ratory. July 19, 1945. 

M4 [Thej AN/APS-6 antenna simulator. (Report No. 
839.) Gordon W. McClure. OEMsr-262. MIT, 
Radiation Laboratory. November 15, 1945. 

M5 [Thej X-l error integrator. (Report No. 645-13.) 
Wayne K. Hodder and Wilfred Roth. OEMsr- 
262. MIT, Radiation Laboratory. November 27, 

1945. 

M6 The ML-1A, ML-IB and ML-3A course mecha¬ 
nisms. (Report No. 645-9.) C. M. Connelly and 
J. B. Higley. OEMsr-262. MIT, Radiation Labo¬ 
ratory. November 28, 1945. 

M7 Nosmo doppler simulator. (Report No. 857.) 
Wilfred Roth. OEMsr-262. MIT, Radiation 
Laboratory. February 1, 1946. 

M8 [The] N-l identification friend-or-foe unit. (Re¬ 
port No. 645-14.) Gordon W. McClure. OEMsr- 
262. MIT, Radiation Laboratory. March 22, 

1946. 

412.1 Signal Unit 

Ml The 1-3 signal unit. (Report No. 645-4.) S. B. 
Cohen. OEMsr-262. MIT, Radiation Laboratory. 
May 23, 1945. 

M2 The 1-2 signal unit. (Report No. 645-7.) S. B. 
Cohen. OEMsr-262. MIT, Radiation Laboratory. 
August 30, 1945. 

412.2 Trigger Unit 

Ml [The] H-3 trigger unit. (Report No. 645-3.) S. B. 
Cohen. OEMsr-262. MIT, Radiation Laboratory. 
February 22, 1945. 

M2 The H-2 trigger unit. (Report No. 645-6.) S. B. 
Cohen. OEMsr-262. MIT, Radiation Laboratory. 
August 7, 1945. 

412.3 Motor Control Units 

Ml [Thej S-2, S-2B, S-3, S-4 and S-4B motor control 
units. (Report No. 645-10.) C. M. Gilbert. 
OEMsr-262. MIT, Radiation Laboratory. Feb¬ 
ruary 11, 1946. 

M2 The S-5 and S-5B motor control units. (Report 
No. 645-11.) J. B. Higley. OEMsr-262. MIT, 
Radiation Laboratory. February 25, 1946. 




430 


DIVISION 14 • MICROFILM LIST 


413 Miscellaneous Trainer Problems 

Ml Radar trainer equation-solvers for the relative 
motion on two moving objects in space. (Report 
No. 436.) R. L. Garman, M. E. Droz and H. A. 
Stafford. MIT, Radiation Laboratory. June 20, 
1943. 

M2 Apparatus for the transformation of rectangular 
coordinates using Arma resolvers. (Report No. 
293.) Paul B. Weisz and B. L. Miller. OEMsr- 
1220. Bartol Research Foundation. July 10, 1944. 

420 Supersonic and Ultrasonic Trainers 

421 Types 

Ml The Mark VII supersonic trainer. (Report No. 
962.) Wayne K. Hodder. OEMsr-262. MIT, 
Radiation Laboratory. February 28, 1946. 

422 Components 

422.1 Crystals 

Ml General dynamical considerations applied to piezo¬ 
electric oscillations of a quartz crystal in an elec¬ 
trical circuit t and supplement]. (Report Nos. 271 
and 27IS.) W. F. G. Swann. OEMsr-1220. Bartol 
Research Foundation. April 26, 1944. 

M2 Specifications for 15-megacycle supersonic crystal 
for crystal cartridges. Types 3 and 7B. (Report 
No. S-35.) OEMsr-262; Service Project Nos. NA- 
160 and SC-62.09. MIT, Radiation Laboratory. 
January 22, 1945. 

M3 General dynamical considerations applied to piezo¬ 
electric oscillations of quartz crystal in electrical 
circuit. (Supplement II. Report No. 557.) W. F. 
G. Swann. OEMsr-1220. [Bartol Research Foun¬ 
dation.] October 1, 1945. 

M4 The U-l and U-2 preamplifier units. (Report No. 
645-12.) S. Frankel. OEMsr-262. MIT, Radi¬ 
ation Laboratory. December 14, 1945. 

M5 The R-l and the R-2 crystal drivers. (Report No. 
645-8.) S. Frankel. OEMsr-262. MIT, Radiation 
Laboratory. February 4, 1946. 

M6 Supersonic components for use in radar trainers. 
(Report No. 1050.) S. Frankel and Paul Rosen¬ 
berg. OEMsr-262. MIT, Radiation Laboratory. 
March 25, 1946. 

423 Miscellaneous Problems 

Ml Instructions for installation and maintenance of 
waffle relief maps in ultrasonic trainers. (Report 
No. M-206.) Paul Rosenberg. OEMsr-262; Serv¬ 
ice Project Nos. SC-62.09, NA-160 and SC-62.10. 
MIT, Radiation Laboratory. April 30, 1945. 

M2 Velocity of propagation of 15-mc ultrasonic pulses 
in liquids. (Report No. S-56.) Paul Rosenberg. 
OEMsr-262. MIT, Radiation Laboratory. No¬ 

vember 5, 1945. 

M3 An application of the pulse technique to the 
measurement of the absorption of supersonic 
waves in liquids. (Report No. 963.) M. Cefola, 


M. E. Droz and others. OEMsr-262. MIT, Radi¬ 
ation Laboratory. March 30, 1946. 

M4 Supersonic radar trainer project. (Report No. 294.) 
J. F. Marshall and H. M. Schwartz. OEMsr-1220. 
Bartol Research Foundation, (n.d.) 

500 SUMMARY REPORTS 

501 General Reports 

Ml Report on Parabola Section. (Report Nos. 91, 92 
and 93.) (n.a.) MIT, Radiation Laboratory. De¬ 
cember 2 and 16, 1940 and January 22, 1941. 

M2 Coordination Section progress. (Report Nos. 157 
and 158.) (n.a.) MIT, Radiation Laboratory. 

December 19, 1940 and January 2, 1941. 

M3 Navy Roof. (Report No. 39.) (n.a.) MIT, Radi¬ 

ation Laboratory. August 26, 1941. 

M4 The Maintenance Group. (Report Nos. 60 and 61.) 
(n.a.) MIT, Radiation Laboratory. October 22 
and November 26, 1941. 

M5 Present status of the Radiation Laboratory pro¬ 
gram. (Report No. 32.) L. A. DuBridge. MIT, 
Radiation Laboratory. January 12, 1942. 

M6 Summary of projects. Division D, NDRC. (Report 
No. 95.) (n.a.) MIT, Radiation Laboratory. 

August 15, 1942. 

M7 Present status of the Radiation Laboratory pro¬ 
gram. Systems development. (Report Nos. 33-1 to 
33-6.) (n.a.) MIT, Radiation Laboratory. De¬ 

cember 9, 1942 to July 1, 1943. 

M8 Summary of projects, Radar Division 14. (Report 
Nos. 118, 124 and 141.) (n.a.) January, March 

and May, 1943. 

M9 Bi-monthly project status report and summary of 
projects. (Report Nos. 170, 184 and 213.) (n.a.) 

July, September and November, 1943. 

M10 The Microwave Antenna Conference, July 19 to 24, 
1943. (Report No. 414.) L. C. Van Atta and G. G. 
Harvey. MIT, Radiation Laboratory. August 12, 
1943. 

Mil Radar system projects. Class 20, Ground based 
radars other than racons and aircraft landing 
radars. (Report Nos. 238, 242, 277, 301, 338, 373, 
400, 420, 440 and 489 [for the period from] Febru¬ 
ary 1, 1944 [tO] August 1, 1945. (n.a.) 

M12 Radar research projects. Class 00, Fundamental 
research, theory, propagation t andj fundamental 
developments. (Report Nos. 278, 388 and 463.) 
(n.a.) July 1, 1944, January 1, 1945 and July 1, 
1945. 

M13 Thumbnail sketch for December t 1944 through] 
May [1945]. (Report Nos. S-40, S-46 and S-53.) 
D. G. White. OEMsr-262. MIT, Radiation Labo¬ 
ratory. February 3, April 2 and May 30, 1945. 

M14 [The development and improvement of radar de¬ 
vices.] (Report No. 466.) Mark Kac and Harold 
Levine. OEMsr-429. Cornell University. July 1, 
1945. 

M15 Radar. (Report No. 565.) (n.a.) December, 1945. 

M16 [Microwave radar equipment and components.) 



DIVISION 14 • MICROFILM LIST 


431 


Final report [Under] Contract OEMsr-164. (Report 
No. 556.) (n.a.) OEMsr-164. Research Construc¬ 
tion Company, Inc. (n.d.) 

502 Ground, Air and Ship Systems 

Ml Report of the System Group. (Report No. 28.) 

Luis W. Alvarez. MIT, Radiation Laboratory. 
January 30, 1941. 

M2 Roof System report. (Report Nos. 36 and 37.) 

(n.a.) MIT, Radiation Laboratory. [April and 
September, 1941.] 

M3 Technical report of the Radiation Laboratory at 

the Massachusetts Institute of Technology. (Re- 520 
port No. 93.) (n.a.) MIT, Radiation Laboratory. 

June 1, 1941. 

503 Tubes 

Ml Report of Section VI t for the period from] March 

4 to March 22 [1941]. (Report No. 133.) (n.a.) 530 

MIT, Radiation Laboratory. March 25, 1941. 

M2 Operations of the Project Tube Shop. (Report No. 

248 [for the period] from April, 1942 through 
October, 1943.) J. M. Spooner. OEMsr-477. 

Radio Corporation of America. December 12, 

1943. 600 

M3 Reports of tests conducted at Northwestern Uni¬ 
versity. (Appendix to Report No. 569.) (n.a.) 

OEMsr-972. Galvin Manufacturing Corporation. 

(n.d.) 

504 Microwaves 

Ml Report No. 1 of the Microwave Section, D-l. 
(Report No. 86.) (n.a.) March 10, 1941. 

M2 Use of microwave for detection purposes. (Report 
Nos. 94, 100, 101 and 109.) (n.a.) December 15, 

1941; March 15, June 1 and October 10, 1942. 

510 Indices 

Ml Index of regular reports, texts and manuals. (Re¬ 
port No. 400.) (n.a.) OEMsr-262. MIT, Radi¬ 

ation Laboratory. January 29, 1944. 

M2 US radar survey. Section 7, Nomenclature index. 

(n.a.) December 15, 1944. 

M3 Index of Division 14, NDRC reports, other than 
Radiation Laboratory reports. (Report No. 250.) 

(n.a.) MIT, Radiation Laboratory. May 1, 1945. 

M4 Continuation of index of regular reports, special 


reports, manuals and texts. (Report No. 800.) 
(n.a.) OEMsr-262. MIT, Radiation Laboratory. 

November 12, 1945. 

M5 Index of Division 14, NDRC reports, other than 
Radiation Laboratory reports. (First Supplement. 
Report No. 583.) (n.a.) MIT, Radiation Labora¬ 
tory. March 1, 1946. 

M6 Continuation of index of regular reports, special 
reports, manuals and texts. (Report No. 1083.) 
(n.a.) OEMsr-262. MIT, Radiation Laboratory. 

March 7, 1946. 

Contract and Project Lists 

Ml Division 14 project list. (Report No. 188.) (n.a.) 

September 15, 1943. 

M2 Contract list. (Report No. 270.) (n.a.) June 1, 

1944. 

Glossaries 

Ml Glossary of terms used in connection with Radi¬ 
ation Laboratory radar. (Report No. M-144.) 

Herbert Shapiro. MIT, Radiation Laboratory. 

November 15, 1943. 

MISCELLANEOUS RESEARCH SUBJECTS 

Ml A statistical treatment of certain phases of aerial 
combat. (Report No. 181.) Hubert M. James. 
MIT, Radiation Laboratory. July 30, 1942. 

M2 X-ray emission from radar equipment. (Report 
No. 157.) Leopold Rovner. January 15, 1943. 

M3 Device for determination of the vertical by means 
of cosmic rays. (Report No. 363.) B. Rossi, F. C. 
Chromey and H. S. Sack. OEMsr-768. Cornell 
University. July 10, 1944. 

M4 A procedure for statistical analysis of depth sound¬ 
ings. (Report No. S-21.) F. B. Hildebrand and 
Prescott D. Crout. OEMsr-262. MIT, Radiation 
Laboratory. July 29, 1944. 

M5 Errors in target velocity due to the rolling and 
pitching of the ship. (Report No. 612.) Witold 
Hurewicz. OEMsr-262. MIT, Radiation Labora¬ 
tory. August 28, 1944. 

M6 A production analysis of the wartime radio and 
radar industry. (Report No. S-31.) Arthur A. 
Bright and John Exter. OEMsr-262. MIT, Radi¬ 
ation Laboratory. November 1, 1944. 





















































DIVISION 15 • RADIO COUNTERMEASURES 

Microfilm Index 


100 SUMMARY REPORTS FOR DIVISION 15 

110 NDRC, Division 15 Progress Reports 

120 Harvard University, Radio Research Laboratory 

121 Progress Reports 

122 Document Digests 

123 Film List 

124 American-British Laboratory 
130 Farnsworth, Progress Reports 
140 Ohio State, Final Report 

150 General Electric, Final Report 

160 Radio Corporation of America, Final Report 

170 Columbia Broadcasting System, Final Report 

180 Bell Telephone Laboratories, Summary Report 

190 Federal Telephone and Radio Laboratories, Final Report 

200 JAMMING AND ANTIJAMMING 

210 Radio Communications Systems 

211 Jamming 

211.1 Theory 

211.2 Jamming Susceptibility of Communications 
Systems 

211.21 American Sets 

211.211 Mobile and Portable Sets 

211.212 Stationary Sets 

211.213 Remote Control Sets 

211.214 Airborne Sets 

211.22 German Sets 

211.23 Japanese Sets 

211.3 Jamming Signals 

211.31 Frequency Modulation 

211.32 Efficacy of Signals 

211.321 Radio Telegraph 

211.322 Radio Telephone 

211.323 Pulse Modulation 

212 Antijamming 

212.1 Antijamming Systems 

212.11 Telephone 

212.12 Telegraph 

212.13 Miscellaneous Antijamming Problems 
220 Radar Systems 

221 Jamming of Radar 

221.1 Theory 

221.11 Radar Echoes 

221.12 Signals and Noise 

221.13 Miscellaneous Research 

221.2 Susceptibility of Radar Systems to Jamming 

221.21 Airborne 

221.22 Shipboard 

221.23 Ground 

221.3 Laboratory Studies of Jamming 

221.31 Laboratory Testing 

221.32 Type A Presentation 

221.33 Type B Presentation (Projection) 

221.4 Field Tests of Jamming 

222 Antijamming of Radar 


222.1 Electronic Antijamming 

222.2 Confusion Antijamming 
230 Electronic jamming 

231 Barrage Jamming 

232 Spot Frequency Jamming 
240 Confusion Reflectors 

241 Window 

241.1 Chaff 

241.2 Rope 

241.3 Angels 

241.31 Reflection Patterns 

241.4 Window Problems 

242 Underwater Confusion Devices 

243 Equipment Relative to Confusion Reflectors 
250 Navigational Systems Jamming 

260 Jamming of Specific Devices 

261 Altimeters 

262 Proximity Fuzes 

263 Guided Missiles 
(See also: 830) 

263.1 Magnetic Recorders 

300 RADIO COUNTERMEASURE EQUIPMENT 
310 Receivers 

311 Search Receivers 

311.1 Airborne Search Receivers 

311.11 Communications 

311.111 ARC-1 

311.112 ARR-5, -7 and -24 

311.113 Ferret System 

311.12 Radar 

311.121 AN/APR-1 

311.122 AN/APR-2 

311.123 AN/APR-4 

311.124 AN/APR-5 

311.125 AN/APR-6 

311.126 AN/APR-7 

311.127 AN/APQ-3 and AN/APQ-4 

311.2 Component Parts of Search Receivers 

311.21 Tuning Units 

311.22 Pulse-Stretcher 

311.23 Video Analyzer 

311.3 Automatic or Recording Search Receivers 

311.31 Recorders 

311.4 Panoramic Search Receivers 

311.5 Miscellaneous Search Receiver Problems 

312 Airborne Warning Receivers 

312.1 Zero Catcher 

312.2 Boozer 

313 Direction Finding Receivers and Homing Devices 
313.1 Airborne 

313.11 Naval Systems 
313.111 C-1906 

313.12 C-1700 (Fanny) 

313.13 C-1900 

313.14 C-2100 (AN/APA-42) 



433 




434 


DIVISION 15 • MICROFILM INDEX 


313.15 M-2300 and M-3100 (AN/APA-17) 

(See also: 331.2) 

313.2 Shipboard 

313.21 M-2600 (CXGA) 

313.22 M-4100 (DBM-1) 

(See also: 331.4) 

313.23 M-7100 

314 Receiver Accessories 

314.1 Amplifiers 

314.2 Indicators 

314.21 Types 

314.22 Screens 

315 Miscellaneous Receiver Problems 
320 Jamming Transmitters 

321 Communications Jamming Systems 

321.1 Airborne 

321.11 Dina (Low-Frequency) 

321.12 AN /ART-2 (PAD) 

321.13 Miscellaneous Airborne Systems 

321.2 Components 

321.21 Amplifier 

321.22 Oscillator 

321.23 Miscellaneous Components 

321.3 Conversion and Modification of Communica¬ 
tions Equipment for Jamming Purposes 

322 Radar Jamming Systems 

322.1 Airborne, Shipboard and Ground 

322.11 AN/APQ-2 (Rug) 

322.12 Carpet 

322.121 AN/APQ-9 

322.122 AN/APT-2 

322.123 AN/APT-5 

322.124 RC-156 

322.13 AN/APT-1 (Dina) 

322.14 AN/APT-3 (or RC-183, Mandrel) 

322.15 AN/APT-4 

322.16 Miscellaneous Transmitters 

322.2 Component Parts 

322.21 Amplifiers 

323 Miscellaneous Transmitter Problems 
330 Antennas 

331 Receiving Antennas 

331.1 Airborne Receiving Antennas 

331.11 Stub and Cone 

331.111 Stub 

331.112 Cone 

331.12 Dipole 

331.13 Loop 

331.14 Sleeve 

331.15 Whip 

331.16 Slot 

331.2 Airborne Direction Finding Antenna-Spinner 
Assemblies 

(See also: 313.15) 

331.3 Shipboard Receiving Antennas 

331.31 Cone and Dipole 

331.32 Miscellaneous Antennas 

331.4 Shipboard Direction Finding Antenna-Spinner 
Assemblies 

(See also: 313.22) 


332 Transmitting Antennas 

332.1 Airborne 

332.11 M-2200 (Fishhook) 

332.12 M-2800 (AN/APT-1 and -3, Stub and 
Baiun) 

332.121 M-4000 and M-6300 (Stub) 

332.13 M-3200 (AN/APQ-2 and AN/APT-5) 

332.14 M-3300 (AN/APT-2 and AN/APT-5, 
Split-can) 

332.15 M-4900 (AN/APQ-20, Horn) 

332.16 AN-148-A 

332.17 Stingeree and Sleeve Type 

332.18 Miscellaneous Airborne Transmitting 
Antennas 

332.2 Ground and Shipboard 

332.21 F-3700 (AN/SPT-2) 

332.22 F-3900 (AN/APQ-2) 

332.23 F-4700 (AN/SPT-6) 

332.24 M-2500 (AN/APT-1 and -3) 

332.25 M-2900 (AN/SPT-5 and -6) 

332.26 M-4400 

332.27 M-4700 

332.28 Sleeve Type 

332.3 Tank-Mounted 

333 Antenna Factors, Investigation of 

333.1 Impedance 

333.2 Radiation Patterns 

333.21 Specific Types of Antennas 

333.22 Contributing Pattern Factors 

333.3 Polarization Studies 

333.4 Power Limits of Trailing Wire Antenna 

333.5 Studies of Particular Antenna Types 

333.51 Broad-Band 

333.52 Long Wave 

333.53 Slot 

333.54 Miscellaneous Antenna Types 

340 Tubes 

341 Magnetrons 

341.1 25-100 Watt Level 

341.2 150 Watt Level (Flute Series) 

341.3 200-300 Watt Level 

341.4 1 Kilowatt Level (Piccolo Series) 

341.5 10 Kilowatt Level 

341.6 Miscellaneous Magnetron Studies 

342 Resnatrons 

343 Noise Output of Tubes 

343.1 RCA-931 Photoelectric Tubes 

343.2 Gas Tubes 

343.21 Noise Generators 

343.22 Hot-Cathode Arcs 

343.23 Thyratron 

343.24 Gas Tube Models 

343.241 Sylvania 6D-4 and 2C-4 

343.242 RCA 884 

343.243 Miscellaneous Gas Tube Models 

344 Cathode-Ray Tubes 

344.1 Screen Patterns 

345 Reactance Tubes 

346 Miscellaneous Tubes and Tube Problems 
350 Oscillators 



DIVISION 15 • MICROFILM INDEX 


435 


351 Coaxial Cavity 

351.1 Microwave 

351.2 Ultra High Frequency 

352 Low-Power 

353 Modulated 
360 Filters 

361 Coaxial (Distributed Constants) 

361.1 Low-Pass 

361.2 High-Pass 

362 Lumped Constants 

370 Transmission Lines and Components 

371 Transmission Lines 

371.1 Wave Guides 

371.2 Coaxial 

371.3 Cables and Connectors 

372 Accessories 

372.1 Switches 

372.2 Oscillators 
380 Circuits 

381 Circuit Elements 

381.1 Transformers 

382 Amplifier 

383 Circuits and Networks 

384 Crystal Rectifiers 

384.1 Types 

384.11 Germanium 

384.2 Detectors and Mixers 

390 Miscellaneous Countermeasure Equipment 
391 Power Supply 

See: 240 for Confusion Devices 

400 JAMMING SYSTEMS 

401 Airborne Systems 

401.1 AN/APQ-1 (Carpet Sweeper) 

401.2 AN/ARQ-2 and AN/ART-3 (Jackal) 

401.21 Jostle IV 

401.3 AN/APQ-20, -21 and -27 

401.4 NLS-518 Interference Generator 

401.5 Miscellaneous Airborne System Factors 

402 Ground Systems 

402.1 A-500 (Tuba) 

402.2 AN/MRT-1 (Cigar) 

402.3 AN/URQ-1 (Stopwatch) 

402.4 Miscellaneous Ground Systems 

403 Shipboard Systems 

403.1 Peter 

403.2 X-MBT (Elephant) 

403.3 Miscellaneous Shipboard Systems 

404 Miscellaneous System Tests 

(See also: 263 for Systems Against Guided Missiles) 
410 Special Jamming Systems 

411 Automatic Tuning 

412 Expendable Jammers (Chicks) 

500 TESTING EQUIPMENT AND MEASUREMENTS 
510 Testing Equipment 


511 Test Oscillators 

512 Signal and Pulse Generators 
(See also: 620) 

512.1 Pulsed Oscillator 

513 Spectrum Analyzer 

514 Heterodyne Frequency Meters 

515 Noise Analyzer 

516 Voltmeters 

517 Miscellaneous Test Equipment 
520 Measurements 

521 Power 

521.1 Wattmeter 

521.11 Thermistor 

521.12 Calorimeter 

521.2 Indicator 

521.3 Miscellaneous Power Measurements 

522 Impedance 

523 Attenuation 

524 Transmission 

525 Frequency 

526 Noise 

527 Receiver Response 

600 TRAINING EQUIPMENT 

610 Transmitters 

610.1 F-4100 Oscillators 
620 Signal Generators 
(See also: 512) 

630 Recordings 
640 Practice Jammers 
641 Antijammers 
650 Training of Personnel 
660 Miscellaneous Trainers 

700 OPERATIONAL COUNTERMEASURE EFFICACY 

710 Efficacy of Countermeasures 

711 Against German Installations 

711.1 German Radar Characteristics 

711.2 German Antijamming Measures 

712 Against Japanese Installations 
720 Field Tests 

721 Tennessee Manoeuvres 

722 Florida 

800 MISCELLANEOUS RADIO COUNTERMEASURES RE¬ 
SEARCH PROBLEMS 

810 Wave Propagation Studies 
820 Reflection Factors 

821 Antireflective Tow Cables 

822 Bomber Reflection Patterns 

822.1 Radar Cross-Sections of Airplane Models 
(See also: 221.11) 

830 Guided Missile Studies 
(See also: 263) 

831 German BlVb Tank 
840 See-Saw Signals 


m £ 





DIVISION 15 • RADIO COUNTERMEASURES 

List of Microfilmed Reports 


100 SUMMARY REPORTS FOR DIVISION 15 

110 NDRC, Division 15 Progress Reports 

Ml Progress Report Nos. 1 to 27 of NDRC Division 
15, for [thej period January 31, 1943 to October 

20, 1945. (n.a.) 

120 Harvard University, Radio Research Laboratory 

Ml Administrative history of the Radio Research 
Laboratory. (Report No. 411-299 [for the period] 
March 21, 1942 to January 1, 1945.) F. E. Terman 
and Oswald G. Villard, Jr. OEMsr-411. Harvard 
University, Radio Research Laboratory. March 

21, 1946. 

121 Progress Reports 

Ml Progress Report Nos. 5, 8, 10, 12, 19, 27, 33, 43, 
47, 54, 58 and 60 of the Radio Research Labo¬ 
ratory, for the period September 1, 1942 to Sep¬ 
tember 15, 1943. (n.a.) Harvard University, 

Radio Research Laboratory. 

122 Document Digests 

Ml Document digest of the Radio Research Labo¬ 
ratory, for the period July 8, 1942 to March 21, 
1945. (Report Nos. 411-64, -64A and -64B.) A. H. 
Halloran. [OEMsr-411.] Harvard University, Radio 
Research Laboratory. 

123 Film List 

Ml Radio Research Laboratory film list [forj March 
20, 1945. (Report No. 411-165.) S. W. Athey. 
OEMsr-411. Harvard University, Radio Research 
Laboratory. March 22, 1945. 

124 American-British Laboratory 

Ml Progress Report No. 1045-5 of the American- 
British Laboratory [for the] period ending March 
25, 1944. (n.a.) OEMsr-1045. Harvard Univer¬ 

sity, American-British Laboratory. March 25, 
1944. 

M2 Report of American-British Laboratory activities 
in planning and installations for radio counter¬ 
measures phase of Operation Neptune, Invasion of 
Normandy. (Report No. 1045-11.) (n.a.) OEMsr- 
1045; Research Project No. RP-987; OSRD Liaison 
Office No. WA-3304-1. Harvard University, Amer¬ 
ican-British Laboratory. November 22, 1944. 

130 Farnsworth, Progress Reports 

Ml Progress Report Nos. 1 to 5 of the NDRC Project 
58 for the period August, 1941 to February, 1942. 
Madison Cawein. [OEMsr-89.] Farnsworth Tele¬ 
vision and Radio Corporation. 


M2 Status memo [for the] NDRC [Project] No. 58 as 
of January 15, 1942. (n.a.) OEMsr-89. [Farns¬ 

worth Television and Radio Corporation.] Janu¬ 
ary 21, 1942. 

Ohio State, Final Report 

Ml Final Report No. 100-4 on Contract [No.] NDCrc- 
100. Paul H. Nelson, George Sinclair and Wayne 
E. Rife. NDCrc-100 and OEMsr-759; Project Nos. 
RP-399, RP-404 and SC-17. Ohio State Univer¬ 
sity. October 30, 1945. 

General Electric, Final Report 

Ml Final Report No. 931-32 [On] Contract No. OEMsr- 
931. John P. Blewett. OEMsr-931. General Elec¬ 
tric Company. November 20, 1945. 

Radio Corporation of America, Final Report 

Ml Final Report No. 895-41 t on Contract No.] OEMsr- 
895. H. H. Beverage. OEMsr-895. Radio Cor¬ 
poration of America. October 10, 1945. 

Columbia Broadcasting System, Final Report 

Ml Final Technical Report No. 867-11 under Contract 
OEMsr-867. Peter C. Goldmark. OEMsr-867. 
Columbia Broadcasting System, Inc. February, 
1946. 

Bell Telephone Laboratories, Summary Report 

Ml [A] study of radio jamming and antijamming. 
(Final Report No. 966-56.) M. L. Almquist and 
R. P. Booth. OEMsr-966. Bell Telephone Labo¬ 
ratories, Inc. October 31, 1945. 

Federal Telephone and Radio Laboratories, Final 

Report 

Ml Jamming and antijamming of telegraphy. (Final 
Summary Report No. 936-5.) H. H. Buttner. 
OEMsr-936; Project Nos. RP-959, SC-93.05 and 
[N]-97.04. Federal Telephone and Radio Corpora¬ 
tion. April 30, 1945. 

JAMMING AND ANTIJAMMING 

Radio Communications Systems 

Ml Jamming and antijamming of telegraphy. (Parts I 
and II. Report Nos. 936-1 and -2.) E. Labin, D. D. 
Grieg and R. B. Reade. OEMsr-936. [Federal 
Telephone and Radio Corporation.] September 
10, 1943 and April 1, 1944. 

M2 Jamming and antijamming of radio communica¬ 
tions. Introductory survey of technical considera¬ 
tions. (Report No. 966-31.) (n.a.) OEMsr-966; 

Research Project No. RP-109. Bell Telephone 
Laboratories, Inc. May 16, 1944. 


140 

150 

160 

170 

180 

190 

200 

210 



DIVISION 15 • MICROFILM LIST 


437 


211 Jamming 

Ml Communications countermeasures. Part II, Esti¬ 
mating the performance of radio telephone jam¬ 
ming systems. (RCM Handbook No. 4.) J. W. 
Emling. OEMsr-966. Bell Telephone Labora¬ 
tories, Inc. February 1, 1945. 

M2 Radio communications countermeasures. Part III, 
Estimating the performance of radio telegraph 
jamming systems. (RCM Handbook No. 4.) E. W. 
Borden. Bell Telephone Laboratories, Inc. Feb¬ 
ruary 15, 1946. 

211.1 Theory 

Ml Jamming. Report on propagation study. (Pre¬ 
liminary Report No. 778-1.) W. C. Babcock. 
OEMsr-778; Research Project No. C-63. Western 
Electric Company, Inc. October 19, 1942. 

M2 Jamming. t A] method of solving transmission prob¬ 
lems. (Preliminary Report Nos. 966-4 and -6.) 
A. C. Peterson. [OEMsr-966;] Research Project 
No. C-63. Bell Telephone Laboratories, Inc. 
January 27 and May 22, 1943. 

M3 Study of radio jamming. (Report No. 778-9.) K. C. 
Black. OEMsr-778; Research Project No. C-63. 
Bell Telephone Laboratories, Inc. February 1, 
1943. 

M4 Jamming. Generalized plane-to-ground propaga¬ 
tion curves. (Preliminary Report No. 966-1.) A. C. 
Peterson. [OEMsr-966.] [Bell Telephone Labo¬ 
ratories, Inc.] March 16, 1943. 

M5 Investigation of jamming of radio telegraph com¬ 
munication. (Report No. 966-2.) R. B. Shanck and 
V. A. Douglas. OEMsr-966. Western Electric 
Company, Inc. March 29, 1943. 

M6 Jamming of amplitude modulation and frequency 
modulation communications. (Preliminary Report 
No. 966-11.) H. H. Benning. OEMsr-966. Bell 
Telephone Laboratories, Inc. July 28, 1943. 

M7 Readability of frequency modulation, amplitude 
modulation and telegraph systems. (Report No. 
895-4.) Murray G. Crosby. OEMsr-895; Research 
Project No. RP-131. Radio Corporation of Amer¬ 
ica. August 24, 1943. 

M8 Differentiating and limiting amplifier. (Report No. 
895-6.) Murray G. Crosby. OEMsr-895; Research 
Project No. RP-131. Radio Corporation of Amer¬ 
ica. September 30, 1943. 

M9 Identification of pulse communication systems. 
(Preliminary Report No. 895-22.) John B. At¬ 
wood and Grant E. Hansell. OEMsr-895; Research 
Project No. RP-325. Radio Corporation of Amer¬ 
ica. May 15, 1944. 

M10 Definitions and methods for jamming effectiveness 
testing in radio telephone countermeasures work. 
(Report No. 1024-8.) W. J. Albersheim, M. L. 
Almquist and others. OEMsr-1024; Research Proj¬ 
ect No. RP-189. Jansky and Bailey. July, 1944. 

Mil Use of J'/S ratio in radio frequency pulse jamming 
tests and results of vulnerability studies of an ARB 
receiver using the Goodyear limiter. (Report No. 


1024-27.) Paul F. Hoffmann. OEMsr-1024; Proj¬ 
ect Nos. RP-189 and SC-93.01. Jansky and Bailey. 
July, 1945. 

M12 Vulnerability of radio receivers to jamming. (Final 
Report No. 1024-34.) Stuart L. Bailey and Delmer 
C. Ports. OEMsr-1024; Project Nos. RP-189, AC- 
203.01, NS-393.01 and others. Jansky and Bailey. 
December, 1945. 

211.2 Jamming Susceptibility of Communications Systems 

Ml A technique for conducting field jamming tests. 
(Report No. 966-50.) M. C. Francis. OEMsr-966; 
Project Nos. SC-95.08 and RP-272b. Bell Tele¬ 
phone Laboratories, Inc. April 20, 1945. 

211.21 American Sets 

Ml Memorandum concerning jamming vulnerability 
tests on six high-frequency amplitude modulated 
receivers. (Report No. 1024-21.) Paul F. Hoffmann. 
OEMsr-1024; Research Project No. RP-189. Jan¬ 
sky and Bailey. February, 1945. 

211.211 Mobile and Portable Sets 

Ml Tests made on Signal Corps receiver, BC-603-D. 
(Report No. 1024-4.) Oscar W. B. Reed, Jr. 
OEMsr-1024; Research Project No. RP-189. Jan¬ 
sky and Bailey. April, 1944. 

M2 Investigation of the vulnerability to jamming of 
the SCR-609-A radio set. (Report No. 1024-5.) 
Frank T. Mitchell, Jr. and Paul F. Hoffmann. 
OEMsr-1024; Research Project No. RP-189. Jan¬ 
sky and Bailey. May, 1944. 

M3 Investigation of the vulnerability to jamming of 
the SCR-300-A radio set. (Report No. 1024-9.) 
Paul F. Hoffmann. OEMsr-1024; Research Project 
No. RP-189. Jansky and Bailey. August, 1944. 

M4 Investigation of the vulnerability to jamming of 
the BC-342-N radio receiver, with supplement 
covering the BC-312-N receiver. (Report No. 1024- 
16.) Elmer H. Scheibe. OEMsr-1024; Research 
Project No. RP-189. Jansky and Bailey. Decem¬ 
ber, 1944. 

M5 Investigation of the vulnerability to jamming of 
the radio receiver BC-652-A. (Report No. 1024- 

18. ) Paul F. Hoffmann. OEMsr-1024; Research 
Project No. RP-189. Jansky and Bailey. January, 
1945. 

M6 Investigation of the vulnerability to jamming of 
the radio receiver BC-669-C. (Report No. 1024- 

19. ) Oscar W. B. Reed, Jr. OEMsr-1024; Research 
Project No. RP-189. Jansky and Bailey. January, 
1945. 

M7 Investigation of the vulnerability to jamming of 
the radio receiver BC-654-A. (Report No. 1024- 

20. ) Oscar W. B. Reed, Jr. OEMsr-1024; Research 
Project No. RP-189. Jansky and Bailey. January, 
1945. 

M8 Investigation of the operating characteristics of 
radio set SCR-536. (Report No. 1024-22.) Elmer 
H. Scheibe. OEMsr-1024; Research Project No. 




438 


DIVISION 15 • MICROFILM LIST 


RP-189. Jansky and Bailey. February, 1945. 

M9 Jamming characteristics of [the] AN/TRC-5 (XC-2) 
radio set. (Report No. 895-38.) Bertram A. Trevor. 
OEMsr-895; Project Nos. RP-460 and SC-93.02. 
Radio Corporation of America. May 29, 1945. 

M10 Investigation of the electrical characteristics and 
the vulnerability to jamming of the radio set 
SCR-511-B. (Report No. 1024-26.) Oscar W. B. 
Reed, Jr. OEMsr-1024; Project Nos. RP-189 and 
SC-93.01. Jansky and Bailey. June, 1945. 

Mil Electrical characteristics of radio set AN/TRC-8 
(XC-3). (Report No. 1024-31.) Elmer H. Scheibe. 
OEMsr-1024; Project Nos. RP-189, AC-293.01 and 
SC-93.01. Jansky and Bailey. September, 1945. 

211.212 Stationary Sets 

Ml Tests made on radio set AN/TRC-1 and associated 
equipment. (Report No. 1024-7.) Oscar W. B. 
Reed, Jr. and Elmer H. Scheibe. OEMsr-1024; 
Research Project No. RP-189. Jansky and Bailey. 
June, 1944. 

M2 Investigation of the vulnerability to jamming of 
the radio receiver BC-639-A. (Report No. 1024-11.) 
Oscar W. B. Reed, Jr. and Elmer H. Scheibe. 
OEMsr-1024; Research Project No. RP-189. Jan¬ 
sky and Bailey. September, 1944. 

M3 Susceptibility of American frequency-modulation 
communication equipment to jamming by me¬ 
chanical frequency modulation barrage jammers. 
Test of SCR-608, SCR-609 and SCR-808. (Report 
No. 966-32.) V. A. Douglas. OEMsr-966; Research 
Project No. RP-109. Bell Telephone Laboratories, 
Inc. September 1, 1944. 

211.213 Remote Control Sets 

Ml Investigation of the electrical characteristics and 
the vulnerability to jamming of the radio set 
AN/TRR-2. (Report No. 1024-29.) Oscar W. B. 
Reed, Jr. OEMsr-1024; Project Nos. RP-189 and 
SC-93.01. Jansky and Bailey. August, 1945. 

M2 Investigation of the vulnerability to jamming of 
the AN/SRW-2 (XA-1) receiver. (Report No. 1024- 
33.) Stuart L. Bailey. OEMsr-1024; Project Nos. 
RP-189, AC-293.01, SC-93.01 and NS-393.01. Jan¬ 
sky and Bailey. October, 1945. 

211.214 Airborne Sets 

Ml The vulnerability to jamming of radio receiver 
BC-624-AM. (Final Report No. 1024-12.) Oscar 
W. B. Reed, Jr. and Elmer H. Scheibe. OEMsr- 
1024; Research Project No. RP-189. Jansky and 
Bailey. September, 1944. 

M2 Investigation of the vulnerability to jamming of 
the 233-A radio set. (Report No. 1024-10.) Oscar 
W. B. Reed, Jr. and Elmer H. Scheibe. OEMsr- 
1024; Research Project No. RP-189. Jansky and 
Bailey. October, 1944. 

M3 Comparison of the vulnerability to jamming of 
three amplitude modulation aircraft service radio 
receivers. (Report No. 1024-13.) Oscar W. B. Reed, 


Jr. and Elmer H. Scheibe. OEMsr-1024; Research 
Project No. RP-189. Jansky and Bailey. October, 
1944. 

M4 Investigation of the vulnerability to jamming of 
the radio receiver BC-348-R. (Report No. 1024-14.) 
Paul F. Hoffmann. OEMsr-1024; Research Project 
No. RP-189. Jansky and Bailey. November, 1944. 
M5 Investigation of the vulnerability to jamming of 
the original and modified AN/ARC-1 radio set. 
(Report No. 1024-23.) Elmer H. Scheibe. OEMsr- 
1024; Research Project No. RP-189. Jansky and 
Bailey. March, 1945. 

M6 Investigation of the vulnerability to jamming of 
aircraft receiver. Model ARB. (Report No. 1024- 
25.) Paul F. Hoffmann. OEMsr-1024; Project 
Nos. RP-189 and SC-93.01. Jansky and Bailey. 
May, 1945. 

211.22 German Sets 

Ml A study of a particular scheme for communications 
jamming. (Technical Memorandum No. 411-23.) 
W. R. Rambo. OEMsr-411; Research Project No. 
RP-197. Harvard University, Radio Research 
Laboratory. November 1, 1943. 

M2 Vulnerability of the FuG 16 receiver to jamming 
of the Cigar type. (Report No. 1024-1.) Stuart L. 
Bailey. OEMsr-1024; Research Project No. RP- 
189. Jansky and Bailey. January, 1944. 

211.23 Japanese Sets 

Ml Jamming susceptibility of the Japanese Model 99, 
Type Hi-3 radio set. (Report No. 966-41.) G. J. 
Heinzelman and J. L. Lindner. OEMsr-966; Re¬ 
search Project No. RP-109. Bell Telephone Labo¬ 
ratories, Inc. November 13, 1944. 

M2 Jamming susceptibility of the Japanese meteoro¬ 
logical receiving set No. 775. (Report No. 966-42.) 
G. J. Heinzelman and J. L. Lindner. OEMsr-966; 
Research Project No. RP-109. Bell Telephone 
Laboratories, Inc. December 9, 1944. 

M3 Jamming susceptibility of the Japanese 99, Mark 4 
very high frequency radio set. (Report No. 966-45.) 
G. J. Heinzelman. OEMsr-966; Research Project 
No. RP-966. Bell Telephone Laboratories, Inc. 
January 20, 1945. 

M4 Jamming susceptibility of the Japanese 94, Mark 5 
receiver. (Report No. 966-46.) G. J. Heinzelman. 
OEMsr-966; Research Project No. RP-109. Bell 
Telephone Laboratories, Inc. February 7, 1945. 
M5 Jamming susceptibility of the Japanese radio set 
TM-305-C1. (Report No. 966-49.) G. J. Heinzel¬ 
man and E. O. Bernard. OEMsr-966; Research 
Project No. RP-109. Bell Telephone Laboratories, 
Inc. February 8, 1945. 

M6 Program of investigation in connection with the 
deception of high-frequency Japanese direction 
finders. (Report No. 1458-1.) H. Busignies, A. G. 
Richardson and others. OEMsr-1458; Project Nos. 
RP-445 and SC-95.16. Federal Telephone and 
Radio Corporation. June 12, 1945. 





DIVISION 15 • MICROFILM LIST 


439 


M7 Countermeasures against Japanese high-frequency 
direction finding. (Report No. 966-54.) K. L. 
Maurer. OEMsr-966; Project Nos. RP-422 and 
SC-95.16. Bell Telephone Laboratories, Inc. July 
7, 1945. 

M8 Investigation of the vulnerability to jamming of 
the Model 96, Mark 4E Japanese transmitter- 
receiver. (Report No. 1024-30.) Elmer H. Scheibe. 
OEMsr-1024; Project Nos. RP-109a, AC-295.10 and 
others. Jansky and Bailey. September, 1945. 

M9 Vulnerability study of Japanese Model B radio set. 
(Report No. 1024-32.) Paul F. Hoffmann. OEMsr- 
1024; Project Nos. RP-109a, AC-295.10 and others. 
Jansky and Bailey. September, 1945. 

211.3 Jamming Signals 

Ml Spark jammer experiments at Deal. (Report No. 
940-6.) L. E. Hunt. OEMsr-940; Research Proj¬ 
ect No. RP-199. Bell Telephone Laboratories, Inc. 
September 29, 1943. 

211.31 Frequency Modulation 

Ml Notes on the effectiveness of frequency modulation 
jamming signals. (Preliminary Report No. 778-3.) 
M. E. Campbell. [OEMsr-778,*] Research Project 
No. C-63. January 28, 1943. 

M2 Jamming. Notes relative to a type of jamming 
signal. (Preliminary Report No. 778-6.) A. D. 
Fowler. t OEMsr-778;] Research Project No. C-63. 
January 29, 1943. 

M3 The response of a detector to jittered slow fre¬ 
quency modulation. (Technical Memorandum No. 
411-29.) John H. Van Vleck. OEMsr-411; Re¬ 
search Project No. RP-182. Harvard University, 
Radio Research Laboratory. November 19, 1943. 
M4 Mechanical frequency modulation jammers. Effect 
of jittering. (Report No. 966-35.) W. A. Getchell, 
G. J. Heinzelman and J. L. Lindner. OEMsr-966; 
Research Project No RP-109. Bell Telephone 
Laboratories, Inc. September 1, 1944. 

211.32 Efficacy of Signals 

211.321 Radio Telegraph 

Ml Tests of effect of interference on radio telegraph 
reception. (Report No. 626-1.) D. K. Gannett. 
OEMsr-626. Western] Electric] Company, Inc. 
May 27, 1942. 

M2 Effect of resistance noise on intelligibility of tele¬ 
graph signals and speech. (Report No. 626-2.) 
D. K. Gannett. OEMsr-626. Western Electric 
Company, Inc. June 2, 1942. 

M3 Jamming signals for telegraph communication. 
(Report No. 966-18.) H. H. Benning. OEMsr- 
966. Bell Telephone Laboratories, Inc. Septem¬ 
ber 22, 1943. 

M4 Investigation of multicarrier homodyne signal for 
continuous-wave telegraph jamming. (Report No. 
966.26.) C. R. Englund. OEMsr-966; Research 


Project No. RP-109. Bell Telephone Laboratories, 
Inc. May 22, 1944. 

M5 Jamming of telegraphy. Keyed noise jamming sig¬ 
nals. (Report No. 936-3.) E. Labin, D. D. Grieg 
and R. B. Reade. OEMsr-936; Project Nos. RP- 
159 and NLS-613. Federal Telephone and Radio 
Corporation. July 25, 1944. 

M6 Simple noise generators for static-burst jamming. 
(Report No. 966-44.) R. L. Robbins. OEMsr-966; 
Research Project No. RP-148. Bell Telephone 
Laboratories, Inc. December 21, 1944. 

M7 The jamming effectiveness of a modified step tone 
jammer. (Report No. 1024-17.) Frank T. Mitchell, 
Jr. OEMsr-1024; Research Project No. RP-189. 
Jansky and Bailey. January, 1945. 

211.322 Radio Telephone 

Ml The effectiveness of various audio frequency noises 
in masking speech. D. K. Gannett. Research 
Project No. C-56. Bell Telephone Laboratories, 
Inc. August 25, 1942. 

M2 Study of interference generation. Final report on 
NDRC Project C-56. D. K. Gannett. Research 
Project No. C-56. Bell Telephone Laboratories, 
Inc. September 22, 1942. 

211.323 Pulse Modulation 

Ml Vulnerability of various pulse communication 
methods to resistance noise. (Preliminary Report 
No. 778-7.) W. H. Wise and K. C. Black. 
[OEMsr-778;] Research Project No. C-63. January 
30, 1943. 

M2 Jamming and antijamming investigation of a pulse 
phase modulation communication system. (Report 
No. 895-14.) John B. Atwood and Grant E. Han- 
sell. OEMsr-895; Research Project No. RP-123. 
Radio Corporation of America. February 16, 
1944. 

M3 Phase modulated vs frequency modulated pulse 
jamming of a pulse phase modulation communi¬ 
cation system. (Report No. 895-26.) John B. At¬ 
wood and Grant E. Hansell. OEMsr-895; Research 
Project No. RP-123. Radio Corporation of Amer¬ 
ica. August 7, 1944. 

M4 Pulse communications jamming and antijamming 
of pulse phase modulated and pulse frequency 
modulated systems. (Final Report No. 895-36.) 
John B. Atwood and Grant E. Hansell. OEMsr- 
895; Research Project No. RP-123. Radio Cor¬ 
poration of America. January 23, 1945. 

212 Antijamming 

212.1 Antijamming Systems 

212.11 Telephone 

Ml Elimination of enemy radar interference from 
SCR-522-A receiver BC-624-A. (Report No. 1045-1.) 
J. M. Hollywood. t OEMsr-1045.] Harvard Uni- 




440 


DIVISION 15 • MICROFILM LIST 


versity, American-British Laboratory. November 
16, 1943. 

M2 Study of method of decreasing susceptibility of 
frequency modulation receivers to continuous- 
wave jamming. (Report No. 1024-3.) Delmer C. 
Ports. OEMsr-1024; Research Project No. RP- 
189. Jansky and Bailey. March, 1944. 

M3 Antijamming characteristics of Beechnut. (Report 
No. 895-20.) Eugene R. Shenk, James A. Spencer 
and Elmer B. Anderson. OEMsr-895; Research 
Project No. RP-229. Radio Corporation of Amer¬ 
ica. April 15, 1944. 

M4 Instructions for use of narrow-band frequency 
modulation adapter for receiver BC-603-D. (Report 
No. 895-19.) Warren H. Bliss. OEMsr-895; Re¬ 
search Project No. RP-131. Radio Corporation of 
America. April 26, 1944. 

M5 Modification of BC-639-A receiver to reduce pulse 
interference. (Report No. 1045-8.) G. P. McCouch. 
OEMsr-1045. Harvard University, American- 
British Laboratory. May 17, 1944. 

M6 Pulse tests on receiver BC-624-A. (Preliminary Re¬ 
port No. 1024-6.) Oscar W. B. Reed, Jr. and 
Elmer H. Scheibe. OEMsr-1024; Research Project 
No. RP-189. Jansky and Bailey. June, 1944. 

M7 The advantage of clipping peak audio voltages 
prior to modulating when subjected to certain 
types of interference. (Report No. 1024-15.) Del¬ 
mer C. Ports. OEMsr-1024; Research Project No. 
RP-189. Jansky and Bailey. December, 1944. 

M8 The antijamming characteristics of frequency 
modulated receivers. (Report No. 1024-24.) Del¬ 
mer C. Ports. OEMsr-1024; Research Project No. 
RP-189. Jansky and Bailey. March, 1945. 

M9 [Thej Voflag impulse signaling system. (Report 
No. 895-39.) J. Ernest Smith, James A. Spencer 
and others. OEMsr-895; Project Nos. RP-229 and 
SC-93.03. Radio Corporation of America. Octo¬ 
ber 24, 1945. 

212.12 Telegraph 

Ml Radio communication system protected against 
interference. ([Report No.] 937-1.) (n.a.) t OEMsr- 
937.] Federal Telephone and Radio Corporation. 
February 19, 1943. 

M2 Antijamming effectiveness of vacuum tube limiter. 
(Report No. 966-24.) H. H. Benning. OEMsr-966; 
Research Project No. RP-109. Bell Telephone 
Laboratories, Inc. December 28, 1943. 

M3 Antijamming characteristics of printing telegraph 
systems. (Report No. 895-13.) James A. Spencer. 
OEMsr-895; Research Project No. RP-227. Radio 
Corporation of America. January 15, 1944. 

M4 Protected communication system. (Report No. 
937-2.) E. M. Delvraine(?) OEMsr-937; Research 
Project No. RP-124. Federal Telephone and 
Radio Corporation. April 28, 1944. 

M5 Radio communication system protected against in¬ 
terference. (Final Report No. 937-3.) H. Busignies, 
S. H. Dodington and others. OEMsr-937; Project 


Nos. RP-124 and AC-293.04. Federal Telephone 
and Radio Corporation. July 12, 1945. 

212.13 Miscellaneous Antijamming Problems 

Ml Antijamming facsimile transmission system. (Re¬ 
port No. 895-12.) C. N. Gillespie. OEMsr-895; 
Research Project No. RP-228. Radio Corporation 
of America. January 12, 1944. 

M2 The importance of removing pulse width varia¬ 
tions in a pulse frequency modulation communi¬ 
cation system. (Report No. 895-30.) John B. 
Atwood and Grant E. Hansell. OEMsr-895; Re¬ 
search Project No. RP-123. Radio Corporation of 
America. October 25, 1944. 

220 Radar Systems 

221 Jamming of Radar 

221.1 Theory 

Ml A study of jamming of radar systems. (Report No. 
2.) John F. Byrne and Roger J. Pierce. Research 
Project No. B-500. Harvard University, Radio 
Research Laboratory. July 6, 1942. 

M2 [Thej B-500 synthetic radar and jamming equip¬ 
ment for laboratory studies of jamming. (Report 
No. 31.) Roger J. Pierce. Research Project No. 
B-500. Harvard University, Radio Research Labo¬ 
ratory. April 10, 1943. 

M3 Note on the equivalent forms for the mean output 
of an unbiased linear rectifier subject to noise. 
(Technical Memorandum No. 411-41.) David 
Middleton. OEMsr-411; Research Project No. RP- 
181. Harvard University, Radio Research Labo¬ 
ratory. January 15, 1944. 

221.11 Radar Echoes 

Ml Preliminary considerations concerning radar echoes 
and radio countermeasures parameters in naval 
operations. (Technical Memorandum No. 411-106.) 
T. S. Kuhn. OEMsr-411; Research Project No. 
RP-299. Harvard University, Radio Research 
Laboratory. May 31, 1944. 

M2 Theory of ship echoes as applied to naval radio 
countermeasures operations. (Report No. 411-93.) 
T. S. Kuhn and Peter J. Sutro. OEMsr-411; Re¬ 
search Project No. RP-186. Harvard University, 
Radio Research Laboratory. July 14, 1944. 

M3 The Radio Research Laboratory E-2106 aural dop- 
pler attachment for the Mark 4 radar. (Report 
No. 411-170.) H. O. Anger. OEMsr-411; Research 
Project No. RP-406. Harvard University, Radio 
Research Laboratory. April 9, 1945. 

221.12 Signals and Noise 

Ml Side-band energy in a modulated wave. (Report 
No. 7.) Warren D. White. Harvard University, 
Radio Research Laboratory. November 27, 1942. 

M2 Spectra due to simultaneous amplitude and fre¬ 
quency modulation. (Technical Memorandum No. 



DIVISION 15 • MICROFILM LIST 


441 


411-26.) T. S. Kuhn and L. Hoffman. OEMsr- 
411; Research Project No. RP-217. Harvard Uni¬ 
versity, Radio Research Laboratory. November 
24, 1943. 

M3 The theoretical effect of integration on the visi¬ 
bility of weak signals through noise. (Report No. 
411-77.) Peter J. Sutro. OEMsr-411; Research 
Project No. RP-318. Harvard University, Radio 
Research Laboratory. February 4, 1944. 

M4 Reactance switching. A method of producing wide¬ 
band frequency modulation. (Technical Memo¬ 
randum No. 411-90.) J. W. Kearney. OEMsr-411; 
Research Project No. RP-203. Harvard University, 
Radio Research Laboratory. March 28, 1944. 

M5 Theory of the visual vs aural or meter reception 
of radar signals in the presence of noise. (Report 
No. 411-86.) John H. Van Vleck and David 
Middleton. OEMsr-411; Research Project No. 
RP-181. Harvard University, Radio Research 
Laboratory. May 5, 1944. 

M6 Note on the theory of square-law rectification of 
a modulated carrier in the presence of noise. (Re¬ 
port No. 411-86A.) David Middleton. OEMsr-411; 
Research Project No. RP-181. Harvard University, 
Radio Research Laboratory. July 12, 1944. 

M7 [Thej Flying Dutchman. E A] modification of search 
radar to provide target-complexity indication. 
(Report No. 411-188.) E. R. Brill and Ralph H. 
Hoglund. OEMsr-411; Project Nos. RP-406J and 
NA-180. Harvard University, Radio Research 
Laboratory. May 21, 1945. 

221.13 Miscellaneous Research 

Ml Notes on power required for noise jamming. (Re¬ 
port No. 44.) F. E. Terman and Warren D. 
White. Harvard University, Radio Research Labo¬ 
ratory. June 18, 1943. 

M2 Radio countermeasures against radar blind bomb¬ 
ing equipment. (Report No. 411-228.) W. Hamer- 
mesh and Robert Weinstock. OEMsr-411; Project 
Nos. RP-474 and SC-98.10. Harvard University, 
Radio Research Laboratory. September 5, 1945. 
M3 Experimental determination of formation factor. 
(Report No. 411-278.) J. F. Youngblood and B. M. 
Kuck. OEMsr-411; Research Project No. RP-299. 
Harvard University, Radio Research Laboratory. 
October 22, 1945. 

M4 Techniques of still and motion picture photog¬ 
raphy of radar screens. (Report No. 411-276.) 
C. Gray and S. W. Athey. OEMsr-411. Harvard 
University, Radio Research Laboratory. February 
5, 1946. 

221.2 Susceptibility of Radar Systems to Jamming 

Ml Jamming studies of 10-cm radar systems. (Report 
No. 41.) Ellis W. Shuler, Jr., J. J. Livingood and 
J. H. Woodruff, II. Research Project No. A-1200. 
Harvard University, Radio Research Laboratory. 
July 9, 1943. 


221.21 Airborne 

Ml The susceptibility to jamming of the Navy ASVC, 
or the Army SCR-521-A radar. (Preliminary Re¬ 
port No. 36.) Oswald G. Villard, Jr. and S. F. 
Kaisel. Research Project No. E-300. Harvard Uni¬ 
versity, Radio Research Laboratory. May 31, 1943. 
M2 The susceptibility to jamming of the Navy ASG/ 
Army SCR-617. (Report No. 42.) J. H. Woodruff, 
II. Research Project No. L-400. Harvard Univer¬ 
sity, Radio Research Laboratory. June 22, 1943. 
M3 The susceptibility to jamming of the SCR-717-B. 
(Preliminary Report No. 411-72.) J. H. Wood¬ 
ruff, II. OEMsr-411; Research Project No. RP- 
277. Harvard University, Radio Research Labo¬ 
ratory. December 15, 1943. 

M4 The susceptibility of the SCR-720-A to jamming. 
(Report No. 411-183.) J. H. Woodruff, II. 
OEMsr-411; Project Nos. RP-367 and SCR-720A. 
Harvard University, Radio Research Laboratory. 
April 26, 1945. 

M5 Antijamming study of AN/APQ-5B laboratory at¬ 
tachment. (Report No. 411-205.) F. P. Cowan, 
K. A. Davis and J. H. Woodruff, II. OEMsr-411; 
Project Nos. RP-452 and AC-292.03. Harvard 
University, Radio Research Laboratory. June 15, 
1945. 

M6 The susceptibility to jamming of the AN/APG-1 
radar. (Report No. 411-214.) J. H. Woodruff, II 
and F. P. Cowan. OEMsr-411; Projects Nos. RP- 
368 and AC-292.03. Harvard University, Radio 
Research Laboratory. July 5, 1945. 

M7 Jamming susceptibility of the AN/APS-4, ASH, 
radar and the APA-16 bombing attachment. (Re¬ 
port No. 411-215.) Ralph H. Hoglund. OEMsr- 
411; Project Nos. RP-411, NA-219 and others. 
Harvard University, Radio Research Laboratory. 
July 14, 1945. 

M8 Jamming tests on AN/APG-4 aircraft radar equip¬ 
ment. (Report No. 1305-22.) Judson Mead and 
Edmond W. Westrick. OEMsr-1305; Research 
Project No. RP-334. Airborne Instruments Labo¬ 
ratory, Inc. August 31, 1945. 

M9 Proposed field tests of AN/APS-4 radar. (Report 
No. 411-245.) Ralph H. Hoglund and F. P. Cowan. 
OEMsr-411; Project Nos. RP-411 and NA-219. 
Harvard University, Radio Research Laboratory. 
September 12, 1945. 

221.22 Shipboard 

Ml The susceptibility to jamming of the Navy Mark 
IV (FD) radar. (Preliminary Report No. RRL-53.) 
D. R. Scheuch and S. F. Kaisel. Research Project 
No. E-500. Harvard University, Radio Research 
Laboratory. September 9, 1943. 

M2 Summary of antijamming developments for ASB 
radar systems. (Report No. 411-178.) R. E. Kell. 
OEMsr-411; Project Nos. RP-223 and NA-159. 
Harvard University, Radio Research Laboratory. 
April 15, 1945. 




442 


DIVISION 15 • MICROFILM LIST 


221.23 Ground 

Ml The susceptibility to jamming of the SCR-268. 
(Preliminary Report No. 24.) Oswald G. Villard, 
Jr. Research Project No. E-200. Harvard Uni¬ 
versity, Radio Research Laboratory. February 27, 
1943. 

M2 Antijamming wiring changes in SCR-268. (Report 
No. 411-118.) Richard S. O’Brien and W. Y. Pan. 
OEMsr-411; Research Project No. RP-171. Har¬ 
vard University, Radio Research Laboratory. Oc¬ 
tober 26, 1944. 

M3 Summary of antijamming developments for the 
SCR-268 radar system. (Report No. 411-179.) W. Y. 
Pan and Richard S. O’Brien. OEMsr-411; Project 
Nos. RP-171 and SC-92.07. Harvard University, 
Radio Research Laboratory. May 2, 1945. 

M4 Antijamming evaluation of AN/TPL-1. (Report 
No. 411-219.) H. O. Anger. OEMsr-411; Project 
Nos. RP-453 and SC-92.11. Harvard University, 
Radio Research Laboratory. August 1, 1945. 

M5 The susceptibility to jamming of the SCR-545. 
(Report No. 411-231.) J. H. Woodruff, II, H. O. 
Anger and K. A. Davis. OEMsr-411; Project Nos. 
RP-475 and SC-92.12. Harvard University, Radio 
Research Laboratory. September 5, 1945. 

221.3 Laboratory Studies of Jamming 

221.31 Laboratory Testing 

Ml Measurements of jamming effectiveness. (Report 
No. 411-250.) R. L. Henkel, T. S. Kuhn and 
others. OEMsr-411; Project Nos. AC-294.12 and 
RP-338. Harvard University, Radio Research 
Laboratory. September 21, 1945. 

M2 Laboratory studies of jamming effectiveness. (Re¬ 
port No. 411-248.) Donald W. Taylor. OEMsr- 
411; Project Nos. AC-296.01, RP-103 and others. 
Harvard University, Radio Research Laboratory. 
October 17, 1945. 

221.32 Type A Presentation 

Ml Jamming of the Type A presentation with sine 
wave amplitude modulation, noise amplitude 
modulation, and with Dina. (Report No. 55.) 
Donald W. Taylor and D. A. Peterson. Research 
Project No. K-400. Harvard University, Radio 
Research Laboratory. September 23, 1943. 

M2 Jamming of the Type A presentation with sine 
wave frequency modulation, noise frequency mod¬ 
ulation, and with various combinations of fre¬ 
quency modulation and amplitude modulation. 
(Report No. 411-65.) Donald W. Taylor and D. A. 
Peterson. OEMsr-411; Research Project No. RP- 
186. Harvard University, Radio Research Labo¬ 
ratory. November 26, 1943. 

M3 The effectiveness of amplitude modulation, fre¬ 
quency modulation, and Dina jamming of the 
Type A presentation as a function of i-f and of 
video overloading. (Report No. 411-71.) Donald 
W. Taylor. OEMsr-411; Research Project No. 


RP-186. Harvard University, Radio Research 
Laboratory. January 12, 1944. 

M4 Jamming of the Type A presentation with periodic 
pulses and with random pulses. (Report No. 411 - 
75.) Donald W. Taylor and James M. Moran. 
OEMsr-411; Research Project No. RP-186. Har¬ 
vard University, Radio Research Laboratory. 
January 25, 1944. 

221.33 Type B Presentation (Projection) 

Ml Jamming of the Type B presentation. (Report No. 
411-80.) Donald W. Taylor and James M. Moran. 
OEMsr-411; Research Project No. RP-186. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 21, 1944. 

M2 The effectiveness of jamming of the Type B 
presentation as a function of i-f and of video 
overloading. (Report No. 411-85.) Donald W. 
Taylor. OEMsr-411; Research Project No. RP-186. 
Harvard University, Radio Research Laboratory. 
March 27, 1944. 

221.4 Field Tests of Jamming 

Ml Synthetic giant Wurzburg. (Report No. 411-81.) 
F. P. Cowan. OEMsr-411; Research Project No. 
RP-179. Harvard University, Radio Research 
Laboratory. March 15, 1944. 

M2 Synthetic giant Wurzburg. Antenna modification. 
(Report No. 411-81 A.) J. F. Youngblood. OEMsr- 
411; Research Project No. RP-179. Harvard Uni¬ 
versity, Radio Research Laboratory. June 22, 
1944. 

M3 Modification of SCR-648 to simulate German 
Wurzburgs. (Report No. 411-110.) D. R. Scheuch. 
OEMsr-411; Research Project No. RP-343. Har¬ 
vard University, Radio Research Laboratory. Oc¬ 
tober 11, 1944. 

M4 Modification of ASC-1 for dual polarization opera¬ 
tion. (Report No. 411-141.) D. R. Scheuch. 
OEMsr-411; Research Project No. RP-406. Har¬ 
vard University, Radio Research Laboratory. De¬ 
cember 21, 1944. 

M5 Airborne jamming tests against aircraft intercep¬ 
tion radars. (Report No. 411-226.) John J. 
Wittkopf. OEMsr-411; Project Nos. NA-224 and 
RP-459. Harvard University, Radio Research 
Laboratory. August 11, 1945. 

M6 The P-102 pulse amplitude recorder and time 
marker. (Report No. 411-257.) Raymond K. Ver¬ 
million. OEMsr-411; Research Project No. RP- 
299. Harvard University, Radio Research Labo¬ 
ratory. September 28, 1945. 

222 Antijamming of Radar 

Ml Fundamentals of radar antijamming. Report of 
Antijamming Practices Panel. (Handbook No. 
HB-1.) (n.a.) MIT Radiation Laboratory, Naval 

Research Laboratory and other institutions, (n.d.) 





DIVISION 15 • MICROFILM LIST 


443 


222.1 


Electronic Antijamming 

Ml Antijamming doctoring of FD radar. (Technical 
Memorandum No. 411-51.) Richard S. O’Brien. 
OEMsr-411; Research Project No. RP-214. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 2, 1943. 

M2 Suggested antijamming video amplifiers for SCR- 
717-B. (Technical Memorandum No. 411-33.) J. H. 
Woodruff, II. OEMsr-411. Harvard University, 

Radio Research Laboratory. January 19, 1944. 

M3 The improvement in minimum detectable signal 
in noise through the use of the long afterglow 
cathode-ray tube and through photographic inte¬ 
gration, with a discussion of the resulting increase 
in maximum range of early warning radar sys¬ 
tems. (Report No. 411-84.) E. R. Brill. OEMsr- 
411; Research Project No. RP-318. Harvard Uni¬ 
versity, Radio Research Laboratory. February 8, 

1944. 

M4 Plug-in antijamming high-pass filter. (Technical 
Memorandum No. 411-56.) H. O. Anger. OEMsr- 
411; Research Project No. RP-224. Harvard Uni¬ 
versity, Radio Research Laboratory. February 18, 

1944. 

M5 Preliminary operating instructions for E-1610 230 

plug-in antijamming high-pass filter. (Instruction 
Book No. 411-IB-24.) (n.a.) Harvard University, 

Radio Research Laboratory. March 16, 1944. 

M6 Antijamming practice for fire control radar sys¬ 
tems. (Technical Memorandum No. 411-87.) H. O. 

Anger. OEMsr-411; Research Project No. RP-224. 
Harvard University, Radio Research Laboratory. 

March 23, 1944. 231 

M7 [Thej E-512 detuning device for Navy Mark 3 and 
Mark 4 and Army SCR-296-A radars. (Technical 
Memorandum No. 411-117.) H. O. Anger and 
Richard S. O’Brien. OEMsr-411; Research Project 
No. RP-224. Harvard University, Radio Research 
Laboratory. May 19, 1944. 

M8 Results of the field jamming tests and laboratory 
tests of the replacement video amplifier for the 
SCR-717-B. (Report No. 411-46.) J. H. Woodruff, 

II. OEMsr-411; Research Project No. RP-277. 
Harvard University, Radio Research Laboratory. 
August 15, 1944. 

M9 The use of lobe switching in transmission only, 
as an antijamming measure. (Report No. 411-112.) 

E. R. Brill and F. P. Cowan. OEMsr-411; Research 
Project No. RP-318. Harvard University, Radio 
Research Laboratory. October 20, 1944. 

M10 Supplemental instruction book for installing the 
Navy Type CAOS-50 AEY i-f to video converter 
on the SCR-296 radar. (Instruction Book No. 

411-IB-56.) H. O. Anger. OEMsr-411; Research 
Project No. RP-224. Harvard University, Radio 
Research Laboratory. October 26, 1944. 

Mil Preliminary operating instructions for E-410/12 
plug-in antijamming high-pass filter and receiver 
antijamming modification. (Instruction Book No. 

411-IB-14.) R. E. Kell. OEMsr-411; Research 


Project No. RP-223. Harvard University, Radio 
Research Laboratory. January 18, 1945. 

M12 [Some] i-f circuit modifications of SCR-268. (Re¬ 
port No. 411-164.) W. Y. Pan. OEMsr-411; Re¬ 
search Project No. RP-171. Harvard University, 
Radio Research Laboratory. March 23, 1945. 

M13 An antijamming measure for use against circularly 
polarized jamming. (Report No. 411-207.) J. H. 
Woodruff, II, A. Keck and Richard S. O’Brien. 
OEMsr-411; Project Nos. AC-292.01, NA-218 and 
RP-214. Harvard University, Radio Research 
Laboratory. June 20, 1945. 

Confusion Antijamming 

Ml Identification of naval spoofs. (Report No. 411- 
129.) Lewis R. Roller. OEMsr-411; Research 
Project No. RP-258. Harvard University, Radio 
Research Laboratory. November 29, 1944. 

M2 Analysis for a possible antijamming system against 
Window. (Report No. 411-128.) David Middleton 
and Peter J. Sutro. OEMsr-411; Research Project 
No. RP-182. Harvard University, Radio Research 
Laboratory. December 9, 1944. 

Electronic Jamming 

Ml The calculation of the effectiveness of electronic 
jamming of radar controlled flak and searchlights. 
(Report No. 411-251.) David A. Park and R. D. 
Sard. OEMsr-411; Project Nos. RP-299, AC-294.22 
and SC-94.22. Harvard University, Radio Research 
Laboratory. November 16, 1945. 

Barrage Jamming 

Ml Notes on the efficacy of a series of pulses for bar¬ 
rage jamming. (Report No. 32.) John H. Van 
Vleck. Research Project No. G-200. Harvard Uni¬ 
versity, Radio Research Laboratory. April 16, 

1943. 

M2 The spectra of noise modulated waves and their 
relative efficiencies for barrage jamming. (Report 
No. 29.) David Middleton. Research Project No. 
G-100. Harvard University, Radio Research Labo¬ 
ratory. April 23, 1943. 

M3 Four types of frequency modulation and their pos¬ 
sible use for radar and communication jamming. 
(Report No. 56.) David Middleton and M. Stein¬ 
berg. Research Project No. G-300. Harvard Uni¬ 
versity, Radio Research Laboratory. September 
23, 1943. 

M4 Radio frequency requirements of barrage jamming. 
(Report No. 940-8.) W. J. Albersheim. OEMsr- 
940; Research Project No. RP-235. Bell Telephone 
Laboratories, Inc. October 20, 1943. 

M5 Study of airborne barrage jamming systems at 
frequencies of 27 to 42 megacycles. (Report No. 
966-36.) W. J. Albersheim, V. A. Douglas and 
others. OEMsr-966; Research Project No. RP-150. 
Bell Telephone Laboratories, Inc. November 10, 

1944. 

M6 Barrage communications jamming studies and de- 


222.2 



444 


DIVISION 15 • MICROFILM LIST 


velopment. (Final Report No. 940-21.) M. J. 
Kelly. OEMsr-940; Research Project Nos. RP-132, 
RP-150 and others. Bell Telephone Laboratories, 
Inc. February 20, 1945. 

232 Spot Frequency Jamming 

Ml Monitoring and tracking. (Report No. 895-8.) 
W. A. Anderson. OEMsr-895; Research Project 
No. RP-263. Radio Corporation of America. 
October 26, 1943. 

M2 Airborne spot jamming system study. (Report No. 
966-27.) W. C. Babcock, R. L. Robbins and others. 
OEMsr-966; Research Project No. RP-358. Bell 
Telephone Laboratories, Inc. April 27, 1944. 

M3 Preliminary design of airborne multiple spot jam¬ 
ming system. (Report No. 993-2.) E. R. Taylor. 
OEMsr-993; Research Project No. RP-122. Bell 
Telephone Laboratories, Inc. August 23, 1944. 

M4 Spot frequency jamming techniques. (Report No. 
411-122.) F. P. Cowan. OEMsr-411. Harvard 
University, Radio Research Laboratory. Novem¬ 
ber 6, 1944. 

M5 An antijamming measure for setting-on receivers. 
(Report No. 411-167.) J. H. Woodruff, II. 
OEMsr-411; Research Project No. RP-447. Har¬ 
vard University, Radio Research Laboratory. 
March 26, 1945. 

M6 Listening-through and jammer alignment systems. 
(Final Report No. 993-3.) E. R. Taylor. OEMsr- 
993; Project Nos. RP-122, SC-95.11 and NS-128. 
Bell Telephone Laboratories, Inc. June 8, 1945. 

240 Confusion Reflectors 

241 Window 

Ml Analysis of Window and related matters. (Report 
No. 4.) L. J. Chu. Research Project No. A-400. 
Harvard University, Radio Research Laboratory. 
October 22, 1942. 

M2 Recent research on Window. (Report No. 50.) 
F. L. Whipple and W. W. Farley. Research Proj¬ 
ect No. G-500. Harvard University, Radio Re¬ 
search Laboratory. July 1, 1943. 

M3 Window tests at Florosa Field and Camp Davis. 
(Special Report No. 931-1.) H. C. Pollock and 
F. L. Whipple. OEMsr-931. General Electric 
Company. July 6, 1943. 

M4 The usefulness of long-persistence screens as a 
countermeasure against Window. ([Technical 
Memorandum] No. 411-32.) E. R. Brill. OEMsr- 
411; Research Project No. RP-318. Harvard Uni¬ 
versity, Radio Research Laboratory. November 
26, 1943. 

M5 Review of Window. (Report No. 411-91.) Gerard 
P. Kuiper. OEMsr-411; Research Project No. 
RP-103. Harvard University, Radio Research 
Laboratory. May 30, 1944. 

M6 A condensed summary of the present status of 
Window development at Radio Research Labora¬ 
tory. (Report No. 411-106.) F. L. Whipple. 


OEMsr-411; Research Project No. RP-103. Har¬ 
vard University, Radio Research Laboratory. Oc¬ 
tober 2, 1944. 

M7 Window developments. (Report No. 411-236.) 
Felix Bloch, A. T. Goble and others. OEMsr-411; 
Project Nos. RP-103, AC-69 and others. Harvard 
University, Radio Research Laboratory. December 
4, 1945. 

M8 Experimental Window research. (Report No. 867- 
9.) Robert Serrell, Edgar C. Hayden and Bernard 
Erde. OEMsr-867; Project Nos. RP-406-G and 
SC-96.01. Columbia Broadcasting System, Inc 
February, 1946. 

241.1 Chaff 

Ml A study of Chaff echoes at 515 me. (Report No. 
411-73.) Gerard P. Kuiper. OEMsr-411; Research 
Project No. RP-257. Harvard University, Radio 
Research Laboratory. December 19, 1943. 

M2 Results of Chaff tests at Florosa [Field, Florida] 
December 13 to 20, 1943 and January 18, 1944. 
(Technical Memorandum No. 411-108.) Edited 
by: J. Levine. OEMsr-411; Research Project No. 
RP-103. Harvard University, Radio Research 
Laboratory. April 5, 1944. 

M3 Return cross sections from random oriented reso¬ 
nant half-wave length Chaff. (Technical Memo¬ 
randum No. 411-127.) Felix Bloch, Morton 
Hamermesh and M. Phillips. OEMsr-411; Re¬ 
search Project No. RP-257. Harvard University, 
Radio Research Laboratory. June 19, 1944. 

M4 The dependence of the response of microwave 
Chaff on polarization and angle of elevation. 
(Technical Memorandum No. 411-126.) R. D. 
Sard and L. Hoffman. OEMsr-411; Research Proj¬ 
ect No. RP-257. Harvard University, Radio Re¬ 
search Laboratory. June 22, 1944. 

M5 Theory of the radar response of Chaff. (Report 
No. 411-103.) John H. Van Vleck, Felix Bloch 
and Morton Hamermesh. OEMsr-411; Research 
Project No. RP-406. Harvard University, Radio 
Research Laboratory. October 13, 1944. 

M6 Estimate of square sheet echo cross-section. Theo¬ 
retical evaluation of broadside echoes from cir¬ 
cular cylinder for perpendicular polarization. 
(Report No. 411-125.) Robert Weinstock. OEMsr- 
411; Research Project No. RP-406. Harvard Uni¬ 
versity, Radio Research Laboratory. November 
14, 1944. 

M7 Probability calculations on Chaff clouds, protecting 
against MC-382 fuzes. (Report No. 411-174.) Felix 
Bloch. OEMsr-411; Research Project No. RP-406. 
Harvard University, Radio Research Laboratory. 
April 20, 1945. 

241.2 Rope 

Ml Echoing properties of long strips and separate and 
tied resonant strips. (Report No. T-1548.) (n.a.) 

OSRD Liaison Office No. II-5-7396(S). [Telecom- 




DIVISION 15 • MICROFILM LIST 


445 


munications Research Establishment, Great Brit¬ 
ain.] September 30, 1943. 

M2 Concerning the use of metallized Ropes as con¬ 
fusion reflectors. (Technical Memorandum No. 
411-28.) Eugene Fubini and Morton Hamermesh. 
OEMsr-411; Research Project No. RP-257. Har¬ 
vard University, Radio Research Laboratory. Oc¬ 
tober 27, 1943. 

M3 Reflection of long Ropes. (Technical Memorandum 
Nos. 411-100 and -100A.) Felix Bloch, Morton 
Hamermesh and M. Phillips. OEMsr-411; Re¬ 
search Project No. RP-257. Harvard University, 
Radio Research Laboratory. April 14 and June 1, 
1944. 

M4 Equivalent radius of thin cylindrical antennas. 
(Technical Memorandum No. 411-125.) Felix 
Bloch and Morton Hamermesh. OEMsr-411; 
Research Project No. RP-257. Harvard University, 
Radio Research Laboratory. June 20, 1944. 

M5 Balloon-supported Ropes. (Technical Memoran¬ 
dum No. 411-133.) H. C. Pollock. [OEMsr-411;] 
Research Project No. RP-257. Harvard University, 
Radio Research Laboratory. June 26, 1944. 

M6 Field tests of Ropes. (Technical Memorandum 
No. 411-136.) Arthur W. Tyler. OEMsr-411; Re¬ 
search Project No. RP-406. Harvard University, 
Radio Research Laboratory. August 1, 1944. 

M7 The reflection of electromagnetic waves by long 
wires and non-resonant cylindrical conductors. 
(Report No. CRB-45/49.) J. M. C. Scott and 
T. Pearcey. OSRD Liaison Office No. WR-1459. 
[Radar Research and Development Establishment, 
Great Britain.] November 16, 1944. 

241.3 Angels 

Ml Project Angels. An investigation of folding corner 
reflectors. (Report No. 931-4.) W. K. Kearsley. 
OEMsr-931; Research Project No. RP-258. Gen¬ 
eral Electric Company. September 7, 1943. 

M2 Radar echoes from Angels obtained at Florosa 
[Field, Florida]. (Technical Memorandum No. 411- 
91.) H. C. Pollock and J. Levine. OEMsr-411; 
Research Project No. RP-258. Harvard Univer¬ 
sity, Radio Research Laboratory. March 27, 1944. 

M3 Echo characteristics of three reflectors at 565 me. 
(Technical Memorandum No. 411-109.) H. C. 
Pollock. OEMsr-411; Research Project No. RP- 
258. Harvard University, Radio Research Labo¬ 
ratory. April 1, 1944. 

M4 Echoes from Angels at 565 me obtained at Florosa 
[Field, Florida]. (Technical Memorandum No. 
411-131.) J. Levine. OEMsr-411; Research Proj¬ 
ect No. RP-258. Harvard University, Radio Re¬ 
search Laboratory. July 7, 1944. 

M5 Misdirection of lobed radar by mechanical means. 
(Report No. 411-224.) Robert Weinstock. OEMsr- 
411; Project Nos. RP-406e and AC-296.01. Har¬ 
vard University, Radio Research Laboratory. 
August 7, 1945. 


M6 Corner reflectors, Angels. (Report No. 931-27.) 
W. K. Kearsley. OEMsr-931; Project Nos. RP-258, 
SC-96.02 and NA-180. General Electric Company. 
September 26, 1945. 

241.31 Reflection Patterns 

Ml Angel at 515 me. Reflection patterns. (Report No. 
759-16.) George Sinclair and Robert B. Jacques. 
OEMsr-759; Research Project No. RP-269. Ohio 
State University. February 14, 1944. 

M2 Angel at 360 me. Reflection patterns. (Report No. 
759-17.) Robert B. Jacques. OEMsr-759; Research 
Project No. RP-269. Ohio State University. Feb¬ 
ruary 18, 1944. 

M3 Angel at 1000 me. Reflection patterns. (Report No. 
759-19.) Robert B. Jacques. OEMsr-759; Research 
Project No. RP-269. Ohio State University. Feb¬ 
ruary 18, 1944. 

M4 Angel at 410 me. Reflection patterns. (Report No. 
759-18.) Robert B. Jacques. OEMsr-759; Research 
Project No. RP-269. Ohio State University. Feb¬ 
ruary 20, 1944. 

M5 Reflection measurements on wire grids and mesh 
Angels at 2000 and 3000 me. (Report No. 759-25.) 
George Sinclair and Robert B. Jacques. OEMsr- 
759; Research Project No. RP-269. [Ohio State 
University.] August 16, 1944. 

241.4 Window Problems 

Ml Propeller modulation detection. (Technical Memo¬ 
randum No. 411-25.) D. R. Scheuch. OEMsr-411; 
Research Project No. RP-213. Harvard Univer¬ 
sity, Radio Research Laboratory. November 3, 
1943. 

242 Underwater Confusion Devices 

Ml Theory of reduction of submarine echoes by shield¬ 
ing screens. (Report No. 411-99.) Robert Wein¬ 
stock. OEMsr-411; Research Project No. RP-406. 
Harvard University, Radio Research Laboratory. 
October 3, 1944. 

243 Equipment Relative to Confusion Reflectors 

Ml Wide-band ultra high frequency amplifier, D-1410. 
(Report No. 411-102.) John P. Woods and R. O. 
Petrich. OEMsr-411; Research Project No. RP- 
210. Harvard University, Radio Research Labo¬ 
ratory. September 22, 1944. 

M2 Flight tests of G-1151 dispenser. (Report No. 411- 
199.) D. A. Peterson. OEMsr-411; Project Nos. 
RP-406 and AC-71. Harvard University, Radio 
Research Laboratory. June 5, 1945. 

250 Navigational Systems Jamming 

Ml The vulnerability of loran to radio counter¬ 
measures. (Report No. 20.) A. Earl Cullum, Jr. 
and D. A. Peterson. Research Project No. K-100. 
Harvard University, Radio Research Laboratory. 
February 15, 1943. 




446 


DIVISION 15 • MICROFILM LIST 


M2 The blanket system. (Report No. 895-40.) H. O. 
Peterson, Warren H. Bliss and others. OEMsr-895; 
Research Project No. RP-252. [Radio Corpora¬ 
tion of America.] October 3, 1945. 

M3 Countermeasures and anticountermeasures for 
radio navigation aids. Survey of basic technical 
considerations. (Report No. 966-55.) K. L. Maurer. 
OEMsr-966; Project Nos. RP-422 and SC-95.16. 
Bell Telephone Laboratories, Inc. October 15, 
1945. 

260 Jamming of Specific Devices 

261 Altimeters 

Ml Jamming the German FG-101, FG-101A t and] 
FG-103 radio altimeters. (Technical Memorandum 
No. 411-99.) Donald Foster. OEMsr-411; Re¬ 
search Project No. RP-299. Harvard University, 
Radio Research Laboratory. March 22, 1944. 

M2 Jamming tests of frequency modulated radio al¬ 
timeters. (Report No. 1305-12.) Judson Mead. 
OEMsr-1305; Project Nos. RP-334 and NS-393.05. 
Airborne Instruments Laboratory, Inc. April 30, 

1945. 

262 Proximity Fuzes 

Ml Repeater jamming of proximity fuzes. (Report No. 
1305-26.) Russell R. Yost, Jr. and Walter E. 
Tolies. OEMsr-1305; Project Nos. RP-117, SC- 
98.07 and NA-109. Airborne Instruments Labo¬ 
ratory, Inc. January 27, 1946. 

M2 Countermeasures against radio proximity fuzes for 
rotated projectiles. (Report No. 1305-27.) Russell 
R. Yost, Jr. and Walter E. Tolies. OEMsr-1305; 
Project Nos. RP-117, SC-98.07 and NA-109. Air¬ 
borne Instruments Laboratory, Inc. March 20, 

1946. 

263 Guided Missiles 

(See also: 830) 

Ml AN/ARQ-8 equipment as a countermeasure for 
German guided missiles. (Technical Memorandum 
No. 411-68.) Compiled by: Oswald G. Villard, Jr. 
and Barbara Bacorn. OEMsr-411; Research Proj¬ 
ect Nos. RP-250 and RP-267. Harvard University, 
Radio Research Laboratory. May 16, 1944. 

M2 Antijamming study of Navy RHB radio set. (Re¬ 
port No. 411-131.) F. P. Cowan, Ralph H. Hog- 
lund and D. R. Scheuch. OEMsr-411; Research 
Project No. RP-355. Harvard University, Radio 
Research Laboratory. November 17, 1944. 

M3 Shipboard jamming equipment. Type MAS. (Re¬ 
port No. 1305-3.) R. F. Schulz, D. M. Miller and 
E. W. Adams. OEMsr-1305; Research Project 
No. RP-395. Airborne Instruments Laboratory, 
Inc. January 2, 1945. 

M4 Antijamming study of Mark 31 receiver. Bat. (Re¬ 
port No. 411-146.) F. P. Cowan, Ralph H. Hog- 
lund and D. R. Scheuch. OEMsr-411; Research 


Project No. RP-436. Harvard University, Radio 
Research Laboratory. January 19, 1945. 

M5 Handbook of instructions for Model MAS radio 
transmitting and receiving equipment. (Report 
No. 1305-5.) (n.a.) OEMsr-1305; Research Proj¬ 

ect No. RP-395. Airborne Instruments Laboratory, 
Inc. February 12, 1945. 

M6 AN/GRQ-1 jamming equipment. (Report No. 
1305-13.) Orrin W. Towner, Jay W. Wright and 
others. OEMsr-1305; Project Nos. RP-420a and 
SC-95.12. Airborne Instruments Laboratory, Inc. 
May 31, 1945. 

M7 AN/SRQ-1 multichannel jamming equipment. 
(Report No. 1305-17.) Otto H. Schmitt, R. G. 
Madsen and others. OEMsr-1305; Project Nos. 
RP-389, NA-109 and NS-395.04. Airborne Instru¬ 
ments Laboratory, Inc. August 31, 1945. 

M8 AN/ARQ-11 and AN/SRQ-11 (XN-1) jamming 
equipment. (Report No. 1305-18.) J. N. Fricker, 
Otto H. Schmitt and others. OEMsr-1305; Project 
Nos. RP-419a, SC-95.14 and others. Airborne In¬ 
struments Laboratory, Inc. August 31, 1945. 

263.1 Magnetic Recorders 

Ml Handbook of instructions t for the] magnetic tape 
recorder, Serial 4, 5 and 6. (Report No. 1305-7.) 
(n.a.) OEMsr-1305; Research Project No. RP-361. 
Airborne Instruments Laboratory, Inc. April 4, 
1945. 

M2 Handbook of instructions t for the] magnetic tape 
recorder. Serial 1, 2 and 3. (Report No. 1305-9.) 
(n.a.) OEMsr-1305; Project Nos. RP-361, SC-98.07 
and NA-109. Airborne Instruments Laboratory, 
Inc. May 5, 1945. 

M3 Peter Pan jamming system and magnetic tape re¬ 
corders. (Report No. 1305-16.) Reuben A. Isberg 
and E. W. Adams, Jr. OEMsr-1305; Project Nos. 
RP-361, SC-98.07, NA-109 and NS-391.02. Air¬ 
borne Instruments Laboratory, Inc. August 31, 
1945. 

300 RADIO COUNTERMEASURE EQUIPMENT 

310 Receivers 

Ml Summary of Radio Research Laboratory receiver 
projects, December 1, 1943. (Technical Memo¬ 
randum No. 411-57.) Joseph M. Pettit. OEMsr- 
411. Harvard University, Radio Research Labo¬ 
ratory. February 2, 1944. 

311 Search Receivers 

311.1 Airborne Search Receivers 

311.11 Communications 

311.111 ARC-1 

Ml Performance characteristics of receiver SCR-587/ 
CPR-46AAO (ARC-1). (Report No. 895-7.) Warren 



DIVISION 15 • MICROFILM LIST 


447 


H. Bliss. OEMsr-895; Research Project No. RP- 

131. Radio Corporation of America. October 22, 
1943. 

M2 [Thej D-1901 modification kit for i-f gain control, 
and automatic volume control switch for SCR-587 
and ARC-1 receivers. (Technical Memorandum 
No. 411-73.) Joseph M. Pettit. OEMsr-411. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 14, 1944. 

M3 [Thej D-1903 conversion for operation of ARC-1 
receiver from a 28-volt power source. (Technical 
Memorandum No. 411-75.) Joseph M. Pettit. 
OEMsr-411. Harvard University, Radio Research 
Laboratory. February 18, 1944. 

311.112 ARR-5, -7 and -24 

Ml Modifications and performance of R-45/ARR-7 
receivers for use in communications Ferrets. (Re¬ 
port No. 966-53.) R. V. Crawford. OEMsr-966; 
Project Nos. RP-440B and AC-291.01. Bell Tele¬ 
phone Laboratories, Inc. August 22, 1945. 

M2 Modifications and performance of R-44/ARR-5 
receivers for use in communications Ferrets. (Re¬ 
port No. 966-52.) E. O. Bernard and C. R. Eck- 
berg. OEMsr-966; Project Nos. RP-440B and 
AC-291.01. Bell Telephone Laboratories, Inc. 
August 23, 1945. 

M3 Airborne Instruments Laboratory search receiver. 
(Report No. 1305-30.) Otto H. Schmitt. OEMsr- 
1305; Project Nos. RP-117(d), SC-98.09 and others. 
Airborne Instruments Laboratory, Inc. October, 
1946. 

311.113 Ferret System 

Ml Description of communication Ferret C-l. (Report 
No. 966-51.) H. H. Benning and G. J. Heinzel- 
man. OEMsr-966; Project Nos. RP-440 and SC- 
98.05. Bell Telephone Laboratories, Inc. June 8, 
1945. 

311.12 Radar 

311.121 AN/APR-1 

Ml The D-1600 variable range motor drive for AN/ 
APR-1 receiver. (Technical Memorandum No. 
411-15.) Joseph M. Pettit. OEMsr-411; Research 
Project No. RP-141. Harvard University, Radio 
Research Laboratory. August 5, 1943. 

M2 Conversion of AN/APR-1 for reduced bandwidth 
and sensitivity. (Report No. 411-148.) Matthew 
T. Lebenbaum. OEMsr-411; Research Project No. 
RP-144. Harvard University, Radio Research 
Laboratory. January 10, 1945. 

311.122 AN/APR-2 

Ml APR-2 receiver modifications. (Report No. 411- 

132. ) Paul A. Pearson. OEMsr-411; Research 
Project No. RP-139. Harvard University, Radio 
Research Laboratory. November 30, 1944. 


311.123 AN/APR-4 

Ml The D-514 i-f amplifier for the AN/APR-4 re¬ 
ceiver. (Technical Memorandum No. 411-43.) 
Joseph M. Pettit. OEMsr-411. Harvard Univer¬ 
sity, Radio Research Laboratory. February 7, 
1944. 

311.124 AN/APR-5 

Ml Notes on the use of APR-5 receiver at frequencies 
above 3000 megacycles. (Technical Memorandum 
No. 411-137.) George E. Hulstede. OEMsr-411; 
Research Project No. RP-135. Harvard Univer¬ 
sity, Radio Research Laboratory. August 15, 1944. 

M2 Blanking of the AN/APR-5 search receiver. (Re¬ 
port No. 411-143.) W. H. Huggins and J. J. 
Wedel. OEMsr-411; Research Project No. RP-286. 
Harvard University, Radio Research Laboratory. 
December 30, 1944. 

M3 Minimum detectable signal as a function of fre¬ 
quency and other characteristics of AN/APR-5A. 
(Report No. 411-152.) Thomas E. Moore and 
Walter G. Wadey. OEMsr-411; Research Project 
No. RP-107. Harvard University, Radio Research 
Laboratory. March 5, 1945. 

M4 Silent Knight. (Report No. 411-230.) James M. 
Moran. OEMsr-411; Project Nos. RP-448 and 
AC-290.16. Harvard University, Radio Research 
Laboratory. August 20, 1945. 

311.125 AN/APR-6 

Ml AN/APR-6 installation information as of February 
19, 1944. (Technical Memorandum No. 411-71.) 
Walter G. Wadey. OEMsr-411; Research Project 
No. RP-286. Harvard University, Radio Research 
Laboratory. February 19, 1944. 

311.126 AN/APR-7 

Ml Preliminary operating instructions for the D-2100 
receiver, AN/APR-7A. (Instruction Book No. 411- 
IB-49.) (n.a.) OEMsr-411; Research Project No. 

RP-408. Harvard University, Radio Research 
Laboratory. October 17, 1944. 

311.127 AN/APQ-3 and AN/APQ-4 

Ml The AN/APQ-3 (A-2600) and AN/APQ-4 (A-2700) 
wide range microwave superheterodyne receivers. 
(Report No. 40.) R. B. Holt. Research Project 
Nos. A-2600 and A-2700. Harvard University, 
Radio Research Laboratory. June 2, 1943. 

311.2 Component Parts of Search Receivers 

311.21 Tuning Units 

Ml Operating instructions for Type D-101 tuning unit. 
(Report No. 6.) David B. Sinclair. Research Proj¬ 
ect No. D-100. Harvard University, Radio Re¬ 
search Laboratory. October 15, 1942. 

M2 Operating instructions for Type D-104-A tuning 
unit. (Report No. 16.) David B. Sinclair. Research 




448 


DIVISION 15 • MICROFILM LIST 


Project No. D-100. Harvard University, Radio 
Research Laboratory. January 20, 1943. 

M3 Operating instructions for Type D-102 tuning 
unit. (Report No. 17.) David B. Sinclair. Re¬ 
search Project No. D-100. Harvard University, 
Radio Research Laboratory. January 25, 1943. 

M4 Preliminary description of the D-1500, 1000 [toj 
3300 me, tuner for search receivers. (Technical 
Memorandum No. 411-49.) Joseph M. Pettit. 
OEMsr-411; Research Project No. RP-141. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 2, 1944. 

M5 [Thej D-1902 motor noise filter for TU-57B and 
TU-58B tuning units for SCR-587 receiver. (Tech¬ 
nical Memorandum No. 411-74.) Joseph M. Pettit. 
OEMsr-411. Harvard University, Radio Research 
Laboratory. February 14, 1944. 

M6 Temporary conversion of Sickles tuning units TU- 
57B and TU-58B to sector sweep. (Technical 
Memorandum No. 411-84.) Robert R. Buss. 
OEMsr-411; Research Project No. RP-141. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 24, 1944. 

M7 [Thej D-1905 spurious response indicator for D-101 
and D-102 tuning units. (Technical Memorandum 
No. 411-141.) F. J. Kamphoefner. OEMsr-411; 
Research Project No. RP-381. Harvard University, 
Radio Research Laboratory. September 12, 1944. 

M8 Resume of ultra high frequency tuned-circuit pre¬ 
selectors. (Report No. 411-259.) Paul I. Richards 
and Seymour B. Cohn. OEMsr-411; Project Nos. 
RP-442, AC-290.12 and AC-290.16. Harvard Uni¬ 
versity, Radio Research Laboratory. January 11, 
1946. 

311.22 Pulse-Stretcher 

Ml The pulse-stretcher as a device for increasing the 
audio sensitivity of search receivers. (Report No. 
411-144.) W. H. Huggins and J. W. Kearney. 
OEMsr-411; Research Project No. RP-286. Har¬ 
vard University, Radio Research Laboratory. 
March 14, 1945. 

311.23 Video Analyzer 

Ml Radar video analyzer. (Report No. 411-220.) C. C. 
Loomis. OEMsr-411; Project Nos. RP-462b and 
NS-394.10. Harvard University, Radio Research 
Laboratory. August 1, 1945. 

311.3 Automatic or Recording Search Receivers 

Ml The RC-160 receiver, autosearch. (Report No. 13.) 
E. L. Plotts. Research Project No. C-1100. Har¬ 
vard University, Radio Research Laboratory. 
March 1, 1943. 

M2 The R-1800 recording search receiver. (Technical 
Memorandum No. 411-44.) R. C. Raymond. 
OEMsr-411; Research Project No. RP-286. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 9, 1944. 


311.31 Recorders 

Ml Preliminary description and specifications of D-1800 
recorder for search receivers. (Technical Memo¬ 
randum No. 411-50.) H. E. Overacker and Joseph 
M. Pettit. OEMsr-411; Research Project No. RP- 
276. Harvard University, Radio Research Labo¬ 
ratory. November 27, 1943. 

M2 Specifications for a recorder for search receivers. 
(Technical Memorandum No. 411-50A.) (n.a.) 

OEMsr-411; Research Project No. RP-276. Harvard 
University, Radio Research Laboratory. February 
2, 1944. 

M3 [Thej D-1800 recorder, AN/APA-23. (Technical 
Memorandum No. 411-50B.) H. E. Overacker. 
OEMsr-411; Research Project No. RP-276. Harvard 
University, Radio Research Laboratory. May 11, 
1944. 

M4 Flight tests of AN/APA-23 recorder. (Report No. 
411-173.) R. E. Anderson. OEMsr-411; Research 
Project No. RP-276. Harvard University, Radio 
Research Laboratory. April 12, 1945. 

311.4 Panoramic Search Receivers 

Ml Panoramic receiver, Panther. (Report No. 1305-21.) 
Wilmer C. Anderson and Arthur C. Weid. OEMsr- 
1305; Project Nos. RP-363, SC-98.07 and NA-109. 
Airborne Instruments Laboratory, Inc. August 
31, 1945. 

311.5 Miscellaneous Search Receiver Problems 

Ml Probability formulas for simultaneous periodically 
recurring events. (Report No. 411-171.) Paul I. 
Richards. OEMsr-411; Research Project No. RP- 
286. Harvard University, Radio Research Labo¬ 
ratory. May 5, 1945. 

M2 The effect of signal-intercept probabilities on 
search receiver design. (Report No. 411-272.) 
George E. Hulstede. OEMsr-411; Research Project 
No. RP-286. Harvard University, Radio Research 
Laboratory. October 10, 1945. 

312 Airborne Warning Receivers 

312.1 Zero Catcher 

Ml Wide-band radar warning receivers. Zero Catchers. 
(Report No. 9.) Robert B. Barnes. Research 
Project No. A-700. Harvard University, Radio Re¬ 
search Laboratory. January 21, 1943. 

M2 Noise and hum reduction in installations of RC- 
164 equipment in large airplanes. (Report No. 52.) 
Seymour B. Cohn. Research Project No. A-2100. 
Harvard University, Radio Research Laboratory. 
July 23, 1943. 

M3 [Thej R-800 early warning receiver. Zero Catcher 
II. (Technical Memorandum No. 411-111.) Sey¬ 
mour B. Cohn. OEMsr-411; Research Project No. 
RP-287. Harvard University, Radio Research 
Laboratory. May 6, 1944. 



DIVISION 15 • MICROFILM LIST 


449 


312.2 

313 


313.1 

313.11 


313.111 


313.12 

313.13 


313.14 


Boozer 

Ml Tests of British Boozer, Model R-1618. (Technical 
Memorandum No. 411-21.) Seymour B. Cohn. 
OEMsr-411. Harvard University, Radio Research 
Laboratory. January 4, 1944. 

Direction Finding Receivers and Homing Devices 

Ml The use of continuously rotating direction finders 
against signals of varying intensity. (Report No. 
411-158.) Donald Foster. OEMsr-411; Research 
Project No. RP-318. Harvard University, Radio 
Research Laboratory. February 17, 1945. 

Airborne 

Naval Systems 

Ml Flight test of Navy Type X-DBA radio direction 
finder on B-24J aircraft. (Report No. 936-4.) H. H. 
Buttner. OEMsr-936. Federal Telephone and 
Radio Corporation. January 18, 1945. 

M2 [Thej NLS-694 aircraft radio direction finding 
equipment. (Final Report No. 1458-2.) H. Busig- 
nies, Trevor H. Clark and Henry B. Scarborough. 
OEMsr-1458; Project Nos. RP-444, SC-97.06 and 
others. Federal Telephone and Radio Corpora¬ 
tion. September 29, 1945. 

C-1906 

Ml [Thej C-1906 azimuth homing system, Navy AN/ 
APA-48. (Report No. 411-198.) John W. Christen¬ 
sen. OEMsr-411; Project Nos. RP-209, NS-202 and 
others. Harvard University, Radio Research Labo¬ 
ratory. June 28, 1945. 

M2 Field test of Crash Model C-1906 homing device. 
(Report No. 411-227.) John J. Wittkopf. OEMsr- 
411; Project Nos. RP-209 and NS-397.10. Harvard 
University, Radio Research Laboratory. August 
11, 1945. 

C-1700 (Fanny) 

Ml Operating instructions for the C-1700 homing 
device attachment, Fanny. (Report No. 30.) Paul 
H. Reedy. Harvard University, Radio Research 
Laboratory. March 13, 1943. 

C-1900 

Ml C-1900 very high frequency homing methods and 
homing equipment. (Report No. 411-168. Revised 
Edition.) John W. Christensen. OEMsr-411; 
Project Nos. RP-209, NS-312 and others. Harvard 
University, Radio Research Laboratory. April 10, 
1945. 

C-2100 (AN/APA-42) 

Ml The C-2100 airborne direction finder. (Technical 
Memorandum Nos. 411-61, -61A and -61B.) John 
W. Christensen. OEMsr-411; Research Project No. 
RP-298. Harvard University, Radio Research 
Laboratory. February 7, March 22 and May 23, 
1944. 


M2 Tests of AN/APA-24 (C-2100 setter) airborne di¬ 
rection finding equipment. (Technical Memoran¬ 
dum No. 411-61C.) R. L. Hammett and F. M. 
Wrightson. OEMsr-411; Research Project No. 
RP-298. Harvard University, Radio Research 
Laboratory. June 21, 1944. 

M3 Modification of AN/APA-42 for bottom mounting 
in B-29. (Report No. 411-208.) John J. Wittkopf. 
OEMsr-411; Project Nos. RP-298 and AC-297.07. 
Harvard University, Radio Research Laboratory. 
July 23, 1945. 


Ml Considerations affecting choice of direction finder 
deception systems. (Report No. 895-9.) H. O. 
Peterson and Warren H. Bliss. OEMsr-895; Re¬ 
search Project No. RP-252. Radio Corporation of 
America. December 16, 1943. 

M2 Broad-band direction finding system. (Report No. 
1045-12.) J. V. Granger. OEMsr-1045; Research 
Project No. RP-982; OSRD Liaison Office No. WA- 
4390-1 la. Harvard University, American-British 
Laboratory. April 23, 1945. 

313.21 M-2600 (CXGA) 

Ml Shipborne tests of M-2600 (CXGA) radar and radio 
direction finder. (Report No. 411-109.) J. D. 
Kraus, H. K. Clark and A. N. Morgan. OEMsr- 
411; Research Project No. RP-271. Harvard Uni¬ 
versity, Radio Research Laboratory. October 11, 
1944. 


313.22 M-4100 (DBM-1) 

(See also: 331.4) 

Ml Tests of M-4100 system installed on USS Gunason. 
(Report No. 411-105.) Andrew Alford, W. D. Mc- 
Guigan and others. OEMsr-411; Research Project 
No. RP-271. Harvard University, Radio Research 
Laboratory. September 25, 1944. 

M2 Mark 1 of M-4130 modification of AN/SPT-6 radar 
set for use as variable frequency radar transmitter. 
(Report No. 411-181.) E. C. Barkofsky. OEMsr- 
411; Project Nos. RP-271, NS-202 and NS-261. 
Harvard University, Radio Research Laboratory. 
April 30, 1945. 

M3 Calibration methods for DBM-1 radio and radar 
direction finder. (Report No. 411-190.) W. D. Mc- 
Guigan, E. C. Barkofsky and J. D. Kraus. OEMsr- 


313.15 M-2300 and M-3100 (AN/APA-17) 

(See also: 331.2) 

Ml Preliminary specifications for the M-2300 direction 
finding system. (Technical Memorandum No. 
411-46.) Arthur Dome. OEMsr-411; Research 
Project No. RP-298. Harvard University, Radio 
Research Laboratory. November 12, 1943. 

M2 [Thej M-3100 homing device. (Technical Memo¬ 
randum No. 411-67.) Peter L. Harbury. OEMsr- 
411; Research Project No. RP-298. Harvard Uni¬ 
versity, Radio Research Laboratory. February 1, 
1944. 

313.2 Shipboard 



450 


DIVISION 15 • MICROFILM LIST 


411; Project Nos. RP-271, NS-202 and NS-261. 
Harvard University, Radio Research Laboratory. 
July 18, 1945. 

M4 Interpretation of calibration data on shipborne 
DBM (M-4100) radio and radar direction finder. 
(Report No. 411-191.) J. D. Kraus and W. D. Mc- 
Guigan. OEMsr-411; Project Nos. RP-271, NS-202 
and NS-261. Harvard University, Radio Research 
Laboratory. December 8, 1945. 

313.23 M-7100 

Ml [Thej M-7100 direction finder. (Report No. 411- 
297.) H. K. Clark, W. D. McGuigan and C. A. 
Mizen. OEMsr-411; Project Nos. RP-271, NS- 
397.09 and NS-202. Harvard University, Radio 
Research Laboratory. January 10, 1946. 

314 Receiver Accessories 

314.1 Amplifiers 

Ml An i-f amplifier with a variable input impedance. 
(Report No. 931-26.) R. L. Watters. OEMsr-931; 
Project Nos. RP-392, SC-99.06 and AC-299.06. 
General Electric Company. November 8, 1945. 

314.2 Indicators 

314.21 Types 

Ml Preliminary operating instructions for [the] Y-700 
bandwidth adjustment indicator. (Technical Mem¬ 
orandum No. 411-95.) Leonard A. Mayberry. 
OEMsr-411; Research Project No. RP-293. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 10, 1944. 

M2 Quado indicator. (Report No. 895-18.) W. A. 
Anderson. OEMsr-895; Research Project No. RP- 
263. Radio Corporation of America. April 12, 

1944. 

M3 Quado dual indicator. (Report No. 895-37.) W. A. 
Anderson. OEMsr-895; Research Project No. RP- 
263. Radio Corporation of America. January 27, 

1945. 

314.22 Screens 

Ml The use of dark-trace tubes for integration. (Re¬ 
port No. 867-6.) Martin M. Freundlich and Rob¬ 
ert Serrell. Columbia Broadcasting System, Inc. 
December 16, 1943. 

315 Miscellaneous Receiver Problems 

Ml Preliminary experimental results with the Z-3600 
repeater. (Report No. 411-107.) Harvey Kees and 
Louis E. Raburn. OEMsr-411. Harvard Univer¬ 
sity, Radio Research Laboratory. October 11, 
1944. 

320 Jamming Transmitters 

Ml Radio Research Laboratory transmitter situation. 
(Technical Memorandum No. 411-58.) George E. 


Hulstede. OEMsr-411. Harvard University, Radio 
Research Laboratory. January 29, 1944. 

321 Communications Jamming Systems 

321.1 Airborne 

Ml High-power barrage jammer. (Report No. 940-2.) 

L. G. Young. OEMsr-940; Research Project No. 
RP-155. Bell Telephone Laboratories, Inc. July 
15, 1943. 

M2 Barrage jammer. (Report No. 940-3.) L. G. Young 
and G. V. Dale. OEMsr-940; Research Project No. 
RP-153. Bell Telephone Laboratories, Inc. Au¬ 
gust 17, 1943. 

321.11 Dina (Low-Frequency) 

Ml Simplified double side-band 50-watt Dina. (Report 
No. 940-1.) R. C. Shaw. OEMsr-940; Research 
Project No. RP-199. Western Electric Company, 
Inc. June 24, 1943. 

M2 Field tests of Dina and Dinamate at Wright Field, 
August 15, 1943. (Report No. 61.) Harvey Kees 
and Louis E. Raburn. Harvard University, Radio 
Research Laboratory. September 21, 1943. 

M3 Development of a lightweight Dina transmitter. 
(Report No. 940-12.) R. J. Kircher and R. W. 
Friis. OEMsr-940; Research Project No. RP-199. 
Bell Telephone Laboratories, Inc. January 28, 
1944. 

M4 The B-3200-B-2900 Dina-Dinamate transceiver. 
(Technical Memorandum No. 411-20.) Harvey 
Kees. OEMsr-411; Research Project Nos. RP-250 
and RP-267. Harvard University, Radio Research 
Laboratory. February 9, 1944. 

321.12 AN/ART-2 (PAD) 

Ml Preliminary specification of 920-11-E jamming 
transmitter. (Report No. 940-7.) J. C. Schelleng. 
OEMsr-940; Research Project No. RP-199. Bell 
Telephone Laboratories, Inc. October 1, 1943. 

M2 Use of the self-quenched oscillator in the PAD 
barrage jamming transmitter. (Report No. 940-11.) 
A. E. Kerwien. OEMsr-940; Research Project No. 
RP-199. Bell Telephone Laboratories, Inc. Janu¬ 
ary 3, 1944. 

M3 Effectiveness tests of PAD, AN/ART-2, used 
against amplitude modulation nets. (Report No. 
966-30.) V. A. Douglas. OEMsr-966; Project No. 
RP-109. Bell Telephone Laboratories, Inc. May 
9, 1944. 

M4 Improved jamming action of multiple PAD, AN/ 
ART-2, transmitters. (Report No. 940-16.) W. J. 
Albersheim and F. F. Merriam. OEMsr-940; Re¬ 
search Project No. RP-199. Bell Telephone Labo¬ 
ratories, Inc. October 2, 1944. 

M5 Prototype model production ( of] PAD. (Report 
No. 1179-1.) (n.a.) OEMsr-1179. Midwest Radio 
Corporation. December 13, 1944. 



DIVISION 15 • MICROFILM LIST 


451 


321.13 Miscellaneous Airborne Systems 

Ml A low-power spot jamming transmitter, A-3500. 
(Technical Memorandum No. 411-76.) W. R. 
Rambo. OEMsr-411; Research Project No. RP- 
203. Harvard University, Radio Research Labo¬ 
ratory. March 27, 1944. 

321.2 Components 

321.21 Amplifier 

Ml [The] AN/ARQ-13 500-watt amplifier for AN/ 
ARQ-10 equipment, NLS-636. (Report No. 1275-1.) 
C. R. Muller and P. Sokoloff. OEMsr-1275; Proj¬ 
ect Nos. RP-200 and NS-128. Federal Telephone 
and Radio Corporation. March 25, 1946. 

321.22 Oscillator 

Ml Handbook of instructions t for the] audio oscilla¬ 
tor, O-28/ARQ-ll. (Report No. 1305-8.) (n.a.) 

OEMsr-1305; Research Project No. RP-419a. Air¬ 
borne Instruments Laboratory, Inc. March 19, 
1945. 

321.23 Miscellaneous Components 

Ml Gear reduction unit. (Technical Memorandum 
No. 1305-1.) T. F. Tomlines. OEMsr-1305; Re¬ 
search Project No. RP-419a. Airborne Instruments 
Laboratory, Inc. March 27, 1945. 

M2 Handbook of instructions for R-21/ARQ-11, radio 
receiver. (Report No. 1305-14.) (n.a.) OEMsr- 

1305; Project Nos. RP-419a and SC-95.14. Air¬ 
borne Instruments Laboratory, Inc. June 30, 1945. 

M3 Handbook of instructions for PP-130/ARQ-11, 
rectifier, and C-187/ARQ-11, control unit. (Report 
No. 1305-15.) (n.a.) OEMsr-1305; Project Nos. 

RP-419a and SC-95.14. Airborne Instruments 
Laboratory, Inc. June 30, 1945. 

321.3 Conversion and Modification of Communications Equip¬ 
ment for Jamming Purposes 

Ml Conversion of standard radio equipment to jam¬ 
ming equipment. (Report No. 778-2.) M. E. 
Campbell. OEMsr-778. Western Electric Com¬ 
pany, Inc. November 11, 1942. 

M2 Conversion of GO-9 for radio countermeasures 
purposes. (Preliminary Report No. 966-3.) H. H. 
Benning. OEMsr-966. Western Electric Com¬ 
pany, Inc. March 24, 1943. 

M3 Conversion of GO-9 for radio countermeasures 
purposes. (Report No. 966-16.) H. H. Benning 
and W. E. Evans. OEMsr-966. Bell Telephone 
Laboratories, Inc. September 21, 1943. 

M4 Modification of the SCR-808 for jamming pur¬ 
poses. (Report No. 966-10.) V. A. Douglas and 
W. E. Evans. OEMsr-966; Research Project No. 
RP-148. Bell Telephone Laboratories, Inc. No¬ 
vember 23, 1943. 

M5 Conversion of intermediate frequency unit of 
GO-9 transmitter for telegraph radio counter¬ 


measures purposes. (Report No. 966-29.) V. L. 
Dzwonczyk. OEMsr-966; Research Project No. 
RP-148. Bell Telephone Laboratories, Inc. May 
23, 1944. 

322 Radar Jamming Systems 

322.1 Airborne, Shipboard and Ground 

322.11 AN/APQ-2 (Rug) 

Ml Low-frequency modification of the Rug transmit¬ 
ter, AN/APQ-2. (Report No. 411-206.) E. A. 
Yunker. OEMsr-411; Project Nos. RP-164 and 
AC-294.28. Harvard University, Radio Research 
Laboratory. June 23, 1945. 

M2 Low-frequency modification of the Rug transmit¬ 
ter, AN/APQ-2. (Supplementary Report No. 411- 
254.) James L. Clark. OEMsr-411; Research Proj¬ 
ect No. RP-164. Harvard University, Radio Re¬ 
search Laboratory. September 25, 1945. 

322.12 Carpet 

322.121 AN/APQ-9 

Ml Note on barrage jamming with special reference 
to use of RC-156 and AN/APQ-9 transmitters. 
(Technical Memorandum No. 411-11.) Warren D. 
White. OEMsr-411; Research Project Nos. RP- 
165 and RP-166. Harvard University, Radio Re¬ 
search Laboratory. July 9, 1943. 

M2 Methods of selecting and setting the frequency of 
RC-156 and AN/APQ-9 Carpet transmitters. 
(Technical Memorandum No. 411-14.) John N. 
Dyer. OEMsr-411; Research Project Nos. RP-165 
and RP-166. Harvard University, Radio Research 
Laboratory. July 9, 1943. 

M3 [Thej F-2500 higher-power Carpet transmitter, 
Carpet III, Radio Research Laboratory prototype 
of AN/APQ-9. (Report No. 62.) James L. Clark. 
Harvard University, Radio Research Laboratory. 
September 30, 1943. 

322.122 AN/APT-2 

Ml Single-dial operation of Carpet I, AN/APT-2. 
(Report No. 411-150.) Elton Barrett and A. Ellis. 
OEMsr-411; Research Project No. RP-165. Har¬ 
vard University, Radio Research Laboratory. 
January 12, 1945. 

322.123 AN/APT-5 

Ml [Thej AN/APT-5 (XA-2C) and AN/APT-5 trans¬ 
mitters (F-3500). (Technical Memorandum No. 411- 
120.) (n.a.) OEMsr-411; Research Project No. 

RP-336. Harvard University, Radio Research 
Laboratory. July 7, 1944. 

M2 A modification to the F-3500 (AN/APT-5, AN/ 
APT-6) transmitter to improve the power output 
in the 350- to 700-mc range. (Report No. 411-142.) 
H. C. Kriegel. OEMsr-411; Research Project No. 





452 


DIVISION 15 • MICROFILM LIST 


RP-336. Harvard University, Radio Research 
Laboratory. December 26, 1944. 

M3 Barrage suitability of AN/APT-5. (Report No. 411- 
196.) J. F. Youngblood. OEMsr-411; Project 
Nos. RP-336 and AC-298.04. Harvard University, 
Radio Research Laboratory. June 8, 1945. 

322.124 RC-156 

Ml The F-902, Carpet I, airborne jamming trans¬ 
mitter, Radio Research Laboratory prototype of 
Army RC-156 and Navy CXCD. (Report No. 45.) 
E. A. Yunker. Harvard University, Radio Re¬ 
search Laboratory. July 20, 1943. 

M2 Modifications to make RC-156-A Carpet trans¬ 
mitter operate in the 335- t tOj 415-mc band. (Re¬ 
port No. 1045-3.) J. T. Wilner. OEMsr-1045; 
OSRD Liaison Office No. WA-2151-la. Harvard 
University, American-British Laboratory. January 
20, 1944. 

M3 Preliminary test report on the RC-156 as a spot 
jammer. (Technical Memorandum No. 411-89.) 
E. F. Vidro. Harvard University, Radio Research 
Laboratory. February 8, 1944. 

M4 Test Report No. 4 t of the] RRL Test Laboratory 
t on the] F-2500 Carpet III. (Technical Memoran¬ 
dum No. 411-96.) R. B. Monroe and R. R. Rhiger. 
OEMsr-411; Research Project No. RP-166. Har¬ 
vard University, Radio Research Laboratory. 
April 14, 1944. 

M5 A study of the radio countermeasures require¬ 
ments of the 8th and 9th Air Forces. (Report No. 
1045-9.) W. E. Evans. OEMsr-1045. Harvard 
University, American-British Laboratory. June 20, 

1944. 

M6 Carpet transmitter modification. (Report No. 411- 
117.) Elton Barrett. OEMsr-411; Research Project 
No. RP-165. Harvard University, Radio Research 
Laboratory. October 17, 1944. 

M7 The barrage suitability of Carpet I and III with 
or without Window. (Test Report No. 411-151.) 
J. J. Youngblood. OEMsr-411. Harvard Univer¬ 
sity, Radio Research Laboratory. January 25, 

1945. 

M8 Modifications to Carpet I (AN/APT-2), Carpet III 
(AN/APQ-9) and Rug (AN/APQ-2) transmitters 
for spot frequency jamming. (Technical Memo¬ 
randum No. 1045-4.) J. Gregg Stephenson. 
OEMsr-1045; Research Project No. RP-997; OSRD 
Liaison Office No. WA-4143-1. Harvard Univer¬ 
sity, American-British Laboratory. February 27, 
1945. 

322.13 AN/APT-1 (Dina) 

Ml Energy spectrum of the B-2200 AN/APT-1, Dina 
transmitter. (Technical Memorandum No. 411-59.) 
P. P. Robbiano and R. E. Reid. OEMsr-411; Re¬ 
search Project No. RP-309. Harvard University, 
Radio Research Laboratory. September 24, 1943. 

M2 [Thej B-2200 transmitter, Dina (AN/APT-1). 


(Technical Memorandum No. 411-110.) (n.a.) 

OEMsr-411; Research Project No. RP-309. Har¬ 
vard University, Radio Research Laboratory. May 
8, 1944. 

322.14 AN/APT-3 (or RC-183, Mandrel) 

Ml The Radio Research Laboratory Mandrel trans¬ 
mitter, Army RC-183. (Report No. 35.) Charles 
W. Oliphant. Harvard University, Radio Research 
Laboratory. May 21, 1943. 

M2 Modifications on the RC-183, Mandrel. (Technical 
Memorandum No. 411-19.) E. L. Plotts. OEMsr- 
411; Research Project No. RP-163. Harvard Uni¬ 
versity, Radio Research Laboratory. August 6, 
1943. 

M3 Energy spectrum of the B-2000 RC-183, Mandrel 
transmitter. (Technical Memorandum No. 411 - 
19A.) R. E. Reid and P. P. Robbiano. OEMsr- 
411; Research Project No. RP-163. Harvard Uni¬ 
versity, Radio Research Laboratory. September 
24, 1943. 

322.15 AN/APT-4 

Ml [Thej F-3400 magnetron transmitter, AN/APT-4. 
(Technical Memorandum No. 411-114.) (n.a.) 

OEMsr-411; Research Project No. RP-338. Har¬ 
vard University, Radio Research Laboratory. May 
16, 1944. 

M2 Broad-band tests of AN/APT-4 (XA-2) trans¬ 
mitter in the Wurzburg radar band. (Report No. 
411-108.) Warren D. White. OEMsr-411; Re¬ 
search Project No. RP-338. Harvard University, 
Radio Research Laboratory. October 11, 1944. 

M3 Single-dial operation of AN/APT-4 (XA-2), F-3400 
magnetron transmitter. (Report No. 411-139.) 
Louis E. Raburn and G. R. Bridgeford. OEMsr- 
411; Research Project No. RP-338. Harvard Uni¬ 
versity, Radio Research Laboratory. December 
19, 1944. 

M4 Availability of direct-current power for radio 
countermeasures in B-17 and B-24 aircraft. ([Tech¬ 
nical Memorandum] No. 1045-7.) Milton B. 
Adams. OEMsr-1045; Research Project No. RP- 
987; OSRD Liaison Office No. WA-4446-13B. Har¬ 
vard University, American-British Laboratory. 
May 7, 1945. 

M5 Jamming effectiveness of APT-4 (XA-2) against 
Small Wurzburg and Synthetic Giant Wurzburg. 
(Report No. 411-204.) D. F. Wartzok. OEMsr- 
411; Project Nos. RP-338 and AC-294.12. Harvard 
University, Radio Research Laboratory. July 12, 
1945. 

M6 Jamming effectiveness of APT-4 against SCR- 
545-A. (Report No. 411-204A.) D. F. Wartzok. 
OEMsr-411; Project Nos. RP-338 and AC-294.12. 
Harvard University, Radio Research Laboratory. 
September 20, 1945. 

322.16 Miscellaneous Transmitters 

Ml Preliminary instruction book t for the] B-1600 




DIVISION 15 • MICROFILM LIST 


453 


transmitter. (Report No. 3.) John F. Byrne. 
Harvard University, Radio Research Laboratory. 
October 16, 1942. 

M2 [Thej 100-mc airborne jamming transmitter, 
B-1700 (Navy CXCE). (Report No. 15.) Louis E. 
Raburn. Harvard University, Radio Research 
Laboratory. March 13, 1943. 

322.2 Component Parts 

322.21 Amplifiers 

Ml Preliminary specifications for B-2800 high-power 
Dina amplifier. (Technical Memorandum No. 
411-16.) John B. Caraway. OEMsr-411; Research 
Project No. RP-218. Harvard University, Radio 
Research Laboratory. August 4, 1943. 

M2 Preliminary specifications for B-3400 Dina ampli¬ 
fier. (Technical Memorandum No. 411-48.) John 
B. Caraway. OEMsr-411; Research Project No. 
RP-329. Harvard University, Radio Research 
Laboratory. October 26, 1943. 

M3 [Thej B-3100 double-peaking device. (Technical 
Memorandum No. 411-52.) Leonard A. Mayberry. 
OEMsr-411; Research Project No. RP-293. Har¬ 
vard University, Radio Research Laboratory. No¬ 
vember 29, 1943. 

M4 Development of AM-66/AR-XR radio amplifier. 
(Report No. 940-20.) L. G. Young, N. F. Schlaack 
and others. OEMsr-940; Research Project No. RP- 
272. Bell Telephone Laboratories, Inc. February 
3, 1945. 

M5 Comparison of AM-33 and AM-66 amplifiers. (Re¬ 
port No. 966-48.) M. E. Campbell, C. R. Eckberg 
and M. C. Francis. OEMsr-966; Research Project 
No. RP-272B. Bell Telephone Laboratories, Inc. 
March 15, 1945. 

M6 Modifications of the AM-33/ART amplifier. (Re¬ 
port No. 411-223.) W. R. Rambo and G. R. 
Bridgeford. OEMsr-411; Research Project No. 
RP-344. Harvard University, Radio Research 
Laboratory. September 11, 1945. 

323 Miscellaneous Transmitter Problems 

Ml High-power resnatron jamming transmitters. Pre¬ 
liminary specifications for mobile units. (Technical 
Memorandum No. 411-7.) W. W. Salisbury. 
OEMsr-411; Research Project No. RP-100. Har¬ 
vard University, Radio Research Laboratory. May 
27, 1943. 

M2 Efficiency of spark transmitters. (Report No. 940-4.) 
Charles R. Burrows. OEMsr-940; Research Project 
No. RP-199. Bell Telephone Laboratories, Inc. 
August 24, 1943. 

M3 Jammer frequency setting. (Technical Memoran¬ 
dum No. 411-27.) Matthew T. Lebenbaum. 
OEMsr-411; Research Project No. RP-327. Har¬ 
vard University, Radio Research Laboratory. No¬ 
vember 9, 1943. 

M4 Low-frequency spark-over in air at low pressures. 
(Technical Memorandum No. 411-47.) John P. 


Woods. OEMsr-411; Research Project No. RP- 
178. Harvard University, Radio Research Labo¬ 
ratory. January 20, 1944. 

330 Antennas 

Ml Antennas for radio countermeasures. (Report No. 
411-100. Handbook Series HB-2.) Andrew W. 
Alford. [OEMsr-411.] Harvard University, Radio 
Research Laboratory. November 1, 1944. 

M2 Antennas for radio countermeasures. Part II, 
Bibliography of radio countermeasures antenna 
information. (RCM Handbook No. HB-2s.) Rob¬ 
ert Serrell. OEMsr-867. Columbia Broadcasting 
System, Inc. March 15, 1945. 

M3 [Antennas.] Final Report No. 759-34 on Contract 
OEMsr-759. George Sinclair and Paul H. Nelson. 
OEMsr-759; Research Project Nos. RP-137, RP-269 
and RP-427. Ohio State University. October 18, 
1945. 

M4 Antennas for radio countermeasures. (Report No. 
411-100A. Handbook Series HB-2A. Revised edi¬ 
tion of 411-100.) Andrew W. Alford. OEMsr-411. 
Harvard University, Radio Research Laboratory. 
December 3, 1945. 

331 Receiving Antennas 

331.1 Airborne Receiving Antennas 

Ml Antenna patterns for aircraft. Covering studies 
and experimental investigations in connection with 
antenna patterns for aircraft. George Sinclair. 
NDCrc-100. Ohio State University. August 31, 
1942. 

M2 The patterns of an antenna array for the SCR-587 
on the B-17F. (Report No. 759-7.) George Sinclair. 
[OEMsr-759.] Ohio State University. February 
20, 1943. 

M3 Note on the patterns of antennas for Gymnast. 
(Report No. 759-9.) George Sinclair. [OEMsr- 
759.] [Ohio State University.] March 25, 1943. 

M4 Antenna patterns on the Hairy Butterfly, fre¬ 
quency 100 mcs. (Report No. 759-10.) George Sin¬ 
clair. [OEMsr-759.] Ohio State University. May 
15, 1943. 

M5 Antenna patterns on the Hairy Butterfly. (Report 
No. 759-11.) Robert B. Jacques. [OEMsr-759.] 
Ohio State University. June 25, 1943. 

M6 Optimum directivity pattern for search antennas. 
(Report No. 411-1^2.) Donald Foster. OEMsr- 
411; Project Nos. RP-107 and SC-90.14. Harvard 
University, Radio Research Laboratory. May 23, 
1945. 

M7 Method of installation and pattern measurement 
of C-1950 series homing antennas (AN/APA-48) in 
various type aircraft. (Report No. 411-213.) John 
W. Christensen. OEMsr-411; Project Nos. RP-209, 
NS-202 and others. Harvard University, Radio 
Research Laboratory. September 11, 1945. 





454 


DIVISION 15 • MICROFILM LIST 


331.11 


331.111 


331.112 


331.12 


Stub and Cone 

Ml Airborne antennas for AN/APR-1. (Technical 
Memorandum No. 411-92.) C. Milton Daniell and 
M. J. White. OEMsr-411; Research Project No. 
RP-144. Harvard University, Radio Research 
Laboratory. March 31, 1944. 

M2 Photographs and characteristics of the M-801 an¬ 
tenna assembly for the RC-160 (C-1100) autosearch 
receiver. (Technical Memorandum No. 411-93.) 
C. Milton Daniell. OEMsr-411; Research Project 
No. RP-138. Harvard University, Radio Research 
Laboratory. March 31, 1944. 

Stub 

Ml Patterns of nose antennas on the AT-11. (Report 
No. 759-5.) George Sinclair. [OEMsr-759.] [Ohio 
State University.] January 21, 1943. 

M2 Antennas for the RC-164. (Report No. 759-8.) 
George Sinclair. [OEMsr-759.] Ohio State Uni¬ 
versity. March 17, 1943. 

M3 The AT-52/APT, AT-53/APT and AT-54/APT 
(M-313) stub antenna masts, and assemblies which 
include them. (Report No. 411-153.) Peter L. 
Harbury. OEMsr-411; Research Project No. RP- 
138. Harvard University, Radio Research Labo¬ 
ratory. January 29, 1945. 

Cone 

Ml Patterns of cone antennas on a B-24. (Report No. 
759-3.) George Sinclair. [OEMsr-759.] Ohio 
State University. December 20, 1942. 

M2 [Thej AS-44/APR (A-2602) antenna for the AN/ 
APR-5 (A-2600) microwave receiver, 1000 to 3100 
me. (Technical Memorandum No. 411-77.) Com¬ 
piled by: H. C. Singleton. OEMsr-411; Research 
Project No. RP-135. Harvard University, Radio 
Research Laboratory. February 25, 1944. 

M3 [The] AS-29/APR (M-2101) broad-band cone an¬ 
tenna, 300 to 3300 me. (Technical Memorandum 
No. 411-79.) Compiled by: H. C. Singleton. 
OEMsr-411; Research Project No. RP-138. Har¬ 
vard University, Radio Research Laboratory. 
February 28, 1944. 

M4 The A-2602, A-2608 and A-2612 cone antennas. 
(Technical Memorandum No. 411-113.) Peter L. 
Harbury. OEMsr-411; Research Project No. RP- 
135. Harvard University, Radio Research Labo¬ 
ratory. July 13, 1944. 

Dipole 

Ml Patterns of a dipole on a Type AT-11 for 110 me. 
(Report No. 759-4.) George Sinclair. [OEMsr- 
759.] Ohio State University. December 28, 1942. 

M2 Operational use of the AN/APA-24 direction find¬ 
ing antenna on B-29 aircraft of the XX bomber 
command. (Report No. 411-180.) John J. Witt- 
kopf. OEMsr-411. Harvard University, Radio 
Research Laboratory. April 28, 1945. 


331.13 Loop 

Ml Antenna patterns of special loop on A-29 Lock¬ 
heed Hudson bomber. (Report No. 759-12.) Rob¬ 
ert B. Jacques. [OEMsr-759.] Ohio State Univer¬ 
sity. July 24, 1943. 

M2 Antenna system for Project Moth. (Report No 
867-1.) Robert Serrell. OEMsr-867; Research 
Project No. RP-261. Columbia Broadcasting Sys¬ 
tem, Inc. November, 1943. 

M3 Modeling the direction finding loop antenna. 
Application to a model of a B-24 aircraft. (Report 
No. 100-3.) Wayne E. Rife. NDCrc-100; Project 
Nos. RP-404 and AC-297.04. Ohio State Univer¬ 
sity. June 11, 1945. 


331.14 Sleeve 

Ml Sleeve antenna, BC-900. (Report No. 1045-6.) R. F. 
Lewis and G. H. Klemm. OEMsr-1045. Harvard 
University, American-British Laboratory. April 
17, 1944. 

M2 Sleeve antenna, BC-500. (Report No. 1045-7.) R. F. 
Lewis and G. H. Klemm. OEMsr-1045. Harvard 
University, American-British Laboratory. April 
17, 1944. 

331.15 Whip 

Ml Antenna patterns of vertical antennas on B-17 and 
B-24 bombers, frequency 35 me. (Report No. 
759-13.) Robert B. Jacques. [OEMsr-759.] Ohio 
State University. August 2, 1943. 

331.16 Slot 

Ml The M-6804 antennas. (Preliminary Report No. 
411-166.) David Lazarus. OEMsr-411; Research 
Project No. RP-303. Harvard University, Radio 
Research Laboratory. March 26, 1945. 

331.2 Airborne Direction Finding Antenna-Spinner Assemblies 

(See also: 313.15) 

Ml The M-4500 spinner for the M-2300, M-2600, 
M-3000 and M-4100 systems. (Technical Memo¬ 
randum No. 411-35.) Peter L. Harbury. OEMsr- 
411; Research Project No. RP-271. Harvard Uni¬ 
versity, Radio Research Laboratory. November 
29, 1944. 

M2 Tabulation of antenna spinner assemblies for 
Group M direction finding systems. (Report No. 
411-134.) J. D. Kraus. OEMsr-411. Harvard 
University, Radio Research Laboratory. Decem¬ 
ber 4, 1944. 

M3 Preliminary instruction book for M-6200 (AS-222/ 
APA-17) antenna system. (Report No. 411 -IB-90.) 
H. K. Clark, S. Beraducci and J. D. Kraus. OEMsr- 
411; Research Project No. RP-298. Harvard Uni¬ 
versity, Radio Research Laboratory. April 19, 
1945. 

M4 Operation and maintenance of M-6400 antenna 
system. ([Instruction Book] No. 411 -IB-86.) H. K. 
Clark. OEMsr-411; Project Nos. RP-298 and NS- 



DIVISION 15 • MICROFILM LIST 


455 


202. Harvard University, Radio Research Labo¬ 
ratory. August 26, 1945. 

M5 [Thej M-6600 X-band antenna and drive assembly 
for use with M-3000 (AN/APA-17) airborne direc¬ 
tion finder. (Report No. 411-287.) E. C. Barkofsky. 
OEMsr-411; Project Nos. RP-298, NS-202 and NS- 
397.07. Harvard University, Radio Research Labo¬ 
ratory. November 19, 1945. 

331.3 Shipboard Receiving Antennas 

331.31 Cone and Dipole 

Ml [Thej AS-56/APR (M-2408) shipboard dipole an¬ 
tenna, 75 to 300 me. (Technical Memorandum No. 
411-80.) Compiled by: H. C. Singleton. OEMsr- 
411; Research Project No. RP-138. Harvard Uni¬ 
versity, Radio Research Laboratory. February 28, 
1944. 

M2 [Thej AS-56/SPR (M-2409) shipboard cone dipole 
antenna. (Technical Memorandum No. 411-81.) 
Compiled by: H. C. Singleton. OEMsr-411; Re¬ 
search Project No. RP-138. Harvard University, 
Radio Research Laboratory. February 29, 1944. 

M3 Comparative field intensity response of M-2409 
cone dipole, and M-801 single cone antennas. 
(Technical Memorandum No. 411-55.) E. L. Bock. 
OEMsr-411; Research Project No. RP-138. Har¬ 
vard University, Radio Research Laboratory. June 
23, 1944. 

M4 Circularly polarized search antennas for the band 
2100 to 4000 me. (Report No. 411-283.) R. M. 
Hatch, Jr. and C. C. Loomis. OEMsr-411; Project 
Nos. RP-303, NS-394.10 and NS-394.18. Harvard 
University, Radio Research Laboratory. October 
31, 1945. 

331.32 Miscellaneous Antennas 

Ml [The] 5- to 10-cm search antennas for naval in¬ 
stallations of the AN/APR-5A receiver. (Technical 
Memorandum No. 411-143.) Walter G. Wadey. 
OEMsr-411; Research Project No. RP-107. Har¬ 
vard University, Radio Research Laboratory. Sep¬ 
tember 7, 1944. 

M2 [Thej M-6300 antennas. (Preliminary Report No. 
411-114.) E. L. Bock and J. A. Nelson. OEMsr- 
411; Research Project No. RP-138. Harvard Uni¬ 
versity, Radio Research Laboratory. October 23, 
1944. 

331.4 Shipboard Direction Finding Antenna-Spinner Assem¬ 
blies 

(See also: 313.22) 

Ml The M-6120 broad-band antenna spinner for the 
M-4100 (DBM) direction finding system. (Report 
No. 411-233.) J. D. Kraus, H. K. Clark and 
S. Beraducci. OEMsr-411; Project Nos. RP-271 
and NS-202. Harvard University, Radio Research 
Laboratory. September 8, 1945. 

M2 [Thej M-6700 shipborne direction finding antenna. 
(Report No. 411-243.) G. Stavis. OEMsr-411; 
Project Nos. RP-271, NS-202 and NS-397.07. Har¬ 


vard University, Radio Research Laboratory. Sep¬ 
tember 11, 1945. 

332 Transmitting Antennas 

Ml Preliminary antenna measurements on a model of 
[thej Hs-293 glider bomb. (Report No. 1305-1.) 
L. K. Findley. Research Project No. RP-382. Air¬ 
borne Instruments Laboratory, Inc. April 24, 
1944. 

M2 Flight tests of an AN/APA-24 antenna with elec¬ 
tric drive. (Report No. 411-156.) O. W. Whitby. 
OEMsr-411; Research Project No. RP-284. Har¬ 
vard University, Radio Research Laboratory. 
February 5, 1945. 

M3 Graphs useful in determining optimum height of 
jamming antennas. (Report No. 411-202.) H. Clark 
and E. F. Shaw. OEMsr-411; Project Nos. RP-299 
and SC-94.22. Harvard University, Radio Research 
Laboratory. August 13, 1945. 

332.1 Airborne 

332.11 M-2200 (Fishhook) 

Ml [The] M-2201 antenna. (Technical Memorandum 
No. 411-53.) C. Milton Daniell. OEMsr-411; Re¬ 
search Project No. RP-138. Harvard University, 
Radio Research Laboratory. December 3, 1943. 

M2 The M-2202 antenna. (Technical Memorandum 
No. 411-54.) C. Milton Daniell. OEMsr-411; Re¬ 
search Project No. RP-279. Harvard University, 
Radio Research Laboratory. February 16, 1944. 

M3 Preliminary instruction sheet on the M-2204 an¬ 
tenna. ([Instruction Book] No. 411-IB-65.) J. A. 
Nelson and C. Milton Daniell. OEMsr-411; Re¬ 
search Project No. RP-303. Harvard University, 
Radio Research Laboratory. February 13, 1945. 

M4 Modification kit for AS-69/APT (M-2202) antenna 
for operation in the 450 t tO] 500-mc band. (Tech¬ 
nical Memorandum No. 1045-6.) G. H. Klemm. 
OEMsr-1045; Research Project No. RP-303; OSRD 
Liaison Office No. WA-4363-1. Harvard Univer¬ 
sity, American-British Laboratory. April 19, 1945. 

M5 Performance of the AS-251/AP (M-2204) antenna 
system when mounted in metallic recesses. (Re¬ 
port No. 411-216.) John Allen. OEMsr-411; 
Project Nos. RP-303, AC-290.14 and AC-294.17. 
Harvard University, Radio Research Laboratory. 
September 19, 1945. 

M6 A review of data on the M-2200 Fishhook an¬ 
tennas. (Report No. 411-298.) Andrew Alford. 
OEMsr-411; Project Nos. RP-303, SC-83 and others. 
Harvard University, Radio Research Laboratory. 
March 6, 1946. 

332.12 M-2800 (AN/APT-1 and -3, Stub and Baiun) 

Ml Assembly and installation instructions for the 
M-2803 and M-2804 antenna systems. ([Instruction 
Book] No. 411-IB-33.) J. Margolin. OEMsr-411. 
Harvard University, Radio Research Laboratory. 
June 2, 1944. 





456 


DIVISION 15 • MICROFILM LIST 


332.121 M-4000 and M-6300 (Stub) 

Ml [Thej M-6302 skirted stub antenna. (Report No. 
411-120.) J. A. Nelson. OEMsr-411; Project Nos. 
RP-138 and NA-178. Harvard University, Radio 
Research Laboratory. September 28, 1945. 

M2 M-4000 antennas. (Report No. 411-291.) H. M. 
Horton, J. A. Nelson and D. I. Wilhoit. OEMsr- 
411; Project Nos. RP-303, SC-94.15 and others. 
Harvard University, Radio Research Laboratory. 
January 3, 1946. 

332.13 M-3200 (AN/APQ-2 and AN/APT-5) 

Ml M-3203 antennas. (Technical Memorandum No. 
411-122.) Clare Driscoll. OEMsr-411; Research 
Project No. RP-303. Harvard University, Radio 
Research Laboratory. June 12, 1944. 

332.14 M-3300 (AN/APT-2 and AN/APT-5, Split-Can) 

Ml Split-can antennas for horizontal polarization. 
(Technical Memorandum No. 411-34.) Andrew 
Alford and Peter L. Harbury. OEMsr-411. Har¬ 
vard University, Radio Research Laboratory. De¬ 
cember 13, 1943. 

M2 Preliminary instruction sheet for the M-3301 an¬ 
tenna. ([Instruction Book] No. 411-IB-46.) Clare 
Driscoll. OEMsr-411; Research Project No. RP- 
303. Harvard University, Radio Research Labora¬ 
tory. February 5, 1945. 

332.15 M-4900 (AN/APQ-20, Horn) 

Ml Preliminary instruction book for the M-4902 air¬ 
borne S-band circularly polarized radiator. ([In¬ 
struction Book] No. 411-IB-71.) J. G. C. Swinney, 
Jr. OEMsr-411; Research Project No. RP-303. 
Harvard University, Radio Research Laboratory. 
March 12, 1945. 

M2 S-band airborne circularly polarized radiator. (Re¬ 
port No. 411-294.) P. Keeler. OEMsr-411; Project 
Nos. RP-303, AC-294.17 and others. Harvard 
University, Radio Research Laboratory. Novem¬ 
ber 26, 1945. 

332.16 AN-148-A 

Ml Modifications of the AN-148-A antenna for radio 
countermeasures use in the 200-mc region. (Report 
No. 411-203.) J. Margolin. OEMsr-411; Research 
Project No. RP-481. Harvard University, Radio 
Research Laboratory. July 2, 1945. 

M2 Radiation characteristics of the modified AN-148-A 
antenna. (Report No. 411-203A.) M. P. Klein and 
A. B. Ellis. OEMsr-411; Research Project No. 
RP-481. Harvard University, Radio Research 
Laboratory. August 8, 1945. 

332.17 Stingeree and Sleeve Type 

Ml The Stingeree antenna. (Report No. 966-38.) 
W. C. Babcock, E. O. Bernard and others. OEMsr- 
966; Research Project No. RP-410. Bell Telephone 
Laboratories, Inc. December 9, 1944. 


M2 A zero-drag aircraft antenna for ultra high fre¬ 
quency. (Report No. 895-35.) R. S. Wehner. 
OEMsr-895; Research Project No. RP-260. Radio 
Corporation of America. January 15, 1945. 

M3 Stingeree antenna pattern. (Report No. 966-47.) 
M. E. Campbell, C. R. Eckberg and M. C. Francis. 
OEMsr-966; Research Project No. RP-410. Bell 
Telephone Laboratories, Inc. March 15, 1945. 

332.18 Miscellaneous Airborne Transmitting Antennas 

Ml A study of three antennas. (Preliminary Report 
No. 778-5.) W. C. Babcock and S. A. Schelkunoff. 
Research Project No. C-63. [Bell Telephone Labo¬ 
ratories, Inc.] January 26, 1943. 

M2 Adaptation of AS-161/ART and AS-97/ART whip 
antennas as horizontally polarized radiators in the 
75-mc region. (Report No. 411-212.) David 
Lazarus. OEMsr-411; Research Project No. RP- 
306. Harvard University, Radio Research Labora¬ 
tory. June 28, 1945. 

332.2 Ground and Shipboard 

332.21 F-3700 (AN/SPT-2) 

Ml The F-3701 dipole and corner reflector antenna, 
450 to 720 me. (Technical Memorandum No. 411- 
78.) Compiled by: H. C. Singleton. OEMsr-411; 
Research Project No. RP-138. Harvard Univer¬ 
sity, Radio Research Laboratory. February 25, 
1944. 

M2 Preliminary instructions for F-3702 antenna, AS- 
145/SPT-6. ([Instruction Book] No. 411-IB-58.) 
(n.a.) OEMsr-411; Research Project No. RP-138. 
Harvard University, Radio Research Laboratory. 
February 2, 1945. 

332.22 F-3900 (AN/APQ-2) 

Ml Preliminary instructions for F-3903 antenna, AS- 
263/UPT. ([Instruction Book] No. 411-IB-70.) 
(n.a.) OEMsr-411; Research Project No. RP-138. 
Harvard University, Radio Research Laboratory. 
March 7, 1945. 

332.23 F-4700 (AN/SPT-6) 

Ml Preliminary handbook of maintenance instructions 
for the F-4700 antenna, AS-236/SPT. ([Instruction 
Book] No. 411-IB-85.) (n.a.) OEMsr-411; Project 
Nos. RP-138 and NS-204. Harvard University, 
Radio Research Laboratory. August 7, 1945. 

332.24 M-2500 (AN/APT-1 and -3) 

Ml [The] M-2508 ground based corner reflector an¬ 
tenna, 90 to 150 me. (Technical Memorandum No. 
411-82.) Compiled by: H. C. Singleton. OEMsr- 
411; Research Project No. RP-138. Harvard Uni¬ 
versity, Radio Research Laboratory. February 25, 
1944. 

M2 [Thej M-2511 ground based corner reflector an¬ 
tenna, 150 to 210 me. (Technical Memorandum No. 



DIVISION 15 • MICROFILM LIST 


457 


411-83.) Compiled by: H. C. Singleton. OEMsr- 
411; Research Project No. RP-138. Harvard Uni¬ 
versity, Radio Research Laboratory. February 28, 
1944. 

332.25 M-2900 (AN/SPT-5 and -6) 

Ml [Thej M-2903 shipborne antenna. (Technical 
Memorandum No. 411-140.) E. L. Bock. OEMsr- 
411; Research Project No. RP-138. Harvard Uni¬ 
versity, Radio Research Laboratory. October 7, 

1944. 

M2 Design considerations and characteristics of M-2900 
antennas. (Report No. 411-210.) E. L. Bock. 
OEMsr-411; Project Nos. RP-138, NS-204 and 
others. Harvard University, Radio Research Labo¬ 
ratory. July 13, 1945. 

M3 Performance and applications of the M-2914 relay. 
(Report No. 411-218.) G. Stavis. OEMsr-411; 
Project Nos. RP-138, NS-204 and others. Harvard 
University, Radio Research Laboratory. July 23, 

1945. 

332.26 M-4400 

Ml [The] M-4400 high-gain antenna. (Technical 
Memorandum No. 411-134.) Clare Driscoll. 

OEMsr-411; Research Project No. RP-138. Har¬ 
vard University, Radio Research Laboratory. Sep¬ 
tember 6, 1944. 

332.27 M-4700 

Ml High-gain antenna for S-band transmitter. (Report 
No. 411-101.) Clare Driscoll. OEMsr-411; Re¬ 

search Project No. RP-303. Harvard University, 
Radio Research Laboratory. September 18, 1944. 

332.28 Sleeve Type 

Ml The sleeve antenna and use of steel in radiators. 
(Report No. 895-1.) P. S. Carter. OEMsr-895; 
Research Project No. RP-260. Radio Corporation 
of America. July 14, 1943. 

M2 Three antennas. (Report No. 895-2.) R. S. Weh- 
ner. OEMsr-895; Research Project No. RP-260. 
Radio Corporation of America. August 9, 1943. 

332.3 Tank-Mounted 

Ml A model method for determining tank antenna 
patterns. George Sinclair. NDCrc-100. Ohio 
State University. September 24, 1942. 

333 Antenna Factors, Investigation of 

333.1 Impedance 

Ml Wide-band cone antennas. (Preliminary Report 
No. 18.) R. Silliman. Harvard University, Radio 
Research Laboratory. March 20, 1943. 

M2 Measured impedance characteristics of cylindrical 
radiators less than one wave length long. (Report 
No. 34.) C. Milton Daniell. Harvard University, 
Radio Research Laboratory. April 21, 1943. 

M3 The average characteristic impedance Kq of fan 


dipoles. (Preliminary Report No. 966-5.) W. C. 
Babcock. [OEMsr-966.] [Bell Telephone Labora¬ 
tories, Inc.] May 24, 1943. 

M4 Comparison of measured and theoretical impedance 
characteristics of cylindrical radiators. (Report 
No. 966-14.) S. A. Schelkunoff. OEMsr-966. 
Western Electric Company, Inc. June 28, 1943. 
M5 The average characteristic impedance of multi¬ 
wire cylindrical cage dipoles. (Preliminary Report 
No. 966-8.) W. C. Babcock. [OEMsr-966.] [Bell 
Telephone Laboratories, Inc.j July 1, 1943. 

M6 The input impedance of hollow cylindrical dipoles. 
(Preliminary Report No. 966-15. Appendix to Re¬ 
port No. [966]-8.) W. C. Babcock. OEMsr-966. 
Bell Telephone Laboratories, Inc. August 25, 
1943. 

M7 Notes on antenna tests at Rocky Point Laboratory. 
(Report No. 895-10.) P. S. Carter and R. S. Weh- 
ner. OEMsr-895; Research Project No. RP-260. 
[Radio Corporation of America.] December 22, 

1943. 

M8 Investigation of long-wire antennas. (Report No. 
867-5.) J. A. Nelson. OEMsr-867; Research Proj¬ 
ect No. RP-261. Columbia Broadcasting System, 
Inc. January 14, 1944. 

M9 Antenna coupling [in] airborne spot jamming sys¬ 
tem of Project RP-358. (Report No. 895-17.) P. S. 
Carter. OEMsr-895; Research Project No. RP-260. 
Radio Corporation of America. April 11, 1944. 

333.2 Radiation Patterns 

333.21 Specific Types of Antennas 

Ml Note on the patterns of cone antennas. (Report 
No. 759-1.) George Sinclair. t OEMsr-759.] Ohio 
State University. October 29, 1942. 

M2 The radiation patterns of a cone antenna on a 
B-17E at 250 me. (Report No. 759-2.) George 
Sinclair. [OEMsr-759.] Ohio State University. 
November 22, 1942. 

M3 Patterns for a 50-ohm cone antenna mounted on 
a disc. (Report No. 759-6.) George Sinclair. 
[OEMsr-759.] [Ohio State University.] January 
23, 1943. 

M4 Antenna patterns of a short, wide-band antenna, 
frequency range 200 t tO] 550 me. (Report No. 
759-14.) Robert B. Jacques. [OEMsr-759.] Ohio 
State University. August 2, 1943. 

M5 C-ll antenna patterns for aircraft. George Sin¬ 
clair, E. C. Jordan and others. NDCrc-100. Ohio 
State University. August 24, 1943. 

M6 Antenna radiation patterns for the Albatross I 
Project. (Report No. 759-20.) Ernest A. Jones and 
George Sinclair. OEMsr-759; Research Project No. 
RP-137. Ohio State University. February 25, 

1944. 

M7 Antenna radiation patterns for the HS-293. (Re¬ 
port No. 759-23.) Ernest A. Jones. OEMsr-759; 
Research Project No. RP-137. Ohio State Uni¬ 
versity. June 20, 1944. 

M8 Circular loop antennas at high frequencies. (Re- 


SECRET 




458 


DIVISION 15 • MICROFILM LIST 


port No. 895-31.) P. S. Carter. OEMsr-895; 
Research Project No. RP-260. Radio Corporation 
of America. January 10, 1945. 

M9 Summary of antenna radiation patterns for an¬ 
tennas on the P4M. (Report No. 759-27.) Ernest 
A. Jones and Paul H. Nelson. OEMsr-759; Project 
Nos. RP-137 and NA-199. Ohio State University. 
September 1, 1945. 

M10 A photographic plan position indicator method of 
model antenna pattern measurement. (Report No. 
411-242.) John W. Christensen. OEMsr-411; 
Project Nos. RP-481 and AC-290.14. Harvard 
University, Radio Research Laboratory. Septem¬ 
ber 10, 1945. 

Mil Summary of antenna radiation patterns for an¬ 
tennas on the PB4Y-2. (Report No. 759-26.) 
Ernest A. Jones and Paul H. Nelson. OEMsr-759; 
Project Nos. RP-137 and NA-221. Ohio State 
University. September 10, 1945. 

M12 Summary of antenna radiation patterns for Ferret 
C-l. (Report No. 759-28.) Ernest A. Jones and 
Paul H. Nelson. OEMsr-759; Project Nos. RP-137 
and AC-259.06. Ohio State University. Septem¬ 
ber 10, 1945. 

M13 Antenna radiation patterns for 1,000 me measured 
on the SB2C. (Report No. 759-29.) Ernest A. Jones 
and Paul H. Nelson. OEMsr-759; Project Nos. 
RP-137 and NA-221. Ohio State University. Sep¬ 
tember 13, 1945. 

M14 Measurement of shipborne antenna patterns using 
models. (Report No. 759-32.) Herman Heil, E. C. 
Jordan and David Cleckner. OEMsr-759; Project 
Nos. RP-427 and NS-398.04. Ohio State Univer¬ 
sity. October 16, 1945. 

333.22 Contributing Pattern Factors 

Ml Equivalent point antennas of constant current 
epoch. (Technical Memorandum No. 411-24.) 
Donald Foster. OEMsr-411; Research Project No. 
RP-107. Harvard University, Radio Research 
Laboratory. November 5, 1943. 

M2 Antennas and cylindrical fuselage. (Report No. 
895-11.) P. S. Carter. OEMsr-895; Research Proj¬ 
ect No. RP-260. Radio Corporation of America. 
December 24, 1943. 

M3 Theory and applications of loop antennas. (Tech¬ 
nical Memorandum No. 411-123.) Donald Foster. 
OEMsr-411; Research Project No. RP-107. Har¬ 
vard University, Radio Research Laboratory. July 
22, 1944. 

M4 An electromagnetic model of the ocean. (Report 
No. 867-10.) Edgar C. Hayden. OEMsr-867; Re¬ 
search Project No. RP-261-B. Columbia Broad¬ 
casting System, Inc. February, 1945. 

333.3 Polarization Studies 

Ml Effects of the airplane structure on the polariza¬ 
tion of airborne antennas. George Sinclair and 
E. C. Jordan. NDCrc-100. Ohio State Univer¬ 
sity. November 17, 1943. 


M2 Antenna for horizontal polarization at ultra high 
frequencies. (Report No. 895-29.) R. S. Wehner. 
OEMsr-895; Research Project No. RP-352. Radio 
Corporation of America. October 19, 1944. 

333.4 Power Limits of Trailing Wire Antenna 

Ml Power limit [for] airplane antennas. (Report No. 
895-3.) P. S. Carter. OEMsr-895; Research Proj¬ 
ect No. RP-260. Radio Corporation of America. 
August 12, 1943. 

M2 Trailing wire antenna. Power limits [for] (Report 
No. 895-16.) P. S. Carter. OEMsr-895; Research 
Project No. RP-260. Radio Corporation of Amer¬ 
ica. March 10, 1944. 

333.5 Studies of Particular Antenna Types 

333.51 Broad-Band 

Ml Broad-band lobe switching antenna. (Technical 
Memorandum No. 411-42.) Donald Foster. 
OEMsr-411; Research Project No. RP-107. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 4, 1944. 

M2 Notes on synthesis of broad-band matching sec¬ 
tions. (Report No. 895-15.) R. S. Wehner. 
OEMsr-895; Research Project No. RP-260. Radio 
Corporation of America. March 6, 1944. 

M3 Broad-band inverted-L antenna. (Report No. 895- 
24.) R. S. Wehner. OEMsr-895; Research Project 
No. RP-260. Radio Corporation of America. 
July 20, 1944. 

M4 Design charts for synthesis of two-element broad¬ 
band matching sections. (Report No. 895-33.) 
R. S. Wehner. OEMsr-895; Research Project No. 
RP-260. Radio Corporation of America. January 
2, 1945. 

333.52 Long-Wave 

Ml Measurements on a 1200-ft long-wave antenna over 
Rocky Point soil. (Report No. 895-21.) N. E. 
Lindenblad. OEMsr-895; Research Project No. 
RP-260. Radio Corporation of America. May 2, 
1944. 

M2 Measurements on 1200-ft long-wave antennas over 
Tobyhanna, Pennsylvania, soil. (Report No. 895- 
23.) W. A. Miller. OEMsr-895; Research Project 
No. RP-260. Radio Corporation of America. June 
20, 1944. 

M3 Measurements on 1200-ft, 2250-ft and 3600-ft long¬ 
wave antennas over sandy New Jersey plains soil. 
(Report No. 895-27.) R. E. Franklin. OEMsr-895; 
Research Project No. RP-260. Radio Corporation 
of America. August 28, 1944. 

333.53 Slot 

Ml A flush surface antenna of the slot-cavity type 
having wide-band characteristics. (Report No. 895- 
32.) N. E. Lindenblad. OEMsr-895; Research 
Project No. RP-260. Radio Corporation of Amer¬ 
ica. March 26, 1945. 



DIVISION 15 • MICROFILM LIST 


459 


M2 Modeling slot antennas. (Report No. 759-31.) 
D. R. Rhodes, E. C. Jordan and Paul H. Nelson. 
OEMsr-759; Research Project No. RP-137. Ohio 
State University. October 3, 1945. 

M3 Slot antenna development at Radio Research Labo¬ 
ratory. (Report No. 411-263.) David Lazarus. 
OEMsr-411; Project Nos. RP-303, AC-294.17 and 
others. Harvard University, Radio Research Labo¬ 
ratory. November 17, 1945. 

333.54 Miscellaneous Antenna Types 

Ml Stub antennas with series matching sections. (Re¬ 
port No. 867-7.) Robert Serrell. OEMsr-867; 
Research Project No. RP-261. Columbia Broad¬ 
casting System, Inc. April, 1944. 

M2 Semi-empirical relations between the gain, aper¬ 
ture, beam width and shape of high-gain antennas. 
(Report No. 411-119.) Andrew Alford and I. G. 
Clarke. OEMsr-411. Harvard University, Radio 
Research Laboratory. October 19, 1944. 

340 Tubes 

341 Magnetrons 

Ml [Thej Radio Research Laboratory magnetron pro¬ 
gram as of December 1, 1943. (Technical Memo¬ 
randum No. 411-60.) W. G. Dow. OEMsr-411. 
Harvard University, Radio Research Laboratory. 
February 2, 1944. 

M2 Low-power tunable oscillators. (Final Report No. 
1456-1.) H. J. McCarthy. OEMsr-1456; Project 
Nos. AC-294.23, RP-4306 and others. Sylvania 
Electric Products, Inc. May 1, 1946. 

341.1 25—100 Watt Level 

Ml Recent progress in the study of tunable squirrel- 
cage magnetrons. (Report No. 411-184.) F. H. 
Crawford. OEMsr-411; Research Project No. RP- 
295. Harvard University, Radio Research Labora¬ 
tory. May 10, 1945. 

M2 A tunable squirrel-cage magnetron, the donutron. 
(Report No. 411-252.) F. H. Crawford and M. D. 
Hare. OEMsr-411; Research Project No. RP-295. 
Harvard University, Radio Research Laboratory. 
October 1, 1945. 

M3 The construction of the donutron, a tunable 
squirrel-cage magnetron. (Report No. 411-249.) 
M. D. Hare and Virginia Leonard. OEMsr-411; 
Research Project No. RP-295. Harvard Univer¬ 
sity, Radio Research Laboratory. October 26, 
1945. 

M4 The ZP-633, a 25-watt magnetron for the 300 to 
1500-megacycle range. (Report No. 931-24.) R. D. 
Gordon. OEMsr-931; Project Nos. RP-430a, SC- 
94.23 and AC-294.23. General Electric Company. 
November 21, 1945. 

M5 The ZP-652 10-cm tunable magnetron. (Report 
No. 931-35.) R. B. Nelson. OEMsr-931; Project 
Nos. RP-430a and SC-94.23. General Electric 
Company. November 23, 1945. 


341.2 150 Watt Level (Flute Series) 

Ml The ZP-579, a 150-watt magnetron for the 350 to 
750-megacycle range. (Report No. 931-6.) John P. 
Blewett. OEMsr-931; Research Project No. RP- 
244. General Electric Company. February 14, 
1944. 

M2 Noise modulation of ZP-597 magnetron at 150- 
watt output level. (Technical Memorandum No. 
411-138.) F. H. Crawford. OEMsr-411; Research 
Project No. RP-295. Harvard University, Radio 
Research Laboratory. August 1, 1944. 

M3 Decay of efficiency in the 5-J29 magnetron. (Re¬ 
port No. 931-22.) T. R. Holer. OEMsr-931; Proj¬ 
ect Nos. SC-94.12, NS-208 and RP-244. General 
Electric Company. October 22, 1945. 

341.3 200—300 Watt Level 

Ml Noise modulation of the ZP-612-6-3 magnetron at 
power levels near 300 watts. (Report No. 411-130.) 
F. H. Crawford. OEMsr-411; Research Project 
No. RP-417. Harvard University, Radio Research 
Laboratory. December 6, 1944. 

M2 The A-131, a tunable X-band continuous-wave 
magnetron. (Report No. 1043-6.) L. Malter, R. L. 
Jepsen and others. OEMsr-1043; Project Nos. RP- 
244-B, NA-156 and NS-394.01. Radio Corporation 
of America. November 15, 1945. 

341.4 1 Kilowatt Level (Piccolo Series) 

Ml Noise modulation of the ZP-594 at 1-kw output 
power. (Technical Memorandum No. 411-138A.) 
F. H. Crawford. OEMsr-411; Research Project 
No. RP-295. Harvard University, Radio Research 
Laboratory. October 2, 1944. 

M2 Some considerations governing design of electro¬ 
magnets for Piccolo series of multianode magne¬ 
trons. (Report No. 1019-1.) Lewi Tonks. OEMsr- 
1019; Project Nos. RP-158A and NS-394.02. Gen¬ 
eral Electric Company. June 6, 1945. 

M3 Parasitic resonance studies on the ZP-597 magne¬ 
tron. (Report No. 1019-4.) A. H. Sharbaugh. 
OEMsr-1019; Project Nos. SC-94.25, NS-394.02 and 
RP-158-A. General Electric Company. Septem¬ 
ber 18, 1945. 

M4 Development of the ZP-616 magnetron. (Report 
No. 1019-2.) H. C. Hertha, R. B. Nelson and T. C. 
Swartz. OEMsr-1019; Project Nos. SC-94.25, NS- 
394.02 and RP-158A. General Electric Company. 
September 27, 1945. 

M5 Development of two 1-kw continuous-wave tunable 
magnetrons. (Report No. 1430-1.) A. K. Wing, 
Jr., A. S. Vanderhoof and others. OEMsr-1430; 
Project Nos. RP-158C, SC-94.25 and others. Fed¬ 
eral Telephone and Radio Corporation. Septem¬ 
ber 29, 1945. 

M6 Development of 1000-watt tunable magnetron for 
S-band. (Report No. 1357-1.) W. G. Wagener. 
OEMsr-1357; Project Nos. RP-158b, SC-94.25 and 
others. Litton Engineering Laboratories. Septem¬ 
ber 30, 1945. 


SECRET 





460 


DIVISION 15 • MICROFILM LIST 


341.5 


M7 Preproduction experience with 100- to 1000-watt 
continuous-wave magnetrons for the 90- to 1500- 
megacycle range. (Report No. 931-31.) M. C. 
Schramm. OEMsr-931; Research Project Nos. RP- 
158f and RP-244. General Electric Company. 

October 18, 1945. 

M8 [Thej L-104, X-band Piccolo. (Report No. 1019-6.) 

R. A. Dehn, W. H. Teare and S. E. Webber. 
OEMsr-1019; Project Nos. RP-158a, NA-156 and 
NS-394.02. General Electric Company. October 
25, 1945. 

M9 Modulation tests of the 6-J21 magnetron. (Report 
No. 411-235.) J. C. Turnbull, J. R. Duggan and 
others. OEMsr-411; Project Nos. SC-94.25, RP-417 
and others. Harvard University, Radio Research 
Laboratory. October 29, 1945. 341.6 

M10 General report on Piccolo Project: 1-kw tunable 
continuous-wave magnetrons. (Report No. 1019-5.) 

Lewi Tonks, J. S. Burgess and others. OEMsr- 
1019; Project Nos. RP-158A, SC-94.25 and NS- 
394.02. General Electric Company. October 29, 

1945. 

Mil Development of ZP-594 multivaned magnetron. 

(Report No. 1019-7.) R. I. Reed. OEMsr-1019; 

Project Nos. RP-158A, SC-94.25 and NS-394.02. 

General Electric Company. October 29, 1945. 

M12 History of the development of the ZP-597 multi¬ 
vane magnetron. (Report No. 1019-8.) Paul W. 
Crapuchettes, R. I. Reed and R. J. Stupp. OEMsr- 
1019; Project Nos. RP-158A, SC-94.25 and NS- 
394.02. General Electric Company. October 29, 

1945. 

M13 The A-132 and A-133 tunable continuous-wave 
magnetrons. (Report No. 1043-7.) R. B. Vande- 
grift. Project Nos. SC-94.25, RP-158-D and others. 

Radio Corporation of America. November 15, 

1945. 

M14 The ZP-636 externally-tuned high-power magne¬ 
tron. (Report No. 931-30.) R. B. Nelson. OEMsr- 
931; Project Nos. RP-116 and NS-278. General 
Electric Company. November 21, 1945. 

M15 [Thej 100- to 1000-watt continuous-wave magne¬ 
trons for the 90- to 1500-mc range. (Report No. 

931-23.) D. A. Wilbur, R. V. Langmuir and R. D. 

Gordon. OEMsr-931; Project Nos. RP-244, NS- 
208 and others. General Electric Company. No¬ 
vember 23, 1945. 

10—Kilowatt Level 

Ml The ZP-595 magnetron. (Report No. 931-7.) R. B. 

Nelson, R. V. Langmuir and John P. Blewett. 
OEMsr-931; Research Project No. RP-116. Gen¬ 
eral Electric Company. February 9, 1944. 

M2 Preliminary test results on Westinghouse 10-kw 342 

magnetron. (Report No. 411-70.) Gunnar Hok. 
OEMsr-411; Research Project No. RP-321. Har¬ 
vard University, Radio Research Laboratory. 

August 18, 1944. 

M3 Development of high-power tubes at Westing- 
house. Volume II, Development of 10-kw magne¬ 


trons. (Report No. 747-3.) F. W. Boggs. OEMsr- 
747; Project Nos. RP-351a, SC-94.24 and NS-394.03. 
Westinghouse Electric Corporation. July 5, 1945. 

M4 The ZP-595, a 10-kw magnetron oscillator at 500 
me. (Report No. 931-33.) R. V. Langmuir and 
R. B. Nelson. OEMsr-931; Project Nos. RP-116, 
SC-94.24 and NS-394.03. General Electric Com¬ 
pany. November 19, 1945. 

M5 Further developments concerning the Westing¬ 
house 10-kw magnetron. (Summary Report No. 
411-70A.) Gunnar Hok and M. B. Gottlieb. 
OEMsr-411; Project Nos. RP-321, SC-94.19 and 
others. Harvard University, Radio Research Labo¬ 
ratory. January 11, 1946. 

Miscellaneous Magnetron Studies 

Ml Magnetron modulation by means of a rotating 
electron cloud. (Report No. 411-185.) F. Craw¬ 
ford and M. Pease. OEMsr-411; Project Nos. 
RP-417, SC-94.25 and NS-278. Harvard University, 
Radio Research Laboratory. November 15, 1944. 

M2 Mica windows for wave guide output magnetrons. 
(Division 14. Report No. 366.) L. Malter, R. L. 
Jepsen and L. R. Bloom. OEMsr-1043. Radio 
Corporation of America. December 5, 1944. 

M3 Wave guide output magnetrons employing fused 
quartz output transformers. (Division 14. Report 
No. 367.) L. Malter and J. L. Moll. OEMsr-1043. 
Radio Corporation of America. January 15, 1945. 

M4 Technical report on K-band magnetron. (Division 
14. Report No. 444.) L. Malter, J. A. Beard and 
others. OEMsr-1043. Radio Corporation of Amer¬ 
ica. March 1, 1945. 

M5 An extension of Clogsten’s scaling formulas to 
include change of number of slots. (Report No. 
1043-5.) Han Chuan Hu. OEMsr-1043; Project 
Nos. RP-430c, SC-94.23 and others. Radio Cor¬ 
poration of America. May 15, 1945. 

M6 Space-charge-limited single-stream solutions in a 
cylindrical magnetron with small current. (Report 
No. 411-175.) Felix Bloch. OEMsr-411; Research 
Project No. RP-295. Harvard University, Radio 
Research Laboratory. May 25, 1945. 

M7 Self-regulating field excitation for continuous-wave 
magnetrons. (Report No. 411-284.) H. C. Early 
and H. W. Welch. OEMsr-411; Project Nos. RP- 
461, SC-94.25 and NS-394.10. Harvard University, 
Radio Research Laboratory. October 31, 1945. 

M8 A magnetron filament regulator. (Report No. 931- 
21.) P. H. Peters, Jr. OEMsr-931; Project Nos. 
RP-244 and NS-218. General Electric Company. 
November 16, 1945. 

Resnatrons 

Ml Resnatron report. (Report No. 747-1.) (n.a.) 

OEMsr-747. [Bell Telephone Laboratories, Inc. 
(?)] March 1, 1943. 

M2 Development of resnatrons for high-power con¬ 
tinuous-wave ground jammer. (Report No. 747-2.) 
W. B. Fretter and F. W. Boggs. OEMsr-747; 



DIVISION 15 • MICROFILM LIST 


461 


Project Nos. RP-351a, SC-94.24 and NS-394.03. 
Westinghouse Electric Corporation. September 21, 
1944. 

M3 Test information on resnatron, Types X-124 and 
X-139. (Report No. 411-126.) W. R. Rambo, L. D. 
Tuck and S. W. Howe. OEMsr-411; Research 
Project No. RP-378. Harvard University, Radio 
Research Laboratory. November 16, 1944. 

M4 Development of a sealed-off resnatron. (Report No. 
1034-1.) E. Labin, M. Arditi and others. OEMsr- 
1034; Research Project No. RP-247. Federal Tele¬ 
phone and Radio Corporation. May 31, 1945. 

343 Noise Output of Tubes 

343.1 RCA 931 Photoelectric Tubes 

Ml A high-level noise generator. (Report No. 1.) John 
N. Dyer. Harvard University, Radio Research 
Laboratory. July 8, 1942. 

M2 Calculated frequency spectrum of RCA 931 noise 
source. (Report No. 26.) R. D. Sard. Harvard 
University, Radio Research Laboratory. April 16, 
1943. 

M3 Operating characteristics of the t RCA] 931 photo¬ 
tube in the frequency range 50 to 5000 kc. (Report 
No. 411-57.) J. D. Cobine and C. J. Gallagher. 
Harvard University, Radio Research Laboratory. 
August 31, 1943. 

M4 Noise conference at Radio Research Laboratory, 
(n.a.) Harvard University, Radio Research Labo¬ 
ratory. October 19, 1943. 

M5 A grid-controlled photomultiplier and its applica¬ 
tion to regen era tively increasing noise output. 
(Report No. 1060-1.) Alan M. Glover, Ralph W. 
Engstrom and W. J. Pietenpol. OEMsr-1060; Re¬ 
search Project No. RP-196. Radio Corporation of 
America. May 16, 1944. 

M6 Life tests on RCA 931-A phototubes. (Technical 
Memorandum No. 411-119.) C. J. Gallagher. 
OEMsr-411; Research Project No. RP-187. Har¬ 
vard University, Radio Research Laboratory. May 
31, 1944. 

M7 The investigation and manufacture of noise sources 
at Radio Corporation of America. (Final Report 
No. 1060-2.) Alan M. Glover, Ralph W. Engstrom 
and W. J. Pietenpol. OEMsr-1060; Research Proj¬ 
ect No. RP-196. Radio Corporation of America. 
March 7, 1945. 

343.2 Gas Tubes 

Ml Noise in gas tubes. (Report No. 411-68.) J. D. 
Cobine and C. J. Gallagher. OEMsr-411; Research 
Project No. RP-186. Harvard University, Radio 
Research Laboratory. January 24, 1944. 

343.21 Noise Generators 

Ml Voice frequency noise generator. (Preliminary Re¬ 
port No. 8.) M. E. Campbell. Research Project 
No. C-63. Bell Telephone Laboratories, Inc. 
January 30, 1943. 


M2 Audio frequency noise generators. (Preliminary 
Report No. 4.) H. H. Benning. OEMsr-966. 
Bell Telephone Laboratories, Inc. May 26, 1943. 

M3 Constriction oscillator. (Report No. 931-5.) Lewis 
R. Roller. OEMsr-931; Research Project No. RP- 
243. General Electric Company. November 20, 
1943. 

M4 Gas tube noise generator development. (Report 
No. 1024-2.) Ronald H. Culver. OEMsr-1024; 
Research Project No. RP-189. Jansky and Bailey. 
January, 1944. 

M5 Cold-cathode gas tube noise generators. (Report 
No. 411-239.) Stanley Ruthberg. OEMsr-411; 
Project Nos. RP-187 and SC-94.16. Harvard Uni¬ 
versity, Radio Research Laboratory. September 
13, 1945. 

343.22 Hot-Cathode Arcs 

Ml Tungar rectifier bulbs as noise generators. (Report 
No. 1176-1.) Stuart Ballantine. OEMsr-1176; Re¬ 
search Project No. RP-311. Ballantine Labora¬ 
tories. February 11, 1944. 

M2 Oscillations and noise in hot-cathode arcs. (Re¬ 
port No. 411-232.) J. D. Cobine, C. J. Gallagher 
and others. OEMsr-411; Project Nos. RP-187, 
RP-181 and SC-94.16. Harvard University, Radio 
Research Laboratory. September 26, 1945. 

343.23 Thyratron 

Ml Noise output of the FG-178A thyratron in the 
range 100 kc to 9 me. (Technical Memorandum 
No. 411-3.) J. D. Cobine. OEMsr-411; Research 
Project No. RP-187. Harvard University, Radio 
Research Laboratory. December 10, 1943. 

M2 Noise output of the GL-546. (Technical Memo¬ 
randum No. 411-121.) C. J. Gallagher. OEMsr- 
411; Research Project No. RP-187. Harvard Uni¬ 
versity, Radio Research Laboratory. June 5, 1944. 

343.24 Gas Tube Models 

343.241 Sylvania 6D-4 and 2C-4 

Ml Noise generated by the Sylvania 2C-4 and 6D-4 
miniature gas triodes in the frequency range 100 
kc to 5 me. (Technical Memorandum No. 411-38.) 
J. D. Cobine. OEMsr-411; Research Project No. 
RP-187. Harvard University, Radio Research 

Laboratory. February 8, 1944. 

M2 Noise generated by the Sylvania 2C-4 and 6D-4 
miniature gas triodes in the frequency range 100 
kc to 9 me. (Technical Memorandum No. 411-38A.) 
J. D. Cobine. OEMsr-411; Research Project No. 
RP-187. Harvard University, Radio Research 

Laboratory. March 21, 1944. 

M3 Low-frequency noise spectrum of the 6D-4 gas 
triode. (Technical Memorandum No. 411-115.) 

J. D. Cobine. OEMsr-411; Research Project No. 
RP-187. Harvard University, Radio Research 

Laboratory. May 15, 1944. 

M4 Noise output of the Sylvania 6D-4 gas triode at 




462 


DIVISION 15 • MICROFILM LIST 


audio and supersonic frequencies, 25 cps to 100 kc. 
(Report No. 411-92.) J. D. Cobine. OEMsr-411; 
Research Project No. RP-187. Harvard Univer¬ 
sity, Radio Research Laboratory. May 29, 1944. 

M5 One-sided clipping of the 6D-4 spectrum. (Tech¬ 
nical Memorandum No. 411-69.) P. S. Jastram. 
OEMsr-411; Research Project No. RP-187. Har¬ 
vard University, Radio Research Laboratory. July 
27, 1944. 

M6 Magnets for the 6D-4 noise tube. (Report No. 
411-74.) J. D. Cobine. OEMsr-411; Research Proj¬ 
ect No. RP-187. Harvard University, Radio Re¬ 
search Laboratory. August 31, 1944. 

M7 Audio and supersonic noise generators. (Report 
No. 411-76.) J. D. Cobine. OEMsr-411; Research 
Project No. RP-187. Harvard University, Radio 
Research Laboratory. August 31, 1944. 

M8 A theoretical study of the response of saturated 
linear and quadratic rectifiers to random noise. 
Calculations for the 6D-4 noise source. (Report 
No. 411-97.) David Middleton, Joan H. Seaman 
and Eleanor Pressly. OEMsr-411; Research Proj¬ 
ect No. RP-181. Harvard University, Radio Re¬ 
search Laboratory. October 23, 1944. 

M9 A new noise source design. (Report No. 931-14.) 
P. H. Peters, Jr. OEMsr-931; Research Project 
No. RP-393. General Electric Company. Decem¬ 
ber 20, 1944. 

M10 The characteristics of the Sylvania 6D-4 miniature 
gas triode as a noise source for the range 0.1 to 
5 me. (Report No. 411-169.) J. D. Cobine and 
J. R. Curry. OEMsr-411; Research Project No. 
RP-187. Harvard University, Radio Research 
Laboratory. March 30, 1945. 

Mil [The] 6D-4 spectrum checker. (Report No. 411 - 
258.) P. S. Jastram and C. J. Gallagher. OEMsr- 
411; Project Nos. RP-187 and SC-94.16. Harvard 
University, Radio Research Laboratory. Septem¬ 
ber 28, 1945. 

343.242 RCA 884 

Ml The [RCA] 884 gas triode as a noise source. (Tech¬ 
nical Memorandum No. 1.) J. D. Cobine. Har¬ 
vard University, Radio Research Laboratory. Sep¬ 
tember 22, 1943. 

M2 Noise output of [RCA] 884 gas triode at high fre¬ 
quencies. (Report No. 940-9.) A. E. Kerwien. 
OEMsr-940; Research Project No. RP-199. Bell 
Telephone Laboratories, Inc. November 3, 1943. 

M3 The jamming effectiveness of a gas tube noise 
source exhibiting oscillations. (Technical Memo¬ 
randum No. 411-31.) D. A. Peterson. OEMsr- 
411; Research Project No. RP-186. Harvard Uni¬ 
versity, Radio Research Laboratory. November 
22, 1943. 

M4 Low-frequency noise spectrum of the [RCA] 884 
gas triode. (Technical Memorandum No. 411-116.) 
J. D. Cobine, C. J. Gallagher and P. S. Jastram. 
OEMsr-411; Research Project No. RP-187. Har¬ 


vard University, Radio Research Laboratory. May 
15, 1944. 

M5 Use of transformer coupling with gas tube noise 
sources. (Report No. 1176-2.) Stuart Ballantine 
and Edmund Osterland. OEMsr-1176; Research 
Project No. RP-311. Ballantine Laboratories. 
June 1, 1944. 

M6 Audio and supersonic noise characteristics of the 
RCA 884 and 2050 gas tubes, 25 cps to 100 kc. 
(Report No. 411-136.) J. D. Cobine, C. J. Gallagher 
P. S. Jastram. OEMsr-411; Research Project No. 
RP-187. Harvard University, Radio Research 
Laboratory. December 12, 1944. 

343.243 Miscellaneous Gas Tube Models 

Ml Noise output of RCA 2D-21 miniature gas tetrode, 
in the range 100 kc to 9 me. (Technical Memo¬ 
randum No. 411-36.) J. D. Cobine. OEMsr-411; 
Research Project No. RP-186. Harvard Univer¬ 
sity, Radio Research Laboratory. January 11, 
1944. 

M2 A calculation of the effect of rectification and clip¬ 
ping on the spectra of the output of the t RCA] 
6D-4, 884, 178-A and 2D-21 noise sources. (Report 
No. 411-90.) David Middleton. OEMsr-411; Re¬ 
search Project No. RP-181. Harvard University, 
Radio Research Laboratory. June 23, 1944. 

M3 Noise source investigations at Ballantine Labora¬ 
tories. (Report No. 1176-3.) Compiled by: Ed¬ 
mund Osterland. OEMsr-1176; Research Project 
No. RP-311. Ballantine Laboratories. August 1, 
1944. 

344 Cathode-Ray Tubes 

Ml A tantalum cylinder cathode for continuous-wave 
magnetrons. (Report No. 1043-2.) R. L. Jepsen. 
OEMsr-1043; Project Nos. RP-430c, SC-94.23, NS- 
394.01 and others. Radio Corporation of Amer¬ 
ica. January 15, 1945. 

M2 Cathode-ray phototube demodulation of time divi¬ 
sion multiplex pulse signal. (Report No. 895-42.) 
Bertram A. Trevor. OEMsr-895; Project Nos. 
RP-460 and SC-93.02. Radio Corporation of 
America. October 17, 1945. 

344.1 Screen Patterns 

Ml Techniques for still and cine photography of 
cathode-ray tube screen patterns. (Report No. 39.) 
E. R. Brill, C. Gray and others. Harvard Uni¬ 
versity, Radio Research Laboratory. May 6, 1943. 

345 Reactance Tubes 

Ml Notes on a common grid reactance tube circuit. 
(Technical Memorandum No. 411-40.) W. R. 
Rambo. OEMsr-411; Research Project No. RP- 
203. Harvard University, Radio Research Labo¬ 
ratory. January 15, 1944. 

M2 Class C operation of reactance tubes. (Report No. 
411-82) W. R. Rambo. OEMsr-411; Research 




DIVISION 15 • MICROFILM LIST 


463 


Project No. RP-203. Harvard University, Radio 
Research Laboratory. February 4, 1944. 

M3 A common grid reactance tube circuit at ultra high 
frequencies. (Technical Memorandum No. 411- 
40A.) J. W. Kearney and W. R. Rambo. OEMsr- 
411; Research Project No. RP-203. Harvard Uni¬ 
versity, Radio Research Laboratory. April 15, 
1944. 

M4 Notes on factors affecting the selection of values 
for use in the phase net of reactance tubes. (Re¬ 
port No. 1138-2.) Joseph I. Heller and Oscar 
Friedman. OEMsr-1138; Research Project No. RP- 
307. Panoramic Radio Corporation. October 23, 
1944. 

346 Miscellaneous Tubes and Tube Problems 

Ml Ultra high frequency diode. (Report No. 867-3.) 
Martin M. Freundlich. OEMsr-867. Columbia 
Broadcasting System, Inc. December 21, 1943. 

M2 A gold-copper alloy solder. (Report No. 931-13.) 
R. B. Nelson. OEMsr-931; Research Project No. 
RP-116. General Electric Company. May 30, 
1944. 

M3 Amplification characteristics of the L-14 with 
small signal input at 3000 me. (Report No. 931-12.) 
N. T. Lavoo. OEMsr-931; Research Project No. 
RP-396. General Electric Company. August 25, 
1944. 

M4 The L-200, a 5-kw triode for the 70- to 350-mc 
range. (Report No. 931-28.) A. M. Gurewitsch, 
J. S. Hickey and others. OEMsr-931; Project Nos. 
RP-394 and NA-102. General Electric Company. 
November 8, 1945. 

M5 Tracing of electron trajectories using the differen¬ 
tial analyzer. (Report No. 931-29.) John P. 
Blewett, Gabriel Kron and others. OEMsr-931; 
Research Project Nos. RP-244 and RP-430a. Gen¬ 
eral Electric Company. November 23, 1945. 

350 Oscillators 

351 Coaxial Cavity 

351.1 Microwave 

Ml A wide-range microwave oscillator, A-1501. (Re¬ 
port No. 11.) George E. Hulstede. Harvard Uni¬ 
versity, Radio Research Laboratory. January 7, 
1943. 

M2 Survey of microwave power oscillators. (Technical 
Memorandum No. 411-135.) F. A. Record. 
OEMsr-411; Research Project No. RP-295. Har¬ 
vard University, Radio Research Laboratory. 
August 14, 1944. 

M3 McNally tubes in radial cavities. (Report No. 411 - 
241.) J. J. Wedel. OEMsr-411; Research Project 
No. RP-286. Harvard University, Radio Research 
Laboratory. September 11, 1945. 

M4 The electrical characteristics of the D-9081 and 
Q-1248 X-band oscillator. (Report No. 411-268.) 
Howard Zeidler. OEMsr-411; Project Nos. RP- 


286, AC-290.12 and others. Harvard University, 
Radio Research Laboratory. December 14, 1945. 

351.2 Ultra High Frequency 

Ml Continuous-wave oscillators using the experimen¬ 
tal General Electric L-3 triode in coaxial line 
circuits. (Report No. 38.) J. Gregg Stephenson. 
Harvard University, Radio Research Laboratory. 
May 3, 1943. 

M2 Continuous-wave oscillations using the General 
Electric ZP-449 triode in coaxial line circuits. (Re¬ 
port No. 49.) J. Gregg Stephenson and R. L. 
Henkel. Harvard University, Radio Research 
Laboratory. July 12, 1943. 

M3 Operation of RCA A-2212 (Nehrgaard tube) in a 
coaxial cavity oscillator. (Technical Memorandum 
No. 411-66.) R. L. Henkel. OEMsr-411. Harvard 
University, Radio Research Laboratory. February 
4, 1944. 

M4 The General Electric ZP-522 triode as a continu¬ 
ous-wave oscillator and amplifier in coaxial line 
circuits. (Report No. 411-83.) J. Gregg Stephen¬ 
son and R. L. Henkel. OEMsr-411; Research Proj¬ 
ect No. RP-204. Harvard University, Radio Re¬ 
search Laboratory. March 15, 1944. 

M5 Random pulsed triode cavity oscillators and jam¬ 
mers. (Technical Memorandum No. 411-101.) 
Robert R. Buss. OEMsr-411; Research Project 
No. RP-186. Harvard University, Radio Research 
Laboratory. April 20, 1944. 

M6 A triode oscillator tripler. (Report No. 411-116.) 
W. R. Rambo and L. D. Tuck. OEMsr-411; Re¬ 
search Project No. RP-169. Harvard University, 
Radio Research Laboratory. October 20, 1944. 

M7 A 60- to 300-mc power oscillator with single-dial 
tuning control. (Report No. 411-295.) J. Gregg 
Stephenson and Milton B. Adams. OEMsr-411; 
Research Project No. RP-346. Harvard Univer¬ 
sity, Radio Research Laboratory. December 14, 
1945. 

352 Low-Power 

Ml A 3- to 6-cm low-power oscillator. (Technical 
Memorandum No. 411-139.) Ralph H. Hoglund. 
OEMsr-411; Research Project No. RP-286. Har¬ 
vard University, Radio Research Laboratory. 
August 22, 1944. 

M2 The development of low-power continuously- 

tuned oscillators operating in the X- and S-bands. 
The 2K-48 and 2K-49 vacuum tubes. (Report No. 
1222-1.) A. L. Samuel and J. W. Clark. OEMsr- 
1222; Research Project No. RP-332. Western 
Electric Company, Inc. February 28, 1945. 

M3 The development of low-power continuously- 

tuned oscillators operating in the X- and S-bands. 
The 2K-48 and 2K-49 vacuum tubes. (Final Re¬ 
port No. 1222-2.) A. L. Samuel. OEMsr-1222; 
Project Nos. RP-439, NS-394.01 and NA-156. 
Western Electric Company, Inc. September 28, 
1945. 




464 


DIVISION 15 • MICROFILM LIST 


353 Modulated 

Ml Notes on oscillators in connection with electronic 
tuning for panoramic reception. (Report No. 1138- 

I. ) Joseph I. Heller. OEMsr-1138; Research 
Project No. RP-307. Panoramic Radio Corpora¬ 
tion. March 8, 1944. 

M2 Notes on the wide-band modulation of coaxial 
line oscillators using lighthouse triodes. (Technical 
Memorandum No. 411-65.) R. R. Webster and 361.2 

J. Gregg Stephenson. OEMsr-411; Research Proj¬ 
ect No. RP-305. Harvard University, Radio Re¬ 
search Laboratory. March 10, 1944. 

M3 Electronic tuning for panoramic reception. (Report 
No. 1138-3.) Joseph I. Heller. OEMsr-1138; Re¬ 
search Project No. RP-307. Panoramic Radio 
Corporation. December 1, 1944. 

360 Filters 

Ml Filter mismatch loss with improper termination. 

(Report No. 411-201.) Seymour B. Cohn and Paul 
I. Richards. OEMsr-411; Project Nos. RP-442 and 
SC-90.12. Harvard University, Radio Research 
Laboratory. June 12, 1945. 

M2 The universal characteristics of triple-resonant 

circuit band-pass filters. (Report No. 411-240.) 362 

Karl R. Spangenberg. OEMsr-411; Project Nos. 

RP-442, AC-290.12 and AC-290.16. Harvard Uni¬ 
versity, Radio Research Laboratory. September 
25, 1945. 

361 Coaxial (Distributed Constants) 

Ml Design information for several ultra high fre- 370 
quency filters. (Report No. 28.) Seymour B. Cohn. 

Harvard University, Radio Research Laboratory. 371 
April 9, 1943. 

M2 Resonant section coaxial filters. (Report No. 411- 
115.) Paul I. Richards. OEMsr-411; Research 
Project No. RP-286. Harvard University, Radio 
Research Laboratory. October 18, 1944. 

M3 Supplementary information on resonant section 
coaxial filters. (Report No. 411-115D.) Paul I. 
Richards. OEMsr-411; Project Nos. RP-442, AC- 
290.12 and AC-290.16. Harvard University, Radio 
Research Laboratory. July 16, 1945. 

M4 R£sum£ of ultra high frequency filter develop¬ 
ment. (Report No. 411-234.) Seymour B. Cohn 
and Paul I. Richards. OEMsr-411; Project Nos. 

RP-442, AC-290.12 and AC-290.16. Harvard Uni¬ 
versity, Radio Research Laboratory. September 
10, 1945. 

361.1 Low-Pass 

Ml The R-807 low-pass filter. (Technical Memoran¬ 
dum No. 411-64.) Seymour B. Cohn. OEMsr- 
411; Research Project No. RP-287. Harvard Uni¬ 
versity, Radio Research Laboratory. March 17, 371.1 

1944. 

M2 Spurious responses in a transmission line low-pass 
filter. (Report No. 411-115b.) Paul I. Richards. 


OEMsr-411; Research Project No. RP-442. Har¬ 
vard University, Radio Research Laboratory. 
March 15, 1945. 

M3 Design of microwave low-pass filters. (Report No. 
411-163.) Seymour B. Cohn. OEMsr-411; Project 
Nos. RP-442 and SC-90.12. Harvard University, 
Radio Research Laboratory. June 1, 1945. 

High-Pass 

Ml The M-4601 and M-4602 high-pass filters. (Report 
No. 411-113.) Peter L. Harbury. OEMsr-411; 
Research Project No. RP-286. Harvard University, 
Radio Research Laboratory. November 5, 1944. 

M2 An easily constructed high-pass coaxial filter. (Re¬ 
port No. 411-115A.) Paul I. Richards. OEMsr- 
411; Research Project No. RP-442. Harvard Uni¬ 
versity, Radio Research Laboratory. March 9, 
1945. 

M3 A variable cut-off high-pass filter for use with 
AN/APR-5 A. (Report No. 411-161.) Walter G. 
Wadey. OEMsr-411; Research Project No. RP-107. 
Harvard University, Radio Research Laboratory. 
March 14, 1945. 

Lumped Constants 

Ml The M-125 75-megacycle low-pass filter. (Tech¬ 
nical Memorandum No. 411-102.) J. G. C. Swin- 
ney, Jr. OEMsr-411; Research Project No. RP-306. 
Harvard University, Radio Research Laboratory. 
April 24, 1944. 

Transmission Lines and Components 

Transmission Lines 

Ml Losses in various transmission lines at several fre¬ 
quencies. (Technical Memorandum No. 411-17.) 
L. T. Slocum. OEMsr-411. Harvard University, 
Radio Research Laboratory. August 16, 1943. 

M2 Determination of relative power on a concentric 
transmission line. (Technical Memorandum No. 
411-118.) C. Milton Daniell. OEMsr-411; Re¬ 
search Project No. RP-306. Harvard University, 
Radio Research Laboratory. June 13, 1944. 

M3 A note on three theoretical expressions for the 
characteristic impedance of a shielded balanced 
line. (Technical Memorandum No. 411-130.) Peter 
J. Sutro. OEMsr-411; Research Project No. RP- 
107. Harvard University, Radio Research Labo¬ 
ratory. July 7, 1944. 

M4 Frequency bands of loaded and unloaded resonant 
sections of line. (Technical Memorandum No. 
411-85.) Peter J. Sutro. OEMsr-411; Research 
Project No. RP-107. Harvard University, Radio 
Research Laboratory. July 26, 1944. 

Wave Guides 

Ml A rapid fastener for wave guides. (Technical Mem¬ 
orandum No. 411-88.) Walter G. Wadey. [OEMsr- 
411;] Research Project No. RP-286. Harvard Uni- 




DIVISION 15 • MICROFILM LIST 


465 


versity. Radio Research Laboratory. July 22, 1944. 

M2 Wide-band wave guide mixers. (Report No. 411-79.) 

Ralph H. Hoglund, A. J. Yakutis and J. S. Foster, 

Jr. OEMsr-411; Research Project No. RP-286. 

Harvard University, Radio Research Laboratory. 

October 16, 1944. 

M3 Resonant probe in wave guide. (Report No. 411- 
137.) Thomas E. Moore and Walter G. Wadey. 
OEMsr-411; Research Project No. RP-107. Har¬ 
vard University, Radio Research Laboratory. De¬ 
cember 26, 1944. 

M4 Sensitivity of the AN/APR-5A in wave guide, 3 to 
10 cm. (Report No. 411-138.) Thomas E. Moore 
and Walter G. Wadey. OEMsr-411; Research 
Project No. RP-107. Harvard University, Radio 372 
Research Laboratory. December 26, 1944. 

M5 Moisture in wave guides. (Report No. 411-147.) 372.1 

Thomas E. Moore and Walter G. Wadey. OEMsr- 
411; Research Project No. RP-107. Harvard Uni¬ 
versity, Radio Research Laboratory. January 6, 

1945. 

M6 Wave guide installation for AN/APR-5A. (Report 
No. 411-149.) Thomas E. Moore and Walter G. 

Wadey. OEMsr-411; Research Project No. RP- 
107. Harvard University, Radio Research Labo¬ 
ratory. January 8, 1945. 

M7 Design of simple broad-band wave guide-to-coax 
junctions. (Report No. 411-186.) Seymour B. 

Cohn. OEMsr-411; Project Nos. RP-442b, AC- 
290.16 and AC-290.12. Harvard University, Radio 
Research Laboratory. July 18, 1945. 

M8 A broad-band directional pickup and wattmeter 
for wave guide. (Report No. 411-221.) H. C. Early. 
OEMsr-411; Project Nos. RP-461a and NS-394.10. 

Harvard University, Radio Research Laboratory. 

August 1, 1945. 

M9 Properties of ridge wave guide. (Report No. 411 - 
211.) Seymour B. Cohn. OEMsr-411; Project Nos. 

RP-442, AC-290.12 and AC-290.16. Harvard Uni- 372.2 
versity. Radio Research Laboratory. August 15, 

1945. 

M10 Attenuation in wave guide at 3000 me due to 
moisture condensation. (Report No. 411-253.) 

Paul A. Pearson. OEMsr-411; Research Project 
No. RP-481. Harvard University, Radio Research 
Laboratory. October 2, 1945. 

Mil An all-metal dummy load for wave guide. (Report 
No. 411-229.) H. C. Early. OEMsr-411; Project 
Nos. RP-461 and NS-394.10. Harvard University, 

Radio Research Laboratory. October 25, 1945. 

371.2 Coaxial 

Ml Notes on the velocity of radio waves in a coaxial 
line. (Technical Memorandum No. 411-30.) W. W. 
Salisbury. OEMsr-411. Harvard University, Radio 
Research Laboratory. August 15, 1944. 

M2 Measurements on wide-band coaxial lines. (Re¬ 
port No. 411-255.) J. C. Turnbull, J. R. Duggan 
and R. W. Green. OEMsr-411; Project Nos. RP- 


405 and SC-94.25. Harvard University, Radio Re¬ 
search Laboratory. September 26, 1945. 

371.3 Cables and Connectors 

Ml Attenuation of RG-21/AU cable as a function of 
frequency. (Report No. 411-123.) Walter G. Wadey 
and Thomas E. Moore. OEMsr-411; Research 
Project No. RP-107. Harvard University, Radio 
Research Laboratory. November 13, 1944. 

M2 Radio frequency conductors and fittings. (Report 
No. 411-237.) J. G. C. Swinney, Jr. OEMsr-411; 
Research Project No. RP-472. Harvard University, 
Radio Research Laboratory. September 11, 1945. 

Accessories 

Switches 

Ml Preliminary instructions for the M-2404 (SA-14/ 
SPR-1) and M-2413 (SA-44/APR) radio frequency 
switches. ([Instruction Book] No. 411-IB-44.) John 
H. Jasberg and E. L. Bock. OEMsr-411; Research 
Project No. RP-138. Harvard University, Radio 
Research Laboratory. January 11, 1945. 

M2 Preliminary instructions for the M-2415 switch 
(SW-44A/APR). ([Instruction Book] No. 411-IB-41.) 
John H. Jasberg and E. L. Bock. OEMsr-411; 
Research Project No. RP-138. Harvard Univer¬ 
sity, Radio Research Laboratory. February 1, 1945. 
M3 Antenna switching unit, CLU-24314. (Report No. 
1305-10.) Norman E. Klein. OEMsr-1305; Proj¬ 
ect Nos. RP-402a, NS-310 and others. Airborne 
Instruments Laboratory, Inc. April 17, 1945. 

M4 Antenna transfer switch. (Report No. 1305-19.) 
Norman E. Klein and Lyman C. Ihrig. OEMsr- 
1305; Project Nos. RP-402b and NS-395.08. Air¬ 
borne Instruments Laboratory, Inc. August 31, 
1945. 

Oscillators 

Ml Theory of mode separation in a coaxial oscillator. 
(Technical Memorandum No. 411-132.) Peter J. 
Sutro. OEMsr-411; Research Project No. RP-107. 
Harvard University, Radio Research Laboratory. 
July 25, 1944. 

380 Circuits 

381 Circuit Elements 

381.1 Transformers 

Ml Transformers and chokes for power supplies. (Re¬ 
port No. 21.) John P. Woods. Harvard Univer¬ 
sity, Radio Research Laboratory. February 10, 
1943. 

M2 Frequency characteristics of wide-band matching 
sections. (Report No. 23.) Eugene Fubini, Peter 
J. Sutro and R. F. Lewis. Harvard University, 
Radio Research Laboratory. April 19, 1943. 

M3 Wide-band transformer from an unbalanced to a 





466 


DIVISION 15 • MICROFILM LIST 


balanced line. (Technical Memorandum No. 
411-22.) Eugene Fubini and Peter J. Sutro. 
OEMsr-411; Research Project No. RP-107. Har¬ 
vard University, Radio Research Laboratory. Oc¬ 
tober 28, 1943. 

M4 Principles for the design of small power trans¬ 
formers. (Report No. 411-78.) John P. Woods. 
OEMsr-411; Research Project No. RP-178. Har¬ 
vard University, Radio Research Laboratory. Janu¬ 
ary 25, 1944. 

M5 An approximate theory of eddy current loss in 
transformer cores excited by sine wave or by 
random noise. (Report No. 411-264.) David Mid¬ 
dleton. OEMsr-411; Project Nos. RP-187 and SC- 
94.16. Harvard University, Radio Research Labo¬ 
ratory. October 25, 1945. 

M6 Video transformers for noise voltage. (Report No. 
411-244.) J. D. Cobine, J. R. Curry and others. 
OEMsr-411; Project Nos. RP-187 and SC-94.16. 
Harvard University, Radio Research Laboratory. 
October 30, 1945. 

382 Amplifier 

Ml Class B video amplifiers for power amplification 
of noise energy. (Report No. 411-172.) John F. 
Byrne. OEMsr-411; Research Project No. RP- 
405A. Harvard University, Radio Research Labo¬ 
ratory. April 11, 1945. 

383 Circuits and Networks 

Ml Type II admittance transforming networks. (Mem¬ 
orandum No. MM-43-160-85.) Charles R. Burrows. 
Bell Telephone Laboratories, Inc. June 18, 1943. 

M2 Broad-band amplification with grounded grid cir¬ 
cuits. (Report No. 931-8.) Siegfried Hansen. 
OEMsr-931; Research Project No. RP-156. Gen¬ 
eral Electric Company. February 10, 1944. 

M3 The R-1700 wide-band regenerative circuit. (Tech¬ 
nical Memorandum No. 411-98.) R. C. Raymond 
and Seymour B. Cohn. OEMsr-411; Research 
Project No. RP-117. Harvard University, Radio 
Research Laboratory. April 3, 1944. 

M4 Pulse amplitude selective automatic gain control 
circuit. (Report No. 895-25.) John B. Atwood and 
Grant E. Hansell. OEMsr-895; Research Project 
No. RP-123. Radio Corporation of America. 
July 22, 1944. 

M5 Applications of Butterfly circuits. (Report No. 
411-159.) R. A. Soderman. OEMsr-411; Research 
Project No. RP-416. Harvard University, Radio 
Research Laboratory. February 21, 1945. 

M6 A note on ultra high frequency coupled circuits. 
(Report No. 411-115c.) Paul I. Richards. OEMsr- 
411; Research Project No. RP-442. Harvard Uni¬ 
versity, Radio Research Laboratory. March 20, 
1945. 

M7 Analysis of electrical circuits of the AN/ARC-1 
radio set. (Report No. 1024-28.) Elmer H. Scheibe. 
OEMsr-1024; Project Nos. RP-189 and SC-93.01. 
Jansky and Bailey. August, 1945. 


M8 Non-linear limiter circuits for use with intensity 
modulated indicators. (Report No. 411-274.) E. R. 
Brill. OEMsr-411; Project Nos. RP-406, SC-92.01 
and others. Harvard University, Radio Research 
Laboratory. August 1, 1945. 

M9 A high-speed sweep generator with sectional scan. 
(Report No. 411-285.) Raymond K. Vermillion. 
OEMsr-411; Research Project No. RP-306. Har¬ 
vard University, Radio Research Laboratory. No¬ 
vember 1, 1945. 

384 Crystal Rectifiers 

Ml Crystal rectifiers as peak voltmeters. (Report No. 
923-2.) A. P. G. Peterson. OEMsr-923; Research 
Project No. RP-270. General Radio Company. 
January 7, 1944. 

384.1 Types 
384.11 Germanium 

Ml Reciprocity failure in welded germanium crystals. 
(Report No. 931-20.) J. Dickey and L. Apker. 
OEMsr-931; Project Nos. RP-392, SC-99.06 and 
AC-299.06. General Electric Company. Septem¬ 
ber 28, 1945. 

384.2 Detectors and Mixers 

Ml Demodulation effect. (Report No. 895-28.) J. Ernest 
Smith, Eugene R. Shenk and James R. Weiner. 
OEMsr-895; Research Project No. RP-229. Radio 
Corporation of America. September 18, 1944. 

M2 Note on reciprocity failure in crystal mixers. (Re¬ 
port No. 931-16.) L. Apker. OEMsr-931; Research 
Project No. RP-392. General Electric Company. 
March 9, 1945. 

390 Miscellaneous Countermeasure Equipment 

391 Power Supply 

Ml Network for regulating alternating-current voltage 
from variable speed generator. (Report No. 37.) 
John P. Woods. Harvard University, Radio Re¬ 
search Laboratory. May 7, 1943. 

M2 [A] 30-kw airborne auxiliary high-voltage direct- 
current power source. (Technical Memorandum 
No. 411-103.) W. G. Dow. OEMsr-411; Research 
Project No. RP-321. Harvard University, Radio 
Research Laboratory. April 24, 1944. 

See: 240 for Confusion Devices 

400 JAMMING SYSTEMS 

401 Airborne Systems 

401.1 AN/APQ-1 (Carpet Sweeper) 

Ml [Thej AN/APQ-1 (F-1800) Carpet Sweeper [jam¬ 
ming system]. (Test Specification No. TS-7.) R. B. 
Monroe and R. R. Rhiger. Harvard University, 
Radio Research Laboratory. August 24, 1943. 




DIVISION 15 • MICROFILM LIST 


467 


401.2 


401.21 


401.3 


M2 Preliminary specifications for AN/APQ-1 test 
equipment. (Technical Memorandum No. 411-12.) 

John N. Dyer. OEMsr-411; Research Project Nos. 

RP-289 and RP-290. Harvard University, Radio 
Research Laboratory. October 13, 1943. 

AN/ARQ-2 and AN/ART-3 (Jackal) 

Ml Tests on AN/ARQ-2, Jackal. (Preliminary Report 
No. 966-9.) V. A. Douglas. OEMsr-966. Bell 
Telephone Laboratories, Inc. August 10, 1943. 

M2 Supplementary tests of effectiveness of Jackal, 
AN/ARQ-2, equipment. (Report No. 966-20.) 

V. A. Douglas. OEMsr-966. Bell Telephone Labo¬ 
ratories, Inc. October 22, 1943. 

M3 Modifications to Jackal, AN/ART-3 (XA-1). (Tech¬ 
nical Memorandum No. 1045-1.) J. W. Keuffel. 
OEMsr-1045; OSRD Liaison Office No. WA-3045-3. 

Harvard University, American-British Laboratory. 
September 7, 1944. 

M4 Jamming trials of Jackal, AN/ART-3 (XA-1). 
(Technical Memorandum No. 1045-2.) D. K. Rey¬ 
nolds. OEMsr-1045. Harvard University, Ameri¬ 
can-British Laboratory. September 21, 1944. 

M5 Comparison of several types of microphones in 
effectiveness tests using FuGe 16 as the victim link. 

(Report No. 966-39.) J. L. Lindner and G. J. 
Heinzelman. OEMsr-966; Research Project No. 

RP-109. Bell Telephone Laboratories, Inc. Octo¬ 
ber 3, 1944. 

M6 Effectiveness tests on AN/ART-3, Jackal, jammer 

against SCR-608, SCR-609 and German UkwEe 401.5 

equipments. (Report No. 966-37.) G. J. Heinzel¬ 
man. OEMsr-966; Research Project No. RP-109. 

Bell Telephone Laboratories, Inc. October 12, 

1944. 

Jostle IV 

Ml [Thej Jostle IV [transmitter] field tests. (Tech- 402 
nical Memorandum No. 1045-3.) Richard C. King. 
OEMsr-1045; Research Project No. RP-986; OSRD 402.1 
Liaison Office No. WA-3969-10A. Harvard Uni¬ 
versity, American-British Laboratory. February 
23, 1945. 

AN/APQ-20, -21 and -27 

Ml Flight tests of APQ-20 in t a] B-17. (Report No. 

411-187.) James M. Moran. OEMsr-411; Project 
Nos. RP-454, AC-294.20 and NA-189. Harvard 
University, Radio Research Laboratory. May 23, 

1945. 

M2 Preliminary flight tests of APQ-20 in t a] B-29. (Re¬ 
port No. 411-187A.) James M. Moran. OEMsr- 
411; Project Nos. RP-454 and AC-294.20. Harvard 
University, Radio Research Laboratory. June 9, 

1945. 

M3 The AN/APQ-20 spot jamming system. (Report 
No. 411-265.) Warren D. White and James L. 

Clark. OEMsr-411; Project Nos. RP-424, AC- 402.2 
294.20 and NA-189. Harvard University, Radio 
Research Laboratory. October 1, 1945. 


M4 The S-5000 spot jamming system, service designa¬ 
tion AN/APQ-27. (Report No. 411-266.) Warren 
D. White and James L. Clark. OEMsr-411; Proj¬ 
ect Nos. RP-424, AC-294.20 and NA-189. Harvard 
University, Radio Research Laboratory. October 
1, 1945. 

M5 The AN/APQ-21 airborne system. (Report No. 
411-296.) W. R. Rambo. OEMsr-411; Project 
Nos. RP-455, AC-294.20 and NA-189. Harvard 
University, Radio Research Laboratory. Decem¬ 
ber 14, 1945. 

401.4 NLS-518 Interference Generator 

Ml Type NLS-518 interference generator, built per 
Proposal 106 of May 22, 1941. (Report No. 285-2.) 
(n.a.) [OEMsr-285;] Research Project No. C-26. 

International Telephone and Radio Manufactur¬ 
ing Corporation. February 17, 1942. 

M2 The interference generator. (Technical Memoran¬ 
dum No. 21.) Albert Preisman. [OEMsr-285.] 
International Telephone and Radio Manufactur¬ 
ing Corporation. June 19, 1942. 

M3 Final report on Project C-26, concerning [the] 
developmental model of an interference generator 
for the 15- to 30-megacycle spectrum. (Report No. 
285-1.) Albert Preisman. OEMsr-285; Project 
Nos. C-26 and SC-19. International Telephone 
and Radio Manufacturing Corporation. June 19, 
1942. 

Miscellaneous Airborne System Factors 
Ml Raven installations and tests on Navy PB4Y-2 
reconnaissance aircraft, Albatross I. (Report No. 
411-111.) R. L. Hammett. OEMsr-411; Research 
Project No. RP-242. Harvard University, Radio 
Research Laboratory. September 20, 1944. 

Ground Systems 

A-500 (Tuba) 

Ml On the use of a high-power ground jammer against 
the German A-l radar. (Report No. 411-88.) W. G. 
Dow and J. Galt. OEMsr-411; Research Project 
No. RP-100. Harvard University, Radio Research 
Laboratory. March 22, 1944. 

M2 Proof-of-performance measurements of Tuba, 
A-500C. (Report No. 411-155.) D. A. Peterson. 
OEMsr-411; Research Project No. RP-100. Har¬ 
vard University, Radio Research Laboratory. Feb¬ 
ruary 2, 1945. 

M3 Report on Radio Research Laboratory Project 
A-500, Tuba. (Report No. 411-222.) J. J. Livin- 
good, W. W. Salisbury and E. S. Welch, Jr. 
OEMsr-411; Research Project No. RP-100. Har¬ 
vard University, Radio Research Laboratory. 
August 13, 1945. 

AN/MRT-1 (Cigar) 

Ml Mechanical frequency modulation jammers. Effec¬ 
tiveness against amplitude modulation voice links. 





468 


DIVISION 15 • MICROFILM LIST 


(Report No. 966-25.) V. A. Douglas, E. O. Bernard 
and M. I. Risley. OEMsr-966; Research Project 
No. RP-109. Bell Telephone Laboratories, Inc. 

April 7, 1944. 

M2 High-power communications jammer. (Report No. 

1107-1.) Robert M. Baker and Benedict Cassen. 
OEMsr-1107; Research Project No. RP-197. West- 
inghouse Electric and Manufacturing Company, 

Inc. April 10, 1944. 

M3 High-power communications jammer. (Report No. 

1107-2.) David Bartlett. OEMsr-1107; Research 
Project No. RP-197. Westinghouse Electric and 
Manufacturing Company, Inc. June 11, 1944. 

M4 Modification of British ground Cigar for spot 
jamming. (Report No. 1045-10.) W. E. Evans. 
OEMsr-1045; OSRD Liaison Office No. WA-3057-2. 

Harvard University, American-British Laboratory. 

July 20, 1944. 

M5 Suppression of harmonics in 15-kw Cigar output. 

(Report No. 940-17.) J. P. Schafer and L. E. Hunt. 
OEMsr-940; Research Project No. RP-356. Bell 
Telephone Laboratories, Inc. October 16, 1944. 

M6 Audio frequency modulation for 15-kw Cigar. (Re¬ 
port No. 940-18.) J. P. Schafer. OEMsr-940; Re¬ 
search Project No. RP-356. Bell Telephone Labo¬ 
ratories, Inc. October 16, 1944. 

M7 Noise modulation of 15-kw ground Cigar. (Report 
No. 940-19.) J. P. Schafer, L. E. Hunt and G. V. 

Dale. OEMsr-940; Research Project No. RP-356. 

Bell Telephone Laboratories, Inc. October 17, 

1944. 

M8 [Thej 15-kw communications jammer, AN/MRT-1. 

[Thej MX255/MRT-1 modification kit for AN/ 

MRT-1. (Report Nos. 1309- and 1310-1.) Joseph 
T. Thwaites. OEMsr-1309 and OEMsr-1310; Proj¬ 
ect Nos. RP-356A and SC-95.03. Westinghouse 
Electric and Manufacturing Company, Inc. April 403.2 
14, 1945. 

402.3 AN/URQ-1 (Stopwatch) 

Ml Stopwatch. (Report No. 895-34.) W. A. Anderson. 
OEMsr-895; Research Project No. RP-263. Radio 
Corporation of America. January 18, 1945. 

M2 Stopwatch. (Report No. 1428-1.) Edward Ruth, 

III. OEMsr-1428; Project Nos. RP-263a, NS-203 
and NS-395.02. Erco Radio Laboratories, Inc. 
December 13, 1945. 

M3 Preliminary instruction manual for AN/URQ-1 
[jammer unit]. (Report No. 1428-2.) (n.a.) OEMsr- 
1428. Erco Radio Laboratories, Inc. (n.d.) 

402.4 Miscellaneous Ground Systems 
Ml Developmental model of an interference genera¬ 
tor for the 2- to 20-megacycle spectrum. (Final 
Report No. 30.) Madison Cawein. OEMsr-89; 

Project Nos. NDRC-58, C-25 and SC-19. Farns¬ 
worth Television and Radio Corporation. May 
1, 1942. 

M2 Mobile transmitting system. (Report No. 1305-29.) 

R. F. Schulz and Arthur C. Weid. OEMsr-1305; 


Project Nos. RP-117c and SC-98.09. Airborne In¬ 
struments Laboratory, Inc. February 28, 1946. 

M3 Preliminary instructions for interference generator, 
NDRP-58. (Report No. 89-2. Instruction Book No. 
3.) (n.a.) OEMsr-89; Project Nos. C-25 and SC-19. 
Farnsworth Television and Radio Corporation. 
(n.d.) 

403 Shipboard Systems 

403.1 Peter 

Ml Peter tests on Chesapeake Bay. (Report No. 931-2.) 
Siegfried Hansen and H. H. Race. OEMsr-931; 
Research Project No. RP-156. General Electric 
Company. August 24, 1943. 

M2 Peter test at Radio Research Laboratory. (Report 
No. 931-3.) Siegfried Hansen and H. H. Race. 
OEMsr-931; Research Project No. RP-156. Gen¬ 
eral Electric Company. September 22, 1943. 

M3 Peter tests for British Navy. (Report No. 2.) Sieg¬ 
fried Hansen. [OEMsr-1045;] Research Project No. 
RP-156. Harvard University, American-British 
Laboratory. December 18, 1943. 

M4 Peter trials at Tantallon, March 17 t tO] 25, 1944. 
(Report No. 1045-4.) Siegfried Hansen and H. H. 
Race. t OEMsr-1045; Research Project No. RP- 
156.] Harvard University, American-British Labo¬ 
ratory. April 2, 1944. 

M5 Project Peter. (Report No. 931-10.) H. H. Race 
and Siegfried Hansen. OEMsr-931; Research Proj¬ 
ect No. RP-156. General Electric Company. July 
14, 1944. 

M6 Project Peter. (Report No. 931-25.) Siegfried Han¬ 
sen. OEMsr-931; Project Nos. RP-156 and NS-251. 
General Electric Company. November 16, 1945. 

X-MBT (Elephant) 

Ml The low-frequency Elephant transmitter. (Report 
No. 411-270.) W. R. Rambo. OEMsr-411; Project 
Nos. RP-461, SC-94.25 and NS-394.10. Harvard 
University, Radio Research Laboratory. October 
22, 1945. 

M2 Shipboard trials of the X-MBT radar intercept 
and jamming system. (Report No. 411-290.) J. W. 
Kearney. OEMsr-411; Project Nos. RP-457, SC- 
94.25 and NS-394.10. Harvard University, Radio 
Research Laboratory. January 18, 1946. 

M3 Preliminary instructions for Elephant, S-9000. 
([Instruction Book] No. 411-IB-51.) (n.a.) OEMsr- 
411; Project Nos. RP-457, SC-94.25 and NS-394.10. 
Harvard University, Radio Research Laboratory. 
March 26, 1946. 

403.3 Miscellaneous Shipboard Systems 

Ml Study of power requirements for S-band jamming 
from surface vessels. (Report No. 411-133.) Warren 
D. White. OEMsr-411; Research Project No. RP- 
169. Harvard University, Radio Research Labo¬ 
ratory. December 13, 1944. 




DIVISION 15 . MICROFILM LIST 


469 


404 Miscellaneous System Tests 

Ml Comparison of APQ-2 and APT-1 plus AM-18 for 
jamming effectiveness at 206 me. (Report No. 411- 
135. Originally issued as Test Report No. 411- 
TR-46.) D. A. Peterson. OEMsr-411. Harvard 
University, Radio Research Laboratory. Decem¬ 
ber 8, 1944. 

M2 Comparison of APQ-2 and APT-1 plus AM-18/ 

APT for jamming effectiveness at 210 me. (Report 
No. 411-135A.) J. F. Youngblood, R. E. Anderson 
and G. D. Hagen. OEMsr-411. Harvard Univer¬ 
sity, Radio Research Laboratory. February 12, 

1945. 

M3 The E-3200 X-band jamming system. (Report No. 
411-256.) R. E. Kell. OEMsr-411; Project Nos. 
RP-221 and NA-156. Harvard University, Radio 
Research Laboratory. September 26, 1945. 

See also: 263 for Systems Against Guided Missiles 

410 Special Jamming Systems 

411 Automatic Tuning 

Ml Automatic radar jamming system. Code name: 
Pimpernel. (Report No. CBS-127.) (n.a.) OEMsr- 
653. Columbia Broadcasting System, Inc. June 
2, 1943. 

M2 Automatic tuning in jamming equipment. (Report 
No. 993-1.) H. M. Straube. OEMsr-993; Research 
Project No. RP-122. Western Electric Company, 

Inc. August 13, 1943. 

M3 [Thej U-600 automat. (Technical Memorandum 
No. 411-129.) H. E. Overacker. OEMsr-411; Re¬ 
search Project No. RP-380. Harvard University, 

Radio Research Laboratory. July 3, 1944. 

M4 Automatic search jammer. Broom. (Report No. 
1305-11.) R. F. Schulz and E. W. Adams, Jr. 
OEMsr-1305; Project Nos. RP-359, SC-98.07 and 
NA-109. Airborne Instruments Laboratory, Inc. 

April 21, 1945. 

M5 Automatic search jammer. Beagle. (Report No. 
1305-20.) W. I. L. Wu and Arthur C. Weid. 
OEMsr-1305; Project Nos. RP-360, SC-98.07 and 
NA-109. Airborne Instruments Laboratory, Inc. 
August 31, 1945. 

M6 [The] Piano, signal repeating jammer. (Report No. 
1305-23.) Otto H. Schmitt. OEMsr-1305; Project 
Nos. RP-362, [SC-]98.07 and NA-109. Airborne 
Instruments Laboratory, Inc. December 14, 1945. 

412 Expendable Jammers (Chicks) 

Ml Mechanical design of Chicks. (Parts I and II. 

Report No. 940-13.) R. C. Shaw and R. W. Friis. 
OEMsr-940; Research Project No. RP-132. Bell 
Telephone Laboratories, Inc. March 20, 1943. 

M2 Tests on experimental spark jammer, Chick I. 512 
(Preliminary Report No. 966-7.) V. A. Douglas. 
OEMsr-966. Bell Telephone Laboratories, Inc. 

July 9, 1943. 

M3 Jamming. Optimum size of Chicks. (Preliminary 
Report No. 966-12.) A. C. Peterson. OEMsr-966. 


Bell Telephone Laboratories, Inc. August 2, 1943. 

M4 Considerations concerning radar Chicks. (Report 
No. 59.) Eugene Fubini and T. S. Kuhn. Har¬ 
vard University, Radio Research Laboratory. Sep¬ 
tember 17, 1943. 

M5 A novel method of frequency modulation, and a 
10-watt expendable jammer. (Report No. 940-10.) 
L. G. Young. OEMsr-940; Research Project No. 
RP-132. Bell Telephone Laboratories, Inc. De¬ 
cember 9, 1943. 

M6 Jamming. Analysis of Chick problem. (Report No. 
966-22.) G. J. Heinzelman. OEMsr-966; Research 
Project No. RP-132. Bell Telephone Laboratories, 
Inc. February 5, 1944. 

M7 [Anj expendable jammer, [the] Deal vacuum tube, 
1- to 7-mc Dina Chick. (Report No. 940-14.) J. P. 
Schafer, L. E. Hunt and others. OEMsr-940; Re¬ 
search Project No. RP-132. Bell Telephone Labo¬ 
ratories, Inc. April 1, 1944. 

M8 Performance of Chick jammers. (Report No. 966- 
28.) G. J. Heinzelman and J. W. Emling. OEMsr- 
966; Research Project No. RP-132. Bell Telephone 
Laboratories, Inc. June 15, 1944. 

500 TESTING EQUIPMENT AND MEASUREMENTS 

510 Testing Equipment 

Ml Radio countermeasure test equipment summary, 
as of January 1, 1944. (Technical Memorandum 
No. 411-45.) John F. Byrne. OEMsr-411. Har¬ 
vard University, Radio Research Laboratory. 
January 14, 1944. 

511 Test Oscillators 

Ml Type P523-A oscillator, tentative specifications. 
(Technical Memorandum No. 411-97.) A. P. G. 
Peterson, OEMsr-411; Research Project No. RP- 
195. Harvard University, Radio Research Labo¬ 
ratory. June 18, 1943. 

M2 Tentative specifications for test oscillator, A-2651-Y, 
to go with AN/APR-5 and AN/APR-6 receivers. 
(Technical Memorandum No. 411-4.) James H. 
Eldredge, Jr. and R. B. Holt. OEMsr-411; Re¬ 
search Project No. RP-292. Harvard University, 
Radio Research Laboratory. October 9, 1943. 

M3 Type P523-A test oscillator. (Report No. 923-1.) 
David B. Sinclair and R. A. Soderman. OEMsr- 
923; Research Project No. RP-270. General Radio 
Company. December 7, 1943. 

M4 Handbook of maintenance instructions for U-800 
test oscillator. ([Instruction Book] No. 411-IB-78.) 
(n.a.) OEMsr-411; Research Project No. RP-306. 
Harvard University, Radio Research Laboratory. 
March 29, 1945. 

Signal and Pulse Generators 

(See also: 620) 

Ml [Thej B-502 jamming signal generator. (Report 
No. 14.) Roger J. Pierce. Harvard University, 
Radio Research Laboratory. December 28, 1942. 
M2 Preliminary instructions [for the] B-501 pulse 






470 


DIVISION 15 • MICROFILM LIST 


512.1 


signal generator. (Report No. 22.) Roger J. Pierce. 
Harvard University, Radio Research Laboratory. 

March 20, 1943. 

M3 Pulsed signal generator. (Report No. 867-2.) Paul 

S. Hendricks. OEMsr-867; Research Project No. 513 
RP-241. Columbia Broadcasting System, Inc. 

July 2, 1943. 

M4 Pulse generator. (Report No. 867-4.) Paul S. 
Hendricks. OEMsr-867; Research Project No. RP- 
241. Columbia Broadcasting System, Inc. August 
5, 1943. 

M5 A wide-band radio frequency sweep generator. 
(Technical Memorandum No. 411-5.) C. B. Clark 
and John P. Woods. OEMsr-411; Research Proj¬ 
ect No. RP-110. Harvard University, Radio Re¬ 
search Laboratory. March 15, 1944. 

M6 Field tests of L-105 jamming signal generator 
against Mark 8 fire control radar. (Technical 
Memorandum No. 411-107.) W. W. Farley. 
OEMsr-411; Research Project No. RP-385. Har¬ 
vard University, Radio Research Laboratory. May 
1, 1944. 

M7 Type P525-A signal generator. (Report No. 923-3.) 

A. P. G. Peterson. OEMsr-923; Research Project 
No. RP-160. General Radio Company. June 5, 

1944. 

M8 [Thej U-700 jamming signal generator. (Test Re¬ 
port No. 411-TR-42.) J. C. Riley, R. R. Rhiger 
and others. [OEMsr-411.] Harvard University, 

Radio Research Laboratory. September 25, 1944. 

M9 [The] U-700 jamming signal generator. (Test Re¬ 
port No. 411-TR-42A.) R. R. Rhiger, F. Malcolm 
Gager and others. [OEMsr-411.] Harvard Uni¬ 
versity, Radio Research Laboratory. January 26, 

1945. 

M10 [The] P-525A signal generator. (Test Report No. 
411-TR-23b.) H. W. Belles, F. Malcolm Gager and 
others. [OEMsr-411.] Harvard University, Radio 
Research Laboratory. March 8, 1945. 

Mil Preliminary handbook of maintenance instructions 
for [thej U-1101 test signal generator, TS-406- 
(XR-1)/UP. ([Instruction Book] No. 411-IB-88.) 

(n.a.) OEMsr-411; Project Nos. RP-476, AC- 
299.07 and NA-223. Harvard University, Radio 
Research Laboratory. July 14, 1945. 

M12 Development of the U-1500 standard signal genera¬ 
tor (TS-403/U) for the frequency range 1800 t tO] 

4000 megacycles. (Report No. 411-277.) W. B. 
Wholey. OEMsr-411; Project Nos. RP-469, AC- 
299.07 and NA-223. Harvard University, Radio 
Research Laboratory. October 22, 1945. 

Pulsed Oscillator 

Ml Mounting of a Hewlett-Packard audio oscillator in 
a standard aircraft rack. (Technical Memorandum 
No. 411.94.) Compiled by: John H. Jasberg. 
OEMsr-411; Research Project No. RP-315. Harvard 
University, Radio Research Laboratory. April 15, 

1944. 

M2 [The] A-2651-Y pulsed oscillator. (Technical Mem¬ 


orandum No. 411-112.) (n.a.) OEMsr-411; Re¬ 

search Project No. RP-292. Harvard University, 
Radio Research Laboratory. May 2, 1944. 

Spectrum Analyzer 

Ml Operating instructions for [thej D-1202-A spectrum 
analyzer. (Report No. 25.) W. B. Caufield. Har¬ 
vard University, Radio Research Laboratory. 

April 30, 1943. 

M2 Specifications for the D-1203 panoramic spectrum 
analyzer. (Technical Memorandum No. 411-6.) 
W. B. Caufield. OEMsr-411; Research Project No. 
RP-175. Harvard University, Radio Research 
Laboratory. October 13, 1943. 

M3 Spectrum analyzer. (Report No. 931-9.) J. H. 
Rubel, T. Hudspeth and R. E. Troell. OEMsr- 
931; Research Project No. RP-347. General Elec¬ 
tric Company. March 18, 1944. 

M4 Video spectrum analyzer. (Report No. 411-96.) 

G. P. McCouch and P. S. Jastram. OEMsr-411; 

Research Project No. RP-176. Harvard Univer¬ 
sity, Radio Research Laboratory. July 10, 1944. 

M5 [The] D-1203 panoramic spectrum analyzer. (Tech¬ 
nical Memorandum No. 411-6A.) (n.a.) OEMsr- 

411; Research Project No. RP-175. Harvard Uni¬ 
versity, Radio Research Laboratory. July 13, 1944. 

M6 Operating instructions for Type RP-347 spectrum 
analyzer. (Report No. 931-11.) E. S. Miller and 
J. H. Rubel. OEMsr-931; Research Project No. 
RP-347. General Electric Company. August 23, 
1944. 

M7 Preliminary instruction book for the D-1203 pano¬ 
ramic spectrum analyzer. Radio Research Labo¬ 
ratory production model. ([Instruction Book] No. 
411-IB-39A.) (n.a.) OEMsr-411; Research Project 

No. RP-175. Harvard University, Radio Research 
Laboratory. October 10, 1944. 

M8 Low-frequency spectrum analyzer. (Report No. 
411-154.) P. S. Jastram. OEMsr-411; Research 
Project No. RP-306. Harvard University, Radio 
Research Laboratory. January 24, 1945. 

M9 Spectrum analyzer, RP-392. (Report No. 931-15.) 
J. Kahnke, E. Taft and others. OEMsr-931; Re¬ 
search Project No. RP-392. General Electric Com¬ 
pany. February 1, 1945. 

M10 Theory of a double-mixer for spectrum analyzer 
applications. (Report No. 931-17.) L. Apker, 
E. Taft and J. Dickey. OEMsr-931; Project Nos. 
RP-392, SC-99.06 and AC-299.06. General Electric 
Company. April 2, 1945. 

Mil A wide-band spectrum analyzer. (Report No. 931- 
19.) E. Taft, J. Kahnke and others. OEMsr-931; 
Project Nos. RP-392, SC-99.06 and AC-299.06. 
General Electric Company. August 3, 1945. 

M12 Spectrum analyzer, RP-392K. (Report No. 931-34.) 
E. Taft, J. Kahnke and others. OEMsr-931; Proj¬ 
ect Nos. RP-392, SC-99.06 and AC-299.06. General 
Electric Company. November 8, 1945. 

M13 Notes on spectrum analysis. (Report No. 411-292.) 



DIVISION 15 • MICROFILM LIST 


471 


J. C. Riley. OEMsr-411. Harvard University, 
Radio Research Laboratory. November 24, 1945. 

514 Heterodyne Frequency Meters 

Ml Notes on the BC-1255 (A) heterodyne frequency 
meter. (Technical Memorandum No. 411-10.) 
John F. Byrne. OEMsr-411; Research Project No. 
RP-294. Harvard University, Radio Research 
Laboratory. June 2, 1943. 

M2 Preliminary specifications for B-3000 heterodyne 
frequency meter. (Technical Memorandum No. 
411-13.) George Evans. OEMsr-411; Research 
Project No. RP-245. Harvard University, Radio 
Research Laboratory. August 23, 1943. 

M3 A heterodyne frequency meter for 55- to 1000-mc. 
(Report No. 411-289.) C. D. Jeffries. OEMsr-411; 
Research Project No. RP-245. Harvard Univer¬ 
sity, Radio Research Laboratory. November 15, 
1945. 

515 Noise Analyzer 

Ml Instruction book for [the] H-300 noise analyzer. 
([Instruction Book] No. 411-IB-3.) James H. El- 
dredge, Jr. OEMsr-411; Research Project No. 
RP-306. Harvard University, Radio Research 

Laboratory. November 12, 1943. 

M2 The U-400 noise tube tester. (Technical Memo¬ 
randum No. 411-63.) C. D. Jeffries. OEMsr-411; 
Research Project No. RP-266. Harvard Univer¬ 
sity, Radio Research Laboratory. February 8, 
1944. 

M3 Range extender for General Radio 760-A sound 
analyzer. (Report No. 411-162.) J. D. Cobine and 
J. R. Curry. OEMsr-411; Research Project No. 
RP-187. Harvard University, Radio Research 

Laboratory. March 10, 1945. 

M4 A noise analyzer using a commercial communica¬ 
tions receiver. (Report No. 411-262.) J. R. Dug¬ 
gan. OEMsr-411; Project Nos. RP-461, SC-94.25 
and NS-394.10. Harvard University, Radio Re¬ 
search Laboratory. September 26, 1945. 

516 Voltmeters 

Ml [A] peak reading voltmeter. (Report No. 411-124.) 

P. S. Jastram. OEMsr-411; Research Project No. 

RP-187. Harvard University, Radio Research 

Laboratory. April 5, 1945. 

M2 Probe voltmeters. (Report No. 411-177.) J. G. C. 
Swinney, Jr. OEMsr-411. Harvard University, 
Radio Research Laboratory. May 5, 1945. 

517 Miscellaneous Test Equipment 

Ml The A-741 test transmitter. (Technical Memo¬ 
randum No. 411-8.) Robert B. Barnes. OEMsr- 
411; Research Project No. RP-147. Harvard Uni¬ 
versity, Radio Research Laboratory. May 31, 
1943. 

M2 The A-2107 test buzzer. (Technical Memorandum 
No. 411-9.) H. T. O’Neill. OEMsr-411; Research 


Project No. RP-147. Harvard University, Radio 
Research Laboratory. May 31, 1943. 

M3 Radio frequency voltage regulator. (Technical 
Memorandum No. 411-105.) Seymour B. Cohn. 
OEMsr-411; Research Project No. RP-306. Har¬ 
vard University, Radio Research Laboratory. 
April 26, 1944. 

520 Measurements 

521 Power 

Ml [A] 1-kw water load for the measurement of radio 
frequency power. (Report No. 411-121.) W. R. 
Rambo and S. W. Howe. OEMsr-411; Research 
Project No. RP-306. Harvard University, Radio 
Research Laboratory. November 3, 1944. 

M2 Measurement of radio frequency power by the 
equivalent signal method. (Report No. 411-280A.) 
Harold L. Crispell. OEMsr-411. Harvard Uni¬ 
versity, Radio Research Laboratory. November 9, 
1945. 

521.1 Wattmeter 

521.11 Thermistor 

Ml A self-calibrating thermistor bridge. (Report No. 
411-247.) L. A. Manning. OEMsr-411; Project 
Nos. RP-306 and AC-299.07. Harvard University, 
Radio Research Laboratory. September 13, 1945. 
M2 Microwave wattmeter. (Report No. 411-246.) 
Charles F. Hadley. OEMsr-411; Project Nos. RP- 
306 and AC-299.06. Harvard University, Radio 
Research Laboratory. September 25, 1945. 

521.12 Calorimeter 

Ml High-frequency calorimeter wattmeter. (Technical 
Memorandum No. 411-70.) J. Gregg Stephenson 
and R. L. Henkel. OEMsr-411; Research Project 
No. RP-306. Harvard University, Radio Research 
Laboratory. March 28, 1944. 

M2 [A] radio frequency wattmeter for the 1000-mc 
[tO] 3000-mc range. (Report No. 411-209.) W. R. 
Rambo. OEMsr-411; Project Nos. RP-169 and 
AC-294.20. Harvard University, Radio Research 
Laboratory. June 22, 1945. 

M3 Calorimeter-type radio frequency wattmeter. (Re¬ 
port No. 411-280B.) J. R. Marshall. OEMsr-411. 
Harvard University, Radio Research Laboratory. 
November 26, 1945. 

521.2 Indicator 

Ml [Anj ultra high frequency power meter. (Report 
No. 867-8.) Orville J. Sather. OEMsr-867; Re¬ 
search Project No. RP-261. Columbia Broadcast¬ 
ing System, Inc. April, 1944. 

M2 Power output indicators. (Report No. 411-127.) 
(n.a.) OEMsr-411; Research Project No. RP-290. 
Harvard University, Radio Research Laboratory. 
November 17, 1944. 


SECRET 




472 


DIVISION 15 • MICROFILM LIST 


521.3 Miscellaneous Power Measurements 

Ml [The] Z-1600 radio frequency power indicator. 
(Technical Memorandum No. 411-39.) R. R. 
Rhiger and R. B. Monroe. OEMsr-411. Harvard 
University, Radio Research Laboratory. January 
11, 1944. 

M2 A square root amplifier. (Report No. 759-24.) 
Eric W. Vaughan and Norman Kennedy. OEMsr- 
759. Ohio State University. May 29, 1944. 

M3 Radio frequency dummy load. ([Technical Memo¬ 
randum] No. 1305-2.) Otto H. Schmitt and Lyman 
C. Ihrig. OEMsr-1305. Airborne Instruments 
Laboratory, Inc. August 31, 1945. 

M4 Measurement of radio frequency power by the 
coaxial thermocouple lossy line method. (Report 
No. 411-280.) R. R. Rhiger, F. Malcolm Gager 
and J. R. Marshall. OEMsr-411; Research Project 
No. RP-409. Harvard University, Radio Research 
Laboratory. October 25, 1945. 

522 Impedance 

Ml Analysis of ultra high frequency resonant systems 
by external impedance measurements. (Report No. 
411-160.) Gunnar Hok. OEMsr-411; Research 
Project No. RP-321. Harvard University, Radio 
Research Laboratory. February 28, 1945. 

523 Attenuation 

Ml Measurement of attenuation of microwave filters. 
(Report No. 411-281.) R. R. Rhiger and F. Mal¬ 
colm Gager. OEMsr-411. Harvard University, 
Radio Research Laboratory. October 24, 1945. 

524 Transmission 

Ml The F-2305 transmitter output indicator. (Tech¬ 
nical Memorandum No. 411-18.) Warren D. 
White. OEMsr-411; Research Project No. RP-290. 
Harvard University, Radio Research Laboratory. 
July 30, 1943. 

525 Frequency 

Ml Instructions for operation of the F-4000 wave- 
meter. ([Instruction Book] No. 411-IB-35.) (n.a.) 

OEMsr-411. Harvard University, Radio Research 
Laboratory. June 1, 1944. 

M2 Vacuum thermocouples used in standing wave de¬ 

tectors. (Report No. 1019-3.) H. C. Hertha. 
OEMsr-1019; Project Nos. RP-158A, SC-94.25 and 
NS-394.02. General Electric Company. October 
1, 1945. 

M3 Voltage-standing wave ratio measuring equip¬ 
ment. (Report No. 411-293.) J. R. Marshall. 
OEMsr-411. Harvard University, Radio Research 
Laboratory. November 26, 1945. 

526 Noise 

Ml The spectrum of clipped noise. (Report No. 51.) 
John H. Van Vleck. Harvard University, Radio 
Research Laboratory. July 21, 1943. 


M2 The equalization of noise amplifiers. (Report No. 
411-225.) J. R. Curry. OEMsr-411; Project Nos. 
RP-187a and SC-94.16. Harvard University, Radio 
Research Laboratory. August 6, 1945. 

M3 The circuit theory of noise. (Report No. 411-260.) 
P. S. Jastram. OEMsr-411; Project Nos. RP-187 
and SC-94.16. Harvard University, Radio Research 
Laboratory. November 1, 1945. 

527 Receiver Response 

Ml Constant field strength ground plane for receiver 
radio frequency response measurements. (Report 
No. 411-89.) Seymour B. Cohn. OEMsr-411. 
Harvard University, Radio Research Laboratory. 
April 3, 1944. 

M2 Notes on receiver sensitivity. (Report No. 411-279.) 
H. W. Belles, Harold L. Crispell and F. Malcolm 
Gager. OEMsr-411. Harvard University, Radio 
Research Laboratory. October 29, 1945. 

600 TRAINING EQUIPMENT 

610 Transmitters 

Ml Practice jamming transmitters. (Technical Memo¬ 
randum No. 411-104.) E. A. Yunker. OEMsr-411; 
Research Project Nos. RP-180, RP-323 and RP- 
348. Harvard University, Radio Research Labo¬ 
ratory. April 3, 1944. 

M2 Handbook of maintenance instructions for [the] 
F-3800 transmitter, AN/UPT-T4. ([Instruction 
Book] No. 411-IB-61.) (n.a.) OEMsr-411; Re¬ 

search Project No. RP-323. Harvard University, 
Radio Research Laboratory. February 23, 1945. 

610.1 F-4100 Oscillators 

Ml The F-4100 training oscillator. (Technical Memo¬ 
randum No. 411-62.) Elton Barrett. OEMsr-411; 
Research Project No. RP-348. Harvard University, 
Radio Research Laboratory. February 9, 1944. 

M2 Preliminary operating instructions for [the] F-4100 
training oscillator. ([Instruction Book] No. 411-IB- 
22.) Elton Barrett. OEMsr-411. Harvard Uni¬ 
versity, Radio Research Laboratory. March 1, 
1944. 

M3 [The] F-4100 training oscillator. (Test Report No. 
411-TR-17.) R. B. Monroe and E. J. Berggren. 
Harvard University, Radio Research Laboratory. 
March 21, 1944. 

620 Signal Generators 
(See also: 512) 

Ml [The] A-1700 jamming signal generator. (Techni¬ 
cal Memorandum No. 411-2.) Ralph H. Hoglund. 
OEMsr-411; Research Project No. RP-191. Har¬ 
vard University, Radio Research Laboratory. No¬ 
vember 2, 1943. 

M2 [Thej A-1700 jamming signal generator. ([Instruc¬ 
tion Book] No. 411-IB-18.) Ralph H. Hoglund. 
OEMsr-411; Research Project No. RP-191. Har- 



DIVISION 15 • MICROFILM LIST 


473 


vard University, Radio Research Laboratory. 700 

March 15, 1944. 

M3 General Radio P525-A signal generator. (Test Re- 710 
port No. 411-TR-23.) R. R. Rhiger. Harvard 
University, Radio Research Laboratory. May 12, 

1944. 

M4 [Thej E-1300 interference generator. (Technical 
Memorandum No. 411-128.) D. R. Scheuch. 
OEMsr-411; Research Project No. RP-313. Har¬ 
vard University, Radio Research Laboratory. 

July 25, 1944. 

M5 Preliminary handbook of maintenance instructions 
for the U-700 signal generator, RAT, Mark 6 
(XR). ([Instruction Book] No. 411-IB-77.) (n.a.) 

OEMsr-411; Project Nos. RP-364 and NO-218. 711 

Harvard University, Radio Research Laboratory. 
October 3, 1945. 

630 Recordings 

Ml A phonograph record: What does jamming sound 
like? (Report No. 966-43.) R. L. Robbins. 
OEMsr-966. Bell Telephone Laboratories, Inc. 

December 7, 1944. 

640 Practice Jammers 

Ml [Thej F-2800 Carpet practice jammer. (Test Re¬ 
port No. 411-TR-27.) Harold L. Crispell. 
[OEMsr-411.] Harvard University, Radio Research 
Laboratory. May 18, 1944. 

M2 [Thej T-42/UPT-T1 practice jammer. (Test Re¬ 
port No. 411-TR-27a.) Harold L. Crispell. Har¬ 
vard University, Radio Research Laboratory. July 
19, 1944. 


OPERATIONAL COUNTERMEASURE EFFICACY 

Efficacy of Countermeasures 

Ml Analysis of the effectiveness of countermeasures. 
(Report No. 411-140.) Felix Bloch and Morton 
Hamermesh. OEMsr-411; Research Project No. 
RP-103. Harvard University, Radio Research 
Laboratory. December 20, 1944. 

M2 The appraisal of radio countermeasures through 
the examination of battle damage. (Report No. 
411-238.) David A. Park. OEMsr-411; Research 
Project No. RP-299. Harvard University, Radio 
Research Laboratory. September 10, 1945. 

Against German Installations 

Ml Jamming of German GCI ground-to-plane com¬ 
munication by equipment carried in bombers. (Re¬ 
port No. 966-19.) W. C. Babcock. OEMsr-966. 
Bell Telephone Laboratories, Inc. October 22, 
1943. 

M2 Intelligence information on radio countermeasures 
effectiveness in the European Theater of Opera¬ 
tions. (Report No. 1045-MR-15.) Richard S. 
O’Brien and R. A. Soderman. OEMsr-1045; Re¬ 
search Project No. RP-987. Harvard University, 
American-British Laboratory. June 16, 1945. 

M3 The operational use of radio countermeasures in 
the European Theater of Operations as related 
to the technical history of the American-British 
Laboratory of Division 15 of the NDRC. (Report 
No. 1045-14.) (n.a.) OEMsr-1045. Harvard Uni¬ 
versity, American-British Laboratory. October 1, 
1945. 


641 Anti jammers 

Ml Antijamming training installation for Navy SC 
radar. (Technical Memorandum No. 411-124.) 
F. P. Cowan. OEMsr-411; Research Project No. 
RP-214. Harvard University, Radio Research 
Laboratory. June 5, 1944. 

650 Training of Personnel 

Ml Report of [thej Antijamming Training Committee. 
(Report No. 411-94.) F. P. Cowan. OEMsr-411; 
Research Project No. RP-387. Harvard Univer¬ 
sity, Radio Research Laboratory. June 5, 1944. 

M2 Tests to compare ability of NDRC and military 
operators in reception of telegraph signals through 
interference. (Report No. 966-33.) R. B. Shanck. 
OEMsr-966; Research Project No. RP-109. Bell 
Telephone Laboratories, Inc. October 18, 1944. 

660 Miscellaneous Trainers 

Ml [Thej AN/APA-42-T1 direction finding antenna 
trainer. (Report No. 411-282.) O. W. Whitby. 
OEMsr-411; Project Nos. RP-471 and AC-298.10. 
Harvard University, Radio Research Laboratory. 
October 26, 1945. 


711.1 German Radar Characteristics 

Ml Enemy radar characteristics. (Report No. 48.) 
Howard A. Chinn. Harvard University, Radio 
Research Laboratory. July 10, 1943. 

M2 Survey of German radar from the countermeasures 
point of view. (Report No. 411-95.) R. D. Sard. 
OEMsr-411. Harvard University, Radio Research 
Laboratory. September 4, 1944. 

711.2 German Antijamming Measures 

Ml Installation of antijamming devices in the German 
ground radar equipment, FuSE-62. ([Technical 
Memorandum] No. 1045-5.) Lee B. Lusted. 
OEMsr-1045; Research Project No. RP-998; OSRD 
Liaison Office WA-4236-2. Harvard University, 
American-British Laboratory. March 21, 1945. 

712 Against Japanese Installations 

Ml Summarized report of Beaver I mission. (Report 
No. 411-67.) Charles W. Oliphant. OEMsr-411. 
Harvard University, Radio Research Laboratory. 
December 28, 1943. 

M2 Communication radio countermeasures in Pacific 
area. General considerations. (Report No. 966-40.) 
H. H. Benning. OEMsr-966. Bell Telephone 
Laboratories, Inc. September 29, 1944. 





474 


DIVISION 15 • MICROFILM LIST 


720 Field Tests 

721 Tennessee Manoeuvres 

Ml Radio countermeasures activities in Tennessee 
maneuvers. (Report No. 966-17.) R. L. Robbins. 
OEMsr-966. Bell Telephone Laboratories, Inc. 
September 24, 1943. 

M2 Activities of a provisional radio signal intelligence 
battalion in the Tennessee maneuvers. (Report 
No. 966-23.) R. L. Robbins. OEMsr-966; Re¬ 
search Project No. RP-326. Bell Telephone Labo¬ 
ratories, Inc. December 28, 1943. 

722 Florida 

Ml Results of very high frequency jamming at Or¬ 
lando. (Report No. 966-13.) C. L. Cahill. OEMsr- 
966. Bell Telephone Laboratories, Inc. Septem¬ 
ber 22, 1943. 

M2 Jamming tests against the Orlando air defense 
system, August 4 t tO] 9, 1943. (Report No. 411-66.) 
H. C. Pollock. OEMsr-411; Research Project No. 
RP-246. Harvard University, Radio Research 
Laboratory. September 22, 1943. 

M3 Field trial of modified SCR-828 radio equipment 
at Florosa Field, Florida. (Report No. 966-34.) 
M. C. Francis. OEMsr-966; Research Project No. 
RP-109. Bell Telephone Laboratories, Inc. May 
20, 1944. 

M4 [An] ASG [radar, field testing program. (Report 
No. 411-98.) J. H. Woodruff, II and A. Keck. 
OEMsr-411; Research Project No. RP-172. Har¬ 
vard University, Radio Research Laboratory. July 
27, 1944. 

800 MISCELLANEOUS RADIO COUNTERMEASURES 

RESEARCH PROBLEMS 

810 Wave Propagation Studies 

Ml Radio frequency propagation above the earth’s 
surface. (Report No. 895-5.) Paul F. Godley, Jr. 
OEMsr-895. Radio Corporation of America. Sep¬ 
tember 11, 1943. 

M2 Propagation curves. (Issue No. 3. Report No. 966- 
6C.) (n.a.) [OEMsr-966., Bell Telephone Labo¬ 

ratories, Inc. October, 1944. 

820 Reflection Factors 

821 Antireflective Tow Cables 

Ml An armored steel cable with low radar reflectiv¬ 
ity. (Report No. 411-217.) Felix Bloch. OEMsr- 
411; Project Nos. RP-349 and AC-298.11 (AC-84). 
Harvard University, Radio Research Laboratory. 
July 20, 1945. 

M2 Reflection measurements on antireflective target 
tow cable. (Report No. 759-30.) Kenneth P. Yates, 
P. C. Wright and Paul H. Nelson. OEMsr-759; 
Research Project No. RP-269. Ohio State Uni¬ 
versity. August 13, 1945. 


822 Bomber Reflection Patterns 

Ml [A, B-24 bomber at 100 me. Reflection patterns. 
(Report No. 759-21.) Robert B. Jacques. OEMsr- 
759; Research Project No. RP-269. Ohio State 
University. March 18, 1944. 

M2 [A, B-17E bomber at 100 me. Reflection patterns. 
(Report No. 759-22.) Robert B. Jacques. OEMsr- 
759; Research Project No. RP-269. Ohio State 
University. March 18, 1944. 

822.1 Radar Cross-Sections of Airplane Models 

(See also: 221.11) 

Ml Analysis and application of measurements of radar 
cross-section of airplane models. (Part I. Report 
No. 411-157.) Morton Hamermesh. OEMsr-411; 
Research Project No. RP-299. Harvard Univer¬ 
sity, Radio Research Laboratory. February 12, 
1945. 

M2 Analysis and application of measurements of radar 
cross-section of airplane models. ([Part, II. Report 
No. 411-157A.) A. T. Goble, Morton Hamermesh 
and Eleanor Pressly. OEMsr-411; Project Nos. 
RP-299, AC-294.22 and SC-94.22. Harvard Uni¬ 
versity, Radio Research Laboratory. September 
14, 1945. 

M3 A continuous-wave method of measuring radar 
cross-sections and reflection patterns by means of 
models. (Report No. 759-33.) Kenneth P. Yates 
and Paul H. Nelson. OEMsr-759; Project Nos. 
RP-269, AN-8 and SC-96.01. Ohio State Univer¬ 
sity. October 31, 1945. 

830 Guided Missile Studies 

(See also: 263) 

Ml Reflection of radar waves with special application 
to homing missiles. (Report No. 931-18.) H. Porit- 
sky. OEMsr-931; Project Nos. RP-188 and SC-49. 
General Electric Company. August 21, 1945. 

M2 [The, C-1600 Moth, AN/APQ-14. (Report No. 
411-286.) John W. Christensen. OEMsr-411; 
Project Nos. RP-188 and SC-49. Harvard Univer¬ 
sity, Radio Research Laboratory. October 30, 
1945. 

831 German BlVb Tank 

Ml Analysis of the radio control mechanism of the 
German BlVb tank. (Report No. 1305-4.) Otto H. 
Schmitt. OEMsr-1305; Research Project No. RP- 
384. Airborne Instruments Laboratory, Inc. Jan¬ 
uary 10, 1945. 

840 See-Saw Signals 

Ml Investigation of the see-saw signals. (Report No. 
966-21.) K. G. Jansky. OEMsr-966; Research 
Project No. RP-109. Bell Telephone Laboratories, 
Inc. and Federal Communications Commission. 
November 10, 1943. 



1 




DIVISION 16 • OPTICS AND CAMOUFLAGE 

Microfilm Index 


100 OPTICAL INSTRUMENTS 

101 Optical Inspection and Summary Reports 
110 Aerial Optical Equipment 

111 Aerial Photography 

111.1 Cameras 

111.11 Lenses and Lens Testing 

111.12 Shutters 

111.13 Stabilizing Devices 

111.14 Film Magazine 

111.15 Miscellaneous Camera Problems 

111.2 Exposure Meters 

111.3 Photogrammetry 

111.4 Night Photography 
111.41 Cameras 

111.411 Lenses 

111.5 Pursuit Curves 

111.6 Resolution 

112 Harmonization of Fire Control 

112.1 Aircraft Fire Control 

112.11 Mirror Methods 

112.12 Wire Methods 

112.13 Prism Methods 

112.2 Reflex Sights 

112.3 Light Scattering 

112.4 Stadiameters 
120 Binoculars and Telescopes 

121 Night Binoculars and Telescopes 

121.1 Physiological Factors 

121.2 Infrared Sources 

122 Tank Telescopes 

123 Antioscillation Mounts 
130 Periscopes 

131 Submarine 

132 Aircraft 

133 Tank 

140 Miscellaneous Optical Instruments 

141 Theodolites 

142 Navigation Instruments 

143 Scanning Devices 

144 Antiglare Shutters 
150 Tropical Fouling 

151 Fouling of Optical Instruments 

152 Prevention of Fouling 

160 Optical Instrument Manufacture and Experimentation 

161 Materials 

161.1 Optical Plastics 

161.11 Artificial Optical Fluorite 

161.12 Hard Protective Coatings 

161.2 Glass Molding 

161.3 Roof Prisms 

161.4 Reticles 

161.5 Films 

162 Optical Instrument Testing 

162.1 Photoelectric and Photographic Procedures 

162.2 Kinetic Definition Chart 


162.3 Dioptometer 

162.4 Michelson-Twyman Interferometer 
170 Aids to Night Vision (General) 

180 Miscellaneous Optical Problems 

200 FACTORS OF CAMOUFLAGE 

210 Gloss 

220 Finishes and Paint 
230 Color 

240 Reflectance of Target 
250 Visibility of Target 
260 Camouflage Applications 

261 Water Camouflage 

262 Sea-Search Aircraft Camouflage 

263 Glomb Camouflage 
270 Instruments 

271 Spectrogeograph 

272 Optical-Electronic 

273 Photometer 
280 Charts 

281 Nomographic 

300 NEAR INFRARED 

301 Equipment 

301.1 Light Sources 

301.11 Flash Lamps 

301.12 Arc Lamps 

301.2 Shutters 

301.3 Transmitting Filters 

302 Detection Devices 

302.1 Photoconductive cells 

302.11 Thallous Sulfide 

302.12 Lead Sulfide 

302.13 Selenium Photocell 

302.14 Silicon 

302.2 Photometry 

302.21 Phototubes 

302.3 JAPIR Equipment 

303 Communication Systems 

303.1 Optical 

303.2 Voice and Code 

303.3 Foreign 

304 Recognition and Signalling Systems 

304.1 Ship-to-Ship 

304.2 Plane 

305 Ranging and Detection (IRRAD) 

305.1 Night Surveying 

305.2 Range Finders 
310 Far Infrared 

310.1 Radiation Transmission 

310.2 Detection Devices 

310.21 Thermopiles and Thermocouples 

310.22 Bolometers 

310.221 Thermistors 

310.222 Metal Strip 




475 






476 


DIVISION 16 • MICROFILM INDEX 


310.223 Miscellaneous Bolometers 

310.23 Use of Detection Devices in Spectrom¬ 
eters 

310.24 Golay Heat Detector 

310.3 Military Uses of Far Infrared Thermal Detec¬ 
tors 

310.31 Army Far Infrared Detectors 

310.311 Portable Nan Detector (PND) 

310.312 Scanning Nan Detector (SND) 

310.313 Thermal Strip Mapper 

310.32 Naval Far Infrared Detectors 

310.321 Portable Ship Detector (PSD) 

310.322 Stabilized Ship Detector (SSD) 

310.33 Foreign Models of Far Infrared Detec¬ 
tors 

320 Miscellaneous Infrared Research 

320.1 Glider Position Indicator 

320.2 Atmospheric Attenuation 

320.3 Far Infrared Bombsight 

320.4 Protective Coatings for Rock Salt and Silver 
Chloride 

400 IMAGE-FORMING INFRARED AND ULTRAVIOLET 

410 Survey of Sources 

411 Infrared 

411.1 Phosphors 

411.11 Zinc Sulfide Phosphors 

412 Ultraviolet 

420 Infrared and Ultraviolet Devices and Equipment 
421 Telescopes 

421.1 Electron Telescopes (Image Tubes) 


421.11 Head-Mounted Image Tubes 

421.2 Metascopes 

421.21 Kellner-Schmidt Optical System 

421.22 Type B 

421.23 Type F 

422 Auto-collimating Units 

422.1 Auto-collimator Buttons and Lenses 

422.2 Visibility of Ultraviolet Light Sources 

422.3 Triple Mirrors 

423 Sun-Obscuring Devices 

424 Radiation Filters 

425 Blackout Driving Lights 
430 Tactical Applications 

431 Blackout Driving 

431.1 Infrared 

431.2 Ultraviolet 

431.3 Red Headlights 

432 Railroad Operation 

433 Aircraft Operation 

433.1 Night Landing of Aircraft 

433.2 Airborne Beacon 

434 Amphibious Operation 

434.1 Night Landing 

434.2 Reconnaissance 
(See also: 460) 

440 Identification Systems 

441 Surface Vessel Identification from Air 
450 Communication 
460 Reconnaissance 
(See also: 434.2) 

470 Miscellaneous Research 




DIVISION 16 • OPTICS AND CAMOUFLAGE 

List of Microfilmed Reports 


100 OPTICAL INSTRUMENTS 

101 Optical Inspection and Summary Reports 

Ml [Bi-monthly] Progress Report Nos. D3-343 and 
16.1-7, -12 and -15 t for the period] August 1, 1942 
to February, 1943. (n.a.) OEMsr-101; OSRD Nos. 
1246, 1354 and 1380. Mount Wilson Observatory. 

M2 Conference on Eastman Kodak Company defense 
problems for Section D3 of NDRC. (Progress Re¬ 
port No. 16.1-2.) F. M. Bishop. Eastman Kodak 
Company. November 16, 1942. 

M3 Conference on Eastman Kodak Company defense 
problems for Division 16 of NDRC. (Progress Re¬ 
port Nos. 16.1-9 and -10.) F. M. Bishop. East¬ 
man Kodak Company. January 13 and February 
5, 1943. 

M4 Optical inspection. (Report No. 16.1-139.) Howard 
S. Coleman. OEMsr-1197; OSRD No. 6103. Penn¬ 
sylvania State College. October 20, 1945. 

M5 The NDRC Optical Inspection Project at the 
Pennsylvania State College for the period of Octo¬ 
ber, 1943 to November, 1945. (Report No. 16.1- 
140.) Howard S. Coleman and Madeline F. Cole¬ 
man. OEMsr-1197; OSRD No. 6104. Pennsylvania 
State College. October 21, 1945. 

M6 The Optical Research Laboratory at Harvard. 
(Report No. 16.1-91.) James G. Baker. OEMsr- 
474; OSRD No. 4740. Harvard University. De¬ 
cember 31, 1945. 

M7 Miscellaneous projects partially completed. (Report 
No. 16.1-130.) Theodore Dunham, Jr. OEMsr- 
474; OSRD No. 6028. Harvard University. De¬ 
cember 31, 1945. 

110 Aerial Optical Equipment 

111 Aerial Photography 

111.1 Cameras 

111.11 Lenses and Lens Testing 

Ml Tests of aerial camera lenses made at Mount Wil¬ 
son Observatory. (Report No. 16.1-36.) (n.a.) 

OEMsr-101; OSRD No. 3629. Mount Wilson Ob¬ 
servatory. March 15, 1944. 

M2 Optical tests of the Harvard College Observatory 
distortionless apochromat f/8, focal length 36 
inches. (Report No. 16.1-75.) (n.a.) OEMsr-101; 

OSRD No. 4519. Mount Wilson Observatory. 
October 10, 1944. 

M3 Optical tests of the Bausch and Lomb telesdgmat 
f/8, focal length 40 inches. (Report No. 16.1-67.) 
(n.a.) OEMsr-101; OSRD No. 4499. Mount Wil¬ 
son Observatory. December 5, 1944. 

M4 Optical tests of five lenses for aerial photography. 


(Report No. 16.1-100.) (n.a.) OEMsr-101; OSRD 

No. 5319. Mount Wilson Observatory. Septem¬ 
ber 25/ 1945. 

M5 Spherically symmetrical lenses and associated 
equipment for wide-angle aerial photography. 
(Report No. 16.1-118.) (n.a.) OEMsr-474; OSRD 

No. 6016. Harvard University. November 30, 
1945. 

M6 Design and development of an automatically 
focusing 40-inch f/5.0 distortionless telephoto and 
related lenses for high-altitude aerial reconnais¬ 
sance. (Report No. 16.1-119.) (n.a.) OEMsr-474; 

OSRD No. 6017. Harvard University. December 
31, 1945. 

M7 Design and development of an 100-inch f/10 anas- 
tigmat for aerial reconnaissance at extreme alti¬ 
tudes. (Report No. 16.1-121.) (n.a.) OEMsr-474; 

OSRD No. 6019. Harvard University. December 
31, 1945. 

M8 Apochromatic photographic aerial lenses and other 
optical instruments making use of synthetic fluo¬ 
rite. (Report No. 16.1-122.) (n.a.) OEMsr-474; 

OSRD No. 6020. Harvard University. December 
31, 1945. 

M9 Design and development of lenses for rectification 
of metrogon high obliques. (Report No. 16.1-123.) 
(n.a.) OEMsr-474; OSRD No. 6021. Harvard Uni¬ 
versity. December 31, 1945. 

M10 Design and development of a 36-inch f/8.0 tele¬ 
photo for the K-18 camera. (Report No. 16.1-127.) 
(n.a.) OEMsr-474; OSRD No. 6025. Harvard Uni¬ 
versity. December 31, 1945. 

Mil Lens-film resolving power and aerial image energy 
distribution of several aerial camera lenses. (Report 
No. 16.1-149.) (n.a.) OEMsr-392; OSRD No. 6127. 
Eastman Kodak Company. March 27, 1946. 

111.12 Shutters 

Ml Modification of the metrogon shutter to increase 
its speed. (Final Report No. 16.1-35.) (n.a.) 

OEMsr-101; OSRD No. 3025. Mount Wilson Ob¬ 
servatory. November 1, 1943. 

M2 Aerial camera shutter. (Final Report No. 16.1-57.) 
(n.a.) OEMsr-710; OSRD No. 4184. Technicolor 
Motion Picture Corporation. February 28, 1945. 

M3 Shutter development for aerial photography. 
(Final Report No. 16.1-90.) (n.a.) OEMsr-101; 

OSRD No. 4739. Mount Wilson Observatory. 
March 15, 1945. 

111.13 Stabilizing Devices 

Ml Stabilizing devices for aerial cameras. (Report No. 
16.1-76.) Robert R. McMath and Leo Goldberg. 
OEMsr-1115; OSRD No. 4530. University of Mich¬ 
igan. December 18, 1944. 



477 





478 


DIVISION 16 • MICROFILM LIST 


111.14 


111.15 


111.2 


111.3 


Miller and Robert Singleton. OEMsr-1087; OSRD 
No. 4707. Merrill Flood and Associates. May 4, 
1945. 

M6 An enlarging camera for use with a fixed rectifier. 
(Report No. 16.1-81.) Robert Singleton and Mar¬ 
vin Thralls. OEMsr-1087; OSRD No. 4710. Mer¬ 
rill Flood and Associates. May 24, 1945. 

M7 A system for mapping from high oblique aerial 
photographs. (Report No. 16.1-85.) Robert Single- 
ton, Philip Kissam and O. M. Miller. OEMsr- 
1087; OSRD No. 4714. Merrill Flood and Asso¬ 
ciates. June 18, 1945. 

M8 Fixed projection cameras for rectifying high 
oblique aerial photographs. (Report No. 16.1-80.) 
Robert Singleton. OEMsr-1087; OSRD No. 4709. 
Merrill Flood and Associates. October 31, 1945. 
M9 Tests of rectification and plotting of a pair of high 
oblique photographs. (Report No. 16.1-111.) Rob¬ 
ert Singleton. OEMsr-1087; OSRD No. 6039. 
Merrill Flood and Associates. October 31, 1945. 
M10 Manual on the pinhole rectifying camera. (Report 
No. 16.1-136.) (n.a.) OEMsr-1039; OSRD No. 

6100. Aero Service Corporation. October 31, 
1945. 

Mil Manual on the variable-ratio printer. (Report No. 

16.1-137.) (n.a.) OEMsr-1039; OSRD No. 6101. 

Aero Service Corporation. October 31, 1945. 

M12 Airplane photographic tests of lenses, film and 
filters for oblique photography suitable for map¬ 
ping purposes. (Report No. 16.1-138.) (n.a.) 

OEMsr-1039; OSRD No. 6102. Aero Service Cor¬ 
poration. October 31, 1945. 

111.4 Night Photography 

111.41 Cameras 

Ml Wide-held fast cameras. (Final Report No. 16.1- 
72.) Louis G. Henyey and Jesse L. Greenstein. 
OEMsr-1078; OSRD No. 4504. Yerkes Observa¬ 
tory. April 30, 1945. 

M2 A practical application of the Schmidt camera to 
night photography. (Report No. 16.1-125.) (n.a.) 

OEMsr-474; OSRD No. 6023. Harvard University. 
December 31, 1945. 


M2 Aerial camera motions. (Progress Report No. 16.1- 
98.) Duncan E. MacDonald. OEMsr-203; OSRD 
No. 5178. Massachusetts Institute of Technology. 
June, 1945. 

M3 Antivibration and ground speed compensation 
mounts for aerial cameras. (Report No. 16.1-145.) 
(n.a.) OEMsr-392; OSRD No. 6123. Eastman 
Kodak Company. October, 1945. 

M4 Gun camera antivibration mount. (Report No. 

16.1-147.) (n.a.) OEMsr-392; OSRD No. 6125. 

Eastman Kodak Company. October, 1945. 

M5 Stabilized aerial camera mounts. (Report No. 16.1- 
146.) (n.a.) OEMsr-392; OSRD No. 6124. East¬ 

man Kodak Company. December, 1945. 

Film Magazine 

Ml A device for testing the flatness of him in the 
A-5 and A-7 magazines under service conditions. 
(Report No. 16.1-126.) (n.a.) OEMsr-474; OSRD 

No. 6024. Harvard University. December 31, 
1945. 

Miscellaneous Camera Problems 

Ml A method for checking the focus of aerial cameras. 
(Final Report No. 16.1-58.) (n.a.) OEMsr-710; 

OSRD No. 4185. Technicolor Motion Picture 
Corporation. February 28, 1945. 

M2 Two-mirror Schmidt camera for aerial photog¬ 
raphy. (Final Report No. 16.1-104.) (n.a.) OEMsr- 
101; OSRD No. 5644. Mount Wilson Observatory. 
September 25, 1945. 

Exposure Meters 

Ml Development and construction of an exposure 
meter for use with a standard view hnder in aerial 
photography. (Report No. 16.1-61.) (n.a.) OEMsr- 
1245; OSRD No. 4392. University of Michigan. 
January, 1945. 

Photogrammetry 

Ml Examination and test of the Hashlight perspective 
projector. (Progress Report No. 16.1-48.) Robert 
Singleton. OEMsr-1087; OSRD No. 4027. Merrill 
Flood and Associates. July 22, 1944. 

M2 Soundings and beach contours with airplane 
cameras mounted athwartships. (Progress Report 
No. 16.1-47.) Philip Kissam. OEMsr-1087; OSRD 
No. 3990. Merrill Flood and Associates. August 
3, 1944. 

M3 A procedure for determining the orientation of 
aerial photographs by pairs. (Report No. 16.1-79.) 
Robert Singleton. OEMsr-1087; OSRD No. 4708. 
Merrill Flood and Associates. February 23, 1945. 

M4 A stereoscopic plotter for contouring in orthogonal 
projection from rectihed aerial photographs. (Re¬ 
port No. 16.1-82.) Philip Kissam and Robert 
Singleton. OEMsr-1087; OSRD No. 4711. Mer¬ 
rill Flood and Associates. April 9, 1945. 

M5 Summary description of existing mapping systems 
in the United States. (Report No. 16.1-78.) O. M. 


111.411 Lenses 

Ml Wide-held f/1 camera lens. (Report No. 16.1-108.) 
(n.a.) OEMsr-160; OSRD No. 6030. University of 
Rochester. September 15, 1945. 

M2 Design and development of several types of 7-inch 
f/2.5 lenses for night photography. (Report No. 

16.1-120.) (n.a.) OEMsr-474; OSRD No. 6018. 

Harvard University. December 31, 1945. 


111.5 Pursuit Curves 

Ml Graphs of pursuit curve characteristics for a pur¬ 
suit plane hying directly toward the target. (Prog¬ 
ress Report No. 16.1-40.) (n.a.) OEMsr-101. 

Mount Wilson Observatory. February, 1944. 

M2 Graphs of pursuit curve characteristics. (Progress 



DIVISION 16 • MICROFILM LIST 


479 


111.6 


112 

112.1 


112.11 


112.12 


112.13 


Report No. 16.1-41.) N. U. Mayall. OEMsr-101. 112.2 
Mount Wilson Observatory. April 5, 1944. 

M3 Instruments for studying pursuit curves. (Report 
No. 16.1-88.) (n.a.) OEMsr-101; OSRD No. 4737. 

Mount Wilson Observatory. t May (?) 1945.] 

Resolution 

Ml Resolving power in aerial photography. (Report 
No. 16.1-50.) (n.a.) OEMsr-101; OSRD No. 4047. 

Mount Wilson Observatory. May 15, 1944. 

M2 Resolving power targets for aerial photography. 

(Final Report No. 16.1-60.) Duncan E. Mac¬ 
Donald. OEMsr-203; OSRD No. 4445. Massachu- 112.3 
setts Institute of Technology. December, 1944. 

M3 Resolution of aerial cameras in the laboratory and 
in the air. (Report No. 16.1-89.) (n.a.) OEMsr- 

101; OSRD No. 4738. Mount Wilson Observa¬ 
tory. March 31, 1944. 

M4 Quantitative studies and observations of factors 
limiting resolution of aerial photographs. Part I, 

Flight data and test equipment. Part II, Analysis 
of data, conclusions and recommendations. Part 
III, Appendix. (Report No. 16.1-131.) (n.a.) 

OEMsr-474; OSRD No. 6029. Harvard Univer¬ 
sity. December 31, 1945. 

Harmonization of Fire Control 

Aircraft Fire Control 

Ml Evaluation of Second Air Force harmonization 
procedure. (Report No. 16.1-99.) Philip Kissam. 
OEMsr-1087; OSRD No. 5261. Merrill Flood and 
Associates. July 11, 1945. 

M2 The harmonization of aircraft remote fire control 
system. (Report No. 16.1-93.) Philip Kissam. 
OEMsr-1087; OSRD No. 4787. Merrill Flood and 
Associates. October 10, 1945. 

Mirror Methods 

Ml The mirror boresight method for harmonization 
of B-29 remote control turrets. (Report No. 16.1- 
103.) (n.a.) OEMsr-1087; OSRD No. 5404. Mer¬ 
rill Flood and Associates. August 1, 1945. 

M2 A mirror frame method for harmonizing B-29 guns 
and sights. (Report No. 16.1-53.) (n.a.) OEMsr- 

474; OSRD No. 4277. Harvard University. De¬ 
cember 31, 1945. 

Wire Methods 

Ml The wire method for harmonization of B-29 re¬ 
mote control turrets. (Report No. 16.1-102.) Max 
Petersen. OEMsr-203; OSRD No. 5403. Massa¬ 
chusetts Institute of Technology. August 1, 1945. 

Prism Methods 

Ml The prism method for harmonization of B-29 re¬ 
mote control turrets. (Report No. 16.1-101.) (n.a.) 

OEMsr-160; OSRD No. 5402. University of 
Rochester. August 1, 1945. 


Reflex Sights 

Ml Reflex sights. (Report No. 16.1-87.) (n.a.) OEMsr- 
101; OSRD No. 4736. Mount Wilson Observatory. 
March 20, 1945. 

M2 Reflex sights. (Final Report No. 16.1-69.) Louis 
G. Henyey, Jesse L. Greenstein and W. A. Hiltner. 
OEMsr-1078; OSRD No. 4501. Yerkes Observa¬ 
tory. April 30, 1945. 

M3 Development of special reflex gunsights. (Report 
No. 16.1-110.) (n.a.) OEMsr-160; OSRD No. 6032. 
University of Rochester. September 27, 1945. 

Light Scattering 

Ml Notes on the scattering of light in optical fire 
control instruments. (Report No. 16.1-144.) 
Howard S. Coleman and Samuel W. Harding. 
OEMsr-1197; OSRD No. 6108. Pennsylvania State 
College. October 19, 1945. 

112.4 Stadiameters 

Ml Stadiameters. (Report No. 16.1-114.) (n.a.) 

OEMsr-160; OSRD No. 6035. University of 
Rochester. October 2, 1945. 

120 Binoculars and Telescopes 

Ml Binocular developments. (Final Report No. 16.1- 
33.) (n.a.) OEMsr-579; OSRD No. 4114. Bausch 
and Lomb Optical Company. December 28, 1944. 

121 Night Binoculars and Telescopes 

Ml Aids to night vision. (Progress Report No. 16.1- 
23.) (n.a.) OEMsr-160; OSRD No. 1482. Univer¬ 
sity of Rochester. March 1, 1943. 

M2 The effects of binocular magnification on the visi¬ 
bility of targets at low levels of illumination. (Final 
Report No. 16.1-62.) S. Howard Bartley and 
Eloise Chute. OEMsr-1058; OSRD No. 4433. 
Dartmouth College. November 30, 1944. 

M3 Wide-field telescopes. (Report No. 16.1-112.) (n.a.) 
OEMsr-160; OSRD No. 6033. University of 
Rochester. October 8, 1945. 

M4 The effects of night binocular design features on 
the visibility of targets at low levels of illumina¬ 
tion. (Report No. 16.1-150.) Carl W. Miller and 
Lloyd H. Beck. OEMsr-1229; OSRD No. 6128. 
Brown University. October 25, 1945. 

M5 Summary of experimental data. The effects of 
night binocular design features on the visibility of 
targets at low levels of illumination. (Report No. 
16.1-151.) Carl W. Miller and Lloyd H. Beck. 
OEMsr-1229; OSRD No. 6129. Brown University. 
October 25, 1945. 

121.1 Physiological Factors 

Ml A study of pupil size at low levels of illumination. 
(Report No. 16.1-134.) Irving H. Wagman. 
OEMsr-1228; OSRD No. 6098. University of 
Pennsylvania. October 15, 1945. 

M2 Physiological factors determining the performance 




480 


DIVISION 16 • MICROFILM LIST 


of night binoculars. (Report No. 16.1-135.) H. K. 
Hartline, Irving H. Wagman and others. OEMsr- 
1228; OSRD No. 6099. University of Pennsyl¬ 
vania. October 31, 1945. 

121.2 Infrared Sources 

Ml Range of visibility of infrared sources with the 
naked eye and with binoculars. (Report No. 16.1- 
106.) Carl W. Miller and Lloyd H. Beck. OEMsr- 
1229; OSRD No. 5739. Brown University. Octo¬ 

ber 25, 1945. 

122 Tank Telescopes 

Ml Design of wide-angle telescopes for tanks. (Progress 
Report No. 16.1-45.) (n.a.) OEMsr-160; OSRD 

No. 3888. University of Rochester. December 1, 
1943. 

M2 Tank and antitank telescopes. (Report No. 16.1- 
71.) Louis G. Henyey, Jesse L. Greenstein and 
W. A. Hiltner. OEMsr-1078; OSRD No. 4503. 
Yerkes Observatory. October, 1945. 

123 Antioscillation Mounts 

Ml Aids to night vision. Antioscillation mounted 

night sights. (Progress Report No. 16.1-14.) (n.a.) 
OEMsr-160; OSRD No. 1479. University of 
Rochester. [March (?) 1943.] 

M2 Aids to night vision. ([Part] III. Progress Report 
No. 16.1-28.) (n.a.) OEMsr-160; OSRD No. 1709. 
University of Rochester. June 15, 1943.] 

M3 Antivibration mounted binocular and monocular. 
(Final Report No. 16.1-63.) Joseph Mihalyi, H. J. 
Hood and F. M. Bishop. OEMsr-1090; Problem 
No. DD-1623; OSRD No. 4444. Eastman Kodak 
Company. February 10, 1945. 

M4 Antioscillation mount for binoculars. (Final Re¬ 
port No. 16.1-56.) (n.a.) OEMsr-617; OSRD No. 

4183. Technicolor Motion Picture Corporation. 
February 28, 1945. 

M5 Antioscillation mounted high-power telescope. 
(Report No. 16.1-115.) (n.a.) OEMsr-160; OSRD 

No. 6036. University of Rochester. October 1, 
1945. 

M6 Antioscillation mount tests. (Report No. 16.1- 
113.) (n.a.) OEMsr-160; OSRD No. 6034. Uni¬ 

versity of Rochester. October 2, 1945. 

M7 Antivibration mounts for binoculars. (Report No. 

16.1-148.) (n.a.) OEMsr-392; OSRD No. 6126. 
Eastman Kodak Company. November 20, 1945. 

130 Periscopes 

Ml Unit power periscopes. (Final Report No. 16.1- 
70.) Louis G. Henyey, Jesse L. Greenstein and 
W. A. Hiltner. OEMsr-1078; OSRD No. 4502. 
Yerkes Observatory. September, 1945. 

131 Submarine 

Ml Rapid processing equipment for periscope photog¬ 
raphy. (Part II. Final Report No. 16.1-65.) D. C. 
Harvey and Joseph L. Boon. OEMsr-622; Prob¬ 


lem No. DD-2518A; OSRD No. 4551. Eastman 
Kodak Company. December 21, 1944. 

M2 Study of submarine periscope design. (Final Re¬ 
port No. 16.1-152.) Louis G. Henyey and Jesse 
L. Greenstein. OEMsr-1078; OSRD No. 6130. 
Yerkes Observatory. October, 1945. 

132 Aircraft 

Ml Periscopic scanning device. (Final Report No. 

16.1- 55.) (n.a.) OEMsr-617; OSRD No. 4182. 
Technicolor Motion Picture Corporation. Febrm 
ary 28, 1945. 

M2 P-80 periscope design. (Report No. 16.1-116.) (n.a.) 
OEMsr-160; OSRD No. 6037. University of Roch¬ 
ester. October 1, 1945. 

M3 Training periscope design for Division 6. (Report 
No. 16.1-117.) (n.a.) OEMsr-160; OSRD No. 6038. 
University of Rochester. October 1, 1945. 

M4 Development of an aircraft periscope, Mark 35, 
Model O, and of an experimental range finder for 
antisubmarine aerial patrol planes. (Report No. 

16.1- 124.) (n.a.) OEMsr-474; OSRD No. 6022. 

Harvard University. December 31, 1945. 

133 Tank 

Ml Tank periscope binocular, T-9. (Report No. 16.1- 
109.) (n.a.) OEMsr-160; OSRD No. 6031. Uni¬ 

versity of Rochester. September 1, 1945. 

140 Miscellaneous Optical Instruments 

141 Theodolites 

Ml Development of a precision theodolite telescope. 
(Progress Report No. 16.1-31.) (n.a.) OEMsr-385; 
OSRD No. 1848. University of Rochester. August 
15, 1943. 

M2 The 0.1-mil recording phototheodolite. (Final Re¬ 
port No. 16.1-107.) J. Leslie Quigley. OEMsr-503; 
Problem No. DD-2517; OSRD No. 5921. Eastman 
Kodak Company. December 31, 1945. 

142 Navigation Instruments 

Ml Two-star navigating instrument. (Report No. 16.1- 
105.) (n.a.) OEMsr-101; OSRD No. 5645. Mount 
Wilson Observatory. September 25, 1945. 

143 Scanning Devices 

Ml Optical scanning devices. (Final Report No. 16.1- 
13.) Walter S. Adams, Theodore Dunham, Jr. and 
others. OEMsr-115; OSRD No. 1420. Mount Wil¬ 
son Observatory. [August (?) 1942.] 

144 Antiglare Shutters 

Ml Production design of high-speed antiglare shutter. 
(Progress Report No. 16.1-37.) Joseph Mihalyi 
and F. M. Bishop. OEMsr-707; OSRD No. 3413. 
Eastman Kodak Company. February 8, 1944. 

M2 High-speed antiglare shutter production design. 
(Final Report No. 16.1-64.) Joseph Mihalyi and 
D. C. Harvey. OEMsr-707; Problem No. DD- 



DIVISION 16 • MICROFILM LIST 


481 


2510D; OSRD No. 4446. Eastman Kodak Com¬ 
pany. September 28, 1945. 

M3 The development of photoelectric control appa¬ 
ratus for high-speed antiglare shutter to protect 
night vision of pilots from enemy flares. (Final 
Report No. 16.1-133.) Seville Chapman. OEMsr- 
100; OSRD No. 6006. Stanford University. Sep¬ 
tember 30, 1945. 

150 Tropical Fouling 

Ml A house for the study of materials under tropical 
conditions. (Report No. 16.1-49.) W. G. Hutchin¬ 
son and Robert McCrea. OEMsr-205; OSRD No. 
4048. University of Pennsylvania. July 25, 1944. 

151 Fouling of Optical Instruments 

Ml Investigation of the causes for the clouding of 
glass surfaces under tropical field conditions. 
(Progress Report No. 16.1-17.) Peter Gray. 
[OEMsr-871.] University of Pittsburgh. [March 
(?) 1943.] 

M2 Minutes of conference on research conducted in 
the Canal Zone on the fouling of optical instru¬ 
ments, held July 27, 1943 at the Johnson Research 
Foundation, University of Pennsylvania, Philadel¬ 
phia, Pennsylvania. (Report No. 16.1-29.) (n.a.) 

OSRD No. 1833. Massachusetts Institute of Tech¬ 
nology. July 27, 1943. 

M3 Polyvinyl sheeting exposed to tropical conditions. 
(Report No. 16.1-39.) Peter Gray. OEMsr-871. 
University of Pittsburgh. March 28, 1944. 

M4 The fungus fouling of optical instruments. (Report 
No. 16.1-51.) W. G. Hutchinson. OEMsr-205; 
OSRD No. 4118. University of Pennsylvania. 
September 30, 1944. 

M5 Tropical testing. (Report No. 16.1-96.) (n.a.) 

OEMsr-871; OSRD No. 5010. University of Pitts¬ 
burgh. March 27, 1945. 

M6 Tropical deterioration in optical instruments. 
(Report No. 16.1-97.) (n.a.) OEMsr-871; OSRD 

No. 5767. University of Pittsburgh. April 17, 
1945. 

152 Prevention of Fouling 

Ml Cresatin as a treatment for fungus-proofing opti¬ 
cal instruments. (Report No. 16.1-44.) (n.a.) 

OEMsr-205; OSRD No. 3803. University of Penn¬ 
sylvania. June 25, 1944. 

M2 Methods of prevention of fungus fouling of opti¬ 
cal instruments in the Canal Zone. (Report No. 
16.1-46.) (n.a.) OEMsr-205; OSRD No. 3952. 

University of Pennsylvania. July 25, 1944. 

M3 A method for the prevention of mold growth on 
optical instruments exposed to tropical conditions. 
(Report No. 16.1-92.) (n.a.) OEMsr-871; OSRD 

No. 4371. University of Pittsburgh. December 5, 
1944. 

160 Optical Instrument Manufacture and Experimentation 


161 Materials 

161.1 Optical Plastics 

Ml General review of projects and symposium on opti¬ 
cal plastics. Minutes of meeting, Washington, D. C., 
May 6, 1943. (Report No. 16.1-27.) (n.a.) Massa¬ 
chusetts Institute of Technology. August 10, 1943. 

M2 Optical plastic material synthesis, fabrication and 
instrument design. (Report No. 16.1-59.) (n.a.) 

OEMsr-70; OSRD No. 4417. Polaroid Corpora¬ 
tion. February 1, 1945. 

M3 Tests of optical plastic elements and of reflex 
sights. (Report No. 16.1-94.) Max Petersen. 
OEMsr-203; OSRD No. 4788. Massachusetts In¬ 
stitute of Technology. October 15, 1945. 

161.11 Artificial Optical Fluorite 

Ml The development of synthetic fluorite crystals. 
(Progress Report Nos. 16.1-6 and -18.) Donald C. 
Stockbarger. OEMsr-45. Massachusetts Institute 
of Technology. February 1 and April 1, 1943. 

M2 Artificial optical fluorite. (Report No. 16.1-77.) 
Donald C. Stockbarger and Marie Early. OEMsr- 
45; OSRD No. 4690. Massachusetts Institute of 
Technology. December 31, 1944. 

M3 Optical working of synthetic crystals. (Final Re¬ 
port No. 16.1-74.) (n.a.) OEMsr-1177; OSRD No. 
4506. Perkin-Elmer Corporation. April, 1945. 

161.12 Hard Protective Coatings 

Ml Studies and investigations in connection with the 
development of hard protective coatings for optical 
plastics and glass. (Bi-monthly Progress Report 
Nos. 16.1-3, -11, -24, -25, -26, -30, -32, -43 and -52.) 
(n.a.) OEMsr-657. California Institute of Tech¬ 
nology. January 8, 1943 to August 1, 1944. 

M2 Hard protective coatings for optical plastics. (Final 
Report No. 16.1-54.) Howard J. Lucas, L. Reed 
Brantley and others. OEMsr-657; OSRD No. 4119. 
California Institute of Technology. November 30, 
1944. 

161.2 Glass Molding 

Ml Methods of producing by molding of high-pre¬ 
cision optical parts of glass. (Progress Report No. 
16.1-8.) J. H. Webb and Loyd A. Jones. OEMsr- 
421. [Eastman Kodak Company.] February 11, 
1943. 

M2 The molding of glass for optical purposes. (Report 
No. 16.1-68.) (n.a.) OEMsr-421; OSRD No. 4500. 
Eastman Kodak Company. September 13, 1945. 

161.3 Roof Prisms 

Ml Methods of making roof prisms, developed at the 
Mount Wilson Observatory, (n.a.) OSRD No. 
1073. Mount Wilson Observatory. August 1, 1942. 

M2 Diamond milling of roof prism blanks. (Report 
No. 16.1-86.) (n.a.) OEMsr-101; OSRD No. 4735. 
Mount Wilson Observatory. March 31, 1945. 




482 


DIVISION 16 • MICROFILM LIST 


161.4 Reticles 

Ml Studies of the British photographic methods of 
preparing reticles. (Progress Report No. 16.1-1.) 
Richard M. Badger, William Shand, Jr. and 
Rebecca Bradford. OEMsr-389. California Insti¬ 
tute of Technology. December 1, 1942. 

M2 Investigation of photographic methods of making 
reticles. (Progress Report Nos. 16.1-5 and -16.) 
Richard M. Badger, William Shand, Jr. and 
Rebecca Bradford. OEMsr-389. California Insti¬ 
tute of Technology. February 1 and April 1, 1943. 

M3 An investigation of photographic methods of mak¬ 
ing reticles. (Report No. 16.1-34.) Richard M. 
Badger, William Shand, Jr. and others. OEMsr- 
589; OSRD No. 3219. California Institute of Tech¬ 
nology. December 31, 1943. 

161.5 Films 

Ml High-efficiency partially reflecting films on glass. 
(Progress Report No. 16.1-4.) (n.a.) OEMsr-160. 

University of Rochester. February 1, 1943. 

M2 The evaporation of thin films. (Report No. 16.1-95.) 
(n.a.) OEMsr-160; OSRD No. 4789. University of 
Rochester. March 1, 1945. 

162 Optical Instrument Testing 

162.1 Photoelectric and Photographic Procedures 

Ml Photoelectric and photographic procedures for the 
evaluation of optical instrument design. (Report 
No. 16.1-143.) Howard S. Coleman and David G. 
Clark. OEMsr-1197; OSRD No. 6107. Pennsyl¬ 
vania State College. October 16, 1945. 

162.2 Kinetic Definition Chart 

Ml A method of testing the efficiency of an optical 
instrument using the kinetic definition chart. (Re¬ 
port No. 16.1-42.) (n.a.) OEMsr-1197. Pennsyl¬ 

vania State College. April 25, 1944. 

M2 A description of the kinetic definition chart (KDC) 
apparatus and its uses. (Report No. 16.1-132.) 
Howard S. Coleman and Samuel W. Harding. 
OEMsr-1197; OSRD No. 6005. Pennsylvania State 
College. October 19, 1945. 

162.3 Dioptometer 

Ml The dioptometer and its use in the inspection of 
optical instruments. (Report No. 16.1-141.) How¬ 
ard S. Coleman. OEMsr-1197; OSRD No. 6105. 
Pennsylvania State College. October 19, 1945. 

162.4 Michelson-Twyman Interferometer 

Ml The Penn State 1-1 Michelson-Twyman inter¬ 
ferometer and its use in determining conformance 
with design and in quality control of lenses, prisms 
and telescopic systems. (Report No. 16.1-142.) 
Howard S. Coleman and David G. Clark. OEMsr- 
1197; OSRD No. 6106. Pennsylvania State College. 
October 21, 1945. 


170 Aids to Night Vision (General) 

Ml Aids to night vision. Special instruments. (Prog¬ 
ress Report No. 16.1-21.) (n.a.) OEMsr-160; OSRD 
No. 1480. University of Rochester. March 1, 1943. 
M2 Aids to night vision. Extension of the scotopic 
visibility curve to 3130 angstroms and to 8000 
angstroms. (Progress Report No. 16.1-22.) (n.a.) 

OEMsr-160; OSRD No. 1481. University of Roch¬ 
ester. March 1, 1943. 

180 Miscellaneous Optical Problems 

Ml The edge blackening of optical elements of the 
M-7 binocular and M-70 telescope. (Report No. 
16.1-38.) Howard S. Coleman. OEMsr-1197. 
Pennsylvania State College. March 27, 1944. 

M2 Miscellaneous optical designs. (Report No. 16.1-73.) 
Louis G. Henyey and Jesse L. Greenstein. OEMsr- 
1078; OSRD No. 4505. Yerkes Observatory. Octo¬ 
ber, 1945. 

M3 Miscellaneous [Optical] development work for other 
OSRD projects. (Report No. 16.1-128.) (n.a.) 

OEMsr- 474; OSRD No. 6026. Harvard Univer¬ 
sity. December 31, 1945. 

M4 Miscellaneous [Optical] projects for instructional 
and laboratory purposes. (Report No. 16.1-129.) 
(n.a.) OEMsr-474; OSRD No. 6027. Harvard Uni¬ 
versity. December 31, 1945. 

200 FACTORS OF CAMOUFLAGE 

Ml Report of NDRC ad hoc Committee on Camou¬ 
flage. (n.a.) February 25, 1942. 

210 Gloss 

Ml Gloss. (Research Paper No. 16.3-4.) S. Q. Duntley. 
Physical Measurement Laboratory. May 26, 1941. 

220 Finishes and Paint 

Ml The preparation and properties of chlorophyll 
paints. Kenneth V. Thimann and David Kauf¬ 
man. OEMsr-551; OSRD No. 1026. Harvard Uni¬ 
versity. October 31, 1942. 

M2 Camouflage finishes and related problems. (Report 
No. 16.3-13.) (n.a.) OEMsr-697; OSRD No. 6557. 
Interchemical Corporation. September 24, 1945. 

230 Color 

Ml Influence of color contrast on visual acuity. (Re¬ 
port No. 16.3-3.) (n.a.) OEMsr-1070; OSRD No. 

4541. Eastman Kodak Company. November 1, 

1944. 

M2 Transient color phenomena in a desert. (Report 
No. 16.3-8.) (n.a.) OEMsr-597; OSRD No. 6552. 

Louis Comfort Tiffany Foundation. April 10, 

1945. 

240 Reflectance of Target 

Ml Measurement of atmospheric haze and aerore- 
flectance. S. Q. Duntley. Physical Measurement 
Laboratory. March 13, 1944. 





DIVISION 16 • MICROFILM LIST 


483 


M2 Reflectance of natural terrains. (Report No. 16.3- 300 NEAR INFRARED 

10.) (n.a.) OEMsr-597; OSRD No. 6554. Louis 

Comfort Tiffany Foundation. September 14, 1945. 301 Equipment 


250 Visibility of Target 

Ml Visibility of targets. (Report No. 16.3-7.) (n.a.) 

OEMsr-597; OSRD No. 6401. Louis Comfort 
Tiffany Foundation. October 1, 1945. 

M2 Visibility of targets. (Volumes I to V.) (n.a.) Louis 
Comfort Tiffany Foundation, (n.d.) 

260 Camouflage Applications 

261 Water Camouflage 

Ml Water camouflage. (Report No. 16.3-1.) B. T. 
Mesier. OEMsr-726; Research Project No. PDRC- 
728. American Cyanamid Company. June 30, 
1943. 

262 Sea-Search Aircraft Camouflage 

Ml Camouflage of sea-search aircraft, the Yehudi Proj¬ 
ect. (Report No. 16.3-2.) (n.a.) OEMsr-597; OSRD 
No. 3816. Louis Comfort Tiffany Foundation. 
June 1, 1944. 

263 Glomb Camouflage 

Ml Camouflage of a glomb. (Report No. 16.3-6.) 
S. Q. Duntley. OEMsr-1459; OSRD No. 5371. 
Pratt, Read and Company, Inc. August 31, 1945. 

270 Instruments 

271 Spectrogeograph 

Ml A spectrograph for aerial use. The spectrogeograph. 
(Report No. 16.3-5.) Arthur C. Hardy. OEMsr- 
717; OSRD No. 5444. Eastman Kodak Company. 
December 9, 1944. 

M2 Calibration and use of the spectrogeograph. (Re¬ 
port No. 16.3-11.) S. Q. Duntley. OEMsr-597; 
OSRD No. 6555. Louis Comfort Tiffany Founda¬ 
tion. September 24, 1945. 

272 Optical-Electronic 

Ml Optionic instruments for the study of camouflage. 
(Report No. 16.3-12.) (n.a.) OEMsr-697; OSRD 

No. 6556. Interchemical Corporation. August 25, 
1945. 

273 Photometer 

Ml An integrating contrast photometer. The High 
Hill Project. (Report No. 16.3-9.) S. Q. Duntley. 
OEMsr-597; OSRD No. 6553. Louis Comfort Tif¬ 
fany Foundation. July 24, 1945. 

280 Charts 

281 Nomographic 

Ml Nomographic chart. R. D. Douglass. Louis Com¬ 
fort Tiffany Foundation, (n.d.) 


301.1 Light Sources 

301.11 Flash Lamps 

Ml The microflash lamp, Type 200. Development and 
characteristics. (Report No. 16.4-13.) W. W. Mc¬ 
Cormick and L. Madansky. NDCrc-185; OSRD 
No. 1939. University of Michigan. August 21, 

1943. 

M2 The high-intensity flash lamp, Type 10. Develop¬ 
ment and characteristics. (Report No. 16.4-14.) 
W. W. McCormick and L. Madansky. NDCrc-185. 
University of Michigan. August 24, 1943. 

M3 The Type 200 microflash lamp, and a microflash 
unit for ballistic photography. (Final Report No. 
16.4-32, covering the period from January 1, 1943 
to February 28, 1945.) W. W. McCormick and 
A. F. Fairbanks. NDCrc-185; Service Project No. 
OD-147. University of Michigan. April 19, 1945. 
M4 The development of a flashlamp source for an 
infrared range and direction apparatus. (Final Re¬ 
port No. 16.4-33, covering the period from October 
1, 1943 to June 15, 1945.) W. W. McCormick and 
W. L. Hole. NDCrc-185; Service Project Nos. 
CE-22 and NR-103; OSRD No. 5296. University 
of Michigan. August 1, 1945. 

M5 The high-intensity flash lamp, Type 10. (Final 
Supplementary Report No. 16.4-34, covering the 
period from August 25, 1943 to March 1, 1945.) 
W. L. Hole and W. W. McCormick. NDCrc-185; 
OSRD No. 5297. University of Michigan. Octo¬ 
ber 1, 1945. 

M6 Adaptation of the Type 10 flash lamp to the 
DeBrie camera. (Report No. 16.4-62, covering the 
period from February to September, 1944.) A. F. 
Fairbanks. NDCrc-185; Service Project No. OD- 
173; OSRD No. 5996. University of Michigan. 
November 1, 1945. 

301.12 Arc Lamps 

Ml Modulator for 100-watt concentrated arc. (Report 
No. 16.4-17.) B. J. Spence. OEMsr-990; OSRD 
No. 3123. Northwestern University. January 1, 

1944. 

M2 Concentrated-arc lamps. (Final Report No. 16.4-43, 
covering period from May 12, 1943 to September 
1, 1945.) E. C. Homer. OEMsr-984; Service Proj¬ 
ect No. NS-159; OSRD No. 5300. Western Union 
Telegraph Company. August 31, 1945. 

M3 The concentrated-arc lamp, (n.a.) Western Union 
Telegraph Company, (n.d.) 

301.2 Shutters 

Ml Development of a photoelastic shutter for modu¬ 
lating infrared light at audio frequencies. (Report 
No. 16.4-1.) Hans Mueller. OEMsr-576; MIT Re- 




484 


DIVISION 16 • MICROFILM LIST 


search Project DIC-6085. Massachusetts Institute 
of Technology. January 1, 1943. 

M2 The polarization optics of the photoelectric shutter. 
(Report No. 16.4-18.) Hans Mueller. OEMsr-576; 
MIT Research Project DIC-6085. Massachusetts 
Institute of Technology. November 15, 1943. 

M3 A device for tripping the camera shutter in high¬ 
speed photography. (Special Report No. 16.4-44.) 
A. F. Fairbanks. NDCrc-185. University of Michi¬ 
gan. November 1, 1945. 

301.3 Transmitting Filters 

Ml The transmission of radiation. (Special Report 
Nos. 16.4-3 and 16.4-4 [Covering the] period [from] 
August 21, 1943 to November 30, 1943.) (n.a.) 

OEMsr-1085. Polaroid Corporation. [November, 
1943.] 

M2 Near infrared transmitting filters, (n.a.) OSRD 
No. 3771. June 1, 1944. 

M3 Improved infrared transmitting filters. (Final Re¬ 
port No. 16.4-53, covering the period from August 
21, 1943 to October 31, 1945.) Eden H. Land. 
OEMsr-1085; Service Project Nos. NS-155 and 
CE-34; OSRD No. 5987. Polaroid Corporation. 
[December, 1945.] 

302 Detection Devices 

302.1 Photoconductive Cells 

Ml A photocell test set. (Final Report No. 16.4-35, 
covering the period from November 1, 1943 to 
July 19, 1944.) W. L. Hole and L. N. Holland. 
NDCrc-185; Service Project Nos. SC-5, NS-225 and 
NS-151. University of Michigan. April 4, 1945. 

302.11 Thallous Sulfide 

Ml Thallous sulfide photoconductive cells. A summary 
of service characteristics. (Report No. 16.4-7.) 
W. L. Hole and R. J. Cashman. NDCrc-185 and 
OEMsr-235. University of Michigan and North¬ 
western University. March 10, 1943. 

M2 Development of sensitive thallous sulfide photo¬ 
conductivity cells for detection of near infrared 
radiation. (Report No. 16.4-6.) R. J. Cashman. 
OEMsr-235. Northwestern University. March 17, 
1943. 

M3 Thallous sulfide photoconductive cell. (Report No. 
16.4-39.) C. W. Hewlett, J. J. Fitz Patrick and 
H. T. Wrobel. OEMsr-1322; Service Project No. 
NS-225. General Electric Company. [March, 
1945.] 

M4 A theoretical approach to some fundamental prop¬ 
erties of thallous sulfide photoconductive cells. 
(Special Report No. 16.4-26.) A. W. Ewald, W. L. 
Hole and G. E. Uhlenbeck. NDCrc-185. Univer¬ 
sity of Michigan. March 15, 1945. 

M5 Research on thallous sulfide photoconductive cells. 
(Report No. 16.4-40.) Arthur R. von Hippel and 
E. S. Rittner. OEMsr-1036; Service Project Nos. 


AC-101, SC-5 and others; OSRD No. 4933. MIT, 
Laboratory for Insulation Research. April, 1945. 
M6 Development of stable thallous sulfide photocon¬ 
ductive cells for detection of near infrared radia¬ 
tion. (Final Report No. 16.4-63, covering the period 
from December, 1941 to October, 1945.) R. J. 
Cashman. OEMsr-235; Service Project Nos. NS- 
151, NS-225 and others; OSRD No. 5997. North¬ 
western University. October 31, 1945. 

M7 Development of methods for manufacturing the 
Type B thalofide cell. (Final Report No. 16.4-69, 
covering the period [from] April 16 to October 31, 
1945.) Ralph W. Engstrom and Alan M. Glover. 
OEMsr-1486; Service Project Nos. NS-225, SC-5 and 
others; OSRD No. 6003. Radio Corporation of 
America. October 31, 1945. 

302.12 Lead Sulfide 

Ml Development of sensitive lead sulfide photocon¬ 
ductive cells for detection of intermediate infrared 
radiation. (Final Report No. 16.4-64, covering the 
period from January, 1944 to October, 1945.) R. J. 
Cashman. OEMsr-235; OSRD No. 5998. North¬ 
western University. October 31, 1945. 

M2 Exploratory equipment using the lead-sulfide cell 
for military detection purposes. (Report No. 
16.4-73.) R. B. Allured, J. G. Black and others. 
NDCrc-185; OSRD No. 6290. University of Michi¬ 
gan. November 1, 1945. 

302.13 Selenium Photocell 

Ml Selenium photocells. (Progress Report No. 16.4-2.) 
Arthur R. von Hippel. OEMsr-561; OSRD No. 
1326. MIT, Laboratory for Insulation Research. 
January, 1943. 

M2 A new electrolytic selenium photocell. Arthur R. 
von Hippel, J. H. Schulman and E. S. Rittner. 
OEMsr-561; OSRD No. 1969. MIT, Laboratory for 
Insulation Research. June 10, 1943. 

302.14 Silicon 

Ml An investigation of silicon photoconductive cells. 
(Final Report No. 16.4-37, covering period [from] 
October 15, 1943 to March 31, 1944.) G. K. Teal. 
OEMsr-1231. Bell Telephone Laboratories, Inc. 
January 4, 1945. 

302.2 Photometry 

Ml A system of photometry for the near infrared. 
(Report No. 16.4-5.) G. A. Van Lear, Jr. NDCrc- 
185. University of Michigan. March 9, 1943. 

M2 Notes on generalized photometry, with particular 
application to the near infrared. Schematic version. 
(Report No. 16.4-9.) G. A. Van Lear, Jr. NDCrc- 
185. University of Michigan. May 31, 1943. 

M3 Notes on generalized photometry, with particular 
application to the near infrared. Revised schematic 
version, approved by combined NAN Committee 
of C. C. B. on June 10, 1943. (Report No. 16.4-10.) 



DIVISION 16 • MICROFILM LIST 


485 


G. A. Van Lear, Jr. NDCrc-185. University of 
Michigan. June 16, 1943. 

302.21 Phototubes 

Ml Special phototubes and circuit developments. 
(Technical Report No. 16.4-38, covering the period 
[from] June 15, 1943 to December 31, 1944.) Madi¬ 
son Cawein. OEMsr-1094; Service Project Nos. 
NS-159, NR-103 and CE-22; OSRD No. 4760. 
Farnsworth Television and Radio Corporation. 
January 29, 1945. 

M2 Special phototubes and circuit developments. (Final 
Report No. 16.4-48, covering the period [from] 
January 1, 1945 to August 31, 1945.) Madison 
Cawein. OEMsr-1094; Service Project Nos. NS-159, 
NR-103 and CE-22; OSRD No. 5981. Farnsworth 
Television and Radio Corporation. September 26, 
1945. 

302.3 JAPIR Equipment 

Ml JAPIR detection equipment. (Final Report No. 

16.4- 61, covering the period from July, 1944 to 
September, 1945.) P. H. Geiger and J. G. Black. 
NDCrc-185; Service Project No. NA-191; OSRD 
No. 5995. University of Michigan. October 17, 
1945. 

M2 Operatory manual for NA-191 equipment. (Special 
Report No. 16.4-32.) P. H. Geiger, J. G. Black 
and T. R. Kohler. NDCrc-185; Service Project No. 
NA-191. University of Michigan, (n.d.) 

303 Communication Systems 

303.1 Optical 

Ml Theoretical aspects of optical communication sys¬ 
tems. (Report No. 16.4-72.) Hartland S. Snyder 
and John R. Platt. OEMsr-990; Service Project 
No. NS-159; OSRD No. 6289. Northwestern Uni¬ 
versity. October 31, 1945. 

M2 A portable hand-held infrared optical telephone. 
(Final Report No. 16.4-68, covering the period 
from April 1, 1945 to November 30, 1945.) Harvey 
E. White. OEMsr-1073; Service Project Nos. AC- 
226.03 and NS-371; OSRD No. 6002. University 
of California. [December, 1945.] 

303.2 Voice and Code 

Ml Receiving unit for voice transmission on light 
beam. (Report No. 16.4-16.) Everett W. Lothrop, 
Jr. and Hartland S. Snyder. OEMsr-990. North¬ 
western University. January 1, 1944. 

M2 Transmission tests of Type N equipment. (Special 
Report No. 16.4-19.) Walter S. Huxford. North¬ 
western University. December 14, 1944. 

M3 Infrared communication system. (Final Report No. 

16.4- 45, covering the period [from] March 1 to July 
19, 1945.) F. Smardo. OEMsr-1460. V-M Cor¬ 
poration. July 19, 1945. 

M4 Test No. 1 on US/E-2 Nancy equipment manu¬ 


factured by Belmont Radio Corporation. Tests 
conducted over the period [from] July 26, 1945 to 
August 4, 1945. (Special Report No. 16.4-41.) (n.a.) 
OEMsr-990; Service Project No. NS-159. North¬ 
western University. September 17, 1945. 

M5 Infrared voice and code communication systems. 
Navy Type E. (Final Report No. 16.4-65, covering 
the period from May, 1943 to October, 1945. 
B. J. Spence. OEMsr-990; Service Project No. NS- 
159; OSRD No. 5999. Northwestern University. 
October 31, 1945. 

M6 Infrared voice communication systems for aircraft. 
(Final Report No. 16.4-66, covering the period 
from March, 1945 to October, 1945.) Everett W. 
Lothrop, Jr., John R. Platt and Wallace R. Wilson. 
OEMsr-990; Service Project Nos. AC-226.03 and 
AC-226.04; OSRD No. 6000. Northwestern Uni¬ 
versity. October 31, 1945. 

M7 Test No. 1 on US/E-1 Nancy equipment manu¬ 
factured by Cover Dual Signal Systems, Inc. Tests 
conducted over the period [from] August 11, 1945 
to September 4, 1945. (Special Report No. 16.4-42.) 
(n.a.) OEMsr-990; Service Project No. NS-159. 
Northwestern University. November 15, 1945. 

303.3 Foreign 

Ml German [infrared] speech communication appara¬ 
tus, Li-80. (Special Report No. 16.4-1.) C. V. Kent 
and W. L. Hole. NDCrc-185. University of 
Michigan. September 11, 1943. 

M2 Japanese light beam telephone, Nikko 130 and 186. 
(Report No. 16.4-46.) A. H. Nethercot, Jr. and 
Walter S. Huxford. OEMsr-990; Service Project 
Nos. SC-126, SC-128 and SC-129; OSRD No. 5763. 
Northwestern University. August 1, 1945. 

M3 Infrared communication system of Captain Guy 
Touvet. (Report No. 16.4-67.) B. J. Spence. 
OEMsr-1391; Service Project No. NS-243; OSRD 
No. 6001. Northwestern University. October 10, 
1945. 

M4 German Lichtsprecher 250/130. (Report No. 

16.4-70.) A. H. Nethercot, Jr. and Walter S. Hux¬ 
ford. OEMsr-990; Service Project Nos. SC-126, 
SC-128 and SC-129; OSRD No. 6200. Northwestern 
University. October 20, 1945. 

304 Recognition and Signalling Systems 

304.1 Ship-to-Ship 

Ml An infrared radiation system for recognition and 
ship-to-ship communications. (Report No. 16.4-23.) 
J. G. Black and P. H. Geiger. NDCrc-185. Uni¬ 
versity of Michigan. March 1, 1944. 

M2 A near infrared system for recognition and ship- 
to-ship communication, Type D-2. (Final Report 
No. 16.4-59, covering the period from March 1, 
1944 to October 31, 1945.) J. G. Black, P. H. 
Geiger and A. F. Fairbanks. NDCrc-185; Service 



486 


DIVISION 16 • MICROFILM LIST 


Project No. NS-151; OSRD No. 5993. University 
of Michigan. October 31, 1945. 

304.2 Plane 

Ml The development of apparatus for the detection 
of night bombing planes by near infrared radia¬ 
tion. (Progress Report No. 244.) O. S. Duffendack. 
NDCrc-185; Engineering Research Project No. 
M-341. University of Michigan. June 1, 1942. 

M2 An infrared recognition device developed at the 
University of Michigan and demonstrated at Nor¬ 
folk, Virginia, on February 12, 1943. (Report No. 

16.4- 12.) P. H. Geiger, J. G. Black and E. F. 
Barker. NDCrc-185. University of Michigan. 
April 1, 1943. 

M3 Plane-to-plane recognition. (Final Report No. 

16.4- 60, covering the period from July 1, 1944 to 
October 31, 1945.) P. H. Geiger and J. G. Black. 
NDCrc-185; Service Project Nos. NA-194 and AC- 
101; OSRD No. 5994. University of Michigan. 
November 1, 1945. 

305 Ranging and Detection (IRRAD) 

305.1 Night Surveying 

Ml Night surveying by infrared, IRRAD. (Progress 
Report No. 16.4-36.) R. C. Mathes. OEMsr-1267; 
Service Project Nos. CE-22 and NR-103; OSRD No. 
4850. Bell Telephone Laboratories, Inc. Decem¬ 
ber 27, 1944. 

M2 Night surveying by infrared, IRRAD. A supple¬ 
ment to Report No. 16.4-36, OSRD No. 4850. 
(Final Report No. 16.4-49.) R. C. Mathes. OEMsr- 
1267; Service Project Nos. CE-22 and NR-103; 
OSRD No. 5982. Bell Telephone Laboratories, 
Inc. July 27, 1945. 

305.2 Range Finders 

Ml Infrared range finder. (Special Report No. 16.4-16.) 
John D. Strong. OEMsr-60; Service Project No. 
NO-183. Harvard University. October 26, 1944. 
M2 Infrared range finder. (Technical Report No. 

16.4- 42.) John D. Strong. OEMsr-60; Service 
Project No. NO-183. Harvard University. Febru¬ 
ary 15, 1945. 

M3 An infrared range and direction apparatus for 
diffusely reflecting targets, diffuse IRRAD. (Special 
Report No. 16.4-21, covering the period from May 
1, 1944 to December 1, 1944.) W. L. Hole, W. W. 
McCormick and L. N. Holland. NDCrc-185; Serv¬ 
ice Project Nos. CE-22 and NR-103. University 
of Michigan. September 17, 1945. 

310 Far Infrared 

310.1 Radiation Transmission 

Ml Infrared survey work at Harvard University. (Tech¬ 
nical Report No. 16.4-26.) C. P. Butler. OEMsr- 
60; Service Project No. NS-163; OSRD No. 3559. 
Harvard University. April 12, 1944. 


M2 Transmission of infrared radiation through at¬ 
mospheric media. (Progress Report No. 16.4-27.) 
Harald H. Nielsen and Ely E. Bell. OEMsr-1168; 
Service Project No. AN-6; OSRD No. 3799. Ohio 
State University. May 31, 1944. 

M3 Thermal radiation from targets and backgrounds. 
(Technical Report No. 16.4-44.) John D. Strong. 
OEMsr-60; Service Project No. NS-163; OSRD No. 
5372. Harvard University. March 30, 1945. 

310.2 Detection Devices 

Ml Far infrared detecting devices. (First Progress Re¬ 
port No. 16.4-3.) E. L. Chaffee. OEMsr-60; 
OSRD No. 1157. Harvard University. December 
31, 1942. 

M2 Amplifier and control circuit development associ¬ 
ated with far infrared apparatus. (Progress Report 
No. 16.4-4.) Alan C. Bemis and Henry G. Hough¬ 
ton. NDCrc-180; OSRD No. 1161. Massachusetts 
Institute of Technology. December 31, 1942. 

M3 Sensitivities of infrared detectors. (Special Report 
No. 16.4-15.) John D. Strong. OEMsr-60; OSRD 
No. 2039. University of Michigan. September 14, 
1943. 

M4 Comparative testing of thermal detectors. (Final 
Report No. 16.4-58, covering the period [from] 
October 15, 1943 to October 31, 1945.) Harald H. 
Nielsen. OEMsr-1168; Service Project No. AN-6; 
OSRD No. 5992. Ohio State University. October 
31, 1945. 

310.21 Thermopiles and Thermocouples 

Ml The Harris thermopile. (Special Report No. 

16.4- 29.) Harald H. Nielsen. OEMsr-1168. Ohio 
State University. May 14, 1945. 

M2 Improved far infrared receivers and associated 
optics. (Final Report No. 16.4-41, covering the 
period [from] August 1, 1943 to February 28, 1945.) 
Alan C. Bemis. OEMsr-1147; Service Project Nos. 
AC-34, NS-157 and NS-161; OSRD No. 5299. 
Massachusetts Institute of Technology. July 10, 
1945. 

M3 [The] Eppley thermocouple. (Special Report No. 

16.4- 20.) Harald H. Nielsen. OEMsr-1168. [Ohio 
State University.] (n.d.) 

310.22 Bolometers 
310.221 Thermistors 

Ml Thermistor bolometer and amplifier for infrared 
spectrometers. (Final Report No. 16.4-20.) J. A. 
Becker and H. Christensen. OEMsr-1098; OSRD 
No. 20. Bell Telephone Laboratories, Inc. June 
2, 1944. 

M2 The performance of the backed Becker bolometer. 
(Special Report No. 16.4-17.) Harald H. Nielsen. 
OEMsr-1168. [Ohio State University.] November 
16, 1944. 

M3 An assessment of scanning systems, amplifier cir¬ 
cuits and indicator devices for use with the ther- 




DIVISION 16 • MICROFILM LIST 


487 


mistor bolometer. (Final Report No. 16.4-30.) 
S. Darlington and R. W. Buntenbach. OEMsr- 
636; Service Project No. NO-258; OSRD No. 4625. 
Bell Telephone Laboratories, Inc. December 7, 

1944. 

M4 The optical properties of thermistor material in 
the infrared. (Special Report No. 16.4-22.) A. H. 
Pfund. December 26, 1944. 

M5 The Bell Telephone Laboratory bolometers. (Spe¬ 
cial Report No. 16.4-28.) Harald H. Nielsen. 
OEMsr-1168. Ohio State University. May 10, 

1945. 

M6 Infrared search and indicator units for drone con¬ 
trol, Models A and B of the Type L system. (Final 
Report No. 16.4-55, covering the period from 
February 26, 1944 to October 31, 1945.) H. R. 
Moore. OEMsr-636; Service Project No. NA-172; 
OSRD No. 5989. Bell Telephone Laboratories, 
Inc. October 31, 1945. 

M7 Development and operating characteristics of 
thermistor bolometers. (Final Report No. 16.4-57, 
covering the period [from] July 1, 1942 to October 
31, 1945.) J. A. Becker, Walter H. Brattain and 
others. OEMsr-636; Service Project Nos. NS-161 
and AC-225.01; OSRD No. 5991. Bell Telephone 
Laboratories, Inc. October 31, 1945. 

310.222 Metal-Strip 

Ml The Felix metal-strip bolometer. (Special Report 
No. 16.4-34.) Harald H. Nielsen. OEMsr-1168. 
Ohio State University, (n.d.) 

310.223 Miscellaneous Bolometers 

Ml The cryostat bolometer. (Special Report No. 

16.4- 35.) Harald H. Nielsen. OEMsr-1168. Ohio 
State University. August 15, 1945. 

M2 Bolometer and infrared receiver components. (Final 
Report No. 16.4-47, covering the period from 
August 15, 1941 to November 30, 1945.) John D. 
Strong, Noel Jamison and Robert Mack. OEMsr- 
60; Service Project Nos. NS-121, N-108 and others; 
OSRD No. 5983. Harvard University. December 
31, 1945. 

310.23 Use of Detection Devices in Spectrometers 

Ml Test of thermistor bolometer as receiver for Na¬ 
tional Technical Laboratories routine infrared 
spectrophotometer, January 4 to 13, 1944 t at] Ann 
Arbor, Michigan. (Report No. 16.4-24.) R. R. 
Brattain and O. Beeck. Shell Development Com¬ 
pany. January, 1944.] 

M2 An investigation of the comparative merits of the 
thermistor-AC amplifier system and the thermo¬ 
couple-galvanometer system. (Report No. 16.4-19.) 
L. W. Gildart. OEMsr-1132. University of Michi¬ 
gan. January 21, 1944. 

M3 Spectrophotometric element, Type T, and ampli¬ 
fier for infrared spectrometers. (Final Report No. 

16.4- 29.) J. A. Becker and H. Cristensen. OEMsr- 


1098. Bell Telephone Laboratories, Inc. July 17, 
1944. 

310.24 Golay Heat Detector 

Ml Supplement to the memorandum on the Golay 
heat detector. (Special Report No. 16.4-33.) Harald 
H. Nielsen. OEMsr-1168. Ohio State University. 
July 15, 1945. 

310.3 Military Uses of Far Infrared Thermal Detectors 

310.31 Army Far Infrared Detectors 

310.311 Portable NAN Detector (PND) 

Ml Portable NAN detector or PND, Model 3. (Final 
Report No. 16.4-28.) J. A. Becker, Walter H. 
Brattain and others. OEMsr-636; OSRD No. 4168. 
Bell Telephone Laboratories, Inc. May 29, 1944. 

310.312 Scanning NAN Detector (SND) 

Ml SND-1 tests for Sphinx at Fort Knox, Kentucky, 
on July 9, 10 and 11, 1945. (Special Report No. 

16.4-37.) J. A. Becker, Walter H. Brattain and 
N. G. Wade. OEMsr-636. [Bell Telephone Labo¬ 
ratories, Inc.] August 8, 1945. 

M2 Flight tests of SND-1, June 27 to July 1, 1945. 
(Special Report No. 16.4-40.) Walter H. Brattain 
and N. G. Wade. OEMsr-636. [Bell Telephone 
Laboratories, Inc.] August 11, 1945. 

M3 Development of the SND-1, scanning infrared de¬ 
tector. (Final Report No. 16.4-54, covering the 
period [from] June, 1944 to September, 1945.) 
Walter H. Brattain and N. G. Wade. OEMsr-636; 
Service Project Nos. CE-37 and AC-225.02; OSRD 
No. 5988. Bell Telephone Laboratories, Inc. and 
Western Electric Company, Inc. October 31, 1945. 

310.313 Thermal Strip Mapper 

Ml Ground tests of strip map recorder at Fort Knox, 
July 9 to 11, 1945. (Special Report No. 16.4-36. 
L. M. Ilgenfritz. [Bell Telephone Laboratories, 
Inc.j August 4, 1945. 

M2 Development of strip map recorder for target 
survey. (Final Report No. 16.4-56, covering the 
period [from] May, 1944 to October 31, 1945.) 
L. M. Ilgenfritz, R. W. Ketchledge and others. 
OEMsr-636; Service Project No. AC-225.02; OSRD 
No. 5990. Bell Telephone Laboratories, Inc. Oc¬ 
tober 31, 1945. 

310.32 Naval Far Infrared Detectors 

310.321 Portable Ship Detector (PSD) 

Ml The portable ship detector, PSD. (Final Report 
No. 16.4-50, covering the period from September, 
1942 to November 30, 1945.) E. L. Chaffee. 
OEMsr-60; Service Project Nos. NS-121 and N-108; 
OSRD No. 5984. Harvard University. December 
31, 1945. 



488 


DIVISION 16 • MICROFILM LIST 


310.322 Stabilized Ship Detector (SSD) 

MI [The] stabilized ship detector, SSD. (Final Report 
No. 16.4-51, covering the period from August, 1943 
to November 30, 1945.) E. L. Chaffee. OEMsr-60; 
Service Project No. NS-181; OSRD No. 5985. Har¬ 
vard University. December 31, 1945. 

M2 Stabilized ship detector tests on the Marnell, Octo¬ 
ber 23 to November 3, 1944. (Special Report No. 
16.4-25.) Noel C. Jamison. OEMsr-60; Service 
Project No. NS-181. Harvard University. Febru¬ 
ary 12, 1945. 

310.33 Foreign Models of Far Infrared Detectors 

Ml Detection of Navy Type E source by German 
Seehund. (Special Report No. 16.4-45.) Walter S. 
Huxford. OEMsr-990; Service Project Nos. SC-126, 
SC-128 and SC-129. Northwestern University. 
December 27, 1945. 

320 Miscellaneous Infrared Research 

320.1 Glider Position Indicator 

Ml Development of an infrared glider position indi¬ 
cator. (Tentative draft. Special Report No. 16.4-5.) 
G. A. Van Lear, Jr. and L. N. Holland. NDCrc- 
185. University of Michigan. February 26, 1944. 
M2 Development of an infrared glider position indi¬ 
cator. (Final Report No. 16.4-31.) G. A. Van Lear, 
Jr. and L. N. Holland. NDCrc-185; Service Proj¬ 
ect No. AC-56. University of Michigan. January 
11, 1945. 

320.2 Atmospheric Attenuation 

Ml Preliminary development and tests of a retrodirec- 
tive locator for the visible and near infrared. A 
method for the computation of threshold range as 
affected by instrumental thresholds and atmos¬ 
pheric attenuation. (Report No. 16.4-22, including 
as appendix Report No. 16.4-21, OSRD No. 3345.) 
W. L. Hole. NDCrc-185. University of Michigan. 
February 19, 1944. 

M2 Atmospheric attenuation of infrared radiation. 
(Preliminary Report 1. Special Report No. 16.4-31.) 
John D. Strong. OEMsr-60; Service Project No. 
NO-183. Harvard University. May 29, 1945. 

M3 Cloud attenuation studies c at] Mount Washington, 
New Hampshire. (Final Report No. 16.4-71, cover¬ 
ing the period from July, 1943 to August, 1944.) 
G. A. Van Lear, Jr. NDCrc-185; Service Project 
No. AC-56; OSRD No. 6201. University of Michi¬ 
gan. October 25, 1945. 

M4 Atmospheric attenuation of infrared radiations. 
(Final Report No. 16.4-52, covering the period 
from January 1, 1945 to November 30, 1945.) John 
D. Strong. OEMsr-60; Service Project No. AN-32; 
OSRD No. 5986. Harvard University. November 
30, 1945. 

320.3 Far Infrared Bombsight 

Ml An assessment of a far infrared bombsight with 


angular rate release. (Special Report No. 16.4-18.) 
S. Darlington, R. W. Buntenbach and others. 
OEMsr-636; Service Project No. NO-258. Bell 
Telephone Laboratories, Inc. December 7, 1944. 

320.4 Protective Coatings for Rock Salt and Silver Chloride 

Ml Protective coatings for rock salt plates and metallic 
mirrors. (Report No. 16.4-8.) A. H. Pfund. 
[OEMsr-610.] Johns Hopkins University. April 
1, 1943. 

M2 Protective coatings for plates of rock salt and 
silver chloride. (Final Report No. 16.4-25.) A. H. 
Pfund. OEMsr-610. Johns Hopkins University. 
April 4, 1944. 

M3 A study of the transmission of silver chlorides 
from 1.0/4 to 14.0/x. (Special Report No. 16.4-12.) 
Harald H. Nielsen and Alvin H. Nielsen. OEMsr- 
1168. [Ohio State University.] (n.d.) 

400 IMAGE-FORMING INFRARED AND ULTRA¬ 

VIOLET 

410 Survey of Sources 

411 Infrared 

411.1 Phosphors 

Ml Development of infrared-sensitive phosphors. (Re¬ 
port No. 16.5-57 [Covering period from] January 1. 
1943 to August 31, 1943.) (n.a.) OEMsr-81; OSRD 
No. 3134. University of Rochester. August 31, 
1943. 

M2 The preparation of infrared phosphors. (Report 
No. 16.5-56, covering the entire period . . . from 
March 1, 1943 to August 31, 1943.) (n.a.) OEMsr- 
982; OSRD No. 3140. Polytechnic Institute of 
Brooklyn. [September, 1943.] 

M3 Infrared stimulation of phosphors. (Final Report 
No. 16.5-114 [Covering period] from August 1, 1943 
to June 30, 1945.) N. F. Miller. OEMsr-740; 
Service Project Nos. CE-11 and NS-172; OSRD No. 
5360. New Jersey Zinc Company. June, 1945. 

M4 The preparation of infrared phosphors. (Progress 
Report No. 16.5-119, covering the period [from] 
September 1, 1943 to August 31, 1945.) Roland 
Ward. OEMsr-982; Service Project No. NS-172; 
OSRD No. 5643. Polytechnic Institute of Brook¬ 
lyn. September 1, 1945. 

M5 Phosphors. (Final Report No. 16.5-125.) (n.a.) 

OEMsr-81; Service Project Nos. CE-11, NS-172 and 
NS-282; OSRD No. 5655. University of Rochester. 
September 24, 1945. 

411.11 Zinc Sulfide Phosphors 

Ml Preparation of stimulated zinc sulfide phosphors. 
Report II, Characteristics. (Progress Report No. 
16.5-70.) G. R. Fonda. OSRD No. 3371. General 
Electric Company. December 7, 1943. 

M2 Survey of zinc sulfide phosphors capable of stimu¬ 
lation. (Progress Report No. 16.5-84.) G. R. Fonda. 



DIVISION 16 • MICROFILM LIST 


489 


OEMsr-1155; OSRD No. 3947. General Electric 
Company. July 7, 1944. 

M3 Stimulation and phosphorescence of zinc sulfide 
phosphors. (Progress Report No. 16.5-99.) G. R. 
Fonda. OEMsr-1155; OSRD No. 4587. General 
Electric Company. December 2, 1944. 

M4 Preparation and characteristics of zinc sulfide 
phosphors stimulated by infrared. (Final Report 
No. 16.5-111.) G. R. Fonda. OEMsr-1155; Service 
Project No. NS-172; OSRD No. 5377. General 
Electric Company. July 20, 1945. 

412 Ultraviolet 

Ml Development of an invisible ultraviolet light 
source. (Progress Report No. 16.5-78.) (n.a.) 

OEMsr-1073. University of California. March 1, 
1944. 

420 Infrared and Ultraviolet Devices and Equipment 

Ml Special optical devices. (Final Report No. 16.5- 
126.) (n.a.) OEMsr-1219; Service Project Nos. 

AC-225, NS-172 and others; OSRD No. 5656. Uni¬ 
versity of Rochester. November 1, 1945. 

421 Telescopes 

Ml Development of infrared telescope. t G. A. Mor¬ 
ton.] Research Project No. PDRC-269; OSRD No. 
744. Radio Corporation of America. June 22, 
1942. 

M2 Evaluation of the ultraviolet telescope. (Progress 
Report No. 16.5-51 [Covering period] from May 7, 
1943 to October 27, 1943.) L. J. Reimert. OEMsr- 
740. New Jersey Zinc Company. [October, 1943.] 

M3 Infrared image tubes and electron telescopes. (Final 
Report No. 16.5-123.) G. A. Morton. OEMsr-440; 
Service Project Nos. CE-34, NS-172 and others; 
OSRD No. 5653. Radio Corporation of America. 
November 30, 1945. 

421.1 Electron Telescopes (Image Tubes) 

421.11 Head-Mounted Image Tubes 

Ml Headmounts for infrared telescopes for aircraft 
and vehicle use. (Progress Report No. 16.5-68.) 
(n.a.) OEMsr-1075; OSRD No. 3310. University 

of Pennsylvania. February 15, 1944. 

M2 The development of a head-mounted infrared bi¬ 
nocular telescope for vehicle driving and for land¬ 
ing airplanes. (Final Report No. 16.5-124.) D. W. 
Bronk, H. K. Hartline and others. OEMsr-1075; 
Service Project No. CE-34; OSRD No. 5654. Uni¬ 
versity of Pennsylvania. September 30, 1945. 

421.2 Metascopes 

Ml Development of infrared telescopes utilizing infra¬ 
red-sensitive phosphors. (Report No. 16.5-55 ( as of] 
June 15, 1943.) (n.a.) OEMsr-81 and OEMsr-510; 
OSRD No. 3129. University of Rochester. June 
15, 1943. 


M2 Metascopes. (Progress Report No. 16.5-73.) Joseph 
Mihalyi. OEMsr-1100; Problem No. DD-2510C; 
OSRD No. 3400. Eastman Kodak Company. Sep¬ 
tember 22, 1943. 

M3 Outline of metascope infrared telescope develop¬ 
ment. (Report No. 16.5-22.) (n.a.) OEMsr-81 and 
OEMsr-510. University of Rochester, (n.d.) 

421.21 Kellner-Schmidt Optical System 

Ml Development of Kellner-Schmidt optical systems. 
([Parts] I and II. Interim Report Nos. 16.5-16 and 

16.5- 17.) (n.a.) OEMsr-510. University of Roches¬ 
ter. June 30, 1943. 

M2 Wide-aperture Kellner-Schmidt optical systems. 
(Progress Report No. 16.5-24.) (n.a.) OEMsr-510. 
[University of Rochester.] August 15, 1943. 

421.22 Type B 

Ml Development of optical device, Type B, formerly 
metascope, Model B. (Progress Report No. 16.5-76 
[Covering period from] June 8, 1943 to February 1, 
1944.) (n.a.) OEMsr-1100; Problem No. 25.10-C; 

OSRD No. 3408. Eastman Kodak Company. [Feb¬ 
ruary, 1944.] 

421.23 Type F 

Ml The Type F metascope. (Report No. 16.5-65.) 
(n.a.) OEMsr-81 and OEMsr-510; OSRD No. 3266. 
University of Rochester. January 1, 1944. 

422 Auto-Collimating Units 

Ml Schmidt auto-collimator unit. [Part] I, Molds. 
[Part] II, Auto-collimator units. (Report No. 16.5- 
60.) (n.a.) OEMsr-495; OSRD No. 3136. Bausch 
and Lomb Optical Company. December 10, 1943. 
M2 Schmidt auto-collimator units. (Final Report No. 

16.5- 107.) (n.a.) OEMsr-495; Service Project No. 
CE-11; OSRD No. 5158. Bausch and Lomb Opti¬ 
cal Company. June 30, 1945. 

M3 Metaflectors. (Final Report No. 16.5-130.) (n.a.) 

OEMsr-1000; Service Project Nos. AC-225, NS-172 
and others; OSRD No. 6213. University of 
Rochester. October 4, 1945. 

422.1 Auto-Collimator Buttons and Lenses 

Ml Auto-collimator buttons. (Progress Report No. 

16.5- 64, covering period [from] July 1, 1943 to 
December 1, 1943.) R. A. Woodson. OEMsr-994; 
OSRD No. 3370. Eastman Kodak Company. De¬ 
cember 13, 1943. 

M2 The manufacture of auto-collimating lens units. 
(Final Progress Report No. 16.5-87.) (n.a.) 

OEMsr-932; OSRD No. 3948. Rochester Button 
Company. July 18, 1944. 

M3 Fluorescent retrodirectional auto-collimating but¬ 
tons. (Final Report No. 16.5-96, covering period 
[from] December 1, 1943 to August 31, 1944.) 
Reginald T. Lamb and John H. McLeod. OEMsr- 





490 


DIVISION 16 • MICROFILM LIST 


994; OSRD No. 4318. Eastman Kodak Company. 
September 27, 1944. 

422.2 Visibility of Ultraviolet Light Sources 

Ml [Visibility of ultraviolet light sources and ranges 
of auto-collimating reflectors.] (Report No. 16.5- 
44.) (n.a.) University of Rochester. March 30, 

1943. 

M2 Visibility of ultraviolet light sources and ranges of 
fluorescent retrodirectional auto-collimating de¬ 
vices. (Progress Report No. 16.5-44 [Covering 
period] from March 12 to April 12, 1943.) L. J. 
Reimert. OEMsr-740. New Jersey Zinc Company. 
April 13, 1943. 

422.3 Triple Mirrors 

Ml Methods of making triple mirrors. (First Progress 
Report, No. 16.5-52 and Second Progress Report, 
No. 16.5-53 [Covering the period from] August 1, 
1942 to March 31, 1943.) Theodore Dunham, Jr., 
Walter S. Adams and others. OEMsr-698; OSRD 
Nos. 3138 and 3139. Mount Wilson Observatory. 
M2 Triple mirrors. (Final Report No. 16.5-110.) W. V. 
Penfold. OEMsr-1319. Penn Optical and Instru¬ 
ment Company. June 1, 1945. 

M3 The manufacture of trihedral (triple mirror) 
prisms. (Final Report No. 16.5-122.) (n.a.) 

OEMsr-698; Service Project No. AC-65; OSRD No. 
5652. Mount Wilson Observatory. September 30, 
1945. 

423 Sun-Obscuring Devices 

Ml The development of a sight in which the solar 
glare is eliminated. (Progress Report No. 16.5-39.) 
Donald H. Menzel. December 31, 1942. 

M2 Telescope shutter, sun-obscuring device. (Progress 
Report No. 16.5-75.) C. M. Tuttle. OEMsr-996; 
Problem No. DD-2528; OSRD No. 3404. Eastman 
Kodak Company. February 14, 1944. 

M3 An investigation of sun-occulting devices. (Final 
Report No. 16.5-90.) James R. Balsley and Harlow 
Shapley. OEMsr-571; OSRD No. 4097. Harvard 
University. July 3, 1944. 

M4 Gradient density sun glasses. (Final Report No. 

16.5- 109.) (n.a.) OEMsr-989; Service Project No. 
QMC-37; OSRD No. 5177. Bausch and Lomb 
Optical Company. November 15, 1945. 

424 Radiation Filters 

Ml A special radiation filter opaque to the eye, trans¬ 
missive for waves shorter than 3000 angstroms. 
(Progress Report No. 16.5-93.) C. G. Abbot and 
L. B. Aldrich. OEMsr-1015; OSRD No. 4169. 
Smithsonian Institute, (n.d.) 

425 Blackout Driving Lights 

Ml A blackout driving light. ([Part] II. Report No. 

16.5- 12.) (n.a.) OEMsr-683. University of Roches¬ 
ter. February 1, 1943. 


430 Tactical Applications 

Ml [Tactical infrared applications.] Activities under 
Contract OEMsr-423. (Final Report No. 16.5-127.) 
G. E. Meese. OEMsr-423; Service Project Nos. 
AC-226, CE-34 and NA-175; OSRD No. 5651. Gen¬ 
eral Electric Company. September 25, 1945. 

431 Blackout Driving 

Ml Infrared equipment for night operation of tanks. 
(Progress Report No. 16.5-9, as of September 4, 
1942.) V. J. Roper and G. E. Meese. OEMsr-423; 
Research Project No. PDRC-403. General Electric 
Company. September 4, 1942. 

431.1 Infrared 

Ml Night driving by means of infrared telescopes. 
([Part] I.) G. A. Morton. OEMsr-440; OSRD No. 
1909. Radio Corporation of America. July, 1943. 
M2 Application of infrared radiation in gun ranging 
and vehicle driving under cover of darkness. Field 
trials conducted at Princeton, New Jersey, on 
March 27 and at Fort Knox, Kentucky, April 13 
and 14, 1943. (Interim Report No. 16.5-47.) G. E. 
Meese. OEMsr-423; Research Project No. PDRC- 
403. General Electric Company. August 17, 1943. 

431.2 Ultraviolet 

Ml Blackout driving, ultraviolet system, as demon¬ 
strated at Palmerton, Pa., on September 27, 1943. 
(Report No. 16.5-61 [Covering period] from July 1 
to October 1, 1943.) (n.a.) OEMsr-740 and 

OEMsr-423; OSRD No. 3208. New Jersey Zinc 
Company and General Electric Company. De¬ 
cember, 1943. 

M2 Road delineation and nocturnal vehicular driving 
with ultraviolet radiation. (Progress Report No. 

16.5-86.) G. E. Meese. OEMsr-423; Research Proj¬ 
ect No. PDRC-403; OSRD No. 3945. General 
Electric Company. April 18, 1944. 

431.3 Red Headlights 

Ml Driving test of red headlights. (Progress Report 
No. 16.5-69.) (n.a.) [OEMjcmr-209; OSRD No. 

3336. University of Pennsylvania, (n.d.) 

432 Railroad Operation 

Ml Application of infrared radiation in the operation 
of railway locomotives under blackout conditions. 
Field trials conducted on the evenings of June 3 
and June 10, 1943 at the Locomotive Test Track 
of the Erie Works . . . Erie, Pa. (Division 12. 
Report No. 165-72-825E.) G. E. Meese. OEMsr- 
423; Research Project No. PDRC-403; OSRD No. 
2033. General Electric Company. July 23, 1943. 
M2 Application of infrared radiation in the operation 
of railway locomotives under blackout conditions. 
Field trials conducted on the evenings of October 
2, 3, 4 and 23, 1943 at Camp Claiborne, Louisiana. 
(Supplementary Report No. 16.5-66.) G. E. Meese. 



DIVISION 16 • MICROFILM LIST 


491 


OEMsr-423; Research Project No. PDRC-403; 434 

OSRD No. 3319. General Electric Company. Feb¬ 
ruary 2, 1944. 434.1 

M3 Application of infrared radiation in the operation 
of railway locomotives under blackout conditions. 
Demonstration to representatives of the Transpor¬ 
tation Corps, US Army, at the Engineer Board, 
February 22, 1944. (Supplementary Report No. 

16.5-85.) G. E. Meese. OEMsr-423; Research 
Project No. PDRC-403; OSRD No. 3946. General 
Electric Company. June 30, 1944. 

433 Aircraft Operation 

Ml Application of infrared telescopes to glider and 
airplane operation. ([Part] III.) G. A. Morton. 
OEMsr-440; OSRD No. 1877. Radio Corporation 
of America. July, 1943. 

433.1 Night Landing of Aircraft 

Ml A system for night landing of aircraft under 
conditions of blackout and radio silence, (n.a.) 
OEMsr-69; OSRD No. 741. University of Roches¬ 
ter. July 24, 1942. 

M2 A demonstration test of the Institute of Optics 

night landing system at Wright Field. (Supple- 434.2 
mentary Report to OSRD No. 741.) (n.a.) OEMsr- 
69. University of Rochester. August 10, 1942. 

M3 Aircraft night landing. [Part] IV, Visual light 
supplement. (n.a.) OEMsr-69. University of 
Rochester. February 1, 1943. 

M4 Aircraft night landing. [Part] III ... a demon¬ 
stration of night landing equipment, held at the 
Naval Air Station, Norfolk, Va. t on] September 17, 

1942. (Interim Report No. 16.5-36.) (n.a.) OEMsr- 
69; OSRD No. 1596. University of Rochester. 

June 30, 1943. 440 

M5 Night landing of aircraft with infrared radiation. 
Demonstration at Lancaster, Pa. t on] June 7, 1944. 

(Interim Report No. 16.5-103.) G. E. Meese. 
OEMsr-423; OSRD No. 4945. General Electric 
Company. [June, 1944.] 441 

M6 Use of head-mounted infrared binoculars in the 
landing of aircraft. (Progress Report No. 16.5-91.) 

(n.a.) OEMsr-1075; OSRD No. 4092. University 

of Pennsylvania. August 18, 1944. 

M7 Night landing of aircraft with NAN markers. 

Tests at NAAF, Charlestown, R. I., May 12 [tO] 

June 14, 1945. (Final Report No. 16.5-118.) C. L. 

Amick and G. E. Meese. OEMsr-423; Service Proj¬ 
ect Nos. CE-34 and NA-175; OSRD No. 5564. 

General Electric Company. September 7, 1945. 

433.2 Airborne Beacon 

Ml Infrared radiation as an aid in nocturnal airborne 
operations. Three chronological reports covering 
development of the airborne beacon. (Progress Re¬ 
port No. 16.5-120.) G. E. Meese. OEMsr-423; 

Service Project Nos. CE-34 and NA-175; OSRD 
No. 5650. General Electric Company. September 
5, 1945. 


Amphibious Operation 
Night Landing 

Ml A field demonstration held for the benefit of the 
Amphibious Forces in the vicinity of Solomon’s 
Island, Virginia. Field demonstration of special 
equipment for night landing operations. (Report 
No. 16.5-10.) (n.a.) OEMsr-427. University of 

Rochester. [August (?) 1942.] 

M2 Night landing operations with the aid of infrared 
lights and viewing equipment. t G. A. Morton.] 
Research Project No. PDRC-269; OSRD No. 
1046-C. Radio Corporation of America. Novem¬ 
ber, 1942. 

M3 The application of infrared equipment to night 
amphibious operations. Part I, Field demonstra¬ 
tion in the vicinity of Fort Story, Virginia, on the 
night of February 7, 1943. Part II, Field demon¬ 
stration at Camp Edwards, Massachusetts, on the 
night of February 23, 1943. (Division 12. Report 
No. 165-72-824E.) G. E. Meese. OEMsr-423; Re¬ 
search Project No. PDRC-403; OSRD No. 2017. 
General Electric Company. April 16, 1943. 

Reconnaissance 
(See also: 460) 

Ml Nocturnal shoreline reconnaissance with infrared 
radiation. Tests at Cape Henlopen, Delaware, 
March 16 and 17, 1945 t and at] Fort Pierce, 
Florida, April 14 to 20, 1945. (Progress Report 
No. 16.5-113.) C. L. Amick and G. E. Meese. 
OEMsr-423; Service Project Nos. AC-226, CE-34 
and NA-175; OSRD No. 5376. General Electric 
Company. August 15, 1945. 

Identification Systems 

Ml Infrared identification systems using electron tele¬ 
scopes. G. A. Morton. OEMsr-440; OSRD No. 
1910. Radio Corporation of America. July, 1943. 

Surface Vessel Identification from Air 
Ml A visual method for the identification of surface 
vessels from aircraft. Field demonstration t at] 
Langley Field, Virginia, and Norfolk, Virginia, 
September 19 to October 6, 1942. (n.a.) OSRD 

No. 985. University of Rochester. [October, 

1942. ] 

M2 Air [tO] surface vessel identification system. ([Part] 

II, Report No. 16.5-13.) (n.a.) OEMsr-725; OSRD 
No. 1598. University of Rochester. March 1, 

1943. 

M3 Air [tO] surface vessel identification system. [Part] 

III, Special equipment developed for identification 

of surface vessels from the air. (Report No. 16.5- 
14.) (n.a.) OEMsr-725. University of Rochester. 

March 1, 1943. 

M4 Air [tO] surface vessel identification system. [Part] 

IV, The identification of surface vessels from air¬ 
craft equipped with linked searchlights and anti¬ 
oscillation mounted binoculars. (Report No. 16.5- 



492 


DIVISION 16 • MICROFILM LIST 


59.) (n.a.) OEMsr-725; OSRD No. 3128. Univer¬ 
sity of Rochester. October 15, 1943. 

450 Communication 

Ml Communication by non-visible ultraviolet radia¬ 
tion. (Final Report No. 16.5-112.) Harvey E. 
White. OEMsr-1073; Service Project Nos. NS-370 
and NS-371; OSRD No. 5378. University of Cali¬ 
fornia. October 15, 1945. 

460 Reconnaissance 

(See also: 434.2) 

Ml Reconnaissance and observation of extended ob¬ 
jects with infrared telescopes. (Progress Report 
No. V.) G. A. Morton. OEMsr-440; OSRD No. 


1854. Radio Corporation of America. August, 
1943. 

M2 Trial of infrared devices in the detection of hid¬ 
den Japanese defenses. [Tests at] Fort Knox, Ken¬ 
tucky [On] July 9, 10 and 11, 1945. (Progress Report 
No. 16.5-121.) G. E. Meese. OEMsr-423; Service 
Project Nos. CE-34 and NA-175; OSRD No. 5920. 
General Electric Company. September 17, 1945. 

470 Miscellaneous Research 

Ml Visual thresholds at low brightnesses. (Final Re¬ 
port No. 16.5-79 [Covering period] from March 1 
to October 6, 1943.) L. J. Reimert. OEMsr-740. 
New Jersey Zinc Company. October 12, 1943. 



DIVISION 17 • MINE CLEARANCE AND COMBAT INSTRUMENTATION 

Microfilm Index 


100 MINE DETECTION AND CLEARANCE 

110 Mine Detection 

111 Land Mines 

111.1 Metallic 

111.11 Detectors 

111.2 Non-Metallic 
111.21 Detectors 

111.3 Metallic and Non-Metallic 

111.31 Detectors 

112 Antitank Mines 

120 Mine Clearance and Mine Firing Devices 

121 Types Used Against Enemy Mines 

121.1 Rotaflail 

121.2 Amphibious Snake 

121.3 Projected Line Charge 

122 Research Mine Clearance and Detonation 

122.1 Shock Impulse 

122.2 Magnetic Fields 

123 Land Mine Firing Devices 
130 Mine Types and Their Control 

131 Magnetic Mines for Land and Sea 

131.1 Magnetometers 

132 Submarine Mines 

132.1 Control Systems 

132.11 Magnetic (Shore Control) 

132.111 Firing Devices 

132.12 Acoustic 

200 MISCELLANEOUS DETECTION PROBLEMS 

210 Gas Detection 

220 Particle and Mass Detection 

221 Plastic and Metal Particles in Human Body 

222 Unexploded Bombs 

222.1 Gradiometers 

223 Firearms Carried on the Person 

300 FRONT LINE INSTRUMENTATION 

310 Compasses 

311 Gyro Flux Gate 

312 Inductor 

313 Odographs 

313.1 Types 

313.11 Aerial 

313.12 Ground 

313.2 Air-Mileage Device 

313.3 Pedographs 

314 Magnesyn Remote-Indicating Compasses 

315 Demagnetization Studies 
320 Measuring Instruments 

321 Oximeters 

322 Fuel Measuring Devices 

322.1 Volume Measuring 

322.2 Devices for Increasing Combustion Efficiency 
of Boilers 

323 Bombing Factors 


323.1 Bomb Drops and Bursts 

323.2 Telemetering Retardation Meter 

323.3 Bomb Impact 

323.4 Photoflash Bombs 

323.5 Marine Measuring Devices 

323.51 Marine Speedometer 

323.52 Hull Deflection Gauges 

323.53 Propeller Blade Wall Thickness 

323.6 Oscillographs 

323.61 Cathode-Ray 

323.62 High-Frequency Recording 

323.7 High-Voltage X-Ray Radiography 

323.8 Miscellaneous Devices 

323.81 Radio Time Comparator 

323.82 Tachometer (Electric Frequency Meter) 

323.83 Helium Impurities 

400 ACOUSTICS AND NOISE CONTROL 

410 Generation of Noise 

411 Battle Noise 

411.1 Recordings 

411.2 Jungle Sounds 
(See also: 436.45) 

412 Electronic Generation of Noise 

413 Radio Frequency Noise by Short Pulses 

414 Airplane Siren 

420 Measurement of Sounds Emitted by: 

421 Army Vehicles 

422 Artillery 

423 Naval Personnel Aboard Ship 

424 Outboard Motors 

425 Aircraft 

426 Miscellaneous Sources 
430 Sound Transmission 

431 Attenuation 

432 Fluctuations 

433 Wave Front Corrugations 

434 Sound Ranging 

434.1 Sound Source Location Computing 

434.2 Errors in Sound Ranging 

434.3 Sound Ranging Systems 

434.31 Dodar 

434.32 Binaural 

434.33 Nomographic 
434.331 Plotting Grids 

434.34 Dry Paper Recorders 

434.35 Miscellaneous Systems 

434.4 Gun Ranging 
434.41 Analysis 

434.411 Microphonic 

434.412 Seismic 

434.5 Miscellaneous Sound Ranging Problems 

435 Speech and Hearing, as Affected by Noise and Other 
Factors 

435.1 Speech 


ICRE 


493 


494 


DIVISION 17 • MICROFILM INDEX 


435.11 Intelligibility 

435.12 Gas Masks 

(See also: 435.241) 

435.2 Hearing 

435.21 Physiological Factors 

435.211 Ear Defenders 

435.212 Hearing Aids 

435.22 Psychomotor Efficiency 

435.23 Pitch and Intensity 

435.24 Insulation Offered by: 

435.241 Helmets 

435.242 Clothing 

435.243 Headsets 

435.25 Threshold of Hearing 
436 Communications 

436.1 Signals 

436.2 Impulse Counters 

436.3 Equipment Performance 

436.31 Articulation Efficiency 

436.32 Tests on Sets 

436.321 Interphone Equipment 

436.322 Headsets 

436.323 Test Equipment 

436.324 Miscellaneous Tests 

436.4 Communication Systems 

436.41 Diving Operations 

436.42 Submarine Tube 

436.43 Sound-Powered Telephones 

436.44 Portable Radios 

436.45 Supersonic Signalling 
(See also: 411.2) 

436.46 Miscellaneous Systems 

436.5 Telemetering Systems 

436.51 Sub-Carriers 

436.511 Radio Telemetering 

436.512 Wattmeters 

436.52 Commutation 
436.521 Electronic 


436.522 Television 

437 Auditory Flight Indicators 

437.1 Fly bar 

437.2 Sonic Position Indicating Equipment 

437.3 Acoustic Direction Finding Equipment 

438 Noise Reduction 

438.1 Circuits 

438.2 Peak Clipper Units 

440 Selection and Training of Personnel; Trainers 

441 Voice Communication Training 

441.1 Selection of Speakers 

441.2 PAL Trainer 

442 Listening Programs 

443 Firing Error Indicator 

443.1 Shock Wave Theory 

443.2 Systems 

443.21 Magnetic Bullet 

443.22 Acoustic 

443.23 Aperiodic 

443.3 Scoring Equipment 

443.31 Firing Error Oscillograph 

443.32 Firing Error Camera 

443.33 Acoustic Target Receiving Station 

443.34 Microphones 

443.35 Electronic Devices 

443.4 Scoring Systems 

450 Miscellaneous Instrumentation Research 

451 Thermistors 

452 Camera for Time Precision Measurements 

453 Firing Strains in Field Guns 

500 MAGNETIC RECORDING 

510 Strain Analyzers 

600 MISCELLANEOUS RESEARCH 

610 Metal Rotating Bands 

620 Combat Information Center Equipment 

630 Direction Finding and Communication Equipment 



DIVISION 17 • MINE CLEARANCE AND COMBAT INSTRUMENTATION 

List of Microfilmed Reports 


100 

110 

ill 

111.1 

lll.ll 

111.2 


MINE DETECTION AND CLEARANCE 

Ml Observations on land mine problem in North 
Africa and Italy. H. K. Stephenson. May 18, 

1944. 

Mine Detection 

Land Mines 

Metallic 

Ml [Metallic mine problems.] (Progress Report for the 
month of May, 1943.) t S. A. Scherbatskoy.j Re¬ 
search Project No. 2503. June 10, 1943. 

Detectors 

Ml Portable iron detector. F. Wenner, R. J. Duffin 
and J. L. Dalke. OEMsr-151; Service Project No. 

OD-46; OSRD No. 4659. Carnegie Institution of 
Washington. January 15, 1945. 111.21 

Non-Metallic 

Ml Seismic and nuclear methods for [locating non- 
metallic land mines]. S. A. Scherbatskoy. [OEMsr- 
958;] Research Project No. 2503. April 30 and 
May 10, 1943. 

M2 Detection of non-metallic mines by radioactivity 
methods. Gerhard Herzog. OEMsr-1114; OSRD 
No. 3158. The Texas Company. December 30, 

1943. 

M3 The location of non-metallic land mines by the 111.3 
use of high-frequency oscillations. L. G. Ellis, 

R. L. Henson and others. OEMsr-998; OSRD No. 

3089. Sun Oil Company. February 15, 1944. 

M4 The location of non-metallic land mines by the 

use of vibrational devices t such as] the resonant 
method t and] the diffraction method. L. G. Ellis, 

R. L. Henson and others. OEMsr-998; OSRD No. 

3090. Sun Oil Company. February 15, 1944. 

M5 Detection of land mines. A. H. Kettler, R. E. 111.31 
Swain and others. OEMsr-1061; OSRD No. 4017. 

Radio Corporation of America. March 15, 1944. 

M6 Marking of friendly mines, lanes and booby-traps 
by radioactivity, Mamie. Tests of radioactivity 
methods for locating unmarked enemy mines, 112 
Dinah. ([Parts] A and B.) Robley D. Evans, San¬ 
born C. Brown and John W. Irvine, Jr. OEMsr- 
1156; OSRD No. 3679. Massachusetts Institute of 
Technology. April 10, 1944. 

M7 Investigation of a method of non-magnetic mine 
detection based on the well-logger. Joseph Razek 
and H. W. Ashton. OEMsr-998; OSRD No. 4237. 

October 15, 1944. 

M8 Mine detection method proposed by Virgil Brit¬ 
tain. Joseph Razek and H. W. Ashton. OEMsr- 
998; OSRD No. 4238. October 15, 1944. 

SECRET 


M9 Detection of land mines. W. J. Morlock, E. S. 
Lundie and others. OEMsr-1061; OSRD No. 4605. 
Radio Corporation of America. November 15, 

1944. 

M10 Detection of small foreign bodies imbedded in the 
top soil by low-frequency alternating current. 
Haakon M. Evjen and W. V. Mills. OEMsr-1470; 
OSRD No. 5677. Elflex Company. September 28, 

1945. 

Mil Detection of land mines. E. S. Lundie, H. J. 
Woll and others. OEMsr-1061; OSRD No. 5721. 
Radio Corporation of America. October 31, 1945. 
M12 Investigations of microwave means for the detec¬ 
tion of land mines. George B. Hoadley and 
Charles A. Hachemeister. OEMsr-1374; OSRD 
No. 5718. Polytechnic Institute of Brooklyn. 
October 31, 1945. 

Detectors 

Ml Electromechanical type of detector for the detec¬ 
tion of non-metallic land mines. E. A. Eckhardt. 
OEMsr-998 and OEMsr-1061; OSRD No. 3396. 
Sun Oil Company and Radio Corporation of 
America. March 15, 1944. 

M2 Non-metallic mine detector. H. G. Doll, Charles 
B. Aiken and O. H. Huston. OEMsr-1063; OSRD 
No. 4614. Electro-Mechanical Research, Inc. De¬ 
cember 22, 1944. 

Metallic and Non-MetaUic 

Ml Detection of land mines by radio frequency meth¬ 
ods. A. A. Barco, F. C. Gow and others. OEMsr- 
1061; Service Project No. CE-31; OSRD No. 4998. 
Radio Corporation of America. March 30, 1945. 
M2 Location of land mines through electromagnetic 
methods. C. H. Fay. OEMsr-1463; OSRD No. 
5719. Shell Oil Company, Inc. October 31, 1945. 

Detectors 

Ml Mine detector, SW-7, for both metallic and non- 
metallic land mines. H. G. Doll. Electro- 
Mechanical Research, Inc. July 19, 1944. 

Antitank Mines 

Ml Location of antitank mines. ([Parts] I through IV. 
Report Nos. 1191-W to 1194-W.) L. F. Curtis. 
Hazeltine Service Corporation. March 11 to 14, 
1941. 

M2 Location of antitank mines. [Part] V, Coil arrange¬ 
ment for detecting metal bodies in induction fields. 
(Report No. 1198-W.) L. F. Curtis. Hazeltine 
Service Corporation. April 29, 1941. 

M3 Location of antitank mines. [Part] VI, Differential 
electromagnetometer. Theory and design consid¬ 
erations. (Report No. 1207-W.) Rudolf C. Hergen- 

495 




496 


DIVISION 17 • MICROFILM LIST 


rother. Hazeltine Service Corporation. May 28, 

1941. 

M4 Location of antitank mines. t Part 3 VII, Progress 
report [for] June 1, 1941. (Report No. 1208-W.) 

L. F. Curtis. NDCrc-95. Hazeltine Service Cor- 120 
poration. May 28, 1941. 

M5 Location of antitank mines. [Part] VIII, The effect 121 
of the ground on a nearby coil. (Report No. 
1218-W.) H. A. Wheeler. Hazeltine Service Cor¬ 
poration. June 19, 1941. 

M6 Location of antitank mines. [Part] IX, Locator 
using amplified frequency variation. (Report No. 
1223-W.) L. F. Curtis. Hazeltine Service Cor¬ 
poration. July 28, 1941. 

M7 Location of antitank mines. [Part] X, The relative 
advantages of certain features. (Report No. 1229- 
W.) H. A. Wheeler. Hazeltine Service Corpora¬ 
tion. August 5, 1941. 

M8 Location of antitank mines. [Part] XI, The prop¬ 
erties of spherical coils and objects. (Report No. 
1230-W.) H. A. Wheeler. Hazeltine Service Cor¬ 
poration. August 8, 1941. 

M9 Location of antitank mines. [Part] XII, Differen¬ 
tial electromagnetometer, c a] developmental model. 
(Report No. 1236-W.) Rudolf C. Hergenrother. 
Hazeltine Service Corporation. August 20, 1941. 

M10 Location of antitank mines. [Part] XIII, Scale 
model for determining the effects of conducting 
bodies and conducting media in induction fields. 
(Report No. 1235-W.) D. E. Blanchard. Hazeltine 
Service Corporation. August 20, 1941. 

Mil Location of antitank mines. [Part] XIV, Relative 
response to nearby objects and ground. (Report 
No. 1237-W.) H. A. Wheeler. Hazeltine Service 
Corporation. August 21, 1941. 

M12 Location of antitank mines. [Part] XV, Theory of 
the scale model. (Report No. 1238-W.) H. A. 
Wheeler. Hazeltine Service Corporation. August 
22, 1941. 

M13 Location of antitank mines. [Part] XVI, Tests of 
locator using amplified frequency variation. (Re¬ 
port No. 1239-W.) T. C. Hana. Hazeltine Service 
Corporation. August 28, 1941. 

M14 Location of antitank mines. [Part] XVII, Interpre¬ 
tation of tests on scale model. (Report No. 1241-W.) 

H. A. Wheeler. Hazeltine Service Corporation. 

August 28, 1941. 

M15 Location of antitank mines. [Part] XVIII, Sum¬ 
mary [tO] August 30, 1941. (Report No. 1242-W.) 

L. F. Curtis. NDCrc-95. Hazeltine Service Cor¬ 
poration. August 29, 1941. 

M16 Location of antitank mines. [Part] XIX, Hazeltine 
Model 3 locator. (Report No. 1254-W.) L. F. 

Curtis. NDCrc-95. Hazeltine Service Corporation. 
October 4, 1941. 

M17 [The development of portable equipment for the 
location of antitank mines.] Job 239. (Report Nos. 
1261-W, 1262-W, 1266-W, 1271-W, 1273-W, 1294-W 
and 1298-W.) L. F. Curtis, J. J. Okren and 


others. Hazeltine Service Corporation. November 
26, 28, December 8, 29, 1941 and February 6, 
April 29 and May 7, 1942. 

Mine Clearance and Mine Firing Devices 

Types Used Against Enemy Mines 

Rotaflail 

Ml Two types of mechanical mine exploders. (AMP 
Memorandum No. 69.1.) L. J. Savage and W. Pra- 
ger. AMG-Brown University. October 9, 1943. 
M2 Model study of the rotaflail. B. R. Teare, Jr. 
OEMsr-1234; OSRD No. 3023. Carnegie Institute 
of Technology. December 27, 1943. 

M3 Model study of the rotaflail. (Second report.) 
W. Caywood. OEMsr-3765; OSRD No. 4197. Car¬ 
negie Institute of Technology. November 1, 1944. 
M4 Model study of the rotaflail. (Final report.) 
W. Caywood. OEMsr-1234; OSRD No. 5165. Car¬ 
negie Institute of Technology. June 5, 1945. 

Amphibious Snake 

Ml Developments related to the amphibious Snake. 
Thomas Bardeen. OEMsr-266; OSRD No. 5673. 
Gulf Research and Development Company. Octo¬ 
ber 15, 1945. 

Projected Line Charge 

Ml Firing device for the projected line charge. 
Thomas Bardeen. OEMsr-266; OSRD No. 6077. 
Gulf Research and Development Company. Octo¬ 
ber 15, 1945. 

Research Mine Clearance and Detonation 
Shock Impulse 

Ml A study of the dynamic characteristics of antitank 
mines and the development of indicator mines. 
Thomas Bardeen and A. P. Palmer. OEMsr-266; 
OSRD No. 3884. Gulf Research and Development 
Company. June 1, 1944. 

M2 Effect of blast on indicator mines. E. Bright Wil¬ 
son, Jr., A. H. Taub and others. OEMsr-266; 
Service Project No. OD-03; OSRD No. 4276. Gulf 
Research and Development Company, Princeton 
University and Stanolind Oil and Gas Company. 
September 28, 1944. 

M3 The effect of shock impulse on antitank mines. 
(Part I.) Thomas Bardeen. OEMsr-266; OSRD 
No. 6078. Gulf Research and Development Com¬ 
pany. October 15, 1945. 

M4 The effect of shock impulse on antitank mines. 
Part II, Appendices. Thomas Bardeen. OEMsr- 
266; OSRD No. 6078. Gulf Research and Develop¬ 
ment Company. October 15, 1945. 

Magnetic Fields 

Ml Magnetic fields of tanks and other vehicles. A. G. 


121.1 


121.2 

121.3 

122 

122.1 


122.2 




DIVISION 17 • MICROFILM LIST 


497 


McNish, Bryant Tuckerman and others. OEMsr- 
151; Service Project No. OD-46; OSRD No. 4734. 
Carnegie Institution of Washington. February 28, 

1945. 

M2 [Magnetic fields of vehicles, firing device and de¬ 
tectors.] Final report on Contract OEMsr-151 and 
supplements. J. A. Fleming and A. G. McNish. 
OEMsr-151; OSRD No. 4809. Carnegie Institution 
of Washington. March 15, 1945. 

123 Land Mine Firing Devices 

Ml Magnetic firing device. F. Wenner and A. G. 
McNish. OEMsr-151; OSRD No. 4705. Carnegie 
Institution of Washington. February 28, 1945. 

M2 Magnetic detector for firing antitank mines. Gary 
Muffly and L. E. Smith. OEMsr-266; OSRD No. 

5671. Gulf Research and Development Company. 
October 1, 1945. 

130 Mine Types and Their Control 

131 Magnetic Mines for Land and Sea 

Ml Studies on investigations related to the develop¬ 
ment of detecting devices for magnetic mines. 
(Progress Report Nos. 146, 168, 182, 240, 276, 277 
and 346.) Gary Muffly. OEMsr-95. Gulf Re¬ 
search and Development Company. September 1, 
November 1, 1941; January 2, March 2, May 1, 

July 1, September 1 and November 1, 1942. 

131.1 Magnetometers 

Ml Magnetometers and magnetic gradiometers. 
Vaughn L. Agy, J. L. Dalke and others. OEMsr- 
151; OSRD No. 3339. Carnegie Institution of 
Washington. February 28, 1945. 

132 Submarine Mines 

132.1 Control Systems 

132.11 Magnetic (Shore Control) 

Ml Control system for submarine mines. (Progress 
Report No. 82.) Alfred B. Miller and Willard P. 

Place. NDCrc-81; Research Project No. D3-51P2. 

Union Switch and Signal Company. July 29, 1941. 

M2 Control system for submarine mines. (Progress Re¬ 
port No. 184.) L. O. Grondahl. NDCrc-81. Union 
Switch and Signal Company. February 11, 1942. 

M3 Control system for submarine mines. (Progress 
Report No. 333.) L. O. Grondahl, Willard P. 

Place and Alfred B. Miller. OEMsr-328. Union 
Switch and Signal Company. November 17, 1942. 200 

M4 Control system for submarine mines. (Final Report 

covering the period from January 15, 1942 to June 210 
30, 1943.) (n.a.) OEMsr-328. Union Switch and 

Signal Company. July 23, 1943. 

M5 Magnetic-influence ground mine detector and re¬ 
lated indicating and firing equipment. Gary 
Muffly. OEMsr-266; OSRD No. 1557. Gulf Re¬ 


search and Development Company. September 
15, 1943. 

M6 Magnetic-influence underwater ground mines. 
[The;, development of detecting and control de¬ 
vices. (n.a.) OEMsr-266 and OEMsr-328; Service 
Project Nos. OD-69 and OD-72; OSRD No. 1999. 
Gulf Research and Development Company and 
Union Switch and Signal Company. December 10, 
1943. 

132.111 Firing Devices 

Ml Detecting and firing device for magnetic-influence 
ground mines. Gary Muffly. OEMsr-266; OSRD 
No. 1463. Gulf Research and Development Com¬ 
pany. January 1, 1943. 

M2 Detecting and firing device for magnetic-influence 
ground mines. Gary Muffly. OEMsr-266; OSRD 
No. 1464. Gulf Research and Development Com¬ 
pany. March 1, 1943. 

132.12 Acoustic 

Ml Design of acoustical-controlled ground mine, (n.a.) 
[OEMsr-47;] MIT Research Project DIC-6015. 
Massachusetts Institute of Technology. October 
29, 1941. 

M2 Design of acoustical-controlled ground mines, 
(n.a.) MIT Research Project DIC-6015. Massa¬ 
chusetts Institute of Technology. December 27, 

1941. 

M3 [A design of an acoustical control in the new Army 
controlled ground mines.] (Progress Report Nos. 
179 and 202.) (n.a.) MIT Research Project DIC- 
6033. Massachusetts Institute of Technology. 
February 6 and March 30, 1942. 

M4 Recent tests on a Model TH-2 microphone. (Sup¬ 
plementary Progress Report No. 219.) (n.a.) 

OEMsr-47; MIT Research Project DIC-6015. 
Massachusetts Institute of Technology. May 16, 

1942. 

M5 Acoustic echo device and other acoustic detectors 
for controlled submarine mines. (Progress Report 
No. 306.) (n.a.) OEMsr-295; MIT Research Proj¬ 
ect DIC-6033. Massachusetts Institute of Tech¬ 
nology. September 31, 1942. 

M6 A listening-type acoustical firing unit for controlled 
mine warfare. Type T-5E18. (Supplement in¬ 
cluded.) Cyril M. Harris. OEMsr-295; MIT Re¬ 
search Project DIC-6033; OSRD No. 1629. Massa¬ 
chusetts Institute of Technology. June 24 and 
September 1, 1943. 

MISCELLANEOUS DETECTION PROBLEMS 
Gas Detection 

Ml Gas detection and analysis. (Progress Report No. 
84.) A. H. Pfund. Johns Hopkins University.] 
July 31, 1941. 

M2 Gas analysis contract. (Progress Reports for Jan¬ 
uary,] August, 1942 and April, 1943.) William G. 


■ 3.ET 




498 


DIVISION 17 • MICROFILM LIST 


Fastie and A. H. Pfund. Johns Hopkins Univer¬ 
sity.] 

M3 Infrared gas detector and gas analyzer, (n.a.) 
OEMsr-178 and OEMsr-1035; OSRD No. 1642. 
Johns Hopkins University and Leeds and Northrup 
Company. January 1, 1944. 

M4 Selective gas analyzers. J. R. Stewart. OEMsr- 
1035; OSRD No. 5004. Leeds and Northrup Com¬ 
pany. May 31, 1945. 

M5 Selective infrared gas analyzers. William G. Fastie 
and C. Wilbur Peters. OEMsr-178; OSRD No. 
5674. Johns Hopkins University. October 31, 
1945. 

220 Particle and Mass Detection 

221 Plastic and Metal Particles in Human Body 

Ml The construction of an improved metallic object 
locator. (Progress Report No. 312.) W. E. Gilson. 
University of Wisconsin. November 6, 1942. 

M2 An improved locator. W. E. Gilson. ( OSRD No. 

1235.] University of Wisconsin. [March, 1943.] 
M3 Gilson’s surgeon’s metal locator. R. H. Maxson. 
OEMsr-1401. Burdick Corporation. May 22, 
1945. 

M4 Study of methods for the detection of plastic par¬ 
ticles in human bodies. Robley D. Evans, San¬ 
born C. Brown and John W. Irvine, Jr. OEMsr- 
1489; OSRD No. 5678. Massachusetts Institute of 
Technology. September 29, 1945. 

222 Unexploded Bombs 

Ml Location of unexploded aerial bombs. ( t PartS] I to 
III. Report Nos. RP-1, RP-2 and RP-6.) F. M. 
Floyd. Kannenstine Laboratories. November 7, 

1942, March 1 and June 16, 1943. 

M2 Investigation of the possibility of locating buried 
bombs by electrical surveys. (Report No. RP-3.) 
C. H. Fay. Kannenstine Laboratories. March 3, 

1943. 

M3 A theoretical investigation of the problem of un¬ 
exploded bomb detection by thermal means. (Re¬ 
port No. RP-4.) C. H. Fay. Kannenstine Labo¬ 
ratories. March 17, 1943. 

M4 [Problem of locating unexploded bombs by various 
geophysical methods.] F. M. Kannenstine. Kan¬ 
nenstine Laboratories. March 22, 1943. 

222.1 Gradiometers 

Ml A magnetic gradiometer for unexploded bomb 
location. (Report No. RP-5.) C. H. Fay. Kannen¬ 
stine Laboratories. March 31, 1943. 

M2 A second vertical-vertical magnetic gradiometer for 
unexploded bomb location. (Report No. RP-7.) 
(n.a.) OEMsr-749. Kannenstine Laboratories. 
January 24, 1944. 

M3 A vertical-horizontal gradiometer for unexploded 
bomb location by measurements in boreholes. 


(Report No. RP-8.) (n.a.) OEMsr-749. Kannen¬ 

stine Laboratories. January 24, 1944. 

223 Firearms Carried on the Person 

Ml Development of a magnetic mass-detecting secu¬ 
rity device. (Progress Reports [Covering the period 
from] September 1, 1942 to September 1, 1943.) 
Gary Muffly and L. E. Smith. OEMsr-266. Gulf 
Research and Development Company. 

M2 Electromagnetic mass-detecting security device. 
Gary Muffly and L. E. Smith. OEMsr-266; OSRD 
No. 5330. Gulf Research and Development Com¬ 
pany. July 21, 1945. 

300 FRONT LINE INSTRUMENTATION 

310 Compasses 

Ml [Development and test of magnetic compasses and 
odographs in vehicles.] (Progress Report for the 
period [from] June 30, 1942 to February 28, 1943.) 
James M. Barry, Bryant Tuckerman and others. 
NDCrc-187; OSRD No. 1398. Carnegie Institution 
of Washington. February 28, 1943. 

M2 [Magnetic compasses and odographs.] Final report 
on Contract NDCrc-187 and supplements. J. A. 
Fleming and A. G. McNish. NDCrc-187; OSRD 
No. 4997. Carnegie Institution of Washington. 
April 27, 1945. 

M3 Letter to William H. Crew. Subject: [Magnetic 
compasses.] Memorandum on work conducted at 
the Department of Terrestrial Magnetism, Car¬ 
negie Institution of Washington, under Division 
C3. (Photographs attached.) J. A. Fleming. 
NDCrc-187. Carnegie Institution of Washington. 
October 2, 1945. 

311 Gyro Flux Gate 

Ml Pioneer gyro flux gate compass system. Operations 
and service instructions. (Report No. 45-16D.) 
(n.a.) Bendix Aviation Corporation. [1944.] 

M2 Gyro-stabilized flux gate compass system. Hand¬ 
book of operation and service instructions. (Hand¬ 
book No. AN-05-15-16.) (n.a.) US Army Air 

Forces, US Navy Department and Air Council of 
the United Kingdom. Revised: May 20, 1944. 

312 Inductor 

Ml The development and tests of an inductor com¬ 
pass. (Report No. PI-104.) C. E. Grinstead. 
OEMsr-1121; OSRD No. 3002. General Motors 
Corporation. November 18, 1943. 

M2 The development and tests of an inductor com¬ 
pass. (Progress Report No. PI-119 [Covering the 
period from] December, 1943 t tO] May, 1944.) 
C. E. Grinstead. OEMsr-1121; OSRD No. 4196. 
General Motors Corporation. August 31, 1944. 

M3 Inductor compass tests on an M-3A1 light tank. 
(Report No. PI-123 [for the period] June t tO) July, 

1944.) C. E. Grinstead. OEMsr-1121; OSRD No. 



DIVISION 17 • MICROFILM LIST 


499 


4517. General Motors Corporation. November 
15, 1944. 

M4 The design and development of the inductor com¬ 
pass. (Summary Report No. PI-131.) C. E. Grin- 
stead. OEMsr-1121; OSRD No. 5064. General 
Motors Corporation. May 23, 1945. 

313 Odographs 

Ml Odographs, course plotters or dead reckoning 
tracers, (n.a.) OSRD No. 1582. July 15, 1943. 

313.1 Types 

313.11 Aerial 

Ml Installation of aerial odograph in [Model] OA-10 
43-43843. William Finley Wright, E. S. Hughes 
and A. G. McNish. NDCrc-187; OSRD No. 3785. 
Carnegie Institution of Washington. June 10, 
1944. 

M2 Tests on aerial odograph in PBM-3S, No. 01677 
[during the period from] December 10, 1943 to 
January 28, 1944 at US Naval Air Station, Quonset 
Point, R. I. Vaughn L. Agy. NDCrc-187; OSRD 
No. 3795. Carnegie Institution of Washington. 
June 12, 1944. 

M3 Tests of aerial odograph in RA-29 at Wright Field, 
Dayton, Ohio from February 2, 1944 to April 13, 
1944. Vaughn L. Agy. NDCrc-187; OSRD No. 
3805. Carnegie Institution of Washington. June 
14, 1944. 

M4 The odograph installations in Ferrets Nos. 7 and 
8 [in the] Southwest Pacific Area. Frank F. Weber 
and William Finley Wright. US Army Air Forces, 
Southwest Pacific Area. Revised: November 4, 
1944. 

M5 Airborne odograph. Alfred B. Benson. OEMsr- 
426; OSRD No. 5396. International Business Ma¬ 
chines Corporation. July 31, 1945. 

M6 Airborne odograph. Preliminary bulletin on Model 
AO-3. Operation and compensation, (n.a.) Inter¬ 
national Business Machines Corporation, (n.d.) 

313.12 Ground 

Ml A trip to England, November 12, 1942 to February 
1, 1943, including demonstration of the odograph, 
British aircraft compasses, British vehicular com¬ 
passes, British dead-reckoning devices and British 
marine logs. Bryant Tuckerman. NDCrc-187; 
OSRD No. 1470. Carnegie Institution of Washing¬ 
ton. March 31, 1943. 

M2 Land odograph. C. D. Lake and G. F. Daly. 
OSMsr-426; Research Project No. PDRC-641. 
International Business Machines Corporation. 
[April (?) 1943.] 

M3 Tests of odograph in half-track at Fort Belvoir, 
Virginia. ([Report covering period from] April 8, 
1943 to May 5, 1943.) James M. Barry. NDCrc- 
187; OSRD No. 1614. Carnegie Institution of 
Washington, June 15, 1943. 


M4 Installation of odograph in T-15 cargo carrier. 
([Report covering period from] January 6 to March 
15, 1943.) J. L. Dalke. NDCrc-187; OSRD No. 
1613. Carnegie Institution of Washington. June 
19, 1943. 

M5 Tests of odograph in M-29 cargo carrier, cargo- 
carryipg sled and special trailer. ([Report covering 
period from] October 26, 1943 to January 7, 1944.) 
James M. Barry. NDCrc-187; OSRD No. 3340. 
Carnegie Institution of Washington. April 1, 1944. 
M6 Tests of odograph in a 2^-ton amphibious truck. 
James M. Barry. NDCrc-187; OSRD No. 4239. 
Carnegie Institution of Washington. May 16, 1944. 
M7 The vehicular odograph. A. G. McNish, Bryant 
Tuckerman and Vaughn L. Agy. NDCrc-187; 
OSRD No. 4965. Carnegie Institution of Wash¬ 
ington. April 10, 1945. 

313.2 Air-Mileage Device 

Ml True air-mileage devices. William Finley Wright, 
Vaughn L. Agy and E. S. Hughes. NDCrc-187; 
OSRD No. 5016. Carnegie Institution of Wash¬ 
ington. April 28, 1945. 

313.3 Pedographs 

Ml The pedograph. J. L. Dalke. NDCrc-187; OSRD 
No. 4730. Carnegie Institution of Washington. 
February 28, 1945. 

M2 The step writer. R. J. Duffin. NDCrc-187; OSRD 
No. 4731. Carnegie Institution of Washington. 
February 28, 1945. 

314 Magnesyn Remote-Indicating Compasses 

Ml A 400-cycle inverter for operating a magnesyn 
remote-indicating compass from 100-volts alter¬ 
nating current or direct current. Bryant Tucker¬ 
man and Max Malin. NDCrc-187; OSRD No. 
4240. Carnegie Institution of Washington. Sep¬ 
tember 16, 1944. 

315 Demagnetization Studies 

Ml Demagnetizing military vehicles. (Preliminary Re¬ 
port No. PI-77.) Wayne T. Sproull. Project No. 
PI-4-R. General Motors Corporation. January 
12, 1943. 

M2 Tests of magnetic eraser for military vehicles at 
Proving Grounds and at Washington, D. C. (Re¬ 
port No. PI-99.) Wayne T. Sproull. OEMsr-1121; 
OSRD No. 3202. General Motors Corporation. 
January 5, 1944. 

320 Measuring Instruments 

321 Oximeters 

Ml Oxygen-want indicator and flight research oxim¬ 
eter. (n.a.) OEMsr-12 and OEMsr-544; OSRD 
No. 1643. University of Pennsylvania and Central 
Scientific Company. January 1, 1944. 

M2 Oxygen-want indicator. K. H. Booty. OEMsr- 





500 


DIVISION 17 • MICROFILM LIST 


544; OSRD No. 3854. Central Scientific Company. 
July 31, 1944. 

M3 Oximeters for use in aircraft. Glenn A. Millikan. 
OEMsr-12; OSRD No. 6429. University of Penn¬ 
sylvania. January, 1946. 

322 Fuel Measuring Devices 

322.1 Volume Measuring 

Ml Review of methods of measuring the contents 
of fuel tanks. (Technical Note No. Inst-756.) 
F. Postlethwaite. OSRD Liaison Office No. II-5- 
7409(S). [Royal Aircraft Establishment, Great 
Britain.] March, 1943. 

M2 Simmonds capacitor fuel contents gauge. (Tech¬ 
nical Note No. Inst-757.) G. E. Bennett and E. C. 
Voss. OSRD Liaison Office No. II-5-7408(S). 
[Royal Aircraft Establishment, Great Britain.] 
March, 1943. 

M3 Some characteristics of aircraft engine fuels. Their 
influence on capacitor-type tank gauges. Paul G. 
Exline and J. W. Dashiell. OEMsr-266; OSRD No. 
4016. Gulf Research and Development Company. 
June 30, 1944. __ 

M4 An acoustic volume-measuring device. W. Cay- 
wood. OEMsr-1234; OSRD No. 5166. Carnegie 
Institute of Technology. May 31, 1945. 

M5 Aircraft fuel quantity gauge. (Parts I and II.) 
William G. Fastie and Joseph Razek. OEMsr-178 
and OEMsr-266; OSRD No. 5672. Johns Hopkins 
University and Gulf Research and Development 
Company. October 31, 1945. 

322.2 Devices for Increasing Combustion Efficiency of Boilers 
Ml Combustion control. Carl S. Carlson. OEMsr-267. 

University of Pennsylvania. t 1942(?)] 

M2 An instrument for measuring combustion efficiency. 
(Progress Report Nos. 296 and 335.) Carl S. Carl¬ 
son. [OEMsr-267.] University of Pennsylvania. 
October 3 and December 1, 1942. 

M3 The development of an instrument to increase 
combustion efficiency. Carl S. Carlson and Miller 
J. Sullivan. OEMsr-267; OSRD No. 1237. [Uni¬ 
versity of Pennsylvania.] February 1, 1943. 

M4 The development of an instrument to increase 
combustion efficiency. (Progress Report No. 4.) 
Carl S. Carlson and Miller J. Sullivan. OEMsr- 
267; OSRD No. 1471. [University of Pennsylvania.] 
April 1, 1943. 

M5 A discussion of factors affecting combustion effi¬ 
ciency in naval boilers. (Research Report No. 2.) 
Carl S. Carlson and Miller J. Sullivan. OEMsr-267. 
University of Pennsylvania. May 15, 1943. 

M6 A discussion of commercial carbon dioxide re¬ 
corders under test. (Research Report No. 3.) Carl 
S. Carlson and Miller J. Sullivan. OEMsr-267. 
University of Pennsylvania. May 25, 1943. 

M7 The development of an instrument to measure 
combustion efficiency aboard naval vessels. (Prog¬ 


ress Report No. 5.) Carl S. Carlson and Miller J. 
Sullivan. OEMsr-267. [University of Pennsyl¬ 
vania.] June 1, 1943. 

M8 Studies and experimental investigations in con¬ 
nection with the development of an instrument 
for use in measuring combustion efficiency in naval 
vessels. Carl S. Carlson and Miller J. Sullivan. 
OEMsr-267; OSRD No. 3144. University of Penn¬ 
sylvania. November 30, 1943. 

M9 Combustion efficiency indicator investigation. 
(Progress Report No. 258.) W. E. Stephens. 
OEMsr-267. [University of Pennsylvania.] (n.d.) 

323 Bombing Factors 

323.1 Bomb Drops and Bursts 

Ml Army Air Force instrument trailer, (n.a.) OEMsr- 
1308. Shell Oil Company, Inc. October 18, 1944. 

323.2 Telemetering Retardation Meter 

Ml Telemetering retardation meter for bombs. (Prog¬ 
ress Reports for February, April and June, 1943.) 
(n.a.) OEMsr-266; OSRD Nos. 1322, 1612 and 
1556. Gulf Research and Development Company. 

M2 Bomb instrumentation telemetering retardation 
meter for bombs. L. J. Peters, Thomas Bardeen 
and E. J. Krack. OEMsr-266; OSRD Nos. 1888 and 
3077. Gulf Research and Development Company. 
August 1 and October 1, 1943. 

M3 Bomb instrumentation telemetering retardation 
meter for bombs. (Final report.) L. J. Peters, 
Thomas Bardeen and E. J. Krack. OEMsr-266; 
OSRD No. 3704. Gulf Research and Development 
Company. May 10, 1944. 

323.3 Bomb Impact 

Ml Bomb instrumentation. Seismic measurements of 
bomb impact. L. J. Peters, Thomas Bardeen and 
E. J. Krack. OEMsr-266; OSRD Nos. 2000 and 
3680. Gulf Research and Development Company. 
September 1, 1943 and May 15, 1944. 

323.4 Photoflash Bombs 

Ml Synchronization of photoflash bombs. (Progress 
Reports for June 15, 1944 and March 20, 1945.) 
Allen A. Walsh, C. W. Turner and E. Dudley 
Goodale. OEMsr-1256; Service Project No. OD- 
141; OSRD Nos. 3626 and 4893. National Broad¬ 
casting Company, Inc. 

M2 [A system of high-altitude night aerial photog¬ 
raphy.] Allen A. Walsh and J. Lewis Hathaway. 
OEMsr-1256; OSRD No. 5675. National Broad¬ 
casting Company, Inc. September 24, 1945. 

M3 Buckley Field tests t of] T-58 fuze equipment. 
(Supplementary report.) Allen A. Wash, J. Lewis 
Hathaway and Vernon J. Duke. OEMsr-1256; 
OSRD No. 5675. National Broadcasting Company, 
Inc. October 31, 1945. 



DIVISION 17 • MICROFILM LIST 


501 


323.5 Marine Measuring Devices 

323.51 Marine Speedometer 

Ml The Department of Terrestrial Magnestism marine 
speedometer. R. J. Duffin. NDCrc-187; OSRD 
No. 3338. Carnegie Institution of Washington. 
June 30, 1944. 

323.52 Hull Deflection Gauges 

Ml Electromagnetic deflection unit, Types EMU-3 and 
EMU-3B. Instruction manual included. (n.a.) 
OEMsr-1203; OSRD No. 4566. Faximile, Inc. 
November 20, 1944. 

M2 Optical deflection gauge. Type A. Instruction 
manual included, (n.a.) OEMsr-1203; OSRD No. 
4871. Faximile, Inc. May 31, 1945. 

323.53 Propeller Blade Wall Thickness 

Ml Measurements on propeller blades. Gerhard 
Herzog. OEMsr-1369; OSRD No. 4957. The 
Texas Company. December 16, 1944. 

323.6 Oscillographs 

323.61 Cathode-Ray 

Ml Cathode-ray oscillograph. Design and construction. 
H. J. Heim and Richard C. Webb. OEMsr-920; 
OSRD Nos. 1906 and 3216. Purdue University. 
November 4, 1943 and March 1, 1944. 

M2 The design and construction of a multi-channel 
recording cathode-ray oscillograph. C. B. White, 
R. H. McFee and others. OEMsr-1211; OSRD No. 
3322. White Research Associates. June 1, 1944. 
M3 Four-unit cathode-ray oscillograph. Design, con¬ 
struction and operation. H. J. Heim and Richard 
C. Webb. OEMsr-920; OSRD No. 4937. Purdue 
University. June 15, 1945. 

M4 Four-unit cathode-ray oscillograph. Handbook of 
instructions for operation and maintenance, (n.a.) 
OEMsr-920. Purdue University. June 15, 1945. 

323.62 High-Frequency Recording 

Ml Development of a special multi-element oscillo¬ 
graph for Aberdeen Proving Ground. Claude M. 
Hathaway. OEMsr-823; OSRD No. 1688. Hatha¬ 
way Instrument Company. July 19, 1943. 

M2 Special oscillograph for Aberdeen Proving Ground. 
Herbert Reno and Claude M. Hathaway. OEMsr- 
823; OSRD Nos. 3321 and 4344. Hathaway Instru¬ 
ment Company. December 28, 1943 and August 
31, 1944. 

323.7 High-Voltage X-Ray Radiography 

Ml The Massachusetts Institute of Technology project 
in high-voltage radiography. (Reports for the 
period November 1, 1941 to June 15, 1943.) (n.a.) 
OEMsr-294; OSRD No. 1495. Massachusetts Insti¬ 
tute of Technology. 

M2 The project in high-voltage radiography at Massa¬ 
chusetts Institute of Technology. (First bi-monthly 
report.) R. J. Van de Graaff. Massachusetts Insti¬ 
tute of Technology. January 1, 1942. 


M3 Three to twenty million volt radiography work. 
(Progress Reports [Covering period from] May 1, 
1942 [through] January 1, 1945.) D. W. Kerst. 
OEMsr-241; OSRD Nos. 1566, 3384, 3075 and 4613. 
University of Illinois. 

M4 Three to twenty million volt radiography. Part I, 
Development of new 20-million volt betatron and 
of porcelain vacuum tube. Part II, Assembly and 
operation of the 4.5-million volt betatron. D. W. 
Kerst, G. M. Almy and others. OEMsr-241; OSRD 
No. 1944. University of Illinois. September 1, 

1943. 

M5 Three to twenty million volt radiography. De¬ 
velopment of the betatrons and porcelain envelope 
for vacuum tubes. G. M. Almy, G. D. Adams and 
R. K. Hursh. OEMsr-241; OSRD Nos. 3667 and 
4210. University of Illinois. June 1 and Septem¬ 
ber 1, 1944. 

M6 Three to twenty million volt radiography. Sum¬ 
mary report on 20,000,000-volt betatron. G. M. 
Almy and G. D. Adams. OEMsr-241; OSRD No. 
3668. University of Illinois. June 1, 1944. 

M7 The application of high-voltage electrostatic X-ray 
generators to radiography. E. A. Burrill, Jr. 
OEMsr-294; OSRD No. 3677. Massachusetts Insti¬ 
tute of Technology. June 29, 1944. 

M8 Description and operating instructions of a 3.5-mev 
betatron. Model 43. H. W. Koch and G. M. Almy. 
OEMsr-241. University of Illinois. September 1, 

1944. 

M9 Three to twenty million volt radiography. The 
application of the betatron to practical radiog¬ 
raphy. G. M. Almy and G. D. Adams. OEMsr- 
241; OSRD No. 4883. University of Illinois. May 
1, 1945. 

M10 The Massachusetts Institute of Technology project 
in high-voltage radiography. Volume 4, Produc¬ 
tion, absorption and scattering of high-voltage 
X-rays. (n.a.) OEMsr-294; OSRD No. 4488. 
Massachusetts Institute of Technology. June 1, 

1945. 

Mil The Massachusetts Institute of Technology project 
in high-voltage radiography. Volume 6, Photo¬ 
graphic aspects of high-voltage radiography, (n.a.) 
OEMsr-294; OSRD No. 4488. Massachusetts Insti¬ 
tute of Technology. June 1, 1945. 

M12 The Massachusetts Institute of Technology project 
in high-voltage radiography. Volume 7, Detailed 
drawings of X-ray generator parts, (n.a.) OEMsr- 
294; OSRD No. 4488. Massachusetts Institute of 
Technology. June 1, 1945. 

M13 Three to twenty million volt radiography. G. M. 
Almy and G. D. Adams. OEMsr-241; OSRD No. 
5067. University of Illinois. June 30, 1945. 

323.8 Miscellaneous Devices 

323.81 Radio Time Comparator 

Ml Radio time comparator. W. F. Priest. OEMsr- 




502 


DIVISION 17 • MICROFILM LIST 


1448; OSRD No. 5042. Hughes Aircraft Company. 
September, 1945. 

323.82 Tachometer (Electric Frequency Meter) 

Ml Development of electric frequency meter, or 
tachometer. (Final Progress Report No. 264.) L. L. 
Nettleton. OEMsr-266. Gulf Research and De¬ 
velopment Company. August 10, 1942. 

323.83 Helium Impurities 

Ml Helium project. [The development of an instru¬ 
ment giving simple and rapid measurement of the 
amount of air impurity in helium.] (Progress Re¬ 
port Nos. 77, 113 and 139.) Gaylord P. Harnwell. 
NDCrc-189. July 2, September 10 and November 
10, 1941. 

M2 Development of improved helium purity indicator. 
(Progress Report No. 345 [Covering the period] 
September 1, and November 1, 1942.) (n.a.) 

OEMsr-266. Gulf Research and Development 
Company. 

400 ACOUSTICS AND NOISE CONTROL 

410 Generation of Noise 

411 Battle Noise 

411.1 Recordings 

Ml Equipment for the reproduction of battle noise. 
E. N. Honan. OEMsr-868; Research Project No. 
17.3-6; OSRD No. 3169. Western Electric Com¬ 
pany, Inc. January 31, 1944. 

411.2 Jungle Sounds 

(See also: 436.45) 

Ml Jungle acoustics. Carl F. Eyring. OEMsr-1335; 
Service Project No. SC-105; OSRD No. 4699. 
Rutgers University. February 15, 1945. 

M2 Recordings of jungle sounds. Carl F. Eyring. 
OEMsr-1335; Service Project No. SC-105; OSRD 
No. 4704. Rutgers University. February 17, 1945. 

412 Electronic Generation of Noise 

Ml The electronic generation of airplane noise for use 
in testing and training. (Report No. MHR-33.) 
E. B. Newman and S. S. Stevens. OEMsr-658; 
OSRD No. 1445. Harvard University. May 25, 
1943. 

M2 An electronic device to simulate atmospheric static. 
(Report No. IC-75.) S. S. Stevens, R. L. Wallace, 
Jr. and others. Harvard University. May 29,1944. 

413 Radio Frequency Noise by Short Pulses 

Ml Generation of radio frequency noise by means of 
short pulses. (Report No. PNR-8.) C. J. Mullin 
and H. Wayne Rudmose. OEMsr-658 and 
N4ori-76; Project No. II. Harvard University. 
October 28, 1945. 


414 Airplane Siren 

Ml Airplane sirens. R. N. Janeway and W. VanDer- 
Sluys. OEMsr-849; Service Project No. NA-118; 
OSRD No. 5013. Chrysler Corporation. Septem¬ 
ber 14, 1945. 

420 Measurement of Sounds Emitted by: 

421 Army Vehicles 

Ml The character of sounds from Army vehicles. 

F. K. Harvey, G. F. Hull, Jr. and others. OEMsr- 
498; Service Project No. SC-27; OSRD No. 4254. 
Bell Telephone Laboratories, Inc. August 21, 
1944. 

M2 Noise reduction in LVT-4 and LVT-A-4 am¬ 
phibious tractors. Harold L. Ericson and Leo L. 
Beranek. OEMsr-1240; Service Project No. NS-315; 
OSRD No. 4249. Harvard University. October 
9, 1944. 

422 Artillery 

Ml Energy distribution in machine gun sounds. J. P. 
Maxfield. OEMsr-498; Service Project No. SC-27; 
OSRD No. 1727. Bell Telephone Laboratories, 
Inc. July 21, 1943. 

M2 The analysis of sounds from mortars. F. K. 
Harvey, G. F. Hull, Jr. and others. OEMsr-498; 
Service Project No. SC-27; OSRD No. 4393. Bell 
Telephone Laboratories, Inc. November 15, 1944. 
M3 Analysis and oscillograms of sounds from field 
artillery and machine guns. Volume I, Analysis of 
sounds from field artillery and machine guns. 
Volume II, Atlas of oscillograms of sounds from 
field artillery and machine guns. G. F. Hull, Jr., 
R. T. Jenkins and others. OEMsr-498; Service 
Project No. SC-27; OSRD No. 4594. Bell Tele¬ 
phone Laboratories, Inc. January 15, 1945. 

423 Naval Personnel Aboard Ship 

Ml Sound absorbing properties of acoustical materials 
for use aboard ships of the US Navy. (Report No. 
CIR-34.) H. P. Sleeper, Jr. and Leo L. Beranek. 
OEMsr-1240; Service Project No. N-109; OSRD No. 
4173. Harvard University. October 1, 1944. 

424 Outboard Motors 

Ml The quieting of outboard motors. Harold L. 
Ericson. OEMsr-658; Service Project No. SAC-52; 
OSRD No. 6188. Harvard University. October 
27, 1945. 

425 Aircraft 

Ml Materials and techniques for sound control in air¬ 
planes. (Excerpts from progress report of Project 
I.) Leo L. Beranek, R. L. Wallace, Jr. and others. 
OSRD No. 31. Harvard University. March 31, 
1941. 

M2 Materials and techniques for sound control in air¬ 
planes. Vibration insulation of aircraft seats. Leo 




DIVISION 17 • MICROFILM LIST 


503 


L. Beranek, Rudolph H. Nichols, Jr. and others. 
OSRD No. 33; Project No. I. Harvard University. 
June 30, 1941. 

M3 Design of an automatic octave sound analyzer and 
recorder. H. Wayne Rudmose, Harold L. Ericson 
and Hans F. Dienel. OEMsr-658; OSRD No. 969. 
Harvard University. November 21, 1942. 

M4 Collected informal reports on sound control in air¬ 
planes. Leo L. Beranek, Rudolph H. Nichols, Jr. 
and others. OEMsr-658; OSRD No. 1323. Har¬ 
vard University. April 10, 1943. 

M5 Sound levels due to an airplane passing overhead 
in level flight. Francis M. Wiener and Richard J. 
Marquis. OEMsr-658; OSRD No. 1404. Harvard 
University. May 15, 1943. 

M6 Principles of sound control in airplanes. Leo L. 
Beranek, Rudolph H. Nichols, Jr. and others. 
Service Project Nos. AN-C-93, AN-S-32 and AN- 
S-33; OSRD No. 1543. Harvard University. 1944. 
M7 Sound level measurements in US military air¬ 
planes. (Volume 2.) Hans F. Dienel, H. Wayne 
Rudmose and J. P. Lienesch. OEMsr-658; OSRD 
No. 3681. Harvard University. June 1, 1944. 

M8 Sound level measurements in US military air¬ 
planes. (Volume 3.) Hans F. Dienel. OEMsr-658; 
OSRD No. 4648. Harvard University. February 
25, 1945. 

M9 Sound levels and their reduction in Type K air¬ 
ships. Hans F. Dienel. OEMsr-658; OSRD No. 
5512. Harvard University. August 25, 1945. 

M10 Sound levels in a P-59B jet-propelled airplane. 
(Report No. CIR-58.) Hans F. Dienel and Rudolph 
H. Nichols, Jr. Harvard University. October 29, 
1945. 

Mil The measurement of acoustic attenuation charac¬ 
teristics of sound-proofing materials for aircraft. 
(Report No. PNR-3.) Hans F. Dienel. OEMsr- 
658 and N5ori-76; Project No. II. Harvard Uni¬ 
versity. January 11, 1946. 

426 Miscellaneous Sources 

Ml The relative annoyance produced by various bands 
of noise. (Report No. IC-65.) T. W. Reese and 
K. D. Kryter. Harvard University. March 17, 
1944. 

M2 Noise levels of telegraphic typewriters in Combat 
Information Center. (Report No. CIR-48.) J. P. 
Lienesch and Rudolph H. Nichols, Jr. Harvard 
University. May 28, 1945. 

M3 Reduction of sound and shock in fortification 
structures. (Report No. CIR-52.) H. P. Sleeper, 
Jr. and H. Wayne Rudmose. Harvard University. 
August 1, 1945. 

430 Sound Transmission 

431 Attenuation 

Ml Attenuation of intense sounds in the atmosphere. 
Vern O. Knudsen, R. W. Leonard and others. 


OSRD No. 384. University of California at Los 
Angeles. December 31, 1941. 

432 Fluctuations 

Ml Fluctuations of atmospheric sound transmission. 
R. L. Wegel. OEMsr-734; Service Project Nos. 
SOS-13 and MC-100; OSRD No. 5540. Duke Uni¬ 
versity. 1 November 30. 1945. 

433 Wave Front Corrugations 

Ml Acoustic wave front corrugations in the atmos¬ 
phere. R. B. Lindsay. OEMsr-734; OSRD No. 
3810. Duke University. April 22, 1944. 

434 Sound Ranging 

434.1 Sound Source Location Computing 

Ml New analytical methods of computing sound source 
locations. R. B. Lindsay. OEMsr-734; OSRD No. 

3808. Duke University. April 22, 1944. 

M2 Nomographic method of computing sound source 
locations. R. B. Lindsay. OEMsr-734; OSRD No. 

3809. Duke University. April 22, 1944. 

434.2 Errors in Sound Ranging 

Ml Errors in sound ranging by the use of three col- 
linear microphones. R. B. Lindsay. OEMsr-667; 
OSRD No. 1135. Brown University. November 
25, 1942. 

M2 Errors in sound ranging. R. B. Lindsay. OEMsr- 
734; OSRD No. 3807. Duke University. April 22, 
1944. 

M3 Discussion of Army Ground Forces reports, 
C-Misc-30, European Theater of Operations, and 
C-Misc-29, European Theater of Operations. (Re¬ 
port No. IC-2.) F. E. White. Duke University. 
March 2, 1945. 

434.3 Sound Ranging Systems 
434.31 Dodar 

Ml Dodar. A short-base sound ranging system. M. J. 
Burger. OEMsr-734; OSRD No. 5538. Duke Uni¬ 
versity. July 21, 1945. 

M2 Dodar. Development of improved Model Signal 
Corps No. AN/PNS-1. T. G. Barnes and R. W. 
Collins. OEMsr-734; OSRD No. 5539. Duke Uni¬ 
versity. October 10, 1945. 

M3 Highly portable sound ranging microphone. Vol¬ 
ume I, Development report. Volume II, Manufac¬ 
turing drawings. John C. Stick, Jr. OEMsr-734; 
Service Project Nos. SOS-13 and MC-100; OSRD 
No. 5544. Duke University. November 6, 1945. 
M4 Design of watertight equipment cases. E. B. 
Nichols. OEMsr-734; Service Project Nos. SOS-13 
and MC-100; OSRD No. 6265. Duke University. 
December 15, 1945. 




504 


DIVISION 17 • MICROFILM LIST 


434.32 

434.33 


434.331 

434.34 

434.35 


434.4 

434.41 

434.411 

434.412 


434.5 


Binaural 

Ml Binaural listening systems. F. S. Claassen and 
W. C. Ranes, Jr. OEMsr-734; Service Project Nos. 
SOS-13 and MC-100; OSRD No. 5543. Duke Uni¬ 
versity. November 7, 1945. 

Nomographic 

Ml Description and use of nomographic charts in 
sound ranging. (Report No. IC-3.) F. E. White. 
Duke University. June 7, 1945. 

M2 Sound ranging nomograms and associated equip¬ 
ment. E. B. Nichols and F. E. White. OEMsr-734; 
Service Project No. SOS-13; OSRD No. 5541. Duke 
University. December 15, 1945. 

Plotting Grids 

Ml Artillery plotting grids. E. B. Nichols. OEMsr- 
734; Service Project No. SOS-13; OSRD No. 5545. 
Duke University. December 17, 1945. 

Dry Paper Recorders 

Ml Dry paper sound ranging recorder. F. S. Claassen. 
OEMsr-734; Service Project Nos. SOS-13 and MC- 
100; OSRD No. 5546. Duke University. Novem¬ 
ber 28, 1945. 

Miscellaneous Systems 

Ml The T-l microphone developed by the Division 
of Physical War Research, Duke University, Dur¬ 
ham, N. C. (Report No. IC-4.) John C. Stick, Jr. 
Duke University. May 22, 1945. 

M2 Ballistic-burst method of sound ranging. R. H. 
Frick, Jr. OEMsr-734; OSRD No. 5542. Duke 
University. September 29, 1945. 

M3 Proposed method of sounding ranging, elimi¬ 
nating meteorological connections. (Report No. 
IC-6.) R. H. Frick, Jr. Duke University. Decem¬ 
ber 6, 1945. 

Gun Ranging 

Analysis 

Ml Analysis of gun ranging records. (Report No. 
IC-1.) (n.a.) Duke University. February 12, 1945. 

Microphonic 

Ml Studies of microphone characteristics for gun rang¬ 
ing. H. C. Silent. OEMsr-734; OSRD No. 4075. 
Duke University. October 19, 1945. 

Seismic 

Ml Seismic artillery ranging. H. C. Silent, H. C. 
Rothenberg and John C. Stick, Jr. OEMsr-734; 
OSRD No. 4353. Duke University. October 10, 
1944. 

Miscellaneous Sound Ranging Problems 
Ml Possible use of doppler effect in sound ranging. 
(Appendix attached. Report No. IC-5.) H. C. 


Silent and R. B. Lindsay. Duke University. Octo¬ 
ber 26, 1945. 

M2 Preliminary investigation of Sphinx Project. (Re¬ 
port No. IC-7.) R. W. Collins and I. Rudnick. 
Duke University. November 3, 1945. 

435 Speech and Hearing, as Affected by Noise and Other 
Factors 

435.1 Speech 

435.11 Intelligibility 

Ml Collected informal communications on the basic 
audibility of English words for use as oral codes, 
alphabetic equivalents, etc. (Report No. MHR-39.) 
M. H. Abrams, J. E. Karlin and others. OEMsr- 
658; OSRD No. 1571. Harvard University. July 
9, 1943. 

M2 Collected informal communications on articula¬ 
tion tests of interphone equipment. (Report No. 
MHR-40.) J. P. Egan, D. R. Griffin and others. 
OEMsr-658; OSRD No. 1572. Harvard University. 
July 9, 1943. 

M3 Vocabularies for military communication in noise. 
M. H. Abrams and J. E. Karlin. OEMsr-658; 
OSRD No. 1919. Harvard University. August 25, 
1943. 

M4 Studies on the effect of noise on speech com¬ 
munication. J. P. Egan, Joseph Miller and others. 
OEMsr-658; OSRD No. 2038. Harvard University. 
November 25, 1943. 

M5 The audibility in noise of a proposed fighter direc¬ 
tor vocabulary. (Report No. IC-57.) M. H. Abrams 
and Joseph Miller. Harvard University. Decem¬ 
ber 31, 1943. 

M6 Effects of high altitude on the human voice. 

H. Wayne Rudmose, Kenneth C. Clark and others. 
OEMsr-658; OSRD No. 3106. Harvard University. 
January 30, 1944. 

M7 Auditory tests of the ability to hear speech in 
noise. (Report No. MHR-66.) J. E. Karlin, M. H. 
Abrams and others. OEMsr-658; OSRD No. 3516. 
Harvard University. September 1, 1944. 

M8 Speech in noise. A study of the factors determin¬ 
ing its intelligibility. (Report No. MHR-81.) M. H. 
Abrams, S. J. Goffard and others. OEMsr-658; 
OSRD No. 4023. Harvard University. September 

I, 1944. 

M9 Articulation testing methods. ([Part] II.) J. P. 
Egan. OEMsr-658; OSRD No. 3802. Harvard 
University. November 1, 1944. 

M10 The effects of amplitude distortion upon the in¬ 
telligibility of speech. J. C. R. Licklider. OEMsr- 
658; Service Project No. NA-108; OSRD No. 4217. 
Harvard University. November 15, 1944. 

Mil The articulation efficiency of bands of speech in 
noise. J. P. Egan and Francis M. Wiener. OEMsr- 
658; Service Project Nos. NA-108 and NS-343; 



DIVISION 17 • MICROFILM LIST 


505 


435.12 


435.2 

435.21 


435.211 

435.212 


OSRD No. 4872. Harvard University. May 1, 
1945. 

Gas Masks 
(See also: 435.241) 

Ml Acoustical considerations in the design of an 
oxygen mask. Thomas E. Caywood and Leo L. 
Beranek. OEMsr-658; OSRD No. 952. Harvard 
University. October 19, 1942. 

M2 Speech and sound transmission through gas masks. 
J. P. Egan, E. B. Ginsburg and others. OEMsr- 
658; OSRD No. 1816. Harvard University. Sep¬ 
tember 20, 1943. 

M3 Reaction of small enclosures on the human voice. 
Transmission of speech through gas masks. C. T. 
Morrow. OEMsr-658; Service Project No. CWS-28; 
OSRD No. 6309. Harvard University. October 
26, 1945. 

Hearing 

Physiological Factors 

Ml Effect of sound on man and means for producing 
such sound. Harold Burris-Meyer, Theodore W. 
Forbes and W. L. Woolf. OEMsr-197; Service 
Project No. CWS-18; OSRD No. 1255. Stevens 
Institute of Technology. November 9, 1942. 

M2 Temporary deafness following exposure to loud 
tones and noise. Hallowell Davis, Clifford T. 
Morgan and others. OEMcmr-194. Harvard Uni¬ 
versity, Medical School. September 30, 1943. 

M3 Injury of the inner ear produced by exposure to 
loud tones. (Supplementary report.) Joseph E. 
Hawkins, Jr., Moses H. Lurie and Hallowell Davis. 
OEMcmr-194. Harvard University, Medical School. 
December 31, 1943. 

M4 The pressure distribution in the auditory canal in 
a progressive sound field. (Report No. PNR-5.) 
A. S. Filler, Douglas A. Ross and Francis M. 
Wiener. OEMsr-658 and N5ori-76; Project No. II. 
Harvard University. December 1, 1945. 

M5 Tolerance for pure tones and speech in normal 
and hard-of-hearing ears. (n.a.) OEMsr-1201; 

Service Project No. AN-10; OSRD No. 6303. Cen¬ 
tral Institute for the Deaf. July 31, 1946. 

Ear Defenders 

Ml Research on ear defenders. Norman A. Watson. 
NDCrc-128; Service Project No. SC-4; OSRD No. 
536. University of California at Los Angeles. 
February 5, 1942. 

Hearing Aids 

Ml Evaluation of hearing aids. Rudolph H. Nichols, 
Jr., Richard J. Marquis and others. OEMsr-658; 
Service Project No. AN-10; OSRD No. 4666. Har¬ 
vard University. May 1, 1945. 

M2 Selection of hearing aids. (Report No. PNR-7.) 
Hallowell Davis and Douglas A. Ross. OEMsr-658 


and N5ori-76; Project No. II. Harvard University. 
December 31, 1945. 

435.22 Psychomotor Efficiency 

Ml The effects of noise and vibration on psychomotor 
efficiency. S. S. Stevens. Project No. II; OSRD No. 
32. Harvard University. March 31, 1941. 

M2 The effects of noise on psychomotor efficiency. 
Noise reduction in aircraft as related to com¬ 
munication, annoyance and injury. (Report No. 
MHR-4.) S. S. Stevens, J. P. Egan and others. 
OSRD No. 274. Harvard University. December 
1, 1941. 

435.23 Pitch and Intensity 

Ml Auditory tests for the ability to discriminate the 
pitch and the loudness of noises. (Report No. 
MHR-124.) J. E. Karlin. OEMsr-658; OSRD No. 
5294. Harvard University. August 1, 1945. 


435.24 Insulation Offered by: 

435.241 Helmets 

Ml A modified tank crash helmet for use with a 
separate telephone headset. (Report No. IC-41.) 
B. M. Flynn and John Volkmann. Harvard Uni¬ 
versity. August 15, 1943. 

M2 Measurements of acoustic insulation in three types 
of aviation helmets. (Report No. IC-89.) W. A. 
Shaw. Harvard University. August 7, 1944. 

M3 A comparison of the acoustic insulation afforded 
by certain aviation helmets when worn with oxygen 
masks and goggles. (Report No. IC-90.) W. A. 
Shaw. Harvard University. November 20, 1944. 

435.242 Clothing 

Ml The impairment of acoustic transmission due to 
items of Army clothing for cold weather wear. 
([Part I.] Report No. IC-76.) W. A. Shaw. Har¬ 
vard University. June 28, 1944. 

M2 Impairment of acoustic transmission due to items 
of Army clothing for cold weather wear. ([Part] II. 
Report No. IC-118.) W. A. Shaw, D. E. Yates and 
E. B. Newman. Harvard University. April 20, 
1945. 

435.243 Headsets 

Ml The acoustic design of earphone sockets for helmets 
and headsets. (Report No. MHR-19.) D. R. Griffin, 
John Volkmann and others. OSRD No. 826. Har¬ 
vard University. August 20, 1942. 

M2 An evaluation of the acoustic insulation and the 
acoustic sensitivity of the Harvard Design 8-C ear¬ 
phone socket. (Report No. IC-116.) W. A. Shaw, 
John Volkmann and others. Harvard University. 
April 7, 1945. 

M3 An analysis of the acoustic insulation and acoustic 
sensitivity of certain US Navy sound-powered head- 


SECRET 




506 


DIVISION 17 • MICROFILM LIST 


sets. (Report No. IC-123.) W. A. Shaw. Harvard 
University. July 1, 1945. 

435.25 Threshold of Hearing 

Ml Threshold of hearing for words. Manual of in¬ 
structions for Auditory Test No. 9. (Report No. 
IC-73.) (n.a.) Harvard University. May 20, 1944. 

M2 Threshold of hearing for sentences. Manual of 
instructions for Auditory Test No. 12. (Report No. 
IC-96.) (n.a.) Harvard University. December 20, 
1944. 

436 Communications 

436.1 Signals 

Ml Factors involved in the randomization of the radar 
pulse repetition frequency. (Report No. MHR-113.) 
W. R. Garner and S. E. Mitchell. OEMsr-658; 
Service Project No. NS-341; OSRD No. 5124. 
Harvard University. June 15, 1945. 

M2 The design of jamming signals for use against 
voice communications. (Report No. MHR-126.) 
G. A. Miller and S. E. Mitchell. OEMsr-658; 
Service Project No. SC-118; OSRD No. 5293. Har¬ 
vard University. August 15, 1945. 

M3 The masking of signals by noise. S. S. Stevens. 
OEMsr-658; Service Project Nos. NA-108, AN-10 
and NS-341; OSRD No. 5387. Harvard University. 
October 1, 1945. 

M4 Auditory factors in the discrimination of radio 
range signals. Collected informal reports. (Report 
No. MHR-104.) J. P. Flynn, S. J. Goffard and 
others. OEMsr-658; Service Project No. NA-108; 
OSRD No. 6292. Harvard University. December 
31, 1945. 

436.2 Impulse Counters 

Ml Counters. [The electron gun ratchet tube.] (Prog¬ 
ress Report Nos. 41, 122 and 203 [Covering the 
period] January 1 to June 30, 1941, August 1, 1941 
to March 31, 1942.) Volney C. Wilson. NDCrc-68 
and OEMsr-125; Research Project No. PDRC-177. 
University of Chicago. 

M2 High-speed electronic accumulator research. (Re¬ 
search Progress Report Nos. 2 to 6.) Joseph R. 
Desch. NDCrc-63. National Cash Register Com¬ 
pany. April 1, May 29, August 1, October 1, 1941 
and January 6, 1942. 

M3 Counter communication research. (Research Prog¬ 
ress Report Nos. 7 and 8.) Joseph R. Desch. 
OEMsr-274. National Cash Register Company. 
March 18 and May 15, 1942. 

M4 Communication research involving impulse coun¬ 
ters. (Research Progress Report No. 9 [for the] 
period May 15, 1942 to October 1, 1942.) Joseph 
R. Desch. OEMsr-274; OSRD No. 1190. National 
Cash Register Company. October 1, 1942. 

M5 Application of high-speed counter to time interval 
measurements. (Special Report No. 327.) E. Vin¬ 


cent Gulden. National Cash Register Company. 
November 20, 1942. 

M6 Identification system [Using high-speed electronic 
counter circuit]. (Special Research Report No. 326.) 
Frank X. Bucher. OEMsr-274. National Cash 
Register Company. November 30, 1942. 

436.3 Equipment Performance 

Ml Measurements of insulation and sensitivity of serv¬ 
ice headsets. (Report No. MHR-131.) W. A. Shaw. 
OEMsr-658; Service Project No. NA-108; OSRD 
No. 6113. Harvard University. October 31, 1945. 
M2 Problems of voice communication in extremely 
high ambient noise t such asj landing vehicles, 
tracked. (Report No. MHR-103.) Harold L. 
Ericson, Joseph Miller and others. OEMsr-658; 
Service Project Nos. NA-108 and NS-315; OSRD 
No. 5532. Harvard University. December 31, 
1945. 

M3 Audio characteristics of communication equip¬ 
ment. (Report No. PNR-6.) (n.a.) OEMsr-658 

and N5ori-76; Project No. II. Harvard University. 
February 1, 1946. 

436.31 Articulation Efficiency 

Ml The performance of communication equipment in 
noise. (Report No. MHR-21.) J. P. Egan, D. R. 
Griffin and others. OEMsr-658; OSRD No. 901. 
Harvard University. October 1, 1942. 

M2 The articulation efficiency of magnetic and dynamic 
earphones used with various earphone cushions in 
noise. (Report No. MHR-34.) J. P. Egan, S. J. 
Goffard and others. OEMsr-658; OSRD No. 1491. 
Harvard University. June 15, 1943. 

M3 Articulation-test comparisons of six Signal Corps 
aircraft interphones at low and high-altitudes. 
(Appendix attached. Report No. MHR-49.) K. D. 
Kryter. OEMsr-658; OSRD No. 1974. Harvard 
University. March 1, 1944. 

M4 Voltage gain and power output capability require¬ 
ments for high-altitude interphone amplifiers. (Re¬ 
port No. MHR-50.) J. C. R. Licklider. OEMsr- 
658; OSRD No. 1975. Harvard University. March 
10, 1944. 

M5 The articulation efficiency of nine carbon micro¬ 
phones for use at low altitudes. (Report No. 
MHR-64.) J. P. Egan, M. I. Stein and G. G. 
Thompson. OEMsr-658; OSRD No. 3515. Har¬ 
vard University. June 1, 1944. 

M6 Articulation tests of A-14 and XA-13 oxygen masks 
at sea level and at 35,000 feet. (Report No. IC-55.) 
Douglas A. Ross, E. B. Ginsburg, Jr. and others. 
Harvard University. June 5, 1944. 

M7 Articulation tests of standard and modified inter¬ 
phones conducted during flight at 5,000 and 35,000 
feet. (Appendices included. Report No. MHR-52.) 
J. C. R. Licklider and K. D. Kryter. OEMsr-658; 
OSRD No. 1976. Harvard University. July 1, 
1944. 



DIVISION 17 • MICROFILM LIST 


507 


436.32 

436.321 


436.322 


436.323 


M8 The articulation efficiency of three types of head¬ 
sets proposed for use by the Canadian Ground 
Forces. (Report No. IC-92.) J. P. Egan, W. A. 
Shaw and others. Harvard University. November 
15, 1944. 

M9 The articulation efficiency of certain American and 
foreign microphones. (Report No. IC-127.) S. J. 
Goffard, Joseph Miller and E. B. Newman. Har¬ 
vard University. August 10, 1945. 


and AC-9; OSRD No. 4190. Harvard University. 
October 15, 1945. 

436.324 Miscellaneous Tests 

Ml A method of indicating time on voice recordings. 
Francis M. Weiner, R. A. Walker and Kenneth 
C. Clark. OEMsr-1240; Service Project Nos. N-109 
and £)FS-Nr-1; OSRD No. 4189. Harvard Uni¬ 
versity. October 25, 1944. 

M2 Microphones, earphone cushions and headsets for 
special applications. P. S. Veneklasen and Joseph 
Miller. OEMsr-658; Service Project No. NA-108; 
OSRD No. 6310. Harvard University. October 
22, 1945. 

M3 Collected reports on the performance of special 
communication equipment. Rudolph H. Nichols, 
Jr., R. L. Wallace, Jr. and others. OEMsr-658; 
Service Project Nos. NA-108 and NS-343; OSRD 
No. 6311. Harvard University. October 24, 1945. 
M4 The technique of absolute pressure calibration of 
condenser microphones by the reciprocity method. 
(Report No. PNR-4.) Alfred L. DiMattia and 
Francis M. Wiener. OEMsr-658 and N5ori-76; 
Project No. II. Harvard University. December 
10, 1945. 

436.4 Communication Systems 

436.41 Diving Operations 

Ml A communication system for use in shallow water 
diving. R. L. Wallace, Jr. and C. T. Morrow. 
OEMsr-658; Service Project No. NS-343; OSRD No. 
5375. Harvard University. July 25, 1945. 

436.42 Submarine Tube 

Ml Submarine voice-tube systems. R. L. Wallace, Jr., 
Thomas E. Caywood and others. OEMsr-658; 
OSRD No. 1889. Harvard University. October 
15, 1943. 


Tests on Sets 

Interphone Equipment 

Ml Interphone equipment. (Report Nos. C-l to C-31 
[for the period] March 18, 1943 to June 30, 1944.) 
Rudolph H. Nichols, Jr., A. S. Filler and others. 
OEMsr-658; Service Project No. SC-48; OSRD Nos. 
1524, 1545, 1927, 3682, 3683 and 3905. Harvard 
University. 

M2 Collected informal reports on interphone equip¬ 
ment. Leo L. Beranek, Francis M. Wiener and 
others. OEMsr-658; OSRD No. 1324. Harvard 
University. April 12, 1943. 

M3 Response characteristics of interphone equipment. 
(Revision No. IV to be inserted in OSRD Report 
No. 687.) Francis M. Wiener, H. Wayne Rudmose 
and others. OEMsr-658; OSRD No. 3105. Har¬ 
vard University. January 1, 1944. 

Headsets 

Ml Microphone and headset studies. ([Part] I. Report 
No. MHR-48.) J. P. Egan, J. E. P. Libby and 
others. OEMsr-658; Service Project No. SC-48; 
OSRD No. 2037. Harvard University. November 
20, 1943. 

M2 Comparison of the intelligibility afforded by Type 
M and Type O sound-powered headsets. (Parts I 
and II. Report Nos. IC-108 and IC-119.) J. P. 
Egan, Francis M. Wiener and others. Harvard 
University. February 20 and April 23, 1945. 

M3 The response of certain earphones on the ear and 
on closed couplers. (Report No. PNR-2.) Francis 
M. Wiener and A. S. Filler. OEMsr-658 and 
N5ori-76; Project No. II. Harvard University. 
December 1, 1945. 

Test Equipment 

Ml Design, operation and calibration of the sound 
pressure meter. Francis M. Wiener, Rudolph H. 
Nichols, Jr. and others. OEMsr-658; OSRD No. 
1817. Harvard University. September 25, 1943. 

M2 Sonic true-airspeed indicator. (Volumes I and II.) 
Julian Eisenstein, Kenneth C. Clark and Francis 
D. Carlson. OEMsr-658; Service Project No. NA- 
170; OSRD Nos. 5369 and 5370. Harvard Univer¬ 
sity. August 27 and September 1, 1945. 

M3 The design and construction of anechoic sound 
chambers. Leo L. Beranek, H. P. Sleeper, Jr. and 
others. OEMsr-658; Service Project Nos. NA-108 


436.43 Sound-Powered Telephones 

Ml Performance of US Navy sound-powered tele¬ 
phones. Francis M. Wiener, W. G. Wiklund and 
others. OEMsr-658 and OEMsr-1240; Service Proj¬ 
ect Nos. N-109 and OFS-Nr-1; OSRD No. 3789. 
Harvard University. June 15, 1944. 

M2 Comparison of the intelligibility afforded by vari¬ 
ous modifications of Type M and Type O sound- 
powered telephones. ([Part] IV. Report No. IC- 
134.) J. P. Egan and Francis M. Wiener. Harvard 
University. September 15, 1945. 

M3 Battle telephone adapter kits. (Report No. CIR- 
60.) H. Wayne Rudmose. Harvard University. 
Revised: October 30, 1945. 


436.44 Portable Radios 

Ml Audio frequency factors in portable radio equip¬ 
ment. Redesign of SCR-274N and ATA modula¬ 
tors. Performance of Eaves sound projector. (Re¬ 
port Nos. I to III.) Harold L. Ericson, Alfred 



508 


DIVISION 17 • MICROFILM LIST 


L. DiMattia and others. OEMsr-658; OSRD No. 
1528. Harvard University. June 28, 1943. 

436.45 Supersonic Signalling 
(See also: 411.2) 

Ml Supersonic signalling. Harold K. Schilling. 

OEMsr-1210; Project Nos. SC-105 and 17.3-21; 
OSRD No. 4219. Pennsylvania State College. Sep¬ 
tember 18, 1944. 

M2 Supersonic signalling in the tropics. Harold K. 
Schilling. OEMsr-1210; Project Nos. SC-105 and 
17.3-21; OSRD No. 4496. Pennsylvania State Col¬ 
lege. December 16, 1944. 

M3 Ultrasonic signalling. Harold K. Schilling. 

OEMsr-1210; Project Nos. SC-105 and 17.3-21; 
OSRD No. 5012. Pennsylvania State College. 
March 31, 1945. 

436.46 Miscellaneous Systems 

Ml Thin headphone for use under M-l helmet. Ger¬ 
man handset, HAP-2. Submarine voice tube sys¬ 
tem. (Report Nos. CIC-22 and CIC-23.) W. W. 
Weedfall, R. L. Wallace, Jr. and E. S. Russell. 
OEMsr-658; OSRD No. 1805. Harvard University. 
September 15, 1943. 

436.5 Telemetering Systems 

Ml Radio telemetering of flight data. M. H. Nichols. 
OEMsr-1037; OSRD No. 4448. Princeton Univer¬ 
sity. February 28, 1945. 

M2 Radio telemetering of flight data. Summary of 
project activities from June, 1943 to October, 1945. 

M. H. Nichols. OEMsr-1037; OSRD No. 5679. 
Princeton University. October 22, 1945. 

436.51 Sub-Carriers 

Ml Airplane telemetering. Pickup systems. (Report 
No. 1215-W.) J. Kelly Johnson. NDCrc-194. 
Hazeltine Service Corporation. June 16, 1941. 

M2 Airplane instrument telemetering. Modulation sys¬ 
tems. (Report No. 1217-W.) J. Kelly Johnson. 
Hazeltine Service Corporation. June 18, 1941. 

M3 Airplane instrument telemetering. (Progress Re¬ 
port Nos. 1226-W, 1251-W, 1283-W and 1333-W.) 
J. Kelly Johnson and M. J. DiToro. Hazeltine 
Service Corporation. August 4, September 27, 
1941, April 3 and July 8, 1942. 

M4 Airplane instrument telemetering equipment. 
(Final Progress Report Nos. 1396-W, 1413-W and 
1498-W.) M. J. DiToro. NDCrc-194; OSRD No. 
1366. Hazeltine Service Corporation. March 26, 
1943. 

436.511 Radio Telemetering 

Ml Strain gauge investigation. (Progress Report Nos. 
32 and 59.) Gaylord P. Harnwell. NDCrc-102. 
April 25 and June 10, 1941. 

M2 Strain gauge investigation. (Final report.) Gay¬ 
lord P. Harnwell. NDCrc-102. August 10, 1941. 


M3 Strain gauge demonstrations. (Progress Report No. 
206.) (n.a.) OEMsr-110. April 6, 1942. 

M4 Proving Wurlitzer radio telemetering. (Progress 
Report No. 295.) (n.a.) Research Project No. 

PDRC-267. Rudolph Wurlitzer Company. July 
2, 1942. 

M5 Radio telemetering of aircraft instruments, pulse 
method. L. E. Hayslett. OEMsr-247; OSRD No. 
1459. Rudolph Wurlitzer Company. December 
1, 1943. 

M6 Radio telemetering of strain gauge indications. 
(Final report.) L. E. Hayslett. OEMsr-247; OSRD 
No. 3214. Rudolph Wurlitzer Company. Decem¬ 
ber 18, 1944. 

436.512 Wattmeters 

Ml Flight test recorder. Wattmeter-type strain gauge 
telemetering equipment. L. B. Greenleaf and 
E. L. Kent. OEMsr-1099; OSRD Nos. 1945 and 
3426. C. G. Conn, Ltd. October 15, 1943 and 
June 14, 1944. 

436.52 Commutation 

Ml Bench tests of NDRC telemetering system, Type 1, 
Model B. (Supplement included.) W. W. McBean 
and H. B. O. Davis. OEMsr-1037; OSRD No. 
5041. Princeton University. June 1 and Decem¬ 
ber 15, 1945. 

436.521 Electronic 

Ml Radio telemetering of strain gauges by electronic 
commutation. (Supplement included.) M. W. Ar- 
sove, R. B. Blizard and others. OEMsr-1037; 
Service Project No. NA-134; OSRD Nos. 3385 and 
3666. Princeton University. March 13 and 30, 
1944. 

M2 Test of electronic telemetering equipment at [the] 
Naval Air Experimental Station, July 1 through 
July 10 [1944]. M. W. Arsove, R. B. Blizard and 
others. OEMsr-1037; OSRD No. 3936. Princeton 
University. July 17, 1944. 

M3 Preliminary flight tests of electronic telemetering 
equipment for the period August 8 through 
August 22. (Supplement.) M. W. Arsove, R. B. 
Blizard and others. OEMsr-1037; OSRD No. 3936. 
Princeton University. September 2, 1944. 

M4 Radio telemetering of strain gauges by electronic 
commutation. R. B. Blizard, J. F. Brinster and 
others. OEMsr-1037; Service Project No. NA-134; 
OSRD No. 4084. Princeton University. Decem¬ 
ber 6, 1944. 

436.522 Television 

Ml The application of television for telemetering. 
(Status Report Nos. 217 and 241, as of April 1 
and June 1, 1942.) F. J. Somers. Research Proj¬ 
ect Nos. PDRC-305 and RCA-173. National 
Broadcasting Company, Inc. 

M2 The application of television to telemetering. 



DIVISION 17 • MICROFILM LIST 


509 


(Final Report as of April 30, 1943.) F. J. Somers. 
OEMsr-314; Research Project No. RCA-173; OSRD 
No. 1880. National Broadcasting Company, Inc. 
June 1, 1943. 

437 Auditory Flight Indicators 

437.1 Flybar 

Ml Flybar [Orj flying by auditory reference. (Report 
No. MHR-107.) Theodore W. Forbes, W. R. 
Garner and J. G. Howard. OEMsr-658; Service 
Project No. NA-108; OSRD No. 5123. Harvard 
University. June 1, 1945. 

437.2 Sonic Position Indicating Equipment 

Ml Sonic position indicating equipment for use in 
blind flying of towed gliders. R. L. Wallace, Jr., 
Harold L. Ericson and others. OEMsr-658; OSRD 
No. 3097. Harvard University. February 1, 1944. 

437.3 Acoustic Direction Finding Equipment 

Ml Acoustic direction finding for aircraft interception, 
including information on a microphone for opera¬ 
tion in high wind velocities. R. L. Wallace, Jr. 
and Eugene Ennis. OSRD No. 317. Harvard Uni¬ 
versity. December 15, 1941. 

438 Noise Reduction 

438.1 Circuits 

Ml The performance of counter modulation and 
static-canceling circuits in aircraft radio receiver, 
AN/ARR-15. (Report No. PNR-9.) J. C. R. Lick- 
lider and S. J. Goffard. OEMsr-658 and N5ori-76; 
Project No. II. Harvard University. March 1, 
1946. 

M2 Effects of static on radio range performance. Labo¬ 
ratory tests of the improvement provided by noise 
reducing circuits. (Report No. PNR-10.) S. J. 
Goffard and J. C. R. Licklider. OEMsr-658 and 
N5ori-76; Project No. II. Harvard University. 
March 21, 1946. 

438.2 Peak Clipper Units 

Ml Articulation tests of the Wasmansdorff noise peak 
limiter. (Report No. IC-84.) J. C. R. Licklider, 
M. I. Stein and S. S. Stevens. Harvard University. 
September 12, 1944. 

M2 The advantages of clipping the peaks of speech 
waves prior to radio transmission. (Report No. 
IC-83.) K. D. Kryter, M. I. Stein and S. S. Stevens. 
Harvard University. October 10, 1944. 

M3 The combined effects of clipping the peaks of 
speech waves in an ATB transmitter and limiting 
static peaks in an ARB receiver. (Report No. 
IC-93.) K. D. Kryter, S. J. Goffard and S. S. 
Stevens. Harvard University. March 15, 1945. 

M4 Field tests of pre-modulation clipping in the trans¬ 
mitter of a Type 19 wireless set. (Report No. 


IC-121.) J. C. R. Licklider and E. B. Newman. 
Harvard University. May 8, 1945. 

M5 A pre-modulation clipper unit for voice communi¬ 
cation transmitters. (Report No. IC-100.) J. C. R. 
Licklider, G. A. Roberts and S. S. Stevens. Har¬ 
vard University. June 30, 1945. 

M6 A two-carrier system for radio communication. 
(Report No. MHR-135.) W. J. Cunningham and 
J. C. R. Licklider. Service Project Nos. NA-108 
and NS-365; OSRD No. 6112. Harvard University. 
October 31, 1945. 

440 Selection and Training of Personnel; Trainers 

441 Voice Communication Training 

Ml The problem of selecting and training personnel 
for communication in intense noise. (Report No. 
MHR-27.) (n.a.) OEMsr-658; OSRD No. 987. 

Harvard University. November 10, 1942. 

M2 A project for standardizing submarine phraseology 
and developing a training program in submarine 
voice communications. (Report No. P57/R1421.) 
M. H. Abrams, Louis A. Mallory and others. 
OEMsr-658, OEMsr-830 and OEMsr-1128; Service 
Project No. N-118; OSRD No. 4795. Harvard 
University, Psychological Corporation and Co¬ 
lumbia University, Division of War Research, New 
London Laboratory. February 28, 1945. 

441.1 Selection of Speakers 

Ml A speech interview for the selection of telephone 
talkers. (APP. Report No. 1.) (n.a.) OEMsr-830; 
Service Project No. N-109; OSRD No. 1769. Psy¬ 
chological Corporation. August, 1943. 

441.2 Phase Actuated Locator (PAL) Trainer 

Ml Operating instructions for the phase actuated loca¬ 
tor training interphone. Type 202. (Report No. 
MI-21.) (n.a.) OEMsr-658. Harvard University. 

December 15, 1944. 

442 Listening Programs 

Ml A memory test for digits phonographically re¬ 
corded for group administration. (Report No. IC- 
38.) M. H. Abrams, James F. Curtis and others. 
Harvard University. July 16, 1943. 

M2 Ability to hear sentences in tones. Manual of 
instructions for Auditory Test No. 13. (Report 
No. IC-97.) (n.a.) Harvard University. Decem¬ 

ber 28, 1944. 

M3 The relation between the ability to listen in noise 
and ability to listen in stepped tones. (Report No. 
IC-98.) J. E. Karlin and S. S. Stevens. Harvard 
University. January 20, 1945. 

443 Firing Error Indicator 

Ml Firing error indicator. (First Interim Progress Re¬ 
port through Fourteenth Interim Progress Report 
[Covering the period from 3 August 3, 1942 to May 



510 


DIVISION 17 • MICROFILM LIST 


31, 1945.) Alex E. S. Green, Wolfgang K. H. 
Panofsky and Jesse W. M. DuMond. OEMsr-600; 
Service Project Nos. AC-46, NO-173 and NO-260; 
OSRD Nos. 1186, 1537, 1647, 3041, 3264, 3545, 3951, 
4069, 4418, 4467, 4664 and 5260. California Insti¬ 
tute of Technology. 

M2 Firing error indicating equipment. Instruction 
book, (n.a.) OEMsr-1108. Hoffman Radio Cor¬ 

poration. (n.d.) 

M3 Auxiliary standardizing and measuring equipment 
for the firing error indicator. (Appendix V.) (n.a.) 
(n.d.) 

443.1 Shock Wave Theory 

Ml Application of shock wave to the firing indicator 
problem. Wolfgang K. H. Panofsky and Alex E. S. 
Green. California Institute of Technology. Sep¬ 
tember 16, 1942. 

M2 Experimental and theoretical study of ballistic 
shock-wave amplitude as a function of range, miss 
distance, caliber and other variables for applica¬ 
tion to a firing error indicator. (Parts I to III.) 
Alex E. S. Green, Jesse W. M. DuMond and Wolf¬ 
gang K. H. Panofsky. OEMsr-600; OSRD No. 
1646. California Institute of Technology. June 
31, 1943. 

M3 A personal evaluation of the firing error indicator 
project. L. J. Sivian. October 4, 1945. 

M4 A determination of the wave forms and laws of 
propagation and dissipation of ballistic shock 
waves. (Appendix III.) (n.a.) (n.d.) 

443.2 Systems 

443.21 Magnetic Bullet 

Ml The magnetic bullet firing error indicator. (Sup¬ 
plementary Progress Report No. 279.) Alex E. S. 
Green and Wolfgang K. H. Panofsky. California 
Institute of Technology. September 2, 1942. 

443.22 Acoustic 

Ml The reliability of the acoustic firing error indica¬ 
tor. A radio-acoustic device for the quantitative 
scoring as well as the qualitative informing of 
gunners as to their errors of markmanship when 
firing at airborne targets. Jesse W. M. DuMond. 
OEMsr-600; Service Project Nos. AC-46, NO-173 
and NO-260; OSRD No. 4966. California Institute 
of Technology. June, 1944. 

M2 The acoustic firing error indicator. Jesse W. M. 
DuMond. OEMsr-600; Service Project Nos. AC-46, 
NO-173 and NO-260; OSRD No. 5733. California 
Institute of Technology. September 15, 1945. 

443.23 Aperiodic 

Ml The aperiodic firing error indicator. A radio¬ 
acoustic device for the quantitative scoring as well 
as the qualitative informing of gunners as to their 
errors of markmanship when firing at airborne 


targets. (Appendices included.) (n.a.) OEMsr- 
600. California Institute of Technology. Octo¬ 
ber, 1944. 

M2 The aperiodic firing error indicator. A radio¬ 
acoustic device for the quantitative scoring as well 
as the qualitative informing of gunners as to their 
errors of markmanship when firing at airborne 
targets. (Appendices included.) Wolfgang K. H. 
Panofsky. OEMsr-600; OSRD Nos. 4967 and 4968. 
California Institute of Technology. May, 1945. 

M3 Sources of error in the aperiodic firing error indi¬ 
cator. (Appendix No. II.) (n.a.) (n.d.) 

M4 Notes on design and technique of manufacture 
and calibration of aperiodic condenser micro¬ 
phones for the firing error indicator. (Appendix 
No. IV.) (n.a.) (n.d.) 

443.3 Scoring Equipment 

443.31 Firing Error Oscillograph 

Ml Book of instructions t for the] firing error oscillo¬ 
graph. (n.a.) Research Project No. 17.3-13. Cali¬ 
fornia Institute of Technology. October 1, 1945. 

443.32 Firing Error Camera 

Ml Instruction book for firing error camera, (n.a.) 
OEMsr-600. California Institute of Technology. 
September, 1945. 

443.33 Acoustic Target Receiving Station 

Ml Book of instructions for the acoustic target re¬ 
ceiving station, Model V. Wolfgang K. H. Panof¬ 
sky. OEMsr-600; OSRD No. 1922. California 
Institute of Technology. August, 1943. 

M2 Functional specifications t for the] acoustic target 
receiving station, AN/GRR-1. (n.a.) OEMsr-600. 
California Institute of Technology. January 3, 

1944. 

M3 Preliminary book t of] instruction t for] firing indi¬ 
cator receiving station, M[Odel] XI-A. (n.a.) 
OEMsr-600; Research Project No. 17.3-13. Cali¬ 
fornia Institute of Technology. October, 1945. 

443.34 Microphones 

Ml The tuned microphone bi-directional informing 
and scoring system of the acoustic firing error 
indicator. Alex E. S. Green and R. Ronald Rau. 
OEMsr-600; OSRD No. 1648. California Institute 
of Technology. September 13, 1943. 

M2 Functional specifications for firing error indicator 
system. (n.a.) Research Project No. 17.3-13. 
California Institute of Technology. September 11, 

1945. 

M3 Condenser transmitter development. W. A. Mun¬ 
son, D. W. Farnsworth and S. Balashek. OEMsr- 
1457; OSRD No. 6398. Bell Telephone Labora¬ 
tories, Inc. and Western Electric Company, Inc. 
September 15, 1945. 

M4 The geometry of shock-wave response for the 




DIVISION 17 • MICROFILM LIST 


511 


spherical firing error indicator transmitter. (Ap¬ 
pendix No. I.) (n.a.) (n.d.) 

443.35 Electronic Devices 

Ml Book of instructions [for the] electronic marksman¬ 
ship scoring device ground station. Models I and 
II. Wolfgang K. H. Panofsky. OEMsr-600; OSRD 
No. 1540. California Institute of Technology. 
March 18, 1943. 

M2 Operating instructions and functional specifica¬ 
tions for Model D field test instrument, (n.a.) 
Research Project No. 17.3-13. California Institute 
of Technology. October 31, 1945. 

443.4 Scoring Systems 

Ml Flight validation of the firing error indicator. 
D. G. Marlow, W. E. Deeds and E. R. Cohen. 
OEMsr-600; Service Project Nos. AC-46, NO-173 
and NO-260; Research Project No. 17.3-13.1; OSRD 
No. 5553. California Institute of Technology. 
September, 1945. 

450 Miscellaneous Instrumentation Research 

451 Thermistors 

Ml Thermistor investigation. (Final Progress Report 
Nos. 52 and 177, for the period from December 1, 
1940 to February 1, 1942.) Otto H. Schmitt. 
OEMsr-75. University of Minnesota. 

M2 [The fundamental properties of thermistors, and 
their applicability to filters.] (Progress Report Nos. 
1 and 2.) Carol G. Montgomery. NDCrc-107. 
Yale University. April 15 and June 1, 1941. 

M3 Thermistor investigation. (Progress Reports for 
April 15 and August 1, 1941.) (n.a.) Rensselaer 

Polytechnic Institute. 

M4 Concerning the thermistor bolometer. (Progress 
Report No. 35.) Noel C. Jamison. Northwestern 
University. April 30, 1941. 

M5 The thermistor bolometer. (Progress Report No. 
80.) Noel C. Jamison. NDCrc-62. Northwestern 
University. July 9, 1941. 

M6 Thermistor investigation. (Progress Report No. 
143.) Otto H. Schmitt. OEMsr-75. University of 
Minnesota. December 1, 1941. 

M7 Thermistor investigations. (Second, Third and 
Fifth Progress Reports.) Roger W. Hickman, 
Noel C. Jamison and others. OEMsr-60. Harvard 
University. December 29, 1941; February 15 and 
June 6, 1942. 

M8 Thermistor investigations. (Final Progress Report 
No. 272 [Covering period from] August 1, 1941 to 
August 1, 1942.) (n.a.) OEMsr-60. Harvard Uni¬ 
versity. August 7, 1942. 

452 Camera for Time Precision Measurements 

Ml The XA-2 Zenith camera. George H. Bateman, 
Peter Krause and others. US Army Air Forces, 
311th Reconnaissance Wing, Buckley Field, Colo¬ 
rado. November, 1945. 


453 Firing Strains in Field Guns 

Ml Firing strains in a 37-mm field gun. (Progress Re¬ 
port No. 183.) A. V. de Forest. OEMsr-155. 
Massachusetts Institute of Technology. February 
16, 1942. 

500 MAGNETIC RECORDING 

Ml Summarized information on the high-frequency 
transient recorder. (n.a.) OEMsr-254. Brush 
Development Company. [November 23, 1942.] 

M2 Magnetic disc plating, (n.a.) OEMsr-254; OSRD 
No. 1946. Brush Development Company. Decem¬ 
ber 1, 1943. 

M3 Investigations on new magnetic recording media. 
M. D. Temple, L. O. Olsen and others. OEMsr- 
254; OSRD No. 3399. Brush Development Com¬ 
pany. February 29, 1944. 

M4 Investigations on new magnetic recording media. 
O. Kornei, M. D. Temple and others. OEMsr-254; 
Service Project No. AC-238.02; OSRD No. 5325. 
Brush Development Company. June 30, 1945. 

M5 The radio repeat unit, an application of magnetic 
recording. R. H. Carson and A. E. Sanderson. 
OEMsr-658; Service Project No. NS-343; OSRD No. 
6070. Harvard University. October 1, 1945. 

510 Strain Analyzers 

Ml Development of a high-frequency strain analyzer. 
(First to Fifth Report.) (n.a.) OEMsr-254; OSRD 
No. 1615. Brush Development Company. June 1 
and July 27, 1943. 

600 MISCELLANEOUS RESEARCH 

610 Metal Rotating Bands 

Ml Development of methods for determining the 

proper seating of gilding metal rotating bands on 
105-mm shells in production. W. B. Kouwen- 
hoven. OEMsr-1241; Service Project No. OD-151; 
OSRD Nos. 3627 and 4576. Johns Hopkins Uni¬ 
versity. May 25, 1944 and January 13, 1945. 

M2 Development of methods for determining the 

proper seating of gilding metal rotating bands on 
105-mm shells in production. (Final report.) 
W. B. Kouwenhoven. OEMsr-1241; Service Proj¬ 
ect No. OD-151; OSRD No. 4869. Johns Hopkins 
University. March 31, 1945. 

620 Combat Information Center Equipment 

Ml New equipment for use in Combat Information 
Centers. C. J. Mullin, R. G. Huebschen and 
others. OEMsr-658; Service Project No. NS-343; 
OSRD No. 4974. Harvard University. Revised: 
April 13, 1945. 

630 Direction Finding and Communication Equipment 

Ml Final reports on Contract OEMsr-1441. (Division 
13. Part III.) (n.a.) OEMsr-1441; OSRD No. 

6280. Harvard University. December 1, 1945. 
Contains: Problem No. 1: Tests on direction 




512 


DIVISION 17 • MICROFILM LIST 


finder systems. Harry Rowe Mimno. Service 
Project No. AN-30. Problem No. 2: Study of 
frequency modulation vs amplitude modulation 
for use in airborne very high frequency communi¬ 
cation equipment. Alexander H. Wing, Jr. Serv¬ 
ice Project No. AC-230.03. Problem No. 4: 
Investigation of principles underlying the maxi¬ 
mizing of communication intelligibility. W. J. 
Cunningham. Service Project Nos. NS-365 and 
NS-108. Problem No. 6: Aircraft-transmitter 


antenna-power, impedance and tuning network 
survey. E. C. Easton, Robert E. Kirkland and 
S. E. Parker. Service Project No. AC-238.07. 
Problem No. 8: Measurement of magnetic prop¬ 
erties of ferrite-core materials. R. Orin Cornett. 
Problem No. 10: Disguised antenna for very high 
frequency, ultra high frequency and super high 
frequency communication equipment. R. P. Lett 
and K. S. Kunz. Service Project No. SC-142. 





DIVISION 18 - WAR METALLURGY 

Microfilm Index 


10 INDICES OF DIVISION 18 

100 AIRCRAFT MATERIALS 

101 Aluminum Alloys 

101.1 Fabrication of Aluminum Alloys 

101.11 Properties of New Aluminum Alloys 

101.12 Formability 

101.13 Beryllium-Aluminum Alloys 

101.2 Plastic Flow of Aluminum Aircraft Sheet 

101.3 Properties of Aluminum Alloys 

102 Magnesium Alloys 

102.1 Properties and Heat Treatment 

102.11 Notch Sensitivity 

102.12 Fatigue Properties of Magnesium Alloy 
Sheet 

102.13 Physical and Stress Corrosion of Magnesium 
Alloy Sheet 

102.2 Formability 

102.3 Deformation Characteristics 

102.4 New Magnesium Alloys 

103 Miscellaneous 

103.1 Corrosion-Fatigue Failure of Aircraft Control 
Cables 

103.11 Metallic Coatings and Lubricants, Effects of 

103.2 The Effect of Shot Peening on Steel 

103.3 Fatigue Properties of Structures 

200 ARMOR 

201 The Improvement of Low-Alloy Armor Steel 

201.1 Cracking and Fracture 

201.2 Transformation Characteristics 

201.3 Properties 

202 Boron-Treated Armor Plate 

202.1 Boron Addition Influences 

202.11 Carbon-Manganese Content 

202.12 Miscellaneous Content 

203 Effects of Hydrogen, Nitrogen and Oxygen in Armor 
Plate 

204 Manufacture and Welding 

204.1 Face-Hardened Armor 

204.2 Homogeneous Armor 

205 Flame Hardening 

206 Non-Magnetic Armor Steel 

207 Heat Treatment 

300 GUNS AND GUN STEELS 

301 Gun Tube Steel 

301.1 Properties 

301.2 Cracking and Fractures 

302 Wrought Gun Tubes 

302.1 Manufacture (Basic Open Hearth) 

302.2 Ductility 

302.3 Operating Characteristics of Specifications WVXS 

302.4 Tensile and Impact Properties 

302.5 Heat Treatment 


302.6 Miscellaneous Wrought Gun Tube Problems 

303 Gun Steel Ingot Practices 

304 High-Strength Gun Steels 

400 AMMUNITION 

401 Armor-Piercing Capped Shot 

402 Cartridge Brass 

402.1 Prevention of Stress-Corrosion Cracking 

402.2 Residual Stresses 

402.3 Density-Volume Changes 

403 Driving Bands for Projectiles 

403.1 Foreign 

500 METALS FOR HIGH-TEMPERATURE SERVICE 

501 Properties 

502 Gas Turbines and Turbo-Superchargers 

502.1 Heat-Resisting Metals 

502.11 Chromium-Base Alloys 

502.12 Damping 

502.13 Precision Casting 

503 Heat-Resistant Alloys for Ordnance, Aircraft and Naval 
Engine Parts 

504 Weldability of Heat-Resisting Alloys 

505 Metal and Ceramic Materials for Jet-Propulsion Devices 

600 WELDING 

601 Armor and Ordnance Welding 

601.1 Arc Welding 

601.11 Face-Hardened Armor Plate 

601.12 Back-up Strips 

601.13 Electrodes 

601.131 Armor-Welding Electrodes 

601.132 Electrode Coatings 

601.133 Ferritic Electrodes 

601.134 Austenitic Electrodes 

601.14 Direct Explosion Test 

601.15 Stress Relief 

601.16 Locked-up Stresses 

601.17 Weldability 

601.171 Commercial Armor Plate 

601.172 Direct Welding Tests 

601.173 Oxygen Cutting 

601.174 Crack Sensitivity 

601.2 Flash Welding 

601.21 Welding of Aluminum 

601.22 Welding of Alloy Steels for Ordnance 

601.23 Non-Destructive Testing 

601.3 Spot Welding 

601.31 Magnesium Alloys 

601.32 Armor Plate and Low-Alloy Steels 

601.33 Radiographic and Fluoroscopic Inspection 
in Aluminum Alloys 

602 Ship Welding and Welded Steel Ships 

602.1 Residual and Locked-up Stresses 

602.11 Evaluation in Ships 



513 



514 


DIVISION 18 • MICROFILM INDEX 


602.2 Multiaxial Stresses 

602.21 Effect on Metallographic Structure and 
Chemical Composition 

602.3 Cleavage Fracture 

602.4 Fatigue of Ship Welds 

602.5 Hull Construction 

602.51 Metallurgical Quality of Steels for Hulls 

602.52 Weldability and Ductility of Steel 

700 FOUNDRY MATERIALS AND PROCESSES 

701 Malleable Castings 

702 Centrifugal Casting 

703 Precision Casting 

704 Refractories 

704.1 Substitute for Sillimanite 

704.2 Pouring Box Refractories 

800 EXAMINATION OF ENEMY MATERIEL 

801 German 

801.1 Aircraft Materiel 

801.11 Engines 

801.12 Instruments 

801.13 Miscellaneous Aircraft Materiel 

801.2 Ordnance Materiel 

801.21 Ammunition 

801.22 Armor 

801.23 Rifles, Machine Guns, Bores and Tubes 

801.24 Tanks and Tank Parts 

801.3 Miscellaneous German Equipment 

802 Japanese 

802.1 Aircraft Materiel 

802.11 Airframe 

802.12 Engines 


802.13 Instruments 

802.14 Fuels and Fuel Systems 

802.15 Miscellaneous Aircraft Materiel 

802.2 Ordnance Materiel 

802.21 Ammunition 

802.22 Armor 

802.23 Rifles, Machine Guns, Mortars and 
Howitzers 

802.24 Miscellaneous Ordnance Materiel 

802.3 Miscellaneous Japanese Equipment 
803 Other Countries 

803.1 Ordnance Materiel 

803.11 Armor 

803.12 Rifles and Guns 

803.2 Miscellaneous Equipment 

900 MISCELLANEOUS METALLURGICAL REPORTS 

901 Quartermaster Supplies 

901.1 Coatings 

901.11 Fused 

901.12 Silver Plating 

901.2 Miscellaneous Quartermaster Items 

902 Properties of Metals 

902.1 Behavior of Metals under Dynamic Conditions 

902.11 Strain Propagation 

902.12 Tensile Properties 

902.13 Impact Loading 

902.14 Rapid Loading 

902.15 Strain Rate 

902.2 Impurities Influencing the Ferromagnetism of 
Non-Ferrous Alloys 

902.3 Low-Temperature Properties of Metals 

902.4 Rare Metal Electrical Contacts 




DIVISION 18 • WAR METALLURGY 

List of Microfilmed Reports 


10 INDICES OF DIVISION 18 

Ml Indexing of War Metallurgy Committee reports to 
the War Production Board. (Advisory Report No. 
Special 8.) (n.a.) Contract No. WPB-1. National 
Academy of Sciences and War Production Board. 
October 24, 1945. 

M2 Indexing of Division 18, NDRC reports. (Advisory 
Report No. M-660.) (n.a.) OEMsr-307; OSRD 

No. 6604. National Academy of Sciences. March 
15, 1946. 

M3 Indexing of Division 18, NDRC reports. Reports 
on heat resistant alloys. (Report No. M-664.) 
Katharine Forsyth. OEMsr-307; OSRD No. 6669. 
National Academy of Sciences. June 15, 1946. 

100 AIRCRAFT MATERIALS 

101 Aluminum Alloys 

Ml Suggested research on aluminum alloys from mem¬ 
bers of the aircraft industry. (Advisory Report No. 
M-654.) J. C. DeHaven. OEMsr-307; Survey Proj¬ 
ect No. SP-30; OSRD No. 6601. National Acad¬ 
emy of Sciences. February 20, 1946. 

M2 Indexing of Division 18, NDRC reports. Reports 
on aluminum alloys. (Progress Report No. M-662.) 
Helen L. Purdum. OEMsr-307; OSRD No. 6666. 
National Academy of Sciences. June 15, 1946. 

101.1 Fabrication of Aluminum Alloys 

Ml Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section 1, Classification 
and analysis of the forming of various parts. 
(Volume I. Final Report No. M-71.) George 
Sachs, D. T. Doll and others. OEMsr-822; Project 
Nos. NRC-45 and NA-126; OSRD No. 1673. Case 
School of Applied Science. July 23, 1943. 

M2 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section II, Example of 
fabricating individual parts. Volume I, Final Re¬ 
port No. M-80.) George Sachs, D. T. Doll and 
others. OEMsr-822; Project Nos. NRC-45 and 
NA-126; OSRD No. 1674. Case School of Applied 
Science. July 23, 1943. 

M3 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section I, Classification 
and analysis of the forming of various parts. 
(Volume II. Final Report No. M-132.) George 
Sachs, George B. Espey and others. OEMsr-822; 
Project Nos. NRC-43 and NA-126; OSRD No. 
3060. Case School of Applied Science. December 
15, 1943. 

M4 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section II, Examples 
of fabricating individual parts. (Volume II, Final 
Report No. M-155.) George Sachs, D. T. Doll 


and others. OEMsr-822; Project Nos. NRC-43 and 
NA-126; OSRD No. 3061. Case School of Applied 
Science' December 15, 1943. 

M5 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section III, Summary, 
contents and index of Sections I and II. (Final 
Report No. M-156.) George Sachs. OEMsr-822; 
Project Nos. NRC-43 and NA-126; OSRD No. 3063. 
Case School of Applied Science. December 15, 

1943. 

101.11 Properties of New Aluminum Alloys 

Ml Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section IV, Survey of 
the properties of new aluminum alloys. (Parts I 
to III. Final Report No. M-171.) George Sachs, 
George B. Espey and others. OEMsr-822; Project 
Nos. NRC-43 and NA-126; OSRD No. 3296. Case 
School of Applied Science. February 1, 1944. 

M2 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section IV, Survey of 
the properties of new aluminum alloys. (Part IV. 
Final Report No. M-186.) George Sachs. OEMsr- 
822; Project Nos. NRC-43 and NA-126; OSRD No. 
3554. Case School of Applied Science. April 10, 

1944. 

M3 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section IV, Survey of 
the properties of new aluminum alloys. (Final 
Report No. M-348.) George Sachs, George B. 
Espey and others. OEMsr-822: Project Nos. NRC- 
43 and NA-126; OSRD No. 4188. Case School of 
Applied Science. September 15, 1944. 

101.12 Formability 

Ml Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section V, Formability 
of aluminum alloys for use in military aircraft. 
Part I, General introduction. Part II, Effects of 
non-uniform stresses and strains. (Final Report No. 
M-382.) George Sachs and J. D. Lubahn. OEMsr- 
822; Project Nos. NRC-43 and NA-126; OSRD No. 
4348. Case School of Applied Science. November 
2, 1944. 

M2 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section V, Formability 
of aluminum alloys for use in military aircraft 
Part III, Stretch forming of angles with outer leg 
in tension. (Final Report No. M-447.) George 
Sachs and J. D. Lubahn. OEMsr-822; Project 
Nos. NRC-43 and NA-126; OSRD No. 4626. Case 
School of Applied Science. January 17, 1945. 

M3 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section V, Formability 
of aluminum alloys for use in military aircraft. 


515 



516 


DIVISION IS • MICROFILM LIST 


Part IV, Fundamentals of pure bending of an ideal 
plastic metal under conditions of plane stress. 
(Final Report No. M-478.) George Sachs, J. D. 
Lubahn and J. M. Taub. OEMsr-822; Project 
Nos. NRC-43 and NA-126; OSRD No. 4940. Case 
School of Applied Science. April 26, 1945. 

M4 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section V, Formability 
of aluminum alloys for use in military aircraft. 
Part V, Simple bending of rectangular shapes by 
means of dies. (Final Report No. M-487.) George 
Sachs, J. D. Lubahn and J. M. Taub. OEMsr- 
822; Project Nos. NRC-43 and NA-126; OSRD No. 
5014. Case School of Applied Science. April 26, 
1945. 

M5 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section V, Formability 
of aluminum alloys for use in military aircraft. 
Part VI, Stretching of rectangular bars. (Final 
Report No. M-536.) George Sachs, J. D. Lubahn 
and W. F. Brown, Jr. OEMsr-822; Project Nos. 
NRC-43 and NA-126; OSRD No. 5332. Case 
School of Applied Science. July 13, 1945. 

M6 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section V, Formability 
of aluminum alloys for use in military aircraft. 
Part VII, Experimental strain analysis of bent 
rectangular shapes. (Final Report No. M-616.) 
George Sachs, J. D. Lubahn and J. E. Schmitt. 
OEMsr-822; Project Nos. NRC-43 and NA-126; 
OSRD No. 6205. Case School of Applied Science. 
October 23, 1945. 

M7 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section V, Formability 
of aluminum alloys for use in military aircraft. 
Part VIII, Combined bending and tension of 
rectangular bars. (Final Report No. M-588.) 
George Sachs, J. D. Lubahn and J. E. Schmitt. 
OEMsr-822; Project Nos. NRC-43 and NA-126; 
OSRD No. 6331. Case School of Applied Science. 
November 19, 1945. 

M8 Correlation of information available on the fabri¬ 
cation of aluminum alloys. Section V, Formability 
of aluminum alloys for use in military aircraft. 
Part IX, Bending of T-sections. (Final Report 
No. M-591.) George Sachs, J. D. Lubahn and L. J. 
Ebert. OEMsr-822; Project Nos. NRC-43 and NA- 
126; OSRD No. 6332. Case School of Applied 
Science. November 19, 1945. 

101.13 Bery llium-Aluminum Alloys 

Ml Beryllium-aluminum alloys for engine parts. (Final 
Report No. M-107.) J. G. Thompson, V. C. F. 
Holm and others. Project Nos. NRC-7, AC-4 and 
NA-100; OSRD No. 1656. National Bureau of 
Standards. July 29, 1943. 

101.2 Plastic Flow of Aluminum Aircraft Sheet 

Ml Plastic flow of aluminum aircraft sheet under com¬ 
bined loads. ([Part] I. Progress Report No. M-141.) 


Maxwell Gensamer, W. T. Lankford, Jr. and J. T. 
Ransom. OEMsr-S94; Project Nos. NRC-51 and 
NA-149: OSRD No. 1910. Carnegie Institute of 
Technology. October 15, 1943. 

M2 Plastic flow of aluminum aircraft sheet under 
combined loads. ([Part- II. Final Report No. M- 
328.) John R. Low, Jr. and T. A. Prater. OEMsr- 
864; Project Nos. NRC-52 and NA-150; OSRD 
No. 4052. Pennsylvania State College. August 22, 
1944. 

M3 Plastic flow of aluminum aircraft sheet under 
combined loads. Part I, Development of tests for 
forming limits. Stress-strain curves under com¬ 
bined loads. (Final Report No. M-527.) Maxwell 
Gensamer, W. T. Lankford, Jr. and others. 
OEMsr-894; Project Nos. NRC-51, NA-149 and 
NA-150; OSRD No. 5282. Carnegie Institute of 
Technology. June 29, 1945. 

M4 Plastic flow of aluminum aircraft sheet under 
combined loads. Part II, Forming limits for air¬ 
craft sheets at room temperature. (Tinal Report 
No. M-528.) Maxwell Gensamer, W. T. Lankford, 
Jr. and others. OEMsr-894; Project Nos. NRC-51, 
NA-149 and NA-150; OSRD No. 5283. Carnegie 
Institute of Technology. June 29, 1945. 

M5 Plastic flow of aluminum aircraft sheet under 
combined loads. Part III, Effect of aging at room 
temperature on the properties of 75S in the cir¬ 
cular hydraulic bulge test. (Final Report No. M- 
468.) Maxwell Gensamer. W. T. Lankford, Jr. 
and John Vajda. OEMsr-894; Project Nos. NRC- 
51, NA-149 and NA-150; OSRD No. 4832. Carnegie 
Institute of Technology. March 15, 1945. 

M6 Plastic flow of aluminum aircraft sheet under 
combined loads. Part IV, Theorv of forming limits. 
(Final Report No. M-529.) Maxwell Gensamer, 
W. T. Lankford, Jr. and others. OEMsr-894; Proj¬ 
ect Nos. NRC-51, NA-149 and NA-150: OSRD No. 
5284. Carnegie Institute of Technology. June 
29, 1945. 

M7 Plastic flow of aluminum aircraft sheet under 
combined loads. Part V, Strain distribution in 
formed parts. (Final Report No. M-530.) E. A. 
Saibel, J. T. Ransom and others. OEMsr-894; 
Project Nos. NRC-51, NA-149 and NA-150; OSRD 
No. 5264. Carnegie Institute of Technology. 
June 29, 1945. 

101.3 Properties of Aluminum Alloys 

Ml The effect of impurities in aluminum alloys. (Ad¬ 
visory Report No. M-124.) Zav Jeffries. OEMsr- 
307; Project Nos. SP-17 and NA-119; OSRD No. 
1731. National Academy of Sciences. August 18, 
1943. 

M2 High-temperature properties of light allow. Part 
I, Aluminum. (Final Report No. M-251.) L. L. 
Wyman. OEMsr-307; Project Nos. SP-15 and NA- 
137, OSRD No. 3607. National Academv of Sci¬ 
ences. April 15, 1944. 

M3 Fatigue and impact characteristics and notch effect 





DIVISION 18 • MICROFILM LIST 


517 


in tension of artificially-aged aluminum alloys. 
(Progress Report No. M-216.) (n.a.) OEMsr-307; 

Project Nos. SP-18 and NA-126; OSRD No. 3579. 
National Academy of Sciences. April 18, 1944. 

102 Magnesium Alloys 

Ml An investigation of the present status of mag¬ 
nesium alloy sheet in the aircraft industry. (Ad¬ 
visory Report No. M-121.) Matthew A. Hunter. 
OEMsr-307; Project Nos. NRC-67 and SP-12; 
OSRD No. 1726. National Academy of Sciences. 
August 16, 1943. 

M2 A survey of research on magnesium and mag¬ 
nesium alloys being conducted by government 
agencies, branches of the armed services and pro¬ 
ducers and fabricators of magnesium. (Advisory 
Report No. M-553.) J. C. DeHaven. OEMsr-307; 
Survey Project No. SP-26; OSRD No. 5400. Na¬ 
tional Academy of Sciences. August 3, 1945. 

M3 Suggested research topics on magnesium and mag¬ 
nesium alloys. (Advisory Report No. M-652.) (n.a.) 
OEMsr-307; Survey Project No. SP-26; OSRD No. 
6599. National Academy of Sciences. February 
25, 1946. 

M4 Indexing of Division 18, NDRC reports. Reports 
on magnesium alloys. (Progress Report No. M-663.) 
Helen L. Purdum. OEMsr-307; OSRD No. 6667. 
National Academy of Sciences. June 15, 1946. 

102.1 Properties and Heat Treatment 

Ml Properties and heat treatment of magnesium 

alloys. Part I, The effect of size upon tensile prop¬ 
erties of specimens of magnesium alloy sheet. 
(Final Report No. M-103.) John E. Dorn and 
Dan M. Finch. OEMsr-647; Project Nos. NRC-21 
and NA-144; OSRD No. 1818. University of Cali¬ 
fornia. September 3, 1943. 

M2 Properties and heat treatment of magnesium 

alloys. Part III, Damping capacity of magnesium 
alloys. (Final Report No. M-105.) John E. Dorn 
and Julius J. Jelinek. OEMsr-647; Project Nos. 
NRC-21 and NA-144; OSRD No. 1820. Univer¬ 
sity of California. September 3, 1943. 

M3 Properties and heat treatment of magnesium 

alloys. Part IV, Heat treatment of magnesium 
alloys. (Final Report No. M-106.) John E. Dorn, 
Israel I. Cornet and others. OEMsr-647; Project 
Nos. NRC-21 and NA-144; OSRD No. 1821. Uni¬ 
versity of California. September 3, 1943. 

M4 High-temperature properties of light alloys. Part 
II, Magnesium. (Final Report No. M-292.) L. L. 
Wyman. OEMsr-307; Project Nos. SP-15 and NA- 
137; OSRD No. 4150. National Academy of Sci¬ 
ences. September 18, 1944. 

102.11 Notch Sensitivity 

Ml Properties and heat treatment of magnesium 
alloys. Part II, Notch sensitivity of magnesium 
alloys. (Final Report No. M-104.) John E. Dorn 
and J. L. Meriam. OEMsr-647; Project Nos. NRC- 


21 and NA-144; OSRD No. 1819. University of 
California. September 3, 1943. 

M2 Properties and heat treatment of magnesium 
alloys. Section I, The sensitivity of magnesium 
alloy sheet to drilled, reamed and punched holes. 
John E. Dorn and Erich G. Thomsen. Section II, 
The notch sensitivity of magnesium alloy extru¬ 
sions and the influence of various factors. John 
E. Dorn and Israel I. Cornet. (Part V. Final Re¬ 
port No. M-177.) OEMsr-647; Project Nos. NRC- 
21 and NA-144; OSRD No. 3043. University of 
California. December 20, 1943. 

102.12 Fatigue Properties of Magnesium Alloy Sheet 

Ml Fatigue properties of magnesium alloys and struc¬ 
tures. Fatigue properties of magnesium alloy sheet. 
(Progress Report No. M-36.) H. W. Russell. 

OEMsr-729; Research Project No. NRC-22; OSRD 
No. 1146. Battelle Memorial Institute. January 
19, 1943. 

M2 Fatigue properties of magnesium alloys and struc¬ 
tures. Fatigue properties of magnesium alloy sheet. 
(Progress Report No. M-76.) H. W. Russell. 

OEMsr-729; Research Project No. NRC-22; OSRD 
No. 1457. Battelle Memorial Institute. May 17, 
1943. 

M3 Fatigue properties of magnesium alloys and struc¬ 
tures. Fatigue properties of magnesium alloy sheet. 
(Progress Report No. M-125.) H. W. Russell. 

OEMsr-729; Project Nos. NRC-22 and NA-145; 
OSRD No. 1858. Battelle Memorial Institute. 
September 27, 1943. 

M4 Fatigue properties of magnesium alloys and struc¬ 
tures. Fatigue properties of magnesium alloy sheet. 
(Part I. Final Report No. M-169.) L. R. Jackson, 
H. J. Grover and others. OEMsr-729; Project 
Nos. NRC-22 and NA-145; OSRD No. 3033. Bat¬ 
telle Memorial Institute. December 23, 1943. 

M5 Fatigue properties of magnesium alloys and struc¬ 
tures. Fatigue properties of magnesium alloy sheet. 
(Part II. Final Report No. M-289.) L. R. Jackson, 
H. J. Grover and others. OEMsr-729; Project 

Nos. NRC-22 and NA-145; OSRD No. 3792. Bat¬ 
telle Memorial Institute. June 12, 1944. 

M6 Fatigue properties of magnesium alloys and struc¬ 
tures. Fatigue properties of magnesium alloy sheet. 
(Part III. Final Report No. M-381.) L. R. Jackson, 
H. J. Grover and others. OEMsr-729; Project 

Nos. NRC-22 and NA-145; OSRD No. 4282. Bat¬ 
telle Memorial Institute. October 20, 1944. 

102.13 Physical and Stress Corrosion of Magnesium Alloy Sheet 
Ml Physical and stress corrosion properties of mag¬ 
nesium alloy sheet. (Progress Report No. M-152.) 
Matthew A. Hunter. OEMsr-1033; Project Nos. 
NRC-67 and NA-147; OSRD No. 2063. Rens¬ 
selaer Polytechnic Institute. November 25, 1943. 

M2 Stress-strain relationships for Ji magnesium alloy 
extrusion under bi-axial stresses. (Report No. 
M-354.) Don M. Cunningham, Erich G. Thomsen 




518 


DIVISION 18 • MICROFILM LIST 


and John E. Dorn. OEMsr-307; Project Nos. 

NRC-22 and NA-126; OSRD No. 4172. National 
Academy of Sciences. September 20, 1944. 

102.2 Formability 

Ml Formability of magnesium alloy sheet. Part I, 

Elevated-temperature variable-speed tensile tests 
of magnesium alloys. (Final Report No. M-151.) 

John E. Dorn and A. C. Ballaseyus. OEMsr-839; 

Project Nos. NRC-44 and NA-146; OSRD No. 

2062. University of California. November 19, 

1943. 

M2 Formability of magnesium alloy sheet. Part II, 

Forming of bends on the Guerin press. (Final Re¬ 
port No. M-170.) John E. Dorn, Julius J. Jelinek 
and A. C. Ballaseyus. OEMsr-839; Project Nos. 

NRC-44 and NA-146; OSRD No. 2079. University 
of California. November 26, 1943. 

M3 Formability of magnesium alloy sheet. Part III, 
Evaluation of the deep drawing properties of mag¬ 
nesium alloys at elevated temperatures. (Final 
Report No. M-210.) John E. Dorn, Dan M. Finch 
and Julius J. Jelinek. OEMsr-839; Project Nos. 

NRC-44 and NA-146; OSRD No. 3350. University 
of California. March 8, 1944. 

M4 Formability of magnesium alloy sheet. Part IV, 
Forming stretch flanges in the Guerin press. (Final 
Report No. M-274.) John E. Dorn and Erich G. 
Thomsen. OEMsr-839; Project Nos. NRC-44 and 
NA-146; OSRD No. 3791. University of California. 

June 5, 1944. 

M5 Formability of magnesium alloy sheet. Part V, 

Forming shrink flanges in the Guerin press. (Final 
Report No. M-313.) John E. Dorn, Erich G. 
Thomsen and Don M. Cunningham. OEMsr-839; 

Project Nos. NRC-44 and NA-146; OSRD No. 103 
3940. University of California. July 14, 1944. 

M6 Formability of magnesium alloy sheet. Part VI, 103.1 
Forming bends on the Guerin press. (Final Report 
No. M-330.) Erich G. Thomsen, Don M. Cun¬ 
ningham and John E. Dorn. OEMsr-839; Project 
Nos. NRC-44 and NA-146; OSRD No. 4042. Uni¬ 
versity of California. August 10, 1944. 

M7 Formability of magnesium alloy sheet. Part VII, 
Stretch-forming magnesium alloys. (Final Report 
No. M-353.) Dan M. Finch, I. G. Lotze and John 
E. Dorn. OEMsr-839; Project Nos. NRC-44 and 
NA-146; OSRD No. 4171. University of California. 
September 20, 1944. 

102.3 Deformation Characteristics 

Ml Deformation characteristics of magnesium alloys. 
(Progress Report No. M-150.) Charles S. Barrett, 

Fred N. Rhines and C. T. Haller. OEMsr-1083; 

Project Nos. NRC-70 and NA-148; OSRD No. 2076. 
Carnegie Institute of Technology. November 15, 

1943. 

M2 Deformation characteristics of magnesium alloys. 
Metallography of commercial magnesium sheet. 
(Progress Report No. M-189.) Charles S. Barrett, 


Fred N. Rhines and C. T. Haller. OEMsr-1083; 
Project Nos. NRC-70 and NA-148; OSRD No. 
3016. Carnegie Institute of Technology. Decem¬ 
ber 9, 1943. 

M3 Deformation characteristics of magnesium alloys. 
(Progress Report No. M-214.) Charles S. Barrett, 
Fred N. Rhines and C. T. Haller. OEMsr-1083; 
Project Nos. NRC-70 and NA-148; OSRD No. 
3272. Carnegie Institute of Technology. February 
14, 1944. 

M4 Deformation characteristics of magnesium alloys. 
(Progress Report No. M-276.) Charles S. Barrett, 
Fred N. Rhines and C. T. Haller. OEMsr-1083; 
Project Nos. NRC-70 and NA-148; OSRD No. 
3713. Carnegie Institute of Technology. May 22, 
1944. 

M5 Deformation characteristics of magnesium alloys. 
(Progress Report No. M-341.) Charles S. Barrett, 
Fred N. Rhines and others. OEMsr-1083; Project 
Nos. NRC-70 and NA-148; OSRD No. 4070. Car¬ 
negie Institute of Technology. August 10, 1944. 
M6 Deformation characteristics of magnesium alloys. 
(Final Report No. M-454.) Charles S. Barrett, 
Fred N. Rhines and others. OEMsr-1083; Project 
Nos. NRC-70 and NA-148; OSRD No. 4653. Car¬ 
negie Institute of Technology. January 29, 1945. 

102.4 New Magnesium Alloys 

Ml Physical and stress corrosion properties of mag¬ 
nesium alloy sheet. (Final Report No. M-647.) 
Matthew A. Hunter, A. Jones and others. OEMsr- 
1033; Project Nos. NRC-67 and NA-147; OSRD 
No. 6596. Rensselaer Polytechnic Institute. Feb¬ 
ruary 7, 1946. 

Miscellaneous 

Corrosion-Fatigue Failure of Aircraft Control Cables 

Ml The corrosion-fatigue failure of aircraft control 
cables. Effect of lubrication on fatigue properties. 
(Progress Report No. M-31.) Dartrey Lewis. 
OEMsr-492; Project Nos. NRC-15 and N-101; 
OSRD No. 1137. John A. Roebling’s Sons Com¬ 
pany. January 12, 1943. 

M2 The corrosion-fatigue failure of aircraft control 
cables. The effect of sheave diameter on the fatigue 
life of aircraft cables. (Progress Report No. M-93.) 
Dartrey Lewis, A. H. Flury, Jr. and H. J. Godfrey. 
OEMsr-492; Research Project No. NRC-15; OSRD 
No. 1610. John A. Roebling’s Sons Company. 
July 1, 1943. 

M3 The corrosion-fatigue failure of aircraft control 
cables. Fatigue tests under service loads. (Progress 
Report No. M-439.) H. J. Godfrey, A. H. Flury, 
Jr. and Dartrey Lewis. OEMsr-492; Project Nos. 
NRC-15 and N-101; OSRD No. 4543. John A. 
Roebling’s Sons Company. December 29, 1944. 

M4 The corrosion-fatigue failure of aircraft control 
cables. Miscellaneous tests. (Progress Report No. 
M-452.) H. J. Godfrey, A. H. Flury, Jr. and 



DIVISION 18 • MICROFILM LIST 


519 


103.11 


103.2 


103.3 


Dartrey Lewis. OEMsr-492; Project Nos. NRC-15 
and N-101; OSRD No. 4602. John A. Roebling’s 
Sons Company. January 17, 1945. 

M5 The corrosion-fatigue failure of aircraft control 200 
cables. (Final Report No. M-467.) Dartrey Lewis, 

A. H. Flury, Jr. and H. J. Godfrey. OEMsr-492; 

Project Nos. NRC-15 and N-101; OSRD No. 4819. 

John A. Roebling’s Sons Company. February 26, 

1945. 

Metallic Coatings and Lubricants, Effect of 

Ml The corrosion-fatigue failure of aircraft control 
cables. The effect of metallic coatings and lubri¬ 
cants on fatigue properties. (Progress Report No. 

M-83.) Dartrey Lewis. OEMsr-492; Project Nos. 
NRC-15 and N-101; OSRD No. 1525. John A. 201 
Roebling’s Sons Company. June 15, 1943. 

M2 The corrosion-fatigue failure of aircraft control 
cables. The effect of metallic coatings and lubri¬ 
cants on the fatigue and internal friction prop¬ 
erties of aircraft cables. (Progress Report No. 
M-207.) H. J. Godfrey, A. H. Flury, Jr. and 
Dartrey Lewis. OEMsr-492; Project Nos. NRC-15 
and N-101; OSRD No. 3346. John A. Roebling’s 
Sons Company. March 1, 1944. 


Fatigue Properties of Structures 

Ml The effect of combined stresses on the ductility 
of metals. (Report No. M-213.) John E. Dorn and 
Erich G. Thomsen. OEMsr-307; Project Nos. 
NRC-21 and NA-144; OSRD No. 3218. National 
Academy of Sciences. February 2, 1944. 

M2 Fatigue properties of aircraft materials and struc¬ 
tures. (Advisory Report No. M-653.) L. R. Jack- 
son, H. J. Grover and R. C. McMaster. OEMsr- 


307; Survey Project No. SP-27; OSRD No. 6600. 
National Academy of Sciences. March 1, 1946. 

ARMOR 

Ml [Development of armor.] Report titled: Report to 
Dr. J. B. Conant, Chairman, National Defense 
Research Committee from the ad hoc Committee 
on Armor Plate. Edgar C. Bain, Charles H. Herty, 
Jr. and others. November 18, 1941. 

M2 Indexing of Division 18, NDRC reports. Reports 
on cast and rolled armor. (Advisory Report No. 
M-646.) Helen L. Purdum. OEMsr-307; OSRD 
No. 6595. National Academy of Sciences. Febru¬ 
ary 28, 1946. 

The Improvement of Low-Alloy Armor Steel 

Ml Improvement of low-alloy armor steels. (Progress 
Report No. M-20.) C. H. Lorig and Philip C. 
Rosenthal. OEMsr-450; Project Nos. NRC-14 and 
OD-87; OSRD No. 1032. Battelle Memorial Insti¬ 
tute. November 10, 1942. 

M2 Improvement of low-alloy armor steel. Literature 
survey. (Progress Report No. M-25.) C. H. Lorig. 
OEMsr-450; Project Nos. NRC-14 and OD-87; 
OSRD No. 1056. Battelle Memorial Institute. 
November 25, 1942. 

M3 Improvement of low-alloy armor steels. (Progress 
Report No. M-52.) Philip C. Rosenthal, M. C. 
Udy and others. OEMsr-450; Project Nos. NRC-14 
and OD-87; OSRD No. 1243. Battelle Memorial 
Institute. March 1, 1943. 

M4 Improvement of low-alloy armor steels. (Progress 
Report No. M-77.) C. H. Lorig, Philip C. Rosen¬ 
thal and others. OEMsr-450; Project Nos. NRC-14 
and OD-87; OSRD No. 1418. Battelle Memorial 
Institute. May 13, 1943. 

M5 The improvement of low-alloy armor steels. A 
summary of the experimental work on heavy 
armor steels. (Progress Report No. M-480.) Philip 
C. Rosenthal, G. K. Manning and C. H. Lorig. 
OEMsr-450; Project Nos. NRC-14 and OD-87; 
OSRD No. 4718. Battelle Memorial Institute. 
February 19, 1945. 

Cracking and Fracture 

Ml Non-ballistic test for armor plate. (Final Report 
No. M-87.) Maxwell Gensamer, Charles S. Barrett 
and others. OEMsr-417; Project Nos. NRC-6 and 
OD-84; OSRD No. 2641. Carnegie Institute of 
Technology. November 3, 1943. 

M2 [Thej improvement of low-alloy armor steels. Part 
VII, The causes of intergranular fracture in cast 
armor plate. (Final Report No. M-286.) C. H. 
Lorig, G. K. Manning and others. OEMsr-450; 
Project Nos. NRC-14 and OD-87; OSRD No. 3688. 
Battelle Memorial Institute. May 18, 1944. 

M3 The improvement of low-alloy armor steels. Part 
XI, The causes of quench cracking in cast armor 
steel. (Final Report No. M-465.) M. C. Udy, M. K. 
Barnett and others. OEMsr-450; Project Nos. 


The Effect of Shot Peening on Steel 

Ml Effect of shot blasting on mechanical properties of 
steel. (Progress Report No. M-40.) R. L. Mattson 
and J. O. Almen. [OEMsr-1123;] Project Nos. 

NRC-40 and NA-115; OSRD No. 1205. General 
Motors Corporation. February 10, 1943. 

M2 Effect of shot blasting on the mechanical prop¬ 
erties of steel. (Part I. Progress Report No. M-228.) 

R. L. Mattson and J. O. Almen. OEMsr-1123; 

Project Nos. NRC-40 and NA-115; OSRD No. 

3274. General Motors Corporation. February 19, 

1944. 

M3 Effect of shot blasting on the mechanical prop¬ 
erties of steel. (Part II. Progress Report No. M-476.) 

R. L. Mattson and J. O. Almen. OEMsr-1123; 

Project Nos. NRC-40, NA-115 and OD-177; OSRD 
No. 4825. General Motors Corporation. March 
16, 1945. 

M4 Effect of shot blasting on the mechanical prop- 201.1 
erties of steel. (Part III. Final Report No. M-661.) 

J. O. Almen, R. L. Mattson and H. E. Fonda. 
OEMsr-1123; Project Nos. NRC-40 and NA-115; 

OSRD No. 6647. General Motors Corporation. 

April 1, 1946. 



520 


DIVISION 18 • MICROFILM LIST 


NRC-14 and OD-87; OSRD No. 4667. Battelle 
Memorial Institute. February 6, 1945. 

M4 The improvement of low-alloy armor steels. Part 
XVIII, Continuation of dilatometric studies of 
armor with respect to quench cracking. (Final Re¬ 
port No. M-621.) M. C. Udy, G. K. Manning and 
others. OEMsr-450; Project Nos. NRC-14 and 
OD-87; OSRD No. 6296. Battelle Memorial Insti¬ 
tute. November 6, 1945. 

201.2 Transformation Characteristics 

Ml Correlation of metallographic structure and hard¬ 
ness limit in armor plate. Part I, Effects of aus¬ 
tenite transformation products on ballistic prop¬ 
erties. (Final Report No. M-118.) C. H. Lorig, 
Arthur R. Elsea and others. OEMsr-448; Project 
Nos. NRC-5 and OD-83; OSRD No. 1696. Bat¬ 
telle Memorial Institute. August 5, 1943. 

M2 Correlation of metallographic structure and hard¬ 
ness limit in armor plate. Part II, Correlation of 
microstructure and ballistic properties. Part III, 
Analyses of problems presented by individual pro¬ 
ducers. (Final Report No. M-154.) C. H. Lorig, 
Arthur R. Elsea and others. OEMsr-448; Project 
Nos. NRC-5 and OD-83; OSRD No. 1949. Bat¬ 
telle Memorial Institute. October 19, 1943. 

M3 Improvement of low-alloy armor steels. Part XII, 
Mechanical properties of various isothermally de¬ 
veloped structures compared with those of mar¬ 
tensite tempered to the same hardness. (Final Re¬ 
port No. M-402.) John G. Kura, G. K. Manning 
and others. OEMsr-450; Project Nos. NRC-14 and 
OD-87; OSRD No. 4289. Battelle Memorial Insti¬ 
tute. October 26, 1944. 

M4 The improvement of low-alloy armor steels. Part 

XIII, The evaluation of constant temperature 
transformation. (Final Report No. M-427.) Arthur 
R. Elsea, Philip C. Rosenthal and others. OEMsr- 
450; Project Nos. NRC-14 and OD-87; OSRD No. 
4456. Battelle Memorial Institute. December 11, 
1944. 

M5 The improvement of low-alloy armor steels. Part 

XIV, The effect of stress and strain on the isother¬ 
mal transformation of austenite. (Final Report No. 
M-470.) Arthur R. Elsea, Philip C. Rosenthal and 
others. OEMsr-450; Project Nos. NRC-14 and 
OD-87; OSRD No. 4668. Battelle Memorial Insti¬ 
tute. February 6, 1945. 

M6 The improvement of low-alloy armor steels. Part 

XV, Determination of martensite transformation 
points. (Final Report No. M-511.) M. C. Udy, 
G. K. Manning and others. OEMsr-450; Project 
Nos. NRC-14 and OD-87; OSRD No. 5028. Battelle 
Memorial Institute. April 30, 1945. 

201.3 Properties 

Ml Improvement of low-alloy armor steels. Part IV, 
Effect of nickel on the low-temperature notched 
bar toughness of low-alloy armor steels. (Final 
Report No. M-222.) C. H. Lorig, John G. Kura 
and others. OEMsr-450; Project Nos. NRC-14 and 


OD-87; OSRD No. 3298. Battelle Memorial Insti¬ 
tute. February 19, 1944. 

M2 Improvement of low-alloy armor steels. Part V, 
The effect of draw practice on the mechanical 
properties of six armor plate steels. (Final Report 
No. M-245.) C. H. Lorig, G. P. Krumlauf and 
others. OEMsr-450; Project Nos. NRC-14 and 
OD-87; OSRD No. 3423. Battelle Memorial Insti¬ 
tute. March 30, 1944. 

M3 Improvement of low-alloy armor steels. Part VI, 
The effect of melting practice on the properties 
of armor steel. (Final Report No. M-263.) C. H. 
Lorig, Philip C. Rosenthal and others. OEMsr- 
450; Project Nos. NRC-14 and OD-87; OSRD No. 
3535. Battelle Memorial Institute. April 17, 1944. 

M4 Improvement of low-alloy armor steels. Part VIII, 
Effect of heat-treating variables on the micro¬ 
structure and mechanical properties of low-alloy 
armor steel. (Final Report No. M-287.) C. H. 
Lorig, Arthur R. Elsea and others. OEMsr-450; 
Project Nos. NRC-14 and OD-87; OSRD No. 3674. 
Battelle Memorial Institute. May 18, 1944. 

M5 Improvement of low-alloy armor steels. Part IX, 
Heating and cooling rates of heavy armor plate 
and calibration of an air-cooled hardenability 
specimen. (Final Report No. M-311.) C. H. Lorig, 
John G. Kura and others. OEMsr-450; Project 
Nos. NRC-14 and OD-87; OSRD No. 3840. Battelle 
Memorial Institute. June 23, 1944. 

M6 Improvement of low-alloy armor steels. Part XVII, 
A correlation between the predicted microstruc¬ 
ture and hardness and the actual microstructure 
and hardness of various sized rounds and plates. 
(Final Report No. M-620.) M. C. Udy, Arthur R. 
Elsea and others. OEMsr-450; Project Nos. NRC-14 
and OD-87; OSRD No. 6295. Battelle Memorial 
Institute. November 6, 1945. 

202 Boron-Treated Armor Plate 

Ml Boron in steel. (Report No. M-18.) Robert S. 
Archer, Edgar C. Bain and others. OEMsr-307; 
Project Nos. NRC-37 and OD-74; OSRD No. 973. 
National Academy of Sciences. November 3, 1942. 

M2 Investigation of boron in armor plate. Influence of 
variations in boron, carbon and manganese con¬ 
tents on the weldability of steels for armor plate 
and other military applications. (Progress Report 
No. M-57.) Thomas G. Digges. Project Nos. 
NRC-31 and OD-87; OSRD No. 1282. National 
Bureau of Standards. March 12, 1943. 

M3 Investigation of boron in armor plate. Influence 
of nitrogen on some properties of steels with and 
without boron and titanium additions. (Progress 
Report No. M-84.) Thomas G. Digges. Project 
Nos. NRC-31 and OD-87; OSRD No. 1506. Na¬ 
tional Bureau of Standards. June 3, 1943. 

M4 Improvement of low-alloy armor steels. Part II, 
Boron in steel of armor composition. (Final Report 
No. M-140.) C. H. Lorig, Philip C. Rosenthal and 
M. C. Udy. OEMsr-450; Project Nos. NRC-14 and 




DIVISION 18 • MICROFILM LIST 


521 


OD-87; OSRD No. 1834. Battelle Memorial Insti¬ 
tute. September 16, 1943. 

M5 Improvement of low-alloy armor steels. Part III, 
Control of carbon in the carburized zone of face- 
hardened armor. (Final Report No. M-145.) C. H. 
Lorig, G. P. Krumlauf and G. K. Manning. 
OEMsr-450; Project Nos. NRC-14 and OD-87; 
OSRD No. 1842. Battelle Memorial Institute. 
September 16, 1943. 

M6 Improvement of low-alloy armor steels. Part XVI, 
Study of the effect of boron on steels suitable for 
use in armor from three to six inches in thick¬ 
ness. (Final Report No. M-619.) M. C. Udy, Philip 
C. Rosenthal and others. OEMsr-450; Project Nos. 
NRC-14 and OD-87; OSRD No. 6294. Battelle 
Memorial Institute. November 6, 1945. 

202.1 Boron Addition Influences 

202.11 Carbon-Manganese Content 

Ml Investigation of boron in armor plate. Influence 
of variations in boron, carbon and manganese con¬ 
tents on some properties of steels for armor plate 
and other military applications. (Progress Report 
No. M-34.) Thomas G. Digges. Project Nos. 
NRC-31 and OD-87; OSRD No. 1159. National 
Bureau of Standards. January 18, 1943. 

M2 Investigation of boron in armor plate. Influence 
of variations in boron, composition of ferroalloys 
used for making boron additions and deoxidation 
practice on some properties of experimental steels 
containing 0.3 percent carbon and 1.6 percent 
manganese. (Progress Report No. M-96.) Thomas 
G. Digges. Project Nos. NRC-31 and OD-87; OSRD 
No. 1617. National Bureau of Standards. July 
16, 1943. 

M3 Investigation of boron in armor plate. Influence 
of boron and nickel on some properties of experi¬ 
mental steels containing 0.3 percent carbon and 
0.8 percent manganese. (Progress Report No. 
M-128). Thomas G. Digges. Project Nos. NRC-31 
and OD-87; OSRD No. 1860. National Bureau of 
Standards. September 27, 1943. 

M4 Investigation of boron in armor plate. Influence 
of variations in boron and compositions of ferro¬ 
alloys used for making boron additions on some 
properties of basic open hearth steels containing 
0.4 percent carbon and 1.6 percent manganese. 
(Report No. M-336.) Thomas G. Digges and Fred 
M. Reinhart. Project Nos. NRC-31 and OD-87; 
OSRD No. 4022. National Bureau of Standards. 
August 9, 1944. 

M5 Investigation of boron in armor plate. Endurance 
properties of basic open hearth steel containing 0.4 
percent carbon and 1.6 percent manganese with¬ 
out and with boron addition. (Progress Report No. 
M-387.) L. R. Jackson, J. M. Berry and others. 
OEMsr-721; Project Nos. NRC-31 and OD-87; 
OSRD No. 4235. Battelle Memorial Institute. 
October 10, 1944. 


202.12 Miscellaneous Content 

Ml Investigation of boron in armor plate. Influence 
of boron and chromium on some properties of 
experimental steels containing 0.3 percent carbon 
and 0.8, 1.25 or 1.6 percent manganese. (Progress 
Report No. M-174.) Thomas G. Digges and Fred 
M. Reinhart. Project Nos. NRC-31 and OD-87; 
OSRD No. 3020. National Bureau of Standards. 
December 16, 1943. 

M2 Investigation of boron in armor plate. Influence 
of nitrogen on some properties of experimental 
steels without and with boron. (Progress Report 
No. M-231.) Thomas G. Digges and Fred M. Rein¬ 
hart. Project Nos. NRC-31 and OD-87; OSRD No. 
3378. National Bureau of Standards. March 15, 
1944. 

M3 Investigation of boron in armor plate. Influence 
of boron on some properties of experimental steels 
containing nickel and chromium. (Progress Report 
No. M-293.) Thomas G. Digges and Fred M. 
Reinhart. Project Nos. NRC-31 and OD-87; OSRD 
No. 3769. National Bureau of Standards. June 
10, 1944. 

M4 Investigation of boron in armor plate. Influence 
of boron on some properties of experimental steels 
containing 0.3 percent carbon and varying amounts 
of manganese, chromium and molybdenum. (Final 
Report No. M-361.) Thomas G. Digges and Fred 
M. Reinhart. OEMsr-721; Project Nos. NRC-31 
and OD-87; OSRD No. 4181. Battelle Memorial 
Institute. September 25, 1944. 

203 Effects of Hydrogen, Nitrogen and Oxygen in Armor 

Plate 

Ml The effects of hydrogen, nitrogen and oxygen in 
armor plate. Literature survey. (Progress Report 
No. M-23.) C. H. Lorig. OEMsr-449; Project Nos. 
NRC-4 and OD-38-2; OSRD No. 1065. Battelle 
Memorial Institute. November 25, 1942. 

M2 Effects of hydrogen, nitrogen and oxygen in armor 
plate. Part I, Fractional vacuum fusion analyses 
of rolled and cast armor plate samples. (Final Re¬ 
port No. M-139.) C. H. Lorig, Arthur R. Elsea 
and Philip C. Rosenthal. OEMsr-449; Project 
Nos. NRC-4 and OD-38-2; OSRD No. 1830. Bat¬ 
telle Memorial Institute. September 16, 1943. 

M3 Effects of hydrogen, nitrogen and oxygen in armor 
plate. Part II, Aluminum nitride as an inter¬ 
granular precipitate. (Final Report No. M-153.) 
C. H. Lorig, Arthur R. Elsea and others. OEMsr- 
449; Project Nos. NRC-4 and OD-38-2; OSRD No. 
1941. Battelle Memorial Institute. October 19, 
1943. 

204 Manufacture and Welding 

204.1 Face-Hardened Armor 

Ml The development of processes for the manufac¬ 
turing and welding of case-carburized armor plate 
from non-alloy steels. Part I, Results of experi- 


SECRET 





522 


DIVISION 18 • MICROFILM LIST 


mental work on prime armor processed from plain 
carbon and low-alloy boron-treated steels. (Final 
Report No. M-491.) V. E. Hense, Donald P. Bus- 
well and R. B. Schenck. OEMsr-971; Project Nos. 
NRC-30 and OD-74; OSRD No. 4860. General 
Motors Corporation. March 24, 1945. 

M2 The development of processes for the manufac¬ 
turing and welding of case-carburized armor plate 
from non-alloy steels. Part II, Results of experi- 207 
mental work on prime armor processed from low- 
alloy boron-treated and standard commercial face¬ 
hardening grade steels. (Report No. M-551.) V. E. 

Hense, Donald P. Buswell and R. B. Schenck. 
OEMsr-971; Project Nos. NRC-30 and OD-74; 

OSRD No. 5353. General Motors Corporation. 

July 19, 1945. 

204.2 Homogeneous Armor 

Ml Effects of flame hardening on the ballistic prop¬ 
erties of pre-heat treated homogeneous armor plate. 
(Progress Report No. M-233.) E. L. Bartholomew, 

Jr. M. S. Burton and others. OEMsr-547; Project 
Nos. NRC-23 and OD-88; OSRD No. 3416. Massa¬ 
chusetts Institute of Technology. March 21, 1944. 

M2 Manufacturing and welding of homogeneous armor 
plate from boron-treated plain carbon and low- 
alloy steels. Part I, Results of experimental work 
on prime homogeneous armor. (Final Report No. 
M-431.) V. E. Hense, Donald P. Buswell and 
others. OEMsr-975; Project Nos. NRC-29 and 
OD-74; OSRD No. 4482. General Motors Corpora¬ 
tion. December 14, 1944. 

M3 Manufacturing and welding of homogeneous armor 
plate from boron-treated plain carbon and low- 
alloy steels. Part II, Results of experimental work 
on welded homogeneous armor. (Final Report No. 
M-519.) V. E. Hense, S. M. Spice and others. 
OEMsr-975; Project Nos. NRC-29 and OD-74; 

OSRD No. 5142. General Motors Corporation. 

May 28, 1945. 

205 Flame Hardening 

Ml Effects of flame hardening on the ballistic prop¬ 
erties of pre-heat treated homogeneous armor 
plate. (Final Report No. M-329.) E. L. Bartholo- 300 
mew, Jr., M. S. Burton and others. OEMsr-547; 

Project Nos. NRC-23 and OD-88; OSRD No. 4110. 
Massachusetts Institute of Technology. September 
5, 1944. 

206 Non-Magnetic Armor Steel 301 

Ml Effect of alloying elements upon the physical and 
magnetic properties of Hadfield’s steel for armor 
plate. (Report No. 138, to November 11, 1941.) 

John Chipman. Project Nos. B-104, NO-B13 and 
AC-6-2; OSRD No. 191. Massachusetts Institute 
of Technology. December 6, 1941. 

M2 Ballistic tests on some experimental non-magnetic 
steels for armor plate. (Report No. M-2.) John 
Chipman and A. R. Kaufman. OEMsr-190 and 


OEMsr-185; OSRD No. 480. Massachusetts Insti¬ 
tute of Technology. March 10, 1942. 

M3 Non-magnetic steels for armor plate. (Final Re¬ 
port No. M-14.) John Chipman, A. R. Kaufman 
and Morris Cohen. OEMsr-190; Project Nos. 
B-104 and AC-6; OSRD No. 822. Massachusetts 
Institute of Technology. August 25, 1942. 

Heat Treatment 

Ml Heat treatment of National Emergency steels for 
use in tanks, combat cars, gun mounts and other 
ordnance materiel. (Progress Report No. M-126.) 
A. L. Boegehold and E. W. Weinman. Project 
Nos. NRC-55 and OD-115; OSRD No. 1768. Gen¬ 
eral Motors Corporation. September 1, 1943. 

M2 Heat treatment of National Emergency steels for 
use in tanks, combat cars, gun mounts and other 
ordnance materiel. (Progress Report No. M-180.) 
E. W. Weinman and A. L. Boegehold. OEMsr- 
1120; Project Nos. NRC-55 and OD-115; OSRD 
No. 3056. General Motors Corporation. Decem¬ 
ber 28, 1943. 

M3 Heat treatment of National Emergency steels for 
use in tanks, combat cars, gun mounts and other 
ordnance materiel. (Progress Report No. M-277.) 
A. L. Boegehold and E. W. Weinman. OEMsr- 
1120; Project Nos. NRC-55 and OD-115; OSRD 
No. 3743. General Motors Corporation. June 1, 
1944. 

M4 Heat treatment of National Emergency steels for 
use in tanks, combat cars, gun mounts and other 
ordnance materiel. (Final Report No. M-404.) 

E. W. Weinman and A. L. Boegehold. OEMsr- 
1120; Project Nos. NRC-55 and OD-115; OSRD 
No. 4386. General Motors Corporation. Novem¬ 
ber 27, 1944. 

M5 Hardenability of cast steels for use in ordnance 
materiel. Part I, Mechanical properties and 
hardenability of heat-treated cast alloy steels. 
(Final Report No. M-541.) C. R. Wilks, Howard 
S. Avery and others. Research Project No. NRCr 
83A; OSRD No. 5439. American Brake Shoe and 
Foundry Company. August 9, 1945. 

GUNS AND GUN STEELS 

Ml Indexing of Division 18, NDRC reports. Reports 
on gun steels. (Advisory Report No. M-650.) 
Katherine Forsyth. OEMsr-307; OSRD No. 6598. 
National Academy of Sciences. February 28, 1946. 

Gun Tube Steel 

Ml Steel for gun tubes. (Report No. M-3.) Robert F. 
Mehl. NDCrc-120; Project Nos. B-160, OD-34 and 
PDRC-42; OSRD No. 490. Carnegie Institute of 
Technology. March 15, 1942. 

M2 Steel for gun tubes. Part IV, A final summary. 
(Final Report No. M-62.) Cyril Wells and Robert 

F. Mehl. NDCrc-120 and OEMsr-143; Project 
Nos. OD-34-3, B-90 and B-160; OSRD No. 1329. 
Carnegie Institute of Technology. April 5, 1943. 



DIVISION 18 • MICROFILM LIST 


523 


301.1 


301.2 


302 


302.1 


302.2 


M3 Acceptance tests for plain carbon steel gun forg¬ 
ings and other ordnance forgings. (Final Report 
No. M-466.) Robert F. Mehl and Arthur H. 

Grobe. OEMsr-956; Project Nos. NRC-58 and 
OD-114; OSRD No. 5018. Carnegie Institute of 
Technology. May 3, 1945. 

Properties 

Ml Fatigue strength of selected gun steels under com¬ 
bined stress. Results of combined bending and 
torsion fatigue tests on SAE-X4340 steel. (Final 
Report No. M-61.) E. L. Eriksen and H. M. 

Hansen. OEMsr-152; Project Nos. B-189 and OD- 
34-10; OSRD No. 1523. University of Michigan. 

June 7, 1943. 

Cracking and Fractures 

Ml Steel for gun tubes. Part I, The significance of 
angular fractures. (Final Report No. M-22.) Rob¬ 
ert F. Mehl and Cyril Wells. NDCrc-120 and 
OEMsr-143; Project Nos. B-90, B-160 and OD-34-3; 

OSRD No. 1009. Carnegie Institute of Tech¬ 
nology. November 23, 1942. 

Wrought Gun Tubes 

Ml Steel for gun tubes. Part II, Acceptance tests for 
wrought gun tubes. (Final Report No. M-29.) 

Cyril Wells and Robert F. Mehl. NDCrc-120 and 
OEMsr-143; Project Nos. B-90, B-160 and OD-34-3; 302.3 

OSRD No. 1163. Carnegie Institute of Tech¬ 
nology. January 22, 1943. 

Manufacture (Basic Open Hearth) 

Ml Control of basic open hearth practice in manu¬ 
facture of wrought gun tubes. (Progress Report 
No. M-94.) W. G. Hildorf, J. G. Mravec and John 
Welchner. OEMsr-909; Project Nos. NRC-50 and 
OD-34-3; OSRD No. 1742. Timken Roller Bearing 
Company. August 24, 1943. 

M2 Control of basic open hearth practice in manu¬ 
facture of wrought gun tubes. (Progress Report 
No. M-142.) W. G. Hildorf, J. G. Mravec and 
John Welchner. OEMsr-909; Project Nos. NRC-50 
and OD-34-3; OSRD No. 1972. Timken Roller 
Bearing Company. October 26, 1943. 302.4 

M3 Control of basic open hearth melting practice for 
the manufacture of wrought gun tubes. (Progress 
Report No. M-229.) W. G. Hildorf, J. G. Mravec 
and John Welchner. OEMsr-909; Project Nos. 

NRC-50 and OD-34-3; OSRD No. 3434. Timken 
Roller Bearing Company. March 20, 1944. 

M4 Control of basic open hearth melting practice for 
the manufacture of wrought gun tubes. (Final 
Report No. M-420.) J. G. Mravec, John Welch¬ 
ner and W. G. Hildorf. OEMsr-909; Project Nos. 

NRC-50 and OD-34-3; OSRD No. 4497. Timken 
Roller Bearing Company. December 19, 1944. 

Ductility 

Ml Steel for gun tubes. Part III, The effect of 


homogenization on the transverse ductility of 
wrought gun tubes. (Final Report No. M-43.) 
Cyril Wells and Robert F. Mehl. OEMsr-143 and 
NDCrc-120; Project Nos. B-90, B-160 and OD-34-3; 
OSRD No. 1207. Carnegie Institute of Tech¬ 
nology. February 10, 1943. 

M2 Improvement in wrought gun tubes. Part V, Effect 
of forging reduction on average ductility. Reduc¬ 
tion of area, transverse and longitudinal. (Final 
Report No. M-561.) Robert F. Mehl, Cyril Wells 
and C. V. Klimas. OEMsr-771; Project Nos. 
NRC-38 and OD-34-3; OSRD No. 5455. Carnegie 
Institute of Technology. August 16, 1945. 

M3 Improvement in wrought gun tubes. Part VI, 
Effect of reheat treatment (requench and draw) 
and redraw on transverse ductility. (Final Report 
No. M-562.) Robert F. Mehl, Cyril Wells and 
others. OEMsr-771; Project Nos. NRC-38 and 
OD-34-3; OSRD No. 5476. Carnegie Institute of 
Technology. August 21, 1945. 

M4 Improvement in wrought gun tubes. Part VII, 
Effect of upsetting on average transverse ductility 
in seamless gun tubes. (Final Report No. M-563.) 
Robert F. Mehl, Cyril Wells and C. V. Klimas. 
OEMsr-771; Project Nos. NRC-38 and OD-34-3; 
OSRD No. 5477. Carnegie Institute of Tech¬ 
nology. August 21, 1945. 

Operating Characteristics of Specifications WVXS 

Ml Improvement in wrought gun tubes. Part I, Oper¬ 
ating characteristics of specification WVXS-78. 
(Volumes I and II. Final Report No. M-537.) 
Cyril Wells, Robert F. Mehl and others. OEMsr- 
771; Project Nos. NRC-38 and OD-34-3; OSRD No. 
5420. Carnegie Institute of Technology. August 
6, 1945. 

M2 Improvement in wrought gun tubes. Part VIII, 
Operating characteristics of specification WVXS-88 
and specification WVXS-95. (Final Report No. 
M-564.) Robert F. Mehl, Cyril Wells and C. V. 
Klimas. OEMsr-711; Project Nos. NRC-38 and 
OD-34-3; OSRD No. 6386. Carnegie Institute of 
Technology. December 5, 1945. 

Tensile and Impact Properties 

Ml Improvement in wrought gun tubes. Part II, Effect 
of the angle of test, relative to fiber direction, on 
the tensile and impact properties of quenched and 
tempered steel forgings. (Final Report No. M-549.) 
Robert F. Mehl, Arthur H. Grobe and Cyril Wells. 
OEMsr-771; Project Nos. NRC-38 and OD-34-3; 
OSRD No. 5453. Carnegie Institute of Tech¬ 
nology. August 16, 1945. 

M2 Improvement in wrought gun tubes. Part III, 
Linear correlations among the tensile and impact 
properties in quenched-out gun tubes. (Final Re¬ 
port No. M-556.) Robert F. Mehl, Cyril Wells 
and others. OEMsr-771; Project Nos. NRC-38 and 
OD-34-3; OSRD No. 5454. Carnegie Institute of 
Technology. August 16, 1945. 



524 


DIVISION 18 • MICROFILM LIST 


302.5 Heat Treatment 

Ml An investigation of the metallographic and physi¬ 
cal properties of new types of gun steels. (Progress 
Report No. M-130.) Alexander R. Troiano. 

OEMsr-724; Project Nos. OD-34-3 and NRC-36; 
OSRD No. 1840. University of Notre Dame. Sep¬ 
tember 20, 1943. 

M2 An investigation of the metallographic and physi¬ 
cal properties of new types of gun steels. (Final 
Report No. M-239.) Alexander R. Troiano. 

OEMsr-724; Project Nos. NRC-36 and OD-34-3; 

OSRD No. 3513. University of Notre Dame. 

April 10, 1944. 

M3 Prevention of cracking in gun tubes. (Final Report 
No. M-555.) Robert F. Mehl, Cyril Wells and 
others. OEMsr-1265; Project Nos. NRC-80 and 
OD-34-3; OSRD No. 5383. Carnegie Institute of 
Technology. July 30, 1945. 

M4 Time-temperature-hardness relations in new gun 
steels. (Final Report No. M-495.) G. R. Fitterer 
and William M. O’Donnell. OEMsr-1350; Project 
Nos. NRC-85 and OD-34-3; OSRD No. 5491. Uni¬ 
versity of Pittsburgh. August 27, 1945. 

302.6 Miscellaneous Wrought Gun Tube Problems 

Ml Improvement in wrought gun tubes. Yield strength 
in wrought gun tubes. (Progress Report No. 
M-146.) Cyril Wells and Robert F. Mehl. OEMsr- 
771; Project Nos. NRC-38 and OD-34-3; OSRD No. 
1908. Carnegie Institute of Technology. October 
8, 1943. 

M2 Improvement in wrought gun tubes. Part IV, Re¬ 
lation between transverse reduction of area and 
performance in six 37-mm M-6 gun tubes. (Final 
Report No. M-558.) Cyril Wells and Robert F. 
Mehl. OEMsr-771; Project Nos. NRC-38 and 
OD-34-3; OSRD No. 6385. Carnegie Institute of 
Technology. December 5, 1945. 

303 Gun Steel Ingot Practices 

Ml Improvement in gun steel ingot practice. Classi¬ 
fication of bore defects in seamless gun tubes. 
(Progress Report No. M-136. Revised.) Robert F. 
Mehl, K. L. Fetters and J. W. Spretnak. OEMsr- 
755; Project Nos. NRC-39 and OD-34-3; OSRD No. 
5052. Carnegie Institute of Technology. Revised: 
March 20, 1944. 

M2 Improvement in gun steel ingot practices. Part I, 
Statistical and laboratory studies. (Final Report 
No. M-343.) Robert F. Mehl, J. W. Spretnak and 
C. F. Sawyer. OEMsr-755; Project Nos. NRC-39 
and OD-34-3; OSRD No. 4122. Carnegie Institute 
of Technology. August 28, 1944. 

M3 Improvement in gun steel ingot practice. Part II, 
Plant experiments. (Final Report No. M-540.) 
Robert F. Mehl, J. W. Spretnak and C. F. Sawyer. 
OEMsr-755; Project Nos. NRC-39 and OD-34-3; 
OSRD No. 5438. Carnegie Institute of Tech¬ 
nology. August 13, 1945. 

M4 Improvement in gun steel ingot practice. Part III, 


Solidification of steel ingots. (Final Report No. 
M-557.) Robert F. Mehl and J. W. Spretnak. 
OEMsr-755; Project Nos. NRC-39 and OD-34-3; 
OSRD No. 5919. Carnegie Institute of Tech¬ 
nology. September 24, 1945. 

M5 Improvement in gun steel ingot practice. Part IV, 
Firing tests on seamless gun tubes with bore de¬ 
fects. (Final Report No. M-550.) Robert F. Mehl, 
Cyril Wells and J. W. Spretnak. OEMsr-755; 
Project Nos. NRC-39 and OD-34-3; OSRD No. 
5935. Carnegie Institute of Technology. Septem¬ 
ber 25, 1945. 

304 High-Strength Gun Steels 

Ml Development of high-strength gun steels. (Prog¬ 
ress Report No. M-434.) D. L. Edlund. OEMsr- 
1286; Project Nos. NRC-81 and OD-34-3; OSRD 
No. 4457. Vanadium Corporation of America. 
December 12, 1944. 

M2 Development of high-strength gun steels. (Final 
Report No. M-649.) D. L. Edlund and T. L. 
Oberle. OEMsr-1286; Project Nos. NRC-81 and 
OD-34-3; OSRD No. 6597. Vanadium Corporation 
of America. February 28, 1946. 

400 AMMUNITION 

401 Armor-Piercing Capped Shot 

Ml Investigation of the use of special non-alloy steels 
for armor-piercing capped shot. Part I, Results of 
experimental work with two heats of Grainal- 
treated carbon steel for production of 37-mm 
armor-piercing capped shot. (Final Report No. 
M-195.) John S. Jackson, Donald P. Buswell and 
others. OEMsr-969; Project Nos. NRC-37 and 
OD-107; OSRD No. 3110. General Motors Cor¬ 
poration. January 10, 1944. 

M2 Investigation of the use of special non-alloy steels 
for armor-piercing capped shot. Part II, Results 
of experimental work directed toward production 
of a projectile possessing superior ballistic prop¬ 
erties. (Final Report No. M-256.) John S. Jackson, 
Donald P. Buswell and others. OEMsr-969; Proj¬ 
ect Nos. NRC-37 and OD-107; OSRD No. 3583. 
General Motors Corporation. April 15, 1944. 

402 Cartridge Brass 

402.1 Prevention of Stress-Corrosion Cracking 

Ml Prevention of stress-corrosion cracking of cartridge 
brass. (Progress Report No. M-27.) E. A. Ander¬ 
son, W. M. Peirce and others. OEMsr-645; Proj¬ 
ect Nos. NRC-27 and OD-25; OSRD No. 1038. 
New Jersey Zinc Company. December 10, 1942. 

M2 Prevention of stress-corrosion cracking of cartridge 
brass by protective coatings or surface treatment. 
(Progress Report No. M-54.) W. M. Peirce, E. A. 
Anderson and others. OEMsr-645; Project Nos. 
NRC-27 and OD-25; OSRD No. 1262. New Jersey 
Zinc Company. March 9, 1943. 



DIVISION 18 • MICROFILM LIST 


525 


M3 Prevention of stress-corrosion cracking of cartridge 
brass by protective coatings or surface treatment. 
(Progress Report No. M-81.) W. M. Peirce, E. A. 
Anderson and others. OEMsr-645; Project Nos. 
NRC-27 and OD-25; OSRD No. 1440. New Jersey 
Zinc Company. May 17, 1943. 

M4 Prevention of stress-corrosion cracking of cartridge 
brass by protective coatings or surface treatment. 
(Progress Report No. M-133.) W. M. Peirce and 
E. A. Anderson. OEMsr-645; Project Nos. NRC-27 
and OD-25; OSRD No. 1859. New Jersey Zinc 
Company. September 22, 1943. 

M5 Prevention of stress-corrosion cracking of cartridge 
brass by protective coatings or surface treatment. 
(Progress Report No. M-176.) W. M. Peirce and 
E. A. Anderson. OEMsr-645; Project Nos. NRC-27 
and OD-25; OSRD No. 3006. New Jersey Zinc 
Company. December 7, 1943. 

M6 Prevention of stress-corrosion cracking of cartridge 
brass by protective coatings or surface treatment. 
(Final Report No. M-240.) E. A. Anderson and 
W. M. Peirce. OEMsr-645; Project Nos. NRC-27 
and OD-25; OSRD No. 3534. New Jersey Zinc 
Company. April 3, 1944. 

M7 Prevention of stress-corrosion cracking of cartridge 
brass by protective coatings or surface treatment. 
(Final Report No. M-389. Supplement to Final 
Report No. M-240.) E. A. Anderson and W. M. 
Peirce. OEMsr-645; Project Nos. NRC-27 and 
OD-25; OSRD No. 4253. New Jersey Zinc Com¬ 
pany. October 12, 1944. 

402.2 Residual Stresses 

Ml Residual stresses in cold-drawn non-ferrous alloys. 
An X-ray study. (Part I. Final Report No. M-102.) 
H. V. Anderson and C. W. Tucker. OEMsr-208; 
Project Nos. B-220 and OD-25; OSRD No. 1633. 
Lehigh University. July 28, 1943. 

M2 Residual stresses in cold-drawn non-ferrous alloys. 
An X-ray study. (Part II. Final Report No. M-267.) 
C. W. Tucker, G. D. Nelson and others. OEMsr- 
208; Project Nos. B-220 and OD-25; OSRD No. 
3599. Lehigh University. May 1, 1944. 

M3 Residual stresses in cold-drawn non-ferrous alloys. 
An X-ray study. (Part III. Final Report No. M-366.) 
C. W. Tucker, G. D. Nelson and H. V. Anderson. 
OEMsr-208; Project Nos. B-220 and OD-25; OSRD 
No. 4208. Lehigh University. October 4, 1944. 
M4 Residual stresses in cold-drawn non-ferrous alloys. 
An X-ray study. (Part IV. Final Report No. M-423.) 
C. W. Tucker, G. D. Nelson and H. V. Anderson. 
OEMsr-208; Project Nos. B-220 and OD-25; OSRD 
No. 4475. Lehigh University. December 11, 1944. 
M5 Residual stresses in cold-drawn non-ferrous alloys. 
An X-ray study. (Part V. Final Report No. M-482.) 
C. W. Tucker, G. D. Nelson and H. V. Anderson. 
OEMsr-208; Project Nos. B-220 and OD-25; OSRD 
No. 4764. Lehigh University. March 15, 1945. 
M6 Residual stresses in cold-drawn non-ferrous alloys. 


An X-ray study. (Part VI. Final Report No. M-531.) 
C. W. Tucker, G. D. Nelson and H. V. Anderson. 
OEMsr-208; Project Nos. B-220 and OD-25; OSRD 
No. 5226. Lehigh University. June 18, 1945. 

402.3 Density-Volume Changes 

Ml Density-volume changes associated with phase 
changes in cartridge brass. (Final Report No. 
M-217.) R. L. Dowdell. OEMsr-1084; Project Nos. 
NRC-62 and OD-117; OSRD No. 3624. Univer¬ 
sity of Minnesota. May 13, 1944. 

403 Driving Bands for Projectiles 

Ml Bi-metallic copper-steel driving bands for pro¬ 
jectiles. Part I, Experimental driving bands for 
the naval 40-mm projectile. Part II, Centrifugal 
casting of duplex copper-steel tubing for driving 
bands. (Final Report No. M-297.) Lyall Zickrick, 
Alfred Boyles and A. E. Schuh. OEMsr-1048; 
Project Nos. NRC-60, NRC-26 and NO-159; OSRD 
No. 3885. General Electric Company and US 
Pipe and Foundry Company. July 11, 1944. 

M2 Bi-metallic copper-steel driving bands for pro¬ 
jectiles. (Part III. Final Report No. M-388.) Lyall 
Zickrick. OEMsr-1048; Project Nos. NRC-60 and 
NO-159; OSRD No. 5118. General Electric Com- 
pany. May 24, 1945. 

403.1 Foreign 

Ml Material and placement of German rotating bands. 
Technical Report No. 394-45.) R. T. Wright. 
US Naval Technical Mission in Europe. August, 
1945. 

500 METALS FOR HIGH-TEMPERATURE SERVICE 

501 Properties 

Ml Properties of sheet materials for high-temperature 
service. (Advisory Report No. M-655.) Howard C. 
Cross. OEMsr-307; Survey Project No. SP-31; 
OSRD No. 6602. National Academy of Sciences. 
March 15, 1946. 

502 Gas Turbines and Turbo-Superchargers 

502.1 Heat-Resisting Metals 

Ml Compilation of current data on selected alloys suit¬ 
able for high-temperature service in gas turbine 
and supercharger parts. (Report No. M-12.) How¬ 
ard C. Cross, W. C. Stewart and W. J. McCann. 
OEMsr-307; Service Project No. N-102; OSRD No. 
722. National Academy of Sciences. July 22, 1942. 
M2 Heat-resisting metals for gas turbine parts. (Prog¬ 
ress Report No. M-16.) Howard C. Cross. Project 
Nos. NRC-8 and N-102; OSRD No. 939. War 
Metallurgy Committee. October 7, 1942. 

M3 Heat-resisting metals for gas turbine parts. (Prog¬ 
ress Report No. M-60.) Howard C. Cross. Project 



526 


DIVISION 18 . MICROFILM LIST 


Nos. NRC-8, NRC-41 and N-102; OSRD No. 1337. 

War Metallurgy Committee. April 12, 1943. 

M4 Heat-resisting metals for gas turbine parts. (Prog¬ 
ress Report No. M-147.) Howard C. Cross. Project 
Nos. NRC-8, NRC-41 and N-102; OSRD No. 1871. 

War Metallurgy Committee. October 1, 1943. 

M5 Survey of data on alloys developed for turbo¬ 
supercharger and gas turbine applications. (Ad¬ 
visory Report No. M-178.) Richard F. Miller and 
Howard C. Cross. OEMsr-478; OEMsr-447 and 
others; Project Nos. NRC-8 and N-102; OSRD No. 

3042. American Brake Shoe and Foundry Com¬ 
pany, Battelle Memorial Institute and others. 
December 27, 1943. 

M6 Heat-resisting metals for gas turbine parts. (Prog¬ 
ress Report No. M-280.) Howard C. Cross and 
Ward F. Simmons. OEMsr-447; OEMsr-478 and 
others; Project Nos. NRC-8 and N-102; OSRD No. 

3651. Battelle Memorial Institute, American Brake 
Shoe and Foundry Company and others. May 10, 

1944. 

M7 Machining data on heat-resisting metals for gas 
turbine parts. (Progress Report No. M-451.) How¬ 
ard C. Cross. OEMsr-447; Project Nos. NRC-8 and 
N-102; OSRD No. 4554. Battelle Memorial Insti¬ 
tute. January 10, 1945. 

M8 Heat-resisting metals for gas turbine parts. (Prog¬ 
ress Report No. M-477.) Howard C. Cross and 
Ward F. Simmons. OEMsr-447, OEMsr-478 and 
others; Project Nos. NRC-8 and N-102; OSRD No. 503 
4717. Battelle Memorial Institute, American 
Brake Shoe and Foundry Company and others. 
February 20, 1945. 

M9 Heat-resisting metals for gas turbine parts. A 
metallurgical investigation of a large forged disc 
of low-carbon N-155 alloy. (Final Report No. 
M-617.) J. W. Freeman and Howard C. Cross. 
OEMsr-466, OEMsr-478 and others. Project Nos. 

NRC-8 and N-102; OSRD No. 6427. University of 
Michigan, American Brake Shoe and Foundry 
Company and others. August 4, 1945. 

M10 Heat-resisting metals for gas turbine parts. Ex¬ 
perimental alloys for high-temperature service. 

(Final Report No. M-657.) D. L. Edlund and 
T. L. Oberle. OEMsr-527; Project Nos. NRC-8 
and N-102; OSRD No. 6564. Vanadium Corpora¬ 
tion of America. January 21, 1946. 

Mil Heat-resisting metals for gas turbine parts. (Final 
Report No. M-636.) Howard C. Cross and Ward 
F. Simmons. OEMsr-447, OEMsr-478 and others; 

Project Nos. NRC-8, NRC-41 and N-102; OSRD 
No. 6563. Battelle Memorial Institute, American 
Brake Shoe and Foundry Company and others. 
January 21, 1946. 


and N-102; OSRD No. 5044. Climax Molybdenum 
Company. May 7, 1945. 

M2 Heat-resisting metals for gas turbine parts. Chro¬ 
mium-base alloys. (Final Report No. M-656.) 
Robert M. Parke and Alvin J. Herzig. OEMsr- 
457; Project Nos. NRC-8 and N-102; OSRD No. 
6547. Climax Molybdenum Company. January 
21, 1946. 

Damping 

Ml Damping capacity of heat-resisting metals for gas 
turbine parts. (Progress Report No. M-260.) T. E. 
Pochapsky and W. J. Mase. OEMsr-447; Project 
Nos. NRC-8 and N-102; OSRD No. 3549. Battelle 
Memorial Institute. April 15, 1944. 

M2 Bibliography on the damping of metals. (Advisory 
Report No. M-659.) Howard C. Cross. OEMsr- 
307; Survey Project No. SP-33; OSRD No. 6603. 
National Academy of Sciences. February 20, 1946. 

Precision Casting 

Ml Experimental production of pilot static and cen¬ 
trifugal castings for the armed services. Part II, 
Precision casting of gas turbine diaphragms. (Final 
Report No. M-509.) Raymond H. Schaefer, James 
L. Hall and others. Project No. NRC-61A; OSRD 
No. 5333. American Brake Shoe and Foundry 
Company. July 12, 1945. 

Heat-Resistant Alloys for Ordnance, Aircraft and Naval 

Engine Parts 

Ml Heat-resistant alloys for ordnance materiel and 
aircraft and naval engine parts. Part I, Heat- 
resistant alloys of the 21 percent chromium ^nd] 
9 percent nickel type. (Final Report No. M-496.) 
Howard S. Avery and Earnshaw Cook. Project 
Nbs. NRC-84-A and N-102; OSRD No. 5263. 
American Brake Shoe and Foundry Company. 
June 29, 1945. 

M2 Heat-resistant alloys for ordnance materiel and 
aircraft and naval engine parts. Part II, Cobalt 
and nickel in 26 percent chromium alloys. (Final 
Report No. M-516.) F. S. Gardner, Howard S. 
Avery and Earnshaw Cook. Project Nos. NRC- 
84-A and N-102; OSRD No. 5334. American Brake 
Shoe and Foundry Company. July 12, 1945. 

Weldability of Heat-Resisting Alloys 

Ml Weldability of heat-resisting alloys. (Final Report 
No. M-626.) A. L. Feild, F. K. Bloom and G. E. 
Linnert. OEMsr-1466; Project Nos. NRC-90 and 
N-102; OSRD No. 6389. Rustless Iron and Steel 
Corporation. December 5, 1945. 


502.12 


502.13 


502.11 


Chromium-Base Alloys 505 

Ml Heat-resisting metals for gas turbine parts. Chro¬ 
mium-base alloys. (Progress Report No. M-510.) 

Robert M. Parke. OEMsr-457; Project Nos. NRC-8 


Metal and Ceramic Materials for Jet-Propulsion Devices 
Ml Metal and ceramic materials for jet-propulsion 
devices. (Final Report No. M-648.) Howard C. 
Cross. OEMsr-1345; Project Nos. NRC-88 and 




DIVISION 18 • MICROFILM LIST 


527 


AC-75; OSRD No. 6571. Battelle Memorial Insti¬ 
tute. January 31, 1946. 

600 WELDING 

Ml Indexing of Division 18, NDRC reports. Reports 
on the welding of armor plate, ordnance and struc¬ 
tural steels issued during the period of 1942 to 

1944. (Progress Report No. M-481.) Ralph H. 
Phelps and Helen L. Purdum. OEMsr-307; OSRD 
No. 5047. National Academy of Sciences. May 9, 

1945. 

601 Armor and Ordnance Welding 

Ml Studies and investigations in connection with re¬ 
search needs in the field of welding ordnance 
steels. (Report No. M-l.) R. H. Aborn and J. R. 
Stitt. OEMsr-68; Research Project No. B-150; 
OSRD No. 479. Ohio State University. January 
15, 1942. 

M2 Survey of literature and industrial practice in the 
welding of armor. (Report No. M-5.) R. H. Aborn, 
Hugo W. Hiemke and J. R. Stitt. OEMsr-68; 
Research Project No. B-150; OSRD No. 582. Ohio 
State University. April 30, 1942. 

M3 Survey of literature and industrial data on dila¬ 
tion characteristics of alloy steels used in ordnance 
and their significance in welding. (Report No. 
M-8.) J. R. Stitt and William R. Chedsey. 
OEMsr-68; Project Nos. B-150, OD-37-1 and OD- 
37-2; OSRD No. 771. Ohio State University. 
July 20, 1942. 

601.1 Arc Welding 

Ml Metallurgical factors of underbead cracking. (Tech¬ 
nical Publication No. 1847.) S. L. Hoyt, C. E. 
Sims and H. M. Banta. American Institute of 
Mining and Metallurgical Engineers. June, 1945. 

601.11 Face-Hardened Armor Plate 

Ml Survey of literature and industrial practice on 
precipitation hardening alloys in armor welding. 
(Report No. M-7.) J. R. Stitt and William R. 
Chedsey. OEMsr-68; Project Nos. B-150, OD-36-2 
and OD-36-3; OSRD No. 770. Ohio State Univer¬ 
sity. July 20, 1942. 

M2 The development of a process for manufacturing 
and welding face-hardened armor plate. (Final Re¬ 
port No. M-290.) R. B. Schenck, John S. Jackson 
and others. OEMsr-970; Project Nos. NRC-24 and 
OD-74; OSRD No. 3912. General Motors Corpora¬ 
tion. July 20, 1944. 

M3 The welding of face-hardened armor. (Final Re¬ 
port No. M-304.) Paul C. Cunnick, J. K. McDowell 
and others. Project Nos. OD-74 and NRC-16R; 
OSRD No. 4081. Rock Island Arsenal. August 
21, 1944. 

601.12 Back-Up Strips 

Ml Non-metallic welding back-up strips for armor 
plate joints. (Progress Report No. M-159.) C. R. 


Austin, S. L. Hoyt and others. OEMsr-979; Proj¬ 
ect Nos. OD-82 and NRC-59; OSRD No. 2080. 
Battelle Memorial Institute. November 23, 1943. 
M2 Non-metallic welding back-up strips for armor 
plate joints. (Progress Report No. M-200.) S. L. 
Hoyt, C. B. Voldrich and others. OEMsr-979; 
Project Nos. OD-82 and NRC-59; OSRD No. 3238. 
Battelle Memorial Institute. February 7, 1944. 

M3 Non-metallic back-up strips for armor plate joints. 
(Final Report No. M-220.) S. L. Hoyt, C. B. 
Voldrich and others. OEMsr-979; Project Nos. 
OD-82 and NRC-59; OSRD No. 3398. Battelle 
Memorial Institute. March 13, 1944. 

601.13 Electrodes 

601.131 Armor-Welding Electrodes 

Ml Development of armor-welding electrodes. Tests 
of Coast Metals, Inc. electrodes. (Progress Report 
No. M-15.) Everett C. Chapman. OEMsr-535; 
Project Nos. NRC-2 and OD-36-2; OSRD No. 918. 
Combustion Engineering Company, Inc. October 

I, 1942. 

M2 Development of armor-welding electrodes. Rela¬ 
tion of the composition of austenitic (20 Cr-10 Ni) 
electrodes to the physical and ballistic properties 
of armor weldments. (Progress Report No. M-101.) 
A. L. Feild, F. K. Bloom and G. E. Linnert. 
Project Nos. NRC-2 and OD-36-2; OSRD No. 1636. 
Rustless Iron and Steel Corporation. July 20, 
1943. 

M3 Survey of activity relative to the application of 
large-diameter austenitic electrodes to the welding 
of armor. (Advisory Report No. M-109.) G. S. 
Mikhalapov and J. H. Humberstone. OEMsr-307; 
Service Project Nos. OD-82 and OD-36-2; OSRD 
No. 1657. National Academy of Sciences. July 
29, 1943. 

M4 Armor-welding electrodes. Part I, Development of 
ferritic electrodes for welding of armor plate. Part 

II, Additional tests of ferritic armor-welding elec¬ 
trodes. (Special Progress Report No. M-97.) 
Everett C. Chapman, G. S. Mikhalapov and others. 
OEMsr-535 and OEMsr-307; Project Nos. NRC-22 
and OD-36-2; OSRD No. 1744. Combustion Engi¬ 
neering Company, Inc. and National Academy of 
Sciences. August 16, 1943. 

M5 Development of armor-welding electrodes. The 
effect of variations in chromium-nickel ratio and 
molybdenum content of austenitic (20 Cr-10 Ni) 
electrodes on properties of armor weldments. 
(Progress Report No. M-l82.) A. L. Feild, F. K. 
Bloom and G. E. Linnert. Project Nos. NRC-2R 
and OD-36-2; OSRD No. 3034. Rustless Iron and 
Steel Corporation. December 14, 1943. 

M6 Armor-welding electrodes and weldability of com¬ 
mercial armor plate. Welding of experimental 
H-plates with manganese-molybdenum electrodes. 
(Advisory Report No. M-185.) G. S. Mikhalapov, 
C. H. Jennings and J. H. Humberstone. OEMsr- 



528 


DIVISION 18 • MICROFILM LIST 


307; Project Nos. NRC-1 and OD-82; OSRD No. 
3057. National Academy of Sciences. December 
30, 1943. 

M7 Development of armor-welding electrodes. Influ¬ 
ence of the type of armor plate on the properties 
of armor weldments. (Final Report No. M-259.) 
A. L. Feild, F. K. Bloom and G. E. Linnert. Proj¬ 
ect Nos. NRC-2R and OD-36-2; OSRD No. 3641. 
Rustless Iron and Steel Corporation. May 6, 

1944. 

M8 Suggested specification for ferritic armor-welding 
electrode. Type NRC-2A. (Advisory Report No. 
M-345.) G. S. Mikhalapov and J. H. Humber- 
stone. OEMsr-307; Project Nos. NRC-2A and 
OD-36-2; OSRD No. 4060. National Academy 
of Sciences. August 17, 1944. 

M9 Weldability of commercial armor plate and devel¬ 
opment of armor-welding electrodes. Part I, The 
welding of experimental H-plates with NRC-2A 
type ferritic electrodes. Part II, The welding of 
an M-5 tank hull with NRC-2A ferritic electrodes. 
(Advisory Report No. M-507.) A. Mueller and 
H. J. Zoog. OEMsr-307; Project Nos. NRC-1 and 
OD-82; OSRD No. 5102. National Academy of 
Sciences. May 23, 1945. 

M10 Development of armor-welding electrodes. Effect 
of time and temperature of aging treatment on 
the physical properties of NRC-2A metal. (Advi¬ 
sory Report No. M-520.) C. D. Evans. OEMsr- 
307; Project Nos. NRC-2 and OD-36-2; OSRD No. 
5143. National Academy of Sciences. June 15, 

1945. 

Mil Development of armor-welding electrodes. Part I, 
Ferritic electrodes for welding of rolled armor 
plate. Part II, Ferritic electrodes for welding of 
cast armor. (Final Report No. M-643.) Everett C. 
Chapman and R. E. Lorentz, Jr. OEMsr-535; 
Project Nos. NRC-2 and OD-36-2; OSRD No. 
6592. Combustion Engineering Company, Inc. 
February 11, 1946. 

M12 Field service in the welding of high-strength struc¬ 
tural steel and in the repair welding of cast armor. 
(Advisory Report No. M-645.) H. J. Zoog. 
OEMsr-307; Project Nos. NRC-76 and OD-36-2; 
OSRD No. 6594. National Academy of Sciences. 
February 22, 1946. 

601.132 Electrode Coatings 

Ml Development of improved electrode coatings. 

(Progress Report No. M-371.) C. B. Voldrich, 
P. J. Rieppel and others. OEMsr-1270; Project 
Nos. NRC-76 and OD-36-2; OSRD No. 4394. Bat- 
telle Memorial Institute. November 12, 1944. 

M2 Development of improved electrode coatings. 

(Progress Report No. M-500.) P. J. Rieppel, 
M. W. Mallett and others. OEMsr-1270; Project 
Nos. NRC-76 and OD-36-2; OSRD No. 5101. Bat- 
telle Memorial Institute. May 19, 1945. 

M3 Development of improved electrode coatings. 


Part I, Fundamentals of weld metal porosity. 
(Final Report No. M-627.) P. J. Rieppel, M. W. 
Mallett and others. OEMsr-1270; Project Nos. 
NRC-76 and OD-36-2; OSRD No. 6549. Battelle 
Memorial Institute. January 22, 1946. 

M4 Development of improved electrode coatings. 
Part II, Development of alternating current¬ 
welding electrodes for high-strength structural use. 
(Final Report No. M-628.) C. B. Voldrich, D. C. 
Martin and H. W. Russell. OEMsr-1270; Project 
Nos. NRC-76 and OD-36-2; OSRD No. 6550. Bat¬ 
telle Memorial Institute. January 22, 1946. 

601.133 Ferritic Electrodes 

Ml Weldability of commercial armor plate. Post- 
ballistic comparison of manganese-molybdenum 
ferritic electrodes within and without the NRC- 
2A specification. (Progress Report No. M-640.) 
W. G. Benz, R. F. Campbell and others. OEMsr- 
552; Project Nos. NRC-1 and OD-82; OSRD No. 
6585. Federal Shipbuilding and Dry Dock Com¬ 
pany. February 6, 1946. 

M2 Weldability of commercial armor plate. Post- 
ballistic examination of 0.5 inch H-plate manually 
welded with NRC-2A type ferritic electrode. 
(Progress Report No. M-635.) W. G. Benz, R. F. 
Campbell and others. OEMsr-552; Project Nos. 
NRC-1 and OD-82; OSRD No. 6583. Federal 
Shipbuilding and Dry Dock Company. February 
6, 1946. 

601.134 Austenitic Electrodes 

Ml Weldability of commercial armor plate. Investiga¬ 
tion of welded H-plates from the 1942-1943 Ca¬ 
nadian cold test. Part II, H-plates manually welded 
with austenitic Cr-Ni-Mn electrodes. (Progress Re¬ 
port No. M-298.) A. P. Gagnebin and L. L. Seigle. 
OEMsr-552; Project Nos. NRC-1 and OD-82; OSRD 
No. 3819. Federal Shipbuilding and Dry Dock 
Company. June 14, 1944. 

M2 Weldability of commercial armor plate. Investiga¬ 
tion of welded H-plates from the 1942-1943 Ca¬ 
nadian cold test. Part III, H-plates manually 
welded with austenitic Cr-Ni-Mn electrodes. (Prog¬ 
ress Report No. M-369.) O. O. Miller and R. H. 
Aborn. OEMsr-552; Project Nos. NRC-1 and 
OD-82; OSRD No. 4165. Federal Shipbuilding 
and Dry Dock Company. September 23, 1944. 

601.14 Direct Explosion Test 

Ml Direct explosion test for welded armor plate. 

(Progress Report No. M-41.) W. O. Snelling. 
OEMsr-712; Project Nos. NRC-25 and OD-76; 
OSRD No. 1206. Trojan Powder Company. Feb¬ 
ruary 10, 1943. 

M2 Direct explosion test for welded armor plate. 

Part I, Development of direct explosion test equip¬ 
ment and procedure. Part II, Analysis of explo¬ 
sion test data. (Progress Report No. M-163.) W. O. 



DIVISION 18 • MICROFILM LIST 


529 


Snelling, G. S. Mikhalapov and C. H. Jennings. 
OEMsr-712 and OEMsr-307; Project Nos. NRC-25 
and OD-76; OSRD No. 2083. Trojan Powder 
Company and National Academy of Sciences. 
November 23, 1943. 

M3 Direct explosion test for welded armor and ship 
plate. Part I, Armor plate. (Final Report No. 
M-446.) W. A. Snelling and W. O. Snelling. 
OEMsr-712; Project Nos. NS-255, NRC-25 and OD- 
76; OSRD No. 4655. Trojan Powder Company. 
January 23, 1945. 

M4 Direct explosion test for welded armor and ship 
plate. Part II, Prime and welded plate. (Final 
Report No. M-622.) W. A. Snelling and W. O. 
Snelling. OEMsr-712; Project Nos. NRC-25 and 
NS-255; OSRD No. 6382. Trojan Powder Com¬ 
pany. December 5, 1945. 

601.15 Stress Relief 

Ml Evaluation and relief of residual stresses in welded 
ordnance structures. (Report No. M-9.) J. R. Stitt 
and William R. Chedsey. OEMsr-68; Project Nos. 
B-150, OD-34-1 and OD-34-2; OSRD No. 814. 
Ohio State University. July 29, 1942. 

M2 Weldability of commercial armor plate. The in¬ 
fluence of thermal stress relief on the hardness of 
five types of 114 -inch rolled armor. (Progress Re¬ 
port No. M-73.) R. H. Aborn and R. E. Brien. 
OEMsr-552; Project Nos. NRC-1 and OD-82; 
OSRD No. 1468. Federal Shipbuilding and Dry 
Dock Company. May 14, 1943. 

M3 Stress relief of weldments for machining stability. 
(Part I. Final Report No. M-172.) J. R. Stitt. 
OEMsr-399; Project Nos. NRC-3 and OD-34-2; 
OSRD No. 3032. Ohio State University. Decem¬ 
ber 22, 1943. 

M4 Stress relief of welded joints. (Final Report No. 
M-230.) Paul C. Cunnick and J. K. McDowell. 
Project Nos. NRC-17R and OD-34-2; OSRD No. 
3406. Rock Island Arsenal. March 15, 1944. 

M5 Stress relief of weldments for machining stability. 
(Part II. Final Report No. M-379.) J. R. Stitt. 
OEMsr-399; Project Nos. NRC-3 and OD-34-2; 
OSRD No. 4198. Ohio State University. Septem¬ 
ber 29, 1944. 

601.16 Locked-Up Stresses 

Ml Effect of locked-up stresses on ballistic perform¬ 
ances of welded armor. (Part I. Final Report No. 
M-244.) Daniel Rosenthal, J. R. Clark and others. 
OEMsr-877; Project Nos. NRC-53 and OD-106; 
OSRD No. 3580. Massachusetts Institute of Tech¬ 
nology. April 18, 1944. 

M2 Effect of locked-up stresses on ballistic perform¬ 
ance of welded armor. Investigation of the stress 
distribution across the thickness of weld. (Progress 
Report No. M-392.) John T. Norton, Daniel 
Rosenthal and S. B. Maloof. OEMsr-877; Project 
Nos. NRC-53 and OD-106; OSRD No. 4395. 


Massachusetts Institute of Technology. Novem¬ 
ber 24, 1944. 

M3 Effect of locked-up stresses on ballistic perform¬ 
ance of welded armor. (Part II. Final Report No. 
M-421.) John T. Norton, Daniel Rosenthal and 
S. B. Maloof. OEMsr-877; Project Nos. NRC-53 
and OD-106; OSRD No. 4396. Massachusetts In¬ 
stitute of Technology. November 24, 1944. 

601.17 Weldability 

Ml Guide to weldability of steels. (Report No. M-53.) 
(n.a.) OEMsr-307; OSRD No. 1276. National 
Academy of Sciences. March 11, 1943. 

M2 Evaluation of weldability by direct measurement 
of cooling rates. The measurement of cooling rates 
associated with arc welding and their application 
to the selection of optimum welding conditions. 
(Final Report No. M-68.) Wendell F. Hess, L. L. 
Merrill and others. OEMsr-396; Project Nos. 
NRC-10 and OD-37-1; OSRD No. 1405. Rens¬ 
selaer Polytechnic Institute. April 30, 1943. 

M3 Evaluation of weldability by correlation of elec¬ 
trical and heat constants. Determination of cooling 
curves and analysis of heat transfer in arc welding 
of plates. (Final Report No. M-92.) Victor Pasch- 
kis. OEMsr-494; Project Nos. NRC-11 and OD- 
37-1; OSRD No. 1550. Columbia University. 
June 28, 1943. 

M4 Methods of testing weldability of steel plates and 
shapes. (Part II. Final Report No. M-398.) R. D. 
Stout, S. S. Tor and others. OEMsr-1064; Research 
Project No. NRC-66; OSRD No. 4529. Lehigh 
University. January 2, 1945. 

601.171 Commercial Armor Plate 

Ml Weldability of commercial armor plate. Part I, 
The evaluation of welding procedure and tech¬ 
nique in terms of ballistic tests. Part II, Investiga¬ 
tion of the ballistic response of ferritic welds. 
(Progress Report No. M-45.) G. S. Mikhalapov, 
R. H. Aborn and others. OEMsr-552; Project Nos. 
NRC-1 and OD-82; OSRD No. 1165. Federal 
Shipbuilding and Dry Dock Company. January 
26, 1943. 

M2 Weldability of commercial armor plate. A pre¬ 
liminary investigation of residual stress in a 
welded H-plate. (Progress Report No. M-232.) 
R. H. Pierce, Jr., W. G. Benz and R. H. Aborn. 
OEMsr-552; Project Nos. NRC-1 and OD-82; 
OSRD No. 3348. Federal Shipbuilding and Dry 
Dock Company. March 8, 1944. 

M3 Weldability of commercial armor plate. Investi¬ 
gation of welded H-plates from the 1942-1943 
Canadian cold test. Part I, H-plates welded by 
the Unionmelt process. (Progress Report No. 
M-265.) R. H. Aborn. OEMsr-552; Project Nos. 
NRC-1 and OD-82; OSRD No. 3514. Federal 
Shipbuilding and Dry Dock Company. April 20, 
1944. 



RET 







530 


DIVISION 18 . MICROFILM LIST 


M4 Weldability of commercial armor plate. Isothermal 
transformation diagram of NRC-2A weld metal. 
(Progress Report No. M-435.) O. O. Miller, F. C. 
Kristufek and R. H. Aborn. OEMsr-552; Project 
Nos. NRC-1 and OD-82; OSRD No. 4478. Federal 
Shipbuilding and Dry Dock Company. December 
19, 1944. 

M5 Weldability of commercial armor plate. Develop¬ 
ment of ferritic weld metal for repair of thick 
cast armor. Part I, Investigation of thirteen pre¬ 
liminary experimental weld metals. (Progress Re¬ 
port No. M-631.) O. O. Miller, F. C. Kristufek 
and R. H. Aborn. OEMsr-552; Project Nos. 
NRC-1 and OD-36-2; OSRD No. 6366. Federal 
Shipbuilding and Dry Dock Company. December 
5, 1945. 

M6 Weldability of commercial armor plate. (Final Re¬ 
port No. M-642.) O. O. Miller, W. G. Benz and 
others. OEMsr-552; Project Nos. NRC-1, OD-82 
and OD-36-2; OSRD No. 6567. Federal Ship¬ 
building and Dry Dock Company. January 15, 
1946. 

M7 Weldability of commercial armor plate. Develop¬ 
ment of ferritic weld metal for repair of thick 
cast armor. Part II, Experimental weld metals for 
repair of 6-inch armor. (Progress Report No. 
M-641.) O. O. Miller, F. C. Kristufek and others. 
OEMsr-552; Project Nos. NRC-1 and OD-36-2; 
OSRD No. 6584. Federal Shipbuilding and Dry 
Dock Company. February 6, 1946. 

M8 Weldability of commercial armor plate. Isothermal 
and cooling transformation diagrams of NRC-2A 
weld metal. (Progress Report No. M-658.) O. O. 
Miller, F. C. Kristufek and R. H. Aborn. OEMsr- 
552; Project Nos. NRC-2A and OD-82; OSRD No. 
6586. Federal Shipbuilding and Dry Dock Com¬ 
pany. February 6, 1946. 

601.172 Direct Welding Tests 

Ml Evaluation of weldability by direct welding tests. 
(Final Report No. M-64.) Gilbert E. Doan, John 
H. Frye, Jr. and others. OEMsr-445; Project Nos. 
NRC-9 and OD-37-1; OSRD No. 1427. Lehigh 
University. April 30, 1943. 

M2 Evaluation of weldability by direct welding tests. 
The quantitative measurement of welding response 
by bead welds. (Report No. M-201. Supplement 
to Final Report No. M-64.) Gilbert E. Doan, 
R. D. Stout and S. S. Tor. OEMsr-445; Project 
Nos. NRC-9 and OD-37-1; OSRD No. 3537. Lehigh 
University. April 7, 1944. 

601.173 Oxygen Cutting 

Ml Effect of oxygen cutting on weldability of armor 
plate. (Progress Report No. M-285.) F. C. Saacke, 
F. N. Stone and others. OEMsr-1187; Project Nos. 
NRC-71 and OD-136; OSRD No. 3915. Air Re¬ 
duction Company, Inc. June 16, 1944. 

M2 Effect of oxygen cutting on weldability of armor 
plate. (Final Report No. M-633.) F. C. Saacke, 


C. J. Sullivan and J. J. Crowe. OEMsr-1187; 
Project Nos. NRC-71 and OD-136; OSRD No. 
6570. Air Reduction Company, Inc. January 29, 
1946. 

601.174 Crack Sensitivity 

Ml Evaluation of factors affecting crack sensitivity of 
welded joints. Part I, The effect of welding vari¬ 
ables and restraint upon the stresses produced in 
arc-welded joints. (Final Report No. M-352.) 
Wendell F. Hess, E. F. Nippes, Jr. and others. 
OEMsr-1030; Research Project No. NRC-65; 
OSRD No. 4383. Rensselaer Polytechnic Institute. 
November 13, 1944. 

M2 Evaluation of factors affecting crack sensitivity of 
welded joints. Part II, Measurements of stresses 
at the threshold of cracking of first-pass weld 
metal. (Final Report No. M-455.) Wendell F. 
Hess, E. F. Nippes, Jr. and A. P. Bunk. OEMsr- 
1030; Research Project No. NRC-65; OSRD No. 
4900. Rensselaer Polytechnic Institute. April 5, 
1945. 

601.2 Flash Welding 

601.21 Welding of Aluminum 

Ml Flash welding of aluminum. (Advisory Report No. 
M-393.) C. B. Smith. OEMsr-307; Survey Project 
No. SP-23; OSRD No. 4397. National Academy 
of Sciences. November 17, 1944. 

601.22 Welding of Alloy Steels for Ordnance 

Ml Flash welding of alloy steels for ordnance. (Prog¬ 
ress Report No. M-79.) H. W. Gillett, C. B. 
Voldrich and R. W. Bennett. OEMsr-451; Project 
Nos. NRC-13 and OD-86; OSRD No. 1514. Bat- 
telle Memorial Institute. June 4, 1943. 

M2 Flash welding of alloy steels for ordnance. (Prog¬ 
ress Report No. M-115.) H. W. Gillett, C. B. 
Voldrich and R. W. Bennett. OEMsr-451; Project 
Nos. NRC-13 and OD-86; OSRD No. 1759. Bat- 
telle Memorial Institute. August 30, 1943. 

M3 Flash welding of alloy steels for ordnance. (Prog¬ 
ress Report No. M-227.) H. W. Gillett, C. B. 
Voldrich and R. W. Bennett. OEMsr-451; Project 
Nos. NRC-13 and OD-86; OSRD No. 3424. Bat- 
telle Memorial Institute. March 23, 1944. 

M4 Flash welding of alloy steels for ordnance. (Prog¬ 
ress Report No. M-258.) C. B. Voldrich, R. W. 
Bennett and others. OEMsr-451; Research Project 
No. NRC-13; OSRD No. 3675. Battelle Memorial 
Institute. April 22, 1944. 

M5 Flash welding of alloy steels for ordnance. (Prog¬ 
ress Report No. M-271.) C. B. Voldrich, R. W. 
Bennett and P. J. Rieppel. OEMsr-451; Research 
Project No. NRC-13; OSRD No. 3689. Battelle 
Memorial Institute. May 10, 1944. 

M6 Flash welding of alloy steels for ordnance. Part I, 
Controlled atmospheres. (Final Report No. M-440.) 
C. B. Voldrich, R. W. Bennett and H. W. Gillett. 




DIVISION 18 • MICROFILM LIST 


531 


601.23 


601.3 

601.31 


601.32 


OEMsr-451; Project Nos. NRC-13 and OD-86; 
OSRD No. 4654. Battelle Memorial Institute. 
January 29, 1945. 

M7 Flash welding of alloy steels for ordnance. Part II, 
Translation of: Production technique and quality 
of flash-welded joints, by Hans Kilger. (Final Re¬ 
port No. M-458.) S. L. Hoyt, N. Baklonoff and 
R. W. Bennett. OEMsr-451; Project Nos. NRC-13 
and OD-86; OSRD No. 4786. Battelle Memorial 
Institute, (n.d.) 

Non-Destructive Testing 

Ml Non-destructive testing of flashwelds. (Progress 
Report No. M-173.) J. F. Manildi, R. C. McMaster 
and others. OEMsr-974; Project Nos. NRC-57 and 
OD-86; OSRD No. 3210. California Institute of 
Technology. January 28, 1944. 

M2 Non-destructive testing of flashwelds. The eddy 
current test. (Progress Report No. M-305.) J. F. 
Manildi, H. H. C. Chang and R. C. McMaster. 
OEMsr-974; Project Nos. NRC-57 and OD-86; 
OSRD No. 4140. California Institute of Tech¬ 
nology. September 8, 1944. 

M3 Non-destructive testing of flashwelds. Preliminary 
results of magnetic retentivity tests. (Progress Re¬ 
port No. M-291.) J. F. Manildi, C. C. Woolsey and 
others. OEMsr-974; Project Nos. NRC-57 and 
OD-86; OSRD No. 4144. California Institute of 
Technology. September 8, 1944. 

M4 Non-destructive testing of flashwelds. (Final Re¬ 
port No. M-413.) J. F. Manildi, R. C. McMaster 
and others. OEMsr-974; Project Nos. NRC-57 and 
OD-86; OSRD No. 4404. California Institute of 
Technology. November 30, 1944. 

Spot Welding 

Magnesium Alloys 

Ml Spot welding of magnesium alloys. Part I, The 
surface treatment of magnesium alloy sheet for 
spot welding. (Final Report No. M-374.) Wendell 
F. Hess, T. B. Cameron and D. J. Ashcraft. 
OEMsr-1062; Research Project No. NRC-68; OSRD 
No. 4955. Rensselaer Polytechnic Institute. April 
21, 1945. 

M2 Spot welding of magnesium alloys. Part II, Spot 
welding characteristics of chemically-cleaned mag¬ 
nesium alloy sheet. (Final Report No. M-375.) 
Wendell F. Hess, T. B. Cameron and others. 
OEMsr-1062; Research Project No. NRC-68; OSRD 
No. 4956. Rensselaer Polytechnic Institute. April 
21, 1945. 

Armor Plate and Low-Alloy Steels 

Ml Spot welding of armor plate and low-alloy steels. 
Part I, The fundamentals of spot-welding steel 
plate. (Final Report No. M-331.) Wendell F. 
Hess, A. Muller and others. OEMsr-391; Project 
Nos. NRC-12 and OD-85; OSRD No. 4336. Rens¬ 
selaer Polytechnic Institute. October 28, 1944. 


M2 Spot welding of armor plate and low-alloy steels. 
Part II, The spot welding of attachments to armor. 
(Final Report No. M-332.) Wendell F. Hess, 
A. Muller and others. OEMsr-391; Project Nos. 
NRC-12 and OD-85; OSRD No. 4337. Rensselaer 
Polytechnic Institute. October 28, 1944. 

Radiographic and Fluoroscopic Inspection in Alumi¬ 
num Alloys 

Ml Radiographic and fluoroscopic methods of inspec¬ 
tion of spot welds in aluminum alloys. (Part I. 
Final Report No. M-168.) C. C. Woolsey, L. P. 
Gaard and others. OEMsr-973; Research Project 
No. NRC-56; OSRD No. 3827. California Institute 
of Technology. June 20, 1944. 

M2 Radiographic and fluoroscopic methods of inspec¬ 
tion of spot welds in aluminum alloys. (Part II. 
Final Report No. M-380.) R. C. McMaster, L. P. 
Gaard and others. OEMsr-973; Research Project 
No. NRC-56; OSRD No. 4620. California Institute 
of Technology. January 22, 1945. 

Ship Welding and Welded Steel Ships 

Residual and Locked-Up Stresses 

Ml Residual stresses in ship welding. (Progress Report 
No. M-190.) E. Paul De Garmo, Finn Jonassen 
and J. L. Meriam. OEMsr-1071; Research Project 
No. NRC-64; OSRD No. 3176. University of Cali¬ 
fornia. January 14, 1944. 

M2 Residual stresses in ship welding. (Progress Report 
No. M-266.) E. Paul De Garmo, Finn Jonassen 
and J. L. Meriam. OEMsr-1071; Research Project 
No. NRC-64; OSRD No. 3698. University of Cali¬ 
fornia. May 24, 1944. 

M3 Residual stresses in ship welding. (Progress Report 
No. M-370.) E. Paul De Garmo, J. L. Meriam and 
Finn Jonassen. OEMsr-1071; Project Nos. NRC- 
64 and NS-304; OSRD No. 4388. University of 
California. November 13, 1944. 

M4 History of residual stresses in welded ships. Part I, 
Ship hulls of Liberty and oil tanker types. (Final 
Report No. M-445.) E. D. Howe, A. Boodberg 
and Morrough P. O’Brien. OEMsr-1217; Project 
Nos. NRC-74 and NS-305; OSRD No. 4866. Uni¬ 
versity of California. March 19, 1945. 

M5 Residual stresses in ship welding. (Final Report 
No. M-463.) E. Paul De Garmo and J. L. Meriam. 
OEMsr-1071; Project Nos. NRC-64 and NS-304; 
OSRD No. 4867. University of California. March 
29, 1945. 

M6 History of residual stresses in welded ships. Part 

II, Hogging and sagging tests of oil tankers. (Final 
Report No. M-494.) E. D. Howe, A. Boodberg 
and Morrough P. O’Brien. OEMsr-1217; Project 
Nos. NRC-74 and NS-305; OSRD No. 5262. Uni¬ 
versity of California. July 2, 1945. 

M7 History of residual stresses in welded ships. Part 

III, Tests of two Liberty ships at sea. (Final Report 
No. M-586.) E. D. Howe, A. Boodberg and others. 


601.33 


602 

602.1 



532 


DIVISION 18 • MICROFILM LIST 


OEMsr-1217; Project Nos. NRC-74 and NS-305; 
OSRD No. 6359. University of California. No¬ 
vember 28, 1945. 

M8 History of residual stresses in welded ships. Part 

IV, Hogging and sagging tests of an oil tanker 
and stress measurements on Type C-4 troopships. 
(Report No. M-623.) E. D. Howe, A. Boodberg 
and Morrough P. O’Brien. OEMsr-1217; Project 
Nos. NRC-74 and NS-305; OSRD No. 6587. Uni¬ 
versity of California. February 25, 1946. 

M9 History of residual stresses in welded ships. Part 

VI, Heated panel welding test. (Final Report No. 
M-624.) E. D. Howe, A. Boodberg and Morrough 
P. O’Brien. OEMsr-1217; Project Nos. NRC-74 
and NS-305; OSRD No. 6588. University of Cali¬ 
fornia. February 25, 1946. 

M10 History of residual stresses in welded ships. Part 

VII, History of deck stresses during the construc¬ 

tion of Victory ships. (Final Report No. M-625.) 
E. D. Howe, A. Boodberg and Morrough P. 

O’Brien. OEMsr-1217; Project Nos. NRC-74 and 
NS-305; OSRD No. 6589. University of California. 
February 25, 1946. 

Mil History of residual stresses in welded ships. Part 

VIII, Temperature studies of Liberty, Victory and 

refrigerated cargo ships. (Final Report No. M-630.) 
E. D. Howe, A. Boodberg and Morrough P. 

O’Brien. OEMsr-1217; Project Nos. NRC-74 and 
NS-305; OSRD No. 6590. University of California. 
February 25, 1946. 

602.11 Evaluation in Ships 

Ml History of residual stresses in welded ships. The 
use of X-rays for the determination of stresses in 
ship plates. (Progress Report No. M-484.) Daniel 
Rosenthal, Ralph Hultgren and others. OEMsr- 
1217; Project Nos. NRC-74 and NS-305; OSRD 
No. 5060. University of California. May 15, 
1945. 

M2 History of residual stresses in welded ships. Part 

V, The use of X-rays for stress measurement on 
board ship. (Final Report No. M-609.) E. D. 
Howe, Bernard York and Morrough P. O’Brien. 
OEMsr-1217; Project Nos. NRC-74 and NS-305; 
OSRD No. 6388. University of California. Decem¬ 
ber 5, 1945. 

602.2 Multiaxial Stresses 

Ml Review of literature on behavior of metals under 
multiaxial stresses. (Part I. Final Report No. 
M-408.) J. L. Walmsley and J. S. Marsh. OEMsr- 
307; Survey Project No. SP-19; OSRD No. 4403. 
National Academy of Sciences. November 20, 
1944. 

M2 Behavior of steel under conditions of multiaxial 
stresses and effect of welding and temperature on 
this behavior. Pilot tests of small tubular speci¬ 
mens. (Progress Report No. M-405.) Harmer E. 
Davis, G. E. Troxell and others. OEMsr-1221; 


Project Nos. NRC-75 and NS-306. OSRD No. 
4553. University of California. January 3, 1945. 

M3 Behavior of steel under conditions of multiaxial 
stresses and effect of welding and temperature on 
this behavior. Tests of large tubular specimens, 
ship-plate series. (Final Report No. M-542.) 
Harmer E. Davis, G. E. Troxell and others. 
OEMsr-1221; Project Nos. NRC-75 and NS-306; 
OSRD No. 6365. University of California. De¬ 
cember 6, 1945. 

602.21 Effect on Metallographic Structure and Chemical Com¬ 
position 

Ml Behavior of steel under conditions of multiaxial 
stress and effect on this behavior of metallographic 
structure and chemical composition. (Progress Re¬ 
port No. M-444.) LeVan Griffis and G. H. Mori- 
kawa. OEMsr-1247; Project Nos. NRC-77 and 
NS-307; OSRD No. 4793. Illinois Institute of 
Technology. February 22, 1945. 

M2 Behavior of steel under conditions of multiaxial 
stress and the effect on this behavior of metallo¬ 
graphic structure and chemical composition. 
(Progress Report No. M-490.) LeVan Griffis and 
G. K. Morikawa. OEMsr-1247; Project Nos. NRC- 
77 and NS-307; OSRD No. 5346. Illinois Institute 
of Technology. July 17, 1945. 

M3 Behavior of steel under conditions of multiaxial 
stress and the effect on this behavior of metallo¬ 
graphic structure and chemical composition. Tests 
of small tubular specimens. (Final Report No. 
M-644.) Albert Hess, Carl Goodkind and LeVan 
Griffis. OEMsr-1247; Project Nos. NRC-77 and 
NS-307; OSRD No. 6593. Illinois Institute of 
Technology. February 14, 1946. 

602.3 Cleavage Fracture 

Ml Cleavage fracture of ship plate as influenced by 
design and metallurgical factors. Hatch corner 
specimen tests. (Progress Report No. M-512.) 
E. Paul De Garmo, J. L. Meriam and others. 
OEMsr-1418; Project Nos. NRC-92 and NS-336; 
OSRD No. 5352. University of California. July 
21, 1945. 

M2 Correlation of laboratory tests with full-scale ship 
plate fracture tests. (Final Report No. M-526.) 

Maxwell Gensamer, W. T. Lankford, Jr. and 

others. OEMsr-1426; Project Nos. NRC-96 and 
NS-336; OSRD No. 5380. Carnegie Institute of 
Technology. July 26, 1945. 

M3 Correlation of laboratory tests with full-scale ship 
plate fracture tests. (Final Report No. M-613.) 

Maxwell Gensamer, T. A. Prater and others. 

OEMsr-1418; Project Nos. NRC-96 and NS-336; 
OSRD No. 6204. Pennsylvania State College. 
October 24, 1945. 

M4 Cleavage fracture of ship plate as influenced by 
design and metallurgical factors. Part I, Hatch 
corner specimen tests. (Final Report No. M-607.) 



DIVISION 18 • MICROFILM LIST 


533 


E. Paul De Garmo, J. L. Meriam and others. 
OEMsr-1418; Project Nos. NRC-92 and NS-336; 
OSRD No. 6387. University of California. De¬ 
cember 4, 1945. 

M5 Cleavage fracture of ship plate as influenced by 
design and metallurgical factors. Part II, Flat plate 
tests. (Final Report No. M-608.) Harmer E. Davis, 

G. E. Troxell and others. OEMsr-1418; Project 
Nos. NRC-92 and NS-336; OSRD No. 6452. Uni¬ 
versity of California. January 10, 1946. 

M6 Cleavage fracture of ship plate as influenced by 
size effects. (Final Report No. M-614.) W. M. 
Wilson, R. A. Hechtman and W. H. Bruckner. 
OEMsr-1421; Project Nos. NRC-93 and NS-336; 
OSRD No. 6457. University of Illinois. January 
15, 1946. 

602.4 Fatigue of Ship Welds 

Ml Fatigue tests of ship welds. (Final Report No. 
M-606.) S. C. Hollister and J. Garcia. OEMsr- 
1382; Project Nos. NRC-89 and NS-304; OSRD 
No. 6544. Cornell University. January 17, 1946. 
M2 Stress analysis of welded sections. (Advisory Re¬ 
port No. M-629.) E. S. Jenkins. OEMsr-307; 
Survey Project No. SP-25; OSRD No. 6591. Na¬ 
tional Academy of Sciences. February 22, 1946. 

602.5 Hull Construction 

602.51 Metallurgical Quality of Steels for Hulls 

Ml Investigation of metallurgical quality of steels used 
for hull construction. (Progress Report No. M-497.) 

H. M. Banta, Fred Dunkerley and C. E. Sims. 
OEMsr-1331; Project Nos. NRC-87 and NS-255; 
OSRD No. 5062. Battelle Memorial Institute. 
May 14, 1945. 

M2 Investigation of metallurgical quality of steels used 
for hull construction. (Progress Report No. M-569.) 
H. M. Banta, Fred Dunkerley and others. OEMsr- 
1331; Project Nos. NRC-87 and NS-225; OSRD 
No. 5492. Battelle Memorial Institute. August 
24, 1945. 

M3 Investigation of metallurgical quality of steels used 
for hull construction. (Progress Report No. M-587.) 
H. M. Banta, Fred Dunkerley and others. OEMsr- 
1331; Project Nos. NRC-87 and NS-255; OSRD 
No. 6073. Battelle Memorial Institute. October 
14, 1945. 

M4 Investigation of metallurgical quality of steels used 
for hull construction. (Final Report No. M-610.) 
H. M. Banta, Fred Dunkerley and C. E. Sims. 
OEMsr-1331; Project Nos. NRC-87 and NS-255; 
OSRD No. 6075. Battelle Memorial Institute. 
October 14, 1945. 

602.52 Weldability and Ductility of Steel 

Ml Weldability of steel for hull construction. Methods 
of testing weldability of steel plates and shapes. 
(Progress Report No. M-414.) R. D. Stout, S. S. 
Tor and others. OEMsr-1323; Project Nos. NRC- 


86 and NS-255; OSRD No. 4544. Lehigh Univer¬ 
sity. December 27, 1944. 

M2 Investigation of factors reducing the effective duc¬ 
tility of welded steel members. (Final Report No. 
M-432.) A. V. DeForest and P. R. Shepler. 
OEMsr-1192; Research Project No. NRC-72; OSRD 
No. 4674. Massachusetts Institute of Technology. 
February 6, 1945. 

M3 Weldability of steel for hull construction. (Final 
Report No. M-612.) Gilbert E. Doan. OEMsr- 
1323; Project Nos. NRC-86 and NS-255; OSRD 
No. 6263. Lehigh University. October 30, 1945. 

700 FOUNDRY MATERIALS AND PROCESSES 

701 Malleable Castings 

Ml Study of the properties of malleable castings for 
use in tanks, combat vehicles and other military 
applications. (Progress Report No. M-47.) C. H. 
Lorig, Philip C. Rosenthal and O. W. Simmons. 
OEMsr-730; Project Nos. NRC-28 and OD-81; 
OSRD No. 1215. Battelle Memorial Institute. 
February 16, 1943. 

M2 Study of the properties of malleable castings for 
use in tanks, combat vehicles and other military 
applications. (Final Report No. M-95.) C. H. 
Lorig, Philip C. Rosenthal and O. W. Simmons. 
OEMsr-730; Project Nos. NRC-28 and OD-81; 
OSRD No. 1589. Battelle Memorial Institute. 
July 12, 1943. 

702 Centrifugal Castings 

Ml Centrifugal casting of metals. A. E. Schuh. 

OEMsr-307. National Academy of Sciences. 1942. 
M2 Improvements in and extension of centrifugal 
casting methods for production of miscellaneous 
war materiel items. (Progress Report No. M-33.) 
A. E. Schuh and Alfred Boyles. OEMsr-650; Re¬ 
search Project No. NRC-26; OSRD No. 1147. US 
Pipe and Foundry Company. January 14, 1943. 
M3 Improvements in and extension of centrifugal cast¬ 
ing methods for production of miscellaneous war 
materiel items. (Progress Report No. M-63.) A. E. 
Schuh and Alfred Boyles. OEMsr-650; Research 
Project No. NRC-26; OSRD No. 1360. US Pipe 
and Foundry Company. April 9, 1943. 

M4 Improvements in and extension of centrifugal cast¬ 
ing methods for production of miscellaneous war 
materiel items. (Progress Report No. M-120.) (n.a.) 
OEMsr-650; Project Nos. NRC-26 and OD-108; 
OSRD No. 1756. US pipe and Foundry Company. 
August 25, 1943. 

M5 The mathematics underlying the centrifugal cast¬ 
ing of metals. (Advisory Report No. M-70.) A. F. 
Macconochie, W. Prager and G. Handelman. 
OEMsr-307; Project Nos. OD-108 and SP-10; OSRD 
No. 1809. National Academy of Sciences. Septem¬ 
ber 10, 1943. 

M6 An analysis of heat flow in metal molds for cen¬ 
trifugal casting of gun tubes, airplane cylinders. 




534 


DIVISION 18 • MICROFILM LIST 


tank bogey wheels and other war materiel. (Final 
Report No. M-138.) C. H. Lorig, M. C. Udy and 
H. C. McIntyre. OEMsr-731; Project Nos. NRC-33 
and OD-108; OSRD No. 1935. Battelle Memorial 
Institute. October 12, 1943. 

M7 Bibliography on centrifugal casting of metal. 
(Final Report No. M-119.) Howard F. Taylor. 
Project Nos. NRC-34N and OD-108; OSRD No. 
1971. US Naval Research Laboratory. October 
28, 1943. 

M8 Improvements in and extension of centrifugal cast¬ 
ing methods for production of miscellaneous war 
materiel items. (Final Report No. M-252.) A. E. 
Schuh and Alfred Boyles. OEMsr-650; Research 
Project No. NRC-26; OSRD No. 3584. US Pipe 
and Foundry Company. April 18, 1944. 

M9 Experimental production of pilot static and cen¬ 
trifugal castings for the armed services. Part I, 
Centrifugally-cast composite grinding rolls. (Final 
Report No. M-493.) Raymond H. Schaefer, E. M. 
Kauibach and others. Research Project No. NRC- 
61A; OSRD No. 5019. American Brake Shoe and 
Foundry Company. May 2, 1945. 

M10 Experimental production of pilot static and cen¬ 
trifugal castings for the armed services. Part III, 
The fluidity of cast alloyed steels and irons. (Final 
Report No. M-572.) W. S. Mott, Raymond H. 
Schaefer and Earnshaw Cook. Research Project 
No. NRC-61A; OSRD No. 5634. American Brake 
Shoe and Foundry Company. September 10, 1945. 

703 Precision Casting 

Ml Centrifugal and precision casting of non-ferrous 
alloys. Methods of precision castings of metals. 
(Advisory Report No. M-123.) L. L. Wyman and 
D. Basch. OEMsr-307; Survey Project No. SP-14; 
OSRD No. 1844. National Academy of Sciences. 
September 18, 1943. 

M2 Development and extension of precision casting 
methods for production of miscellaneous war ma¬ 
teriel items. (Final Report No. M-242.) W. E. 
Ruder. OEMsr-1130; Project Nos. NRC-69 and 
OD-144; OSRD No. 4398. General Electric Com¬ 
pany. November 30, 1944. 

M3 Development and extension of precision casting 
methods for production of miscellaneous war ma¬ 
teriel items. (Part II. Final Report No. M-456.) 
L. L. Wyman. OEMsr-307; Project Nos. NRC-69 
and OD-144; OSRD No. 4656. National Academy 
of Sciences. January 30, 1945. 

704 Refractories 

704.1 Substitute for Sillimanite 

Ml Development of a substitute for sillimanite as a 
wet-patch material. (Final Report No. 107.) F. H. 
Norton. NDCrc-181; Service Project No. OD-35; 
OSRD No. 169. Massachusetts Institute of Tech¬ 
nology. November 6, 1941. 


M2 Development of a substitute for sillimanite in 
pouring rings used in special steel foundry prac¬ 
tice. (Final Report No. M-6.) F. H. Norton. 
NDCrc-181; Service Project No. OD-35-2; OSRD 
No. 607. Massachusetts Institute of Technology. 
May 19, 1942. 

704.2 Pouring Box Refractories 

Ml Acceptance test for firebrick. Pouring box refrac¬ 
tories. (Report No. 134.) George A. Bole. OEMsr- 
17; Service Project No. OD-35; OSRD No. 189. 
Ohio State University. December 8, 1941. 

M2 Acceptance test for firebrick. Pouring box refrac¬ 
tories. (Final Report No. M-4.) George A. Bole 
and Howard J. Orlowski. OEMsr-17; Service Proj¬ 
ect No. OD-35-1; OSRD No. 517. Ohio State Uni¬ 
versity. March 16, 1942. 

800 EXAMINATION OF ENEMY MATERIEL 

Ml Examination of enemy materiel. (Final Report No. 
M-604.) L. H. Grenell, A. B. Westerman, and 
H. W. Gillett. OEMsr-722; Project Nos. NRC-32, 
OD-113 and others; OSRD No. 6171. Battelle 
Memorial Institute. October 19, 1945. 

801 German 

801.1 Aircraft Materiel 

801.11 Engines 

Ml Examination of enemy materiel. Metallurgical 
examination of German and Japanese bushings 
and oil lines. (Progress Report No. M-539.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
5200. Battelle Memorial Institute. June 12, 1945. 

M2 Metallurgical examination of air cleaner on Ger¬ 
man DB-601 engine from ME-109 plane. (Refer¬ 
ence No. 663.) L. H. Grenell. OEMsr-722; Re¬ 
search Project No. NRC-32. Battelle Memorial 
Institute. August 13, 1945. 

801.12 Instruments 

Ml Examination of enemy materiel. Metallurgical ex¬ 
amination of a German airspeed indicator. (Prog¬ 
ress Report No. M-356.) L. R. Jackson, W. W. 
Beaver and H. W. Gillett. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 4072. 
Battelle Memorial Institute. August 24, 1944. 

M2 Examination of enemy materiel. Metallurgical ex¬ 
amination of a German aircraft master compass 
and a pilot repeater compass. (Progress Report No. 
M-360.) L. R. Jackson, W. W. Beaver and H. W. 
Gillett. OEMsr-722; Project Nos. NRC-32, OD-113 
and others; OSRD No. 4090. Battelle Memorial 
Institute. August 29, 1944. 

M3 Examination of enemy materiel. Metallurgical ex¬ 
amination of a German and a Japanese altimeter. 
(Progress Report No. M-358.) L. R. Jackson, 







DIVISION 18 • MICROFILM LIST 


535 


W. W. Beaver and H. W. Gillett. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 4113. Battelle Memorial Institute. Septem¬ 
ber 7, 1944. 

M4 Examination of enemy material. Metallurgical ex¬ 
amination of a German and a Japanese aircraft 
rate-of-climb indicator. (Progress Report No. 
M-397.) L. R. Jackson, W. W. Beaver and H. W. 
Gillett. OEMsr-722; Project Nos. NRC-32, OD-113 
and others; OSRD No. 4281. Battelle Memorial 
Institute. October 17, 1944. 

M5 Examination of enemy materiel. Metallurgical ex¬ 
amination of a German aircraft course meter. 
(Progress Report No. M-399.) L. R. Jackson, 
W. W. Beaver and H. W. Gillett. OEMsr-722; 
Project Nos. NRC-32, OD-113 and AC-77; OSRD 
No. 4315. Battelle Memorial Institute. Novem¬ 
ber 8, 1944. 

M6 Examination of enemy materiel. Metallurgical ex¬ 
amination of the instrument panel of a Jumo 
211-B direct gasoline injection engine from a 
Junkers-88 German bomber. (Progress Report No. 
M-415.) L. R. Jackson, W. W. Beaver and H. W. 
Gillett. OEMsr-722; Project Nos. NRC-32, OD-113 
and AC-77; OSRD No. 4364. Battelle Memorial 
Institute. November 13, 1944. 

M7 Examination of enemy materiel. Metallurgical ex¬ 
amination of German mechanical and electrical 
aircraft tachometers. (Progress Report No. M-412.) 
L. R. Jackson, W. W. Beaver and H. W. Gillett. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 4360. Battelle Memorial Insti¬ 
tute. November 13, 1944. 

801.13 Miscellaneous Aircraft Materiel 

Ml Examination of enemy materiel. Metallurgical ex¬ 
amination of captured enemy pressure vessels. 
(Progress Report No. M-363.) H. L. Anthony. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 4126. Battelle Memorial Insti¬ 
tute. September 7, 1944. 

M2 Examination of enemy materiel. Metallurgical ex¬ 
amination of six German explosive bomb rack 
bolts. (Progress Report No. M-401.) L. H. Grenell, 
J. R. Cady and others. OEMsr-722; Project Nos. 
NRC-32, OD-113 and AC-77; OSRD No. 4317. 
Battelle Memorial Institute. November 8, 1944. 
M3 Examination of enemy materiel. Metallurgical ex¬ 
amination of hardware for Japanese and German 
parachute harnesses. (Progress Report No. M-475.) 
L. H. Grenell, J. R. Cady and others. OEMsr- 
722; Project Nos. NRC-32, OD-113 and AC-77; 
OSRD No. 4697. Battelle Memorial Institute. 
February 12, 1945. 

M4 Examination of enemy materiel. Examination of 
German oxygen valve and German and Japanese 
oxygen valve seats. (Progress Report No. M-589.) 
L. H. Grenell, A. B. Westerman and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 


others; OSRD No. 5726. Battelle Memorial Insti¬ 
tute. September 19, 1945. 

801.2 Ordnance Materiel 

801.21 Ammunition 

Ml Examination of enemy materiel. Fabrication meth¬ 
ods lised on a bi-metal driving band on an 80-mm 
German projectile, and copper conservation 
through use of bi-metal bands. (Progress Report 
No. M-48.) H. W. Gillett. OEMsr-722; Research 
Project No. NRC-32; OSRD No. 1216. Battelle 
Memorial Institute. February 16, 1943. 

M2 Examination of enemy materiel. A metallurgical 
examination of a German 50-mm high-explosive 
round. (Progress Report No. M-88.) H. W. Gillett. 
OEMsr-722; Project Nos. NRC-32 and OD-113; 
OSRD No. 1492. Battelle Memorial Institute. 
June 3, 1943. 

M3 Examination of enemy materiel. Chemical and 
metallurgical examination of three German bomb 
fragments. (Progress Report No. M-89.) H. W. 
Gillett, L. H. Grenell and others. OEMsr-722; 
Project Nos. NRC-32 and OD-113; OSRD No. 1499. 
Battelle Memorial Institute. June 4, 1943. 

M4 Examination of enemy materiel. A metallurgical 
examination of a German Gerlich armor-piercing 
shell. (Progress Report No. M-91.) H. W. Gillett, 
L. H. Grenell and others. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 1561. 
Battelle Memorial Institute. June 4, 1943. 

M5 Examination of enemy material. A metallurgical 
examination of two German 37-mm high-explosive 
shells. (Progress Report No. M-100.) H. W. Gillett, 
L. H. Grenell and others. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 1565. 

Battelle Memorial Institute. July 1, 1943. 

M6 Examination of enemy materiel. A metallurgical 
examination of two German 8.8-cm high-explosive 
shells. (Progress Report No. M-122.) H. W. Gillett, 
A. S. Henderson and others. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 1715. 

Battelle Memorial Institute. August 14, 1943. 

M7 Examination of enemy materiel. Metallurgical and 
chemical examination of German 7.9-mm cartridge 
link belts. (Progress Report No. M-131.) H. W. 
Gillett, A. S. Henderson and others. OEMsr-722; 
Project Nos. NRC-32 and OD-113; OSRD No. 1753. 
Battelle Memorial Institute. August 26, 1943. 

M8 Examination of enemy materiel. A metallurgical 
examination of a duplex, welded 75-mm German 
AP-HE-C-BC projectile and a 75-mm German 
high-explosive projectile manufactured t inj 1942. 
(Progress Report No. M-135.) H. W. Gillett, A. S. 
Henderson and others. OEMsr-722; Project Nos. 
NRC-32 and OD-113; OSRD No. 1782. Battelle 
Memorial Institute. September 2, 1943. 

M9 Examination of enemy materiel. Metallurgical ex¬ 
amination of German Rheinmetall aerial bomb 




536 


DIVISION 18 • MICROFILM LIST 


fuzes. (Progress Report No. M-143.) H. W. Gillett, 
A. S. Henderson and others. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 1853. 
Battelle Memorial Institute. September 20, 1943. 

M10 Examination of enemy materiel. A survey of vari¬ 
ous German ammunition carriers. (Progress Report 
No. M-144.) H. W. Gillett, A. S. Henderson and 
others. OEMsr-722; Project Nos. NRC-32 and 

OD-113; OSRD No. 1865. Battelle Memorial Insti¬ 
tute. September 24, 1943. 

Mil Examination of enemy materiel. Metallurgical ex¬ 
amination of German 50-mm mortar shells manu¬ 
factured in 1939 and 1940. (Progress Report No. 
M-192.) H. W. Gillett, A. S. Henderson and 
others. OEMsr-722; Project Nos. NRC-32 and 

OD-113; OSRD No. 3125. Battelle Memorial In¬ 
stitute. January 10, 1944. 

M12 Examination of enemy materiel. Metallurgical ex¬ 
amination of German 80-mm mortar shells. (Prog¬ 
ress Report No. M-198.) H. W. Gillett, A. S. 
Henderson and others. OEMsr-722; Project Nos. 
NRC-32 and OD-113; OSRD No. 3115. Battelle 
Memorial Institute. January 10, 1944. 

M13 Examination of enemy materiel. Metallurgical ex¬ 
amination of tungsten-carbide cores from German 
armor-piercing projectiles. (Progress Report No. 
M-226.) C. A. Reichelderfer, J. M. Blalock and 
others. OEMsr-722; Project Nos. NRC-32 and 
OD-113; OSRD No. 3268. Battelle Memorial In¬ 
stitute. February 14, 1944. 

M14 Examination of enemy materiel. Metallurgical ex¬ 
amination of two German 15-cm anticoncrete shells 
and carriers. (Progress Report No. M-236.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. NRC-32 and OD-113; OSRD No. 3368. 
Battelle Memorial Institute. March 13, 1944. 

M15 Examination of enemy materiel. Examination of 
ten rounds of German 20-mm high-explosive am¬ 
munition. (Progress Report No. M-241.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32 and OD-113; OSRD No. 3417. 
Battelle Memorial Institute. March 21, 1944. 

M16 Examination of enemy materiel. Metallurgical 
examination of a German 75-mm high-explosive 
hollow-charge shell. (Progress Report No. M-246.) 
R. M. Evans, C. A. Reichelderfer and H. W. Gil¬ 
lett. OEMsr-722; Project Nos. NRC-32 and OD- 
113; OSRD No. 3538. Battelle Memorial Institute. 
April 8, 1944. 

M17 Examination of enemy materiel. Metallurgical 
examination of German armor-piercing tungsten- 
carbide rounds of 28/20, 37 and 50-mm calibers. 
(Progress Report No. M-248.) L. H. Grenell, 
J. R. Cady and others. OEMsr-722; Project Nos. 
NRC-32, OD-113 and AC-77; OSRD No. 3536. 
Battelle Memorial Institute. April 14, 1944. 

M18 Examination of enemy materiel. Metallurgical 
examination of German 50-mm armor-piercing 
high-explosive Monobloc shells with long and 
short cartridge cases. (Progress Report No. M-253.) 


L. H. Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and AC-77; OSRD 
No. 3586. Battelle Memorial Institute. April 24, 
1944. 

M19 Examination of enemy materiel. Metallurgical 
examination of German and Italian 20-mm armor¬ 
piercing ammunition, 1938 to 1943. (Progress Re¬ 
port No. M-261.) J. R. Cady, L. H. Grenell and 
H. W. Gillett. OEMsr-722; Project Nos. NRC-32, 
OD-113 and AC-77; OSRD No. 3588. Battelle 
Memorial Institute. April 24, 1944. 

M20 Examination of enemy materiel. Metallurgical 
examination of German 50-mm high-explosive 
shells with long and short cartridge cases. (Prog¬ 
ress Report No. M-262.) L. H. Grenell, J. R. Cady 
and others. OEMsr-722; Project Nos. NRC-32, 
OD-113 and AC-77; OSRD No. 3585. Battelle 
Memorial Institute. April 24, 1944. 

M21 Examination of enemy materiel. Metallurgical 
examination of German 50-mm APC-HE rounds 
with long and short cartridge cases. (Progress Re¬ 
port No. M-281.) L. H. Grenell, J. R. Cady and 
others. OEMsr-722; Project Nos. NRC-32, OD-113 
and AC-77; OSRD No. 3636. Battelle Memorial 
Institute. May 10, 1944. 

M22 Examination of enemy materiel. Metallurgical 
examination of four German duplex welded 37- 
mm armor-piercing rounds and three German 
37-mm armor-piercing high-explosive projectiles. 
(Progress Report No. M-284.) L. H. Grenell, J. G. 
Dunleavy and H. W. Gillett. OEMsr-722; Project 
Nos. NRC-32, OD-113 and AC-77; OSRD No. 3665. 
Battelle Memorial Institute. May 15, 1944. 

M23 Examination of enemy materiel. Metallurgical 
examination of two German 10.5-cm APC-BC 
rounds. (Progress Report No. M-296.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and AC-77; OSRD No. 
3716. Battelle Memorial Institute. June 2, 1944. 

M24 Letter to Lt. Col. C. H. Greenall. Subject: Section 
of German 80-mm mortar shell. H. W. Gillett. 
[OEMsr-722; Research Project No. NRC-32.] Bat¬ 
telle Memorial Institute. February 22, 1945. 

M25 Examination of enemy materiel. Metallurgical 
examination of a German 7.62-cm armor-piercing 
w/tungsten-carbide short case (Russian) shot. 
(Progress Report No. M-517.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and others; OSRD No. 5048. Battelle 
Memorial Institute. May 11, 1945. 

M26 Examination of enemy materiel. Metallurgical 
examination of a German 88-mm AP-HE-C-BC 
Pak 43 shell. (Progress Report No. M-518.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
5049. Battelle Memorial Institute. May 11, 1945. 

M27 Examination of enemy materiel. Metallurgical 
examination of a German 75-mm KwK 42, AP- 
HE-C and BC projectile and cartridge case. (Prog- 









DIVISION 18 • MICROFILM LIST 


537 


801.22 


801.23 


ress Report No. M-535.) L. H. Grenell, J. R. Cady 
and others. OEMsr-722; Project Nos. NRC-32, 
OD-113 and others; OSRD No. 5136. Battelle 
Memorial Institute. May 28. 1945. 

Armor 

Ml Examination of enemy materiel. A metallurgical 
study of a sample of German surface-hardened 
armor plate. (Progress Report No. M-58.) H. W. 
Gillett. OEMsr-722; Research Project No. NRC- 
32; OSRD No. 1299. Battelle Memorial Institute. 
March 24, 1943. 

M2 Examination of enemy materiel. Metallurgical 
examination of welded armor plate, German 
PzKw III tank. (Progress Report No. M-212.) 
L. H. Grenell, J. R. Cady and H. W. Gillett. 
OEMsr-722; Project Nos. NRC-32 and OD-113; 
OSRD No. 3236. Battelle Memorial Institute. 
February 4, 1944. 

M3 Examination of enemy materiel. Metallurgical 
examination of German tank armor plate. (Prog¬ 
ress Report No. M-532.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and others; OSRD No. 5133. Battelle 
Memorial Institute. May 29, 1945. 

Rifles, Machine Guns, Bores and Tubes 

Ml Examination of enemy materiel. Metallurgical 

examination of a 98-K Mauser rifle of 1941. (Prog¬ 
ress Report No. M-164.) H. W. Gillett, A. S. 
Henderson and others. OEMsr-722; Project Nos. 
NRC-32 and OD-113; OSRD No. 2004. Battelle 
Memorial Institute. November 12, 1943. 

M2 Examination of enemy materiel. Metallurgical 

examination of a German MG-34 machine gun of 
1941. (Progress Report No. M-188.) H. W. Gillett, 
A. S. Henderson and others. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 3017. Bat¬ 
telle Memorial Institute. December 13, 1943. 

M3 Examination of enemy materiel. Metallurgical 

examination of a German PzB antitank rifle 
manufactured in 1941. (Progress Report No. M- 
206.) L. H. Grenell, A. S. Henderson and others. 
OEMsr-722; Project Nos. NRC-32 and OD-113; 
OSRD No. 3183. Battelle Memorial Institute. 
January 17, 1944. 

M4 Examination of enemy materiel. A metallurgical 
study of a 28/20-mm German gun barrel. (Prog¬ 
ress Report No. M-219.) L. H. Grenell, j. G. 
Dunleavy and H. W. Gillett. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 3257. Bat¬ 
telle Memorial Institute. February 8, 1944. 

M5 Examination of enemy materiel. Metallurgical 

examination of a German Schweizer submachine 
gun 9-mm Model MP-40. (Progress Report No. 
M-225.) L. H. Grenell, J. R. Cady and H. W. 
Gillett. OEMsr-722; Project Nos. NRC-32 and 
OD-113; OSRD No. 3267. Battelle Memorial In¬ 
stitute. February 14, 1944. 

M6 Examination of enemy materiel. Metallurgical 


examination of a German 7.92-mm semi-automatic 
rifle, Gewehr 41 (W). (Progress Report No. M- 
224.) L. H. Grenell, H. S. Kalish and H. W. 
Gillett. OEMsr-722; Project Nos. NRC-32 and 
OD-113; OSRD No. 3263. Battelle Memorial In¬ 
stitute. February 14, 1944. 

M7 Examination of enemy materiel. Metallurgical 

examination of a series of six 7.9-mm MG-17 
German aircraft gun barrels, 1937-1942, and four 
13 to 20 mm. (Progress Report No. M-250.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and AC-77; OSRD No. 
3548. Battelle Memorial Institute. April 14, 
1944. 

M8 Examination of enemy materiel. Metallurgical 

examination of German 20-mm MG-151 Mauser 
aircraft machine gun. (Progress Report No. M-299.) 

L. H. Grenell, J. R. Cady and others. OEMsr- 
722; Project Nos. NRC-32, OD-113 and AC-77; 
OSRD No. 3818. Battelle Memorial Institute. 
June 20, 1944. 

M9 Examination of enemy materiel. Metallurgical 

investigation of a German 170-mm gun tube. 
(Progress Report No. M-346.) E. L. Bartholomew, 
Jr., M. S. Burton and F. R. Evans. OEMsr-722; 
Project Nos. NRC-32, OD-113 and AC-77; OSRD 
No. 4000. Battelle Memorial Institute. August 7, 
1944. 

M10 Examination of enemy materiel. Metallurgical 

investigation of two 50-mm German tank gun 
tubes, breech rings and breech ring locking col¬ 
lars. (Progress Report No. M-364.) E. L. Bartho¬ 
lomew, Jr., M. S. Burton and F. R. Evans. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 4135. Battelle Memorial Insti¬ 
tute. September 12, 1944. 

Mil Examination of enemy materiel. Metallurgical 

examination of two German MG-151 aircraft 
machine gun mounts. (Progress Report No. M- 
383.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 4214. Battelle Memorial In¬ 
stitute. October 7, 1944. 

M12 Examination of enemy materiel. Metallurgical 

investigation of German 105-mm gun tube. (Prog¬ 
ress Report No. M-390.) E. L. Bartholomew, Jr., 

M. S. Burton and F. R. Evans. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and AC-77; OSRD No. 
4251. Battelle Memorial Institute. October 7, 
1944. 

M13 Examination of enemy materiel. Metallurgical 

examination of a German MG-42, 7.92-mm ma¬ 
chine gun. (Progress Report No. M-403.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and AC-77; OSRD No. 
4358. Battelle Memorial Institute. November 13, 
1944. 

M14 Examination of enemy materiel. Metallurgical 

investigation of German 170-mm gun. (Progress 
Report No. M-433.) E. L. Bartholomew, Jr., M. S. 







538 


DIVISION 18 • MICROFILM LIST 


Burton and F. R. Evans. OEMsr-722; Project Nos. 
NRC-32, OD-113 and others; OSRD No. 4463. 
Battelle Memorial Institute. December 12, 1944. 

M15 Examination of enemy materiel. Metallurgical 
investigation of German 150-mm gun tube. (Prog¬ 
ress Report No. M-438.) E. L. Bartholomew, Jr., 
M. S. Burton and F. R. Evans. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
4464. Battelle Memorial Institute. December 12, 
1944. 

M16 Examination of enemy materiel. Metallurgical 
examination of a German 7.92-mm MG-17 aircraft 
machine gun. (Progress Report No. M-443.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
4507. Battelle Memorial Institute. December 19, 

1944. 

M17 Examination of enemy materiel. Metallurgical 
investigation of German 50-mm gun tubes. (Prog¬ 
ress Report No. M-473.) E. L. Bartholomew, Jr., 
M. S. Burton and F. R. Evans. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
4695. Battelle Memorial Institute. February 12, 

1945. 

M18 Examination of enemy materiel. Metallurgical 
investigation of German 75-mm gun tubes. (Prog¬ 
ress Report No. M-498.) E. L. Bartholomew, Jr., 
M. S. Burton and F. R. Evans. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
4913. Battelle Memorial Institute. April 4, 1945. 

M19 Examination of enemy materiel. Metallurgical 
examination of German MP-43/1, 7.92-mm ma¬ 
chine pistol. (Progress Report No. M-502.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
4915. Battelle Memorial Institute. April 6, 1945. 

M20 Examination of enemy materiel. Metallurgical 
investigation of German 88-mm guns. (Progress 
Report No. M-525.) E. L. Bartholomew, Jr., 
M. S. Burton and F. R. Evans. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
5110. Battelle Memorial Institute. May 22, 1945. 

M21 Examination of enemy materiel. Metallurgical 
examination of small arms barrels. (Progress Re¬ 
port No. M-545.) L. H. Grenell, J. R. Cady and 
others. OEMsr-722; Project Nos. NRC-32, OD-113 
and others; OSRD No. 5229. Battelle Memorial 
Institute. June 19, 1945. 

M22 Examination of enemy materiel. Metallurgical 
examination of German 75-mm Pak-40 antitank 
gun carriage. (Progress Report No. M-592.) L. H. 
Grenell, A. B. Westerman and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 5678. Battelle Memorial Institute. Septem¬ 
ber 14, 1945. 

M23 Examination of enemy materiel. Metallurgical 
examination of a German MG-34 antiaircraft tri¬ 
pod. (Progress Report No. M-603.) L. H. Grenell, 
A. B. Westerman and others. OEMsr-722; Project 
Nos. NRC-32, OD-113 and others; OSRD No. 


5727. Battelle Memorial Institute. September 19, 
1945. 

801.24 Tanks and Tank Parts 

Ml Examination of enemy materiel. A metallurgical 
examination of a track link and typical bearings 
from German tanks. (Progress Report No. M-157.) 
H. W. Gillett, A. S. Henderson and others. 
OEMsr-722; Project Nos. NRC-32 and OD-113; 
OSRD No. 1963. Battelle Memorial Institute. 
October 18, 1943. 

M2 Examination of enemy materiel. Metallurgical 
examination of German tank track links and pins. 
(Progress Report No. M-503.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32 and OD-113; OSRD No. 4916. Battelle Memo¬ 
rial Institute. April 6, 1945. 

M3 Examination of enemy materiel. Metallurgical 

examination of a German Panther, Mark V, tank 
engine. (Progress Report No. M-580.) L. H. 
Grenell, A. B. Westerman and others. OEMsr- 
722; Project Nos. NRC-32 and OD-113; OSRD No. 
5504. Battelle Memorial Institute. August 27, 
1945. 

M4 Examination of enemy materiel. Metallurgical 

examination of German Panther, Mark V, tank 
parts. (Progress Report No. M-590.) L. H. Grenell, 
A. B. Westerman and others. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 5712. Bat¬ 
telle Memorial Institute. September 19, 1945. 


801.3 Miscellaneous German Equipment 

Ml Examination of enemy materiel. Chemical and 
metallurgical examination of a German caltrop or 
tire puncture. (Progress Report No. M-99.) H. W. 
Gillett, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32 and OD-113; OSRD No. 1564. 
Battelle Memorial Institute. July 1, 1943. 

M2 Examination of enemy materiel. A chemical and 
metallurgical examination of a German needle 
bearing. (Progress Report No. M-108.) H. W. Gil¬ 
lett, J. R. Cady and others. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 1635. Bat¬ 
telle Memorial Institute. July 22, 1943. 

M3 Examination of enemy materiel. Metallurgical 

examination of German and Japanese aluminum 
ware. (Progress Report No. M-184.) C. M. Craig¬ 
head and H. W. Gillett. OEMsr-722; Project Nos. 
NRC-32 and OD-113; OSRD No. 3015. Battelle 
Memorial Institute. December 13, 1943. 

M4 Examination of enemy materiel. Metallurgical 

examination of two welded aluminum sections 
from a German mine. (Progress Report No. M- 
453.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32 and OD-113; 

OSRD No. 4549. Battelle Memorial Institute. 
January 5, 1945. 

M5 Examination of enemy materiel. Metallurgical 

examination of a German canteen and messkit 
and Japanese canteens and helmets. (Progress Re- 







DIVISION 18 • MICROFILM LIST 


539 


port No. M-546.) L. H. Grenell, J. R. Cady and 
others. OEMsr-722; Project Nos. NRC-32, OD- 
113 and others; OSRD No. 5265. Battelle Memo¬ 
rial Institute. June 22, 1945. 

M6 Examination of enemy materiel. Metallurgical 

examination of a German Volkswagen engine. 
(Progress Report No. M-571.) L. H. Grenell, A. B. 
Westerman and H. W. Gillett. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
5456. Battelle Memorial Institute. August 15, 
1945. 

M7 Examination of enemy materiel. Metallurgical 

examination of German crash-flak helmet and 
Japanese horseshoes and shoe last. (Progress Re¬ 
port No. M-575.) L. H. Grenell, A. B. Wester¬ 
man and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and others; OSRD No. 5479. Battelle 
Memorial Institute. August 23, 1945. 

M8 Examination of enemy materiel. Metallurgical 
examination of a German aircraft torpedo and 
warhead. (Progress Report No. M-600.) L. H. 
Grenell, A. B. Westerman and others. OEMsr- 
722; Project Nos. NRC-32, OD-113 and others; 
OSRD No. 5717. Battelle Memorial Institute. 
September 19, 1945. 

802 Japanese 

802.1 Aircraft Materiel 

802.11 Airframe 

Ml Examination of enemy materiel. Metallurgical 
examination of armor plate from Japanese-type 
IF Oscar, Mark II, SE fighter. (Progress Report 
No. M-324.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. OD-113, NRC-32 and 
others; OSRD No. 3893. Battelle Memorial In¬ 
stitute. July 11, 1944. 

M2 Examination of enemy materiel. Metallurgical and 
chemical examination of a Japanese landing gear 
and wheel. (Progress Report No. M-347.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. OD-113, NRC-32 and others; OSRD No. 
4001. Battelle Memorial Institute. August 9, 
1944. 

M3 Examination of enemy materiel. Metallurgical 

examination of landing gear strut, landing wheel 
and tail wheel strut assembly from Japanese air¬ 
craft Betty. (Progress Report No. M-357.) C. A. 
Reichelderfer, J. M. Blalock and others. OEMsr- 
722; Project Nos. OD-113, NRC-32 and others; 
OSRD No. 4073. Battelle Memorial Institute. 
August 24, 1944. 

M4 Examination of enemy materiel. Metallurgical 

examination of airframe sections from Zeke, Val, 
Lily and Dinah Japanese planes. (Progress Report 
No. M-377.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. OD-113, NRC-32 and 
others; OSRD No. 4179. Battelle Memorial Insti¬ 
tute. September 25, 1944. 


M5 Examination of enemy materiel. Metallurgical 
examination of airframe sections from Japanese 
aircraft Jill. (Progress Report No. M-391.) C. E. 
Heussner, A. B. Westerman and H. W. Gillett. 
OEMsr-722; Project Nos. OD-113, NRC-32 and 
others; OSRD No. 4252. Battelle Memorial In¬ 
stitute. October 7, 1944. 

M6 Examination of enemy materiel. Examination of 
Japanese aircraft tires and tube. (Progress Report 
No. M-396.) (n.a.) OEMsr-722; Project Nos. 

OD-113, NRC-32 and others; OSRD No. 4280. 
Battelle Memorial Institute. October 17, 1944. 

M7 Examination of enemy materiel. Corrosion resist¬ 
ance of a steel piston and a magnesium casting 
from a Japanese oleo landing strut. (Progress Re¬ 
port No. M-400.) L. H. Grenell, J. R. Cady and 
others. OEMsr-722; Project Nos. OD-113, NRC- 
32 and others; OSRD No. 4316. Battelle Memorial 
Institute. November 8, 1944. 

M8 Examination of enemy materiel. Metallurgical 
examination of three Japanese aircraft landing 
hooks. (Progress Report No. M-419.) L. H. Gre¬ 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. OD-113, NRC-32 and others; OSRD No. 4368. 
Battelle Memorial Institute. November 25, 1944. 

M9 Examination of enemy materiel. Metallurgical 
examination of airframe sections from Japanese 
aircraft. (Progress Report No. M-429.) C. E. 
Heussner, L. H. Grenell and others. OEMsr-722; 
Project Nos. OD-113, NRC-32 and others; OSRD 
No. 4429. Battelle Memorial Institute. December 
6, 1944. 

M10 Examination of enemy materiel. Metallurgical 
examination of oleo landing strut and wheel from 
Japanese Sally, Mark II. (Progress Report No. 
M-430.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. OD-113, NRC-32 and 
others; OSRD No. 4424. Battelle Memorial In¬ 
stitute. December 6, 1944. 

Mil Examination of enemy materiel. Metallurgical 
examination of a tail wheel assembly and landing 
gear hydraulic retracting strut from a Japanese 
aircraft, Dinah. (Progress Report No. M-441.) 
L. H. Grenell, J. R. Cady and others. OEMsr- 
722; Project Nos. OD-113, NRC-32 and others; 
OSRD No. 4465. Battelle Memorial Institute. 
December 8, 1944. 

M12 Examination of enemy materiel. Metallurgical 
examination of Japanese aircraft armor plate. 
(Progress Report No. M-464.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. OD- 
113, NRC-32 and others; OSRD No. 4597. Battelle 
Memorial Institute. January 20, 1945. 

M13 Examination of enemy materiel. Metallurgical 
examination of armor plate from Japanese aircraft, 
Betty. (Progress Report No. M-483.) L. H. Gre¬ 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. OD-113, NRC-32 and others; OSRD No. 4776. 
Battelle Memorial Institute. March 3, 1945. 

M14 Examination of enemy materiel. Metallurgical 



540 


DIVISION 18 • MICROFILM LIST 


examination of armor plate from Japanese air¬ 
craft, Lily 2. (Progress Report No. M-501.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. OD-113, NRC-32 and others; OSRD No. 
4914. Battelle Memorial Institute. April 6, 1945. 

M15 Examination of enemy materiel. Metallurgical 
examination of landing wheel and strut, wing 
sections and components from Japanese aircraft, 
Frances. (Progress Report No. M-513.) A. deS. 
Brasunas, D. O. Leeser and others. OEMsr-722; 
Project Nos. OD-113; NRC-32 and others; OSRD 
No. 5020. Battelle Memorial Institute. May 1, 
1945. 

M16 Examination of enemy materiel. Metallurgical 
examination of Japanese aircraft, Irving, airframe. 
(Progress Report No. M-522.) C. E. Heussner, 
L. H. Grenell and others. OEMsr-722; Project 
Nos. OD-113, NRC-32 and others; OSRD No. 5107. 
Battelle Memorial Institute. May 21, 1945. 

M17 Examination of enemy materiel. Metallurgical 
examination of armor plate from Japanese air¬ 
craft, Frank. (Progress Report No. M-523.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. OD-113, NRC-32 and others; OSRD No. 
5108. Battelle Memorial Institute. May 21, 1945. 

M18 Examination of enemy materiel. Metallurgical 
examination of tire and tube from Japanese plane, 
Frances. (Progress Report No. M-554.) (n.a.) 

OEMsr-722; Project Nos. OD-113, NRC-33 and 
others; OSRD No. 5331. Battelle Memorial In¬ 
stitute. July 11, 1945. 

M19 Examination of enemy materiel. Metallurgical 
examination of flap tracks from Judy and Frances, 
and skin sections from Frank. (Progress Report 
No. M-560.) C. E. Heussner, D. O. Lesser and 
H. W. Gillett. OEMsr-722; Project Nos. OD-113, 
NRC-32 and others; OSRD No. 5374. Battelle 
Memorial Institute. July 24, 1945. 

M20 Examination of enemy materiel. Metallurgical 
examination of float strut from Japanese aircraft, 
Paul. (Progress Report No. M-568.) L. H. Gre¬ 
nell, A. B. Westerman and others. OEMsr-722; 
Project Nos. OD-113, NRC-32 and others; OSRD 
No. 5411. Battelle Memorial Institute. August 3, 
1945. 

M21 Examination of enemy materiel. Metallurgical 
examination of wing hinge fittings from Japanese, 
Frances, aircraft. (Progress Report No. M-582.) 
L. H. Grenell, A. B. Westerman and H. W. Gil¬ 
lett. OEMsr-722; Project Nos. OD-113, NRC-32 
and others; OSRD No. 5517. Battelle Memorial 
Institute. August 31, 1945. 

802.12 Engines 

Ml Examination of enemy materiel. Metallurgical 
examination of Japanese roller bearing assemblies 
from aircraft engine, Zeke. (Progress Report No. 
M-179.) H. W. Gillett, A. S. Henderson and 
others. OEMsr-722; Project Nos. OD-113 and 


NRC-32; OSRD No. 2064. Battelle Memorial In¬ 
stitute. November 22, 1943. 

M2 Examination of enemy materiel. A metallurgical 
examination of a Japanese four-barrel carburetor. 
(Progress Report No. M-205.) L. H. Grenell, A. S. 
Henderson and others. OEMsr-722; Project Nos. 
OD-113 and NRC-32; OSRD No. 3182. Battelle 
Memorial Institute. January 17, 1944. 

M3 Examination of enemy materiel. Metallurgical 

examination of a Japanese aircraft exhaust stack 
and collector ring. (Progress Report No. M-254.) 

C. E. Levoe, Howard C. Cross and H. W. Gillett. 
OEMsr-722; Project Nos. OD-113, AC-77 and NRC- 
32; OSRD No. 3587. Battelle Memorial Institute. 
April 24, 1944. 

M4 Examination of enemy materiel. Metallurgical 

examination of three types of Japanese aircraft 
exhaust valves and two types of intake valves. 
(Progress Report No. M-308.) C. E. Levoe, 
Howard C. Cross and H. W. Gillett. OEMsr-722; 
Project Nos. OD-113, AC-77 and NRC-32; OSRD 
No. 3838. Battelle Memorial Institute. June 19, 
1944. 

M5 Examination of enemy materiel. Metallurgical 
examination of a Japanese naval aircraft gear oil 
pump. (Progress Report No. M-307.) L. H. Gre¬ 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. OD-113, AC-77 and NRC-32; OSRD No. 3836. 
Battelle Memorial Institute. June 19, 1944. 

M6 Examination of enemy materiel. Metallurgical 
examination of a Japanese Sakae-12 engine oil 
tank. (Progress Report No. M-315.) L. H. Grenell, 

J. R. Cady and others. OEMsr-722; Project Nos. 
OD-113, AC-77 and NRC-32; OSRD No. 3845. 
Battelle Memorial Institute. July 3, 1944. 

M7 Examination of enemy materiel. Metallurgical 

examination and performance tests of a Japanese 
Yokogawa aircraft magneto. (Progress Report No. 
M-322.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. OD-113, AC-77 and NRC- 
32; OSRD No. 3891. Battelle Memorial Institute. 
July 11, 1944. 

M8 Examination of enemy materiel. Metallurgical 

examination of a Japanese aircraft oil radiator. 
(Progress Report No. M-333.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. OD- 
113, AC-77 and NRC-32; OSRD No. 3920. Battelle 
Memorial Institute. July 18, 1944. 

M9 Examination of enemy materiel. Design features 
and performance characteristics of the Japanese 
hand and electric inertia starter. (Report No. \ 
M-337.) R. M. Nardone. OEMsr-722; Project 
Nos. OD-113, AC-77 and NRC-32; OSRD No. 
3922. Battelle Memorial Institute. July 20, 1944. 
M10 Examination of enemy materiel. Metallurgical 
examination of selected parts from Japanese Type 
100, radial, 1450-hp aircraft engines. (Progress Re¬ 
port No. M-334.) L. H. Grenell, J. R. Cady and 
others. OEMsr-722; Project Nos. OD-113, AC-77 








DIVISION 18 • MICROFILM LIST 


541 


and NRC-32; OSRD No. 3921. Battelle Memorial 
Institute. July 21, 1944. 

Mil Examination of enemy materiel. Metallurgical 
examination of a Japanese Sakae-12 aircraft engine 
mount. (Progress Report No. M-340.) L. H. Gre- 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. OD-113, AC-77 and NRC-32; OSRD No. 3967. 
Battelle Memorial Institute. July 27, 1944. 

M12 Examination of enemy materiel. Metallurgical 
examination of parts from a Japanese Sakae-12 
engine. (Progress Report No. M-350.) L. H. Gre- 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. OD-113, AC-77 and NRC-32; OSRD No. 
4063. Battelle Memorial Institute. August 22, 
1944. 

M13 Examination of enemy materiel. Metallurgical 
examination of four different types of Japanese 
aircraft spark plugs. (Progress Report No. M-362.) 
L. H. Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. OD-113, AC-77 and NRC-32; OSRD 
No. 4125. Battelle Memorial Institute. Septem¬ 
ber 7, 1944. 

M14 Examination of enemy materiel. Metallurgical 
examination of a Japanese Sakae-21 aircraft 
engine. (Progress Report No. M-384.) L. H. Gre¬ 
nell, J. R. Cady and H. W. Gillett. OEMsr-722; 
Project Nos. OD-113, AC-77 and NRC-32; OSRD 
No. 4234. Battelle Memorial Institute. October 
7, 1944. 

M15 Examination of enemy materiel. Metallurgical 
examination of a Japanese Zeke aircraft volt box. 
(Progress Report No. M-386.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. OD- 
113, AC-77 and NRC-32; OSRD No. 4215. Battelle 
Memorial Institute. October 7, 1944. 

M16 Examination of enemy materiel. Metallurgical 
examination of oil cooler from Japanese aircraft, 
Betty. (Progress Report No. M-395.) E. M. Smith, 
B. D. Gonser and H. W. Gillett. OEMsr-722; 
Project Nos. OD-113, AC-77 and NRC-32; OSRD 
No. 4279. Battelle Memorial Institute. October 
17, 1944. 

M17 Examination of enemy materiel. Metallurgical 
examination of parts from an Aichi V-12 Japa¬ 
nese aircraft engine. (Progress Report No. M-411.) 
L. H. Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. OD-113, AC-77 and NRC-32; OSRD 
No. 4359. Battelle Memorial Institute. Novem¬ 
ber 13, 1944. 

M18 Examination of enemy materiel. Metallurgical 
examination of a Japanese Kinsei-43 aircraft 
engine. (Progress Report No. M-422.) L. H. Gre¬ 
nell, J. R. Cady and H. W. Gillett. OEMsr-722; 
Project Nos. OD-113, AC-77 and others; OSRD 
No. 4420. Battelle Memorial Institute. December 
4, 1944. 

M19 Examination of enemy materiel. Metallurgical 
examination of parts from a Japanese Mamoru-11 
aircraft engine. (Progress Report No. M-437.) 
L. H. Grenell, J. R. Cady and H. W. Gillett. 


OEMsr-722; Project Nos. OD-113, AC-77 and NRC- 
32; OSRD No. 4455. Battelle Memorial Institute. 
December 8, 1944. 

M20 Examination of enemy materiel. Metallurgical 
examination of two Japanese Kasei engines, 
Models 11 and 15. (Progress Report No. M-488.) 
L. H. Grenell, J. R. Cady and H. W. Gillett. 
OEMsr-722; Project Nos. OD-113, AC-77 and NRC- 
32; OSRD No. 4826. Battelle Memorial Institute. 
March 12, 1945. 

M21 Examination of enemy materiel. Metallurgical 
examination of Japanese Sakae-12 engine, No. 
124676. (Progress Report No. M-504.) L. H. Gre¬ 
nell, J. R. Cady and H. W. Gillett. OEMsr-722; 
Project Nos. OD-113, AC-77 and others; OSRD 
No. 4982. Battelle Memorial Institute. April 17, 
1945. 

M22 Examination of enemy materiel. Metallurgical 
examination of a Japanese Kinsei-43 aircraft 
engine. (Progress Report No. M-524.) L. H. Gre¬ 
nell, J. R. Cady and H. W. Gillett. OEMsr-722; 
Project Nos. OD-113, AC-77 and others; OSRD 
No. 5109. Battelle Memorial Institute. May 22, 
1945. 

M23 Examination of enemy materiel. Metallurgical 
examination of Japanese Homare-11 aircraft 
engine. No. 11515. (Progress Report No. M-538.) 
L. H. Grenell, J. R. Cady and H. W. Gillett. 
OEMsr-722; Project Nos. OD-113, AC-77 and 
others; OSRD No. 5199. Battelle Memorial In¬ 
stitute. June 13, 1945. 

M24 Letter to Lt. Comdr. A. J. M. Hamon. Subject: 
[A sample cylinder head from a Japanese Homare- 
21 aircraft engine.] L. H. Grenell. [OEMsr-722;] 
Research Project No. NRC-32. Battelle Memorial 
Institute. July 17, 1945. 

M25 Examination of enemy materiel. Metallurgical 
examination of a Japanese Kawasaki Type 2 air¬ 
craft engine. (Progress Report No. M-570.) L. H. 
Grenell, J. R. Cady and H. W. Gillett. OEMsr- 
722; Project Nos. OD-113, AC-77 and others; OSRD 
No. 5472. Battelle Memorial Institute. August 
15, 1945. 

M26 Examination of enemy materiel. Metallurgical 
examination of Japanese Kasei-21 aircraft engine, 
No. 2189. (Progress Report No. M-597.) L. H. 
Grenell, A. B. Westerman and others. OEMsr-722; 
Project Nos. OD-113, AC-77 and others; OSRD 
No. 6008. Battelle Memorial Institute. October 
1, 1945. 

802.13 Instruments 

Ml Examination of enemy materiel. Metallurgical 
examination of two Japanese aircraft bank and 
turn indicators. (Progress Report No. M-367.) 
L. R. Jackson, W. W. Beaver and H. W. Gillett. 
OEMsr-722; Project Nos. OD-113, AC-77 and 
NRC-32; OSRD No. 4127. Battelle Memorial 
Institute. September 7, 1944. 

M2 Examination of enemy materiel. Luminescence of 



542 


DIVISION 18 • MICROFILM LIST 


enemy aircraft instrument dials. (Progress Report 
No. M-368.) J. R. DeVore. OEMsr-722; Project 
Nos. OD-113, AC-77 and NRC-32; OSRD No. 4145. 
Battelle Memorial Institute. September 7, 1944. 

M3 Examination of enemy materiel. Japanese drift- 
meter, or bombsight. (Progress Report No. M-416.) 
L. H. Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. OD-113, NRC-32 and others; OSRD 
No. 4365. Battelle Memorial Institute. November 
13, 1944. 

M4 Examination of enemy materiel. Metallurgical 
examination of a German aircraft fuel consump¬ 
tion meter and a blinker-type oxygen flowmeter. 
(Progress Report No. M-426.) L. R. Jackson, 
W. W. Beaver and H. W. Gillett. OEMsr-722; 
Project Nos. OD-113, NRC-32 and others; OSRD 
No. 4422. Battelle Memorial Institute. December 
4, 1944. 

M5 Examination of enemy materiel. Metallurgical 
examination of a gyro compass from a Japanese 
aircraft, Val, Mark I. (Progress Report No. M-425.) 
L. R. Jackson, W. W. Beaver and H. W. Gillett. 
[OEMsr-722;] Project Nos. OD-113, NRC-32 and 
others; OSRD No. 4421. Battelle Memorial Insti¬ 
tute. December 4, 1944. 

802.14 Fuels and Fuel Systems 

Ml Examination of enemy materiel. Examination of 
a joint on a Japanese gasoline tank. (Progress 
Report No. M-208.) G. O. Hoglund, G. S. Mik- 
halapov and H. W. Gillett. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 3181. Bat¬ 
telle Memorial Institute. January 22, 1944. 

M2 Examination of enemy materiel. Analysis of cap¬ 
tured Japanese ethyl fluid. (Progress Report No. 
M-275.) C. B. Gambrill, C. T. Leacock and M. Sue 
Aydelott. OEMsr-722; Project Nos. NRC-32, OD- 
113 and AC-77; OSRD No. 3703. Battelle Memo¬ 
rial Institute. May 31, 1944. 

M3 Examination of enemy materiel. Metallurgical 
examination of fuel tank from Japanese aircraft 
Oscar. (Progress Report No. M-344.) C. A. Reichel- 
derfer, J. M. Blalock and H. W. Gillett. OEMsr- 
722; Project Nos. NRC-32, OD-113 and AC-77; 
OSRD No. 3999. Battelle Memorial Institute. 
August 7, 1944. 

M4 Examination of enemy materiel. Examination of 
diaphragm and gasket from Japanese aircraft fuel 
pump. (Progress Report No. M-378.) R. G. Chol- 
lar, F. C. Croxton and H. W. Gillett. OEMsr-722; 
Project Nos. NRC-32, OD-113 and AC-77; OSRD 
No. 4180. Battelle Memorial Institute. Septem¬ 
ber 26, 1944. 

M5 Examination of enemy materiel. Metallurgical 
examination of two Japanese gasoline tanks from 
Judy-type aircraft wing. (Progress Report No. M- 
514.) C. E. Heussner, J. G. Dunleavy and H. W. 
Gillett. OEMsr-722; Project Nos. NRC-32, OD- 
113 and others; OSRD No. 5021. Battelle Memo¬ 
rial Institute. May 1, 1945. 


M6 Examination of enemy materiel. Metallurgical 
examination of a Japanese droppable fuel tank. 
(Progress Report No. M-583.) L. H. Grenell, A. B. 
Westerman and others. OEMsr-722; Project Nos. 
NRC-32, OD-113 and others; OSRD No. 5518. 
Battelle Memorial Institute. August 31, 1945. 

802.15 Miscellaneous Aircraft Materiel 

Ml Examination of enemy materiel. Metallurgical 

examination of two Japanese oxygen cylinders. 
(Progress Report No. M-303.) H. L. Anthony. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 3812. Battelle Memorial In¬ 
stitute. June 14, 1944. 

M2 Examination of enemy materiel. Metallurgical 

examination of Japanese oxygen and carbon di¬ 
oxide cylinders. (Progress Report No. M-394.) 
H. L. Anthony. OEMsr-722; Project Nos. NRC-32, 
OD-113 and AC-77; OSRD No. 4267. Battelle 
Memorial Institute. October 17, 1944. 

M3 Examination of enemy materiel. Metallurgical 

examination of Japanese propeller blades. (Prog¬ 
ress Report No. M-418.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and others; OSRD No. 4367. Battelle 
Memorial Institute. November 25, 1944. 

M4 Examination of enemy materiel. Metallurgical 

examination of a Japanese bomb hoist and re¬ 
lease. (Progress Report No. M-428.) L. H. Gre¬ 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. NRC-32, OD-113 and others; OSRD No. 4423. 
Battelle Memorial Institute. December 6, 1944. 

802.2 Ordnance Materiel 

802.21 Ammunition 

Ml Examination of enemy materiel. A metallurgical 
examination of a Japanese 75-mm high-explosive 
shell. (Progress Report No. M-90.) H. W. Gillett, 
L. H. Grenell and others. OEMsr-722; Project 
Nos. NRC-32 and OD-113; OSRD No. 1500. Bat¬ 
telle Memorial Institute. June 4, 1943. 

M2 Examination of enemy materiel. A metallurgical 
examination of Japanese 37-mm round nose, 
armor-piercing ammunition. (Progress Report No. 
M-148.) H. W. Gillett, A. S. Henderson and 
others. OEMsr-722; Project Nos. NRC-32 and 
OD-113; OSRD No. 1942. Battelle Memorial In¬ 
stitute. October 12, 1943. 

M3 Examination of enemy materiel. A metallurgical 
examination of three Japanese 75-mm high-explo¬ 
sive shells and carrier. (Progress Report No. M- 
196.) H. W. Gillett, A. S. Henderson and others. 
OEMsr-722; Project Nos. NRC-32 and OD-113; 
OSRD No. 3127. Battelle Memorial Institute. 
January 10, 1944. 

M4 Examination of enemy materiel. Metallurgical 
examination of sections of 15, 30 and 50-kilogram 
Japanese antipersonnel bombs. (Progress Report 
No. M-283.) L. H. Grenell, J. R. Cady and others. 




DIVISION 18 • MICROFILM LIST 


543 


OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 3661. Battelle Memorial In¬ 
stitute. May 15, 1944. 

M5 Examination of enemy materiel. Metallurgical 
examination of one 120-mm Japanese high-explo¬ 
sive naval projectile and three fuzes. (Progress 
Report No. M-294.) L. H. Grenell, J. R. Cady 
and others. OEMsr-722; Project Nos. NRC-32, 
OD-113 and AC-77; OSRD No. 3745. Battelle 
Memorial Institute. June 2, 1944. 

M6 Examination of enemy materiel. Metallurgical 
examination of six rounds of Japanese 20-mm 
high-explosive ammunition. (Progress Report No. 
M-295.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 3746. Battelle Memorial In¬ 
stitute. June 2, 1944. 

M7 Examination of enemy materiel. Metallurgical 
examination of a Japanese antiparked air¬ 

craft bomb. (Progress Report No. M-300.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and AC-77; OSRD 
No. 3814. Battelle Memorial Institute. June 14, 
1944. 

M8 Examination of enemy materiel. Metallurgical 
examination of two Japanese 80-mm high-explo¬ 
sive naval projectiles. (Progress Report No. M- 
301.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 3813. Battelle Memorial In¬ 
stitute. June 14, 1944. 

M9 Examination of enemy materiel. Metallurgical 
examination of Japanese 63-kilogram bombs, fuzes 
and gaines. (Progress Report No. M-309.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and AC-77; OSRD No. 
3839. Battelle Memorial Institute. June 19, 1944. 

M10 Examination of enemy materiel. Metallurgical 
examination of six rounds of Japanese 20-mm 
armor-piercing ammunition. (Progress Report No. 
M-310.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 3843. Battelle Memorial In¬ 
stitute. June 27, 1944. 

Mil Examination of enemy materiel. Metallurgical 
examination of Japanese 25-mm Hotchkiss in¬ 
cendiary and high-explosive incendiary tracer 
rounds. (Progress Report No. M-314.) L. H. Gre¬ 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. NRC-32, OD-113 and AC-77; OSRD No. 
3844. Battelle Memorial Institute. July 3, 1944. 

M12 Examination of enemy materiel. Metallurgical 
examination of Japanese 37-mm high-explosive 
shells. (Progress Report No. M-320.) L. H. Gre¬ 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. NRC-32, OD-113 and AC-77; OSRD No. 3896. 
Battelle Memorial Institute. July 11, 1944. 

M13 Examination of enemy materiel. Metallurgical 
examination of four Japanese 50-mm grenades and 
six fuzes. (Progress Report No. M-319.) L. H. 


Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and AC-77; OSRD No. 
3895. Battelle Memorial Institute. July 11, 1944. 

M14 Examination of enemy materiel. Metallurgical 
examination of Japanese 70-mm and 75-mm high- 
explosive ammunition. (Progress Report No. M- 
318.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 3894. Battelle Memorial In¬ 
stitute. July 11, 1944. 

M15 Examination of enemy materiel. Metallurgical 

examination of three 40-mm Japanese naval pro¬ 
jectiles. (Progress Report No. M-326.) L. H. Gre¬ 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. NRC-32, OD-113 and AC-77; OSRD No. 3918. 
Battelle Memorial Institute. July 18, 1944. 

M16 Examination of enemy materiel. Metallurgical 

examination of Japanese .30-caliber and .50-caliber 
disintegrating cartridge link belts. (Progress Re¬ 
port No. M-327.) L. H. Grenell, J. R. Cady and 
others. OEMsr-722; Project Nos. NRC-32, OD-113 
and AC-77; OSRD No. 3919. Battelle Memorial 
Institute. July 18, 1944. 

M17 Examination of enemy materiel. Metallurgical 

examination of Japanese 81-mm high-explosive 
light mortar shell complete with Type 93 fuze. 
(Progress Report No. M-339.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and AC-77; OSRD No. 3966. Battelle 
Memorial Institute. July 27, 1944. 

M18 Examination of enemy materiel. Metallurgical 

examination of four Japanese 47-mm armor¬ 
piercing, high-explosive shells. (Progress Report 
No. M-349.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 4062. Battelle Memorial In¬ 
stitute. August 22, 1944. 

M19 Examination of enemy materiel. Metallurgical 

examination of a Japanese Army 105-mm high- 
explosive shell of 1938. (Progress Report No. 
M-355.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
AC-77; OSRD No. 4071. Battelle Memorial In¬ 
stitute. August 24, 1944. 

M20 Examination of enemy materiel. A metallurgical 
examination of Japanese 75-mm armor-piercing, 
high-explosive howitzer rounds. (Progress Report 
No. M-359.) L. H. Grenell, J. R. Cady and H. W. 
Gillett. OEMsr-722; Project Nos. NRC-32, OD- 
113 and AC-77; OSRD No. 4089. Battelle Memo¬ 
rial Institute. August 29, 1944. 

M21 Examination of enemy materiel. Metallurgical 
examination of two Japanese 140-mm naval pro¬ 
jectiles. (Progress Report No. M-372.) L. H. Gre¬ 
nell, J. R. Cady and others. OEMsr-722; Project 
Nos. NRC-32, OD-113 and AC-77; OSRD No. 4131. 
Battelle Memorial Institute. September 14, 1944. 

M22 Examination of enemy materiel. Metallurgical 
examination of Japanese army 47-mm high- 
explosive projectiles. (Progress Report No. M-417.) 




544 


DIVISION 18 • MICROFILM LIST 


L. H. Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 4366. Battelle Memorial Institute. November 
25, 1944. 

M23 Examination of enemy materiel. Metallurgical 
examination of two Japanese mechanical impact 
fuzes and containers. (Progress Report No. M-436.) 
L. H. Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 4454. Battelle Memorial Institute. December 
8, 1944. 

M24 Examination of enemy materiel. Metallurgical 
examination of an high-explosive 15-cm Japanese 
naval projectile. (Progress Report No. M-448.) 
L. H. Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 4548. Battelle Memorial Institute. January 
5, 1945. 

M25 Examination of enemy materiel. Metallurgical 
examination of Japanese 75-mm antiaircraft am¬ 
munition. (Progress Report No. M-449.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 4563. Battelle Memorial Institute. January 
8, 1945. 

M26 Examination of enemy materiel. Metallurgical 
examination of Japanese 37-mm armor-piercing, 
high-explosive ammunition. (Progress Report No. 
M-474.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
others; OSRD No. 4696. Battelle Memorial In¬ 
stitute. February 12, 1945. 

M27 Examination of enemy materiel. Metallurgical 
examination of Japanese 30-mm high-explosive 
incendiary and high-explosive tracer ammunition. 
(Progress Report No. M-506.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and others; OSRD No. 4917. Battelle 
Memorial Institute. April 6, 1945. 

M28 Examination of enemy materiel. Metallurgical 
examination of 5-inch Japanese naval projectile. 
(Progress Report No. M-534.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and others; OSRD No. 5135. Battelle 
Memorial Institute. May 29, 1945. 

M29 Examination of enemy materiel. Metallurgical 
examination of a Japanese 50-mm mortar grenade 
smoke shell and fuze. (Progress Report No. M-565.) 
L. H. Grenell, A. B. Westerman and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
others; OSRD No. 5409. Battelle Memorial In¬ 
stitute. August 3, 1945. 

M30 Examination of enemy materiel. Metallurgical 
examination of a Japanese 40-mm armor-piercing, 
high-explosive shell. (Progress Report No. M-576.) 
L. H. Grenell, A. B. Westerman and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
others; OSRD No. 5480. Battelle Memorial In¬ 
stitute. August 23, 1945. 

M31 Examination of enemy materiel. Metallurgical 


examination of armor-piercing and high-explosive 
ammunition for Japanese 20-mm Browning-type 
gun. (Progress Report No. M-574.) L. H. Grenell, 
A. B. Westerman and others. OEMsr-722; Project 
Nos. NRC-32, OD-113 and others; OSRD No. 
5478. Battelle Memorial Institute. August 23, 
1945. 

M32 Examination of enemy materiel. Metallurgical 
examination of a Japanese 57-mm armor-piercing, 
high-explosive and high-explosive ammunition. 
(Progress Report No. M-584.) L. H. Grenell, 
A. B. Westerman and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
5519. Battelle Memorial Institute. August 31, 
1945. 

M33 Examination of enemy materiel. Metallurgical 
examination of Japanese 105-mm high-explosive 
projectile. (Progress Report No. M-594.) L. H. 
Grenell, A. B. Westerman and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 5713. Battelle Memorial Institute. Septem¬ 
ber 19, 1945. 

M34 Examination of enemy materiel. Metallurgical 
examination of Japanese 47-mm C/R high- 
explosive U/F shell for Model 1 A/T gun. (Prog¬ 
ress Report No. M-595.) L. H. Grenell, A. B. 
Westerman and others. OEMsr-722; Project Nos. 
NRC-32, OD-113 and others; OSRD No. 5714. 
Battelle Memorial Institute. September 19, 1945. 
M35 Examination of enemy materiel. Metallurgical 
examination of a Japanese C/R 20-mm Hotchkiss 
high-explosive shell for Model 98 antiaircraft gun. 
(Progress Report No. M-596.) L. H. Grenell, 
A. B. Westerman and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
5715. Battelle Memorial Institute. September 19, 
1945. 

M36 Examination of enemy materiel. Metallurgical 
examination of Japanese 75-mm antiaircraft high- 
explosive shell with fuze. (Progress Report No. 
M-593.) L. H. Grenell, A. B. Westerman and 
others. OEMsr-722; Project Nos. NRC-32, OD-113 
and others; OSRD No. 5725. Battelle Memorial 
Institute. September 19, 1945. 

802.22 Armor 

Ml Examination of enemy materiel. A chemical and 
metallurgical examination of a section of Japanese 
body armor. (Progress Report No. M-117.) H. W. 
Gillett, J. G. Dunleavy and others. OEMsr-722; 
Project Nos. NRC-32 and OD-113; OSRD No. 
1694. Battelle Memorial Institute. August 9, 
1943. 

M2 Examination of enemy materiel. Metallurgical 
study of two samples of Japanese welded homo¬ 
geneous light armor. (Progress Report No. M-158.) 
H. W. Gillett, A. S. Henderson and others. 
OEMsr-722; Project Nos. NRC-32 and OD-113; 
OSRD No. 1966. Battelle Memorial Institute. 
October 18, 1943. 







DIVISION 18 • MICROFILM LIST 


545 


802.23 


Rifles, Machine Guns, Mortars and Howitzers 

Ml Examination of enemy materiel. Metallurgical 

and industrial examination of two Japanese 20-mm 
aircraft-mounted machine guns of 1941. (Progress 
Report No. M-194.) H. W. Gillett, A. S. Hender¬ 
son and others. OEMsr-722; Project Nos. NRC-32 
and OD-113; OSRD No. 3109. Battelle Memorial 
Institute. January 11, 1944. 

M2 Examination of enemy materiel. Metallurgical 

examination of a 6.5-mm Japanese light machine 
gun. (Progress Report No. M-203.) A. S. Hender¬ 
son, L. H. Grenell and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32 and OD-113; OSRD No. 3116. 
Battelle Memorial Institute. January 11, 1944. 

M3 Examination of enemy materiel. Metallurgical 

examination of a Japanese rifle 6.5-mm (caliber 
.25) 38th year. Pattern M-1905. (Progress Report 
No. M-235.) L. H. Grenell, J. R. Cady and H. W. 
Gillett. OEMsr-722; Project Nos. NRC-32 and 
OD-113; OSRD No 3418. Battelle Memorial In¬ 
stitute. March 13, 1944. 

M4 Examination of enemy materiel. Metallurgical 

examination of Japanese 50-mm grenade dis¬ 

charger. (Progress Report No. M-269.) L. H. 
Grenell, J. R. Cady and H. W. Gillett. OEMsr- 
722; Project Nos. NRC-32, OD-113 and AC-77; 
OSRD No. 3623. Battelle Memorial Institute. 
May 2, 1944. 

M5 Examination of enemy materiel. Metallurgical 

examination of a Japanese rifle 7.7-mm (caliber 
.303-inch) Model 99. (Progress Report No. M-268.) 
L. H. Grenell, J. R. Cady and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and AC-77; OSRD 
No. 3625. Battelle Memorial Institute. May 2, 
1944. 

M6 Examination of enemy materiel. Metallurgical 
examination of a Japanese 7.7-mm Model 92 heavy 
machine gun of 1938. (Progress Report No. M-282.) 
L. H. Grenell, J. R. Cady and others OEMsr-722; 
Project Nos. NRC-32, OD-113 and AC-77; OSRD 
No. 3643. Battelle Memorial Institute. May 15, 
1944. 

M7 Examination of enemy materiel. Metallurgical 
examination of two Japanese 7.7-mm aircraft ma¬ 
chine guns of 1938 and 1942. (Progress Report No. 
M-325.) E. W. Ganslein, C. A. Reichelderfer and 
others. OEMsr-722; Project Nos. NRC-32, OD-113 
and AC-77; OSRD No. 3917. Battelle Memorial 
Institute. July 18, 1944. 

M8 Examination of enemy materiel. A metallurgical 
examination of a Japanese 20-mm aircraft machine 
gun. (Progress Report No. M-351.) L. H. Grenell, 
J. R. Cady and others. OEMsr-722; Project Nos. 
NRC-32, OD-113 and AC-77; OSRD No. 4064. 
Battelle Memorial Institute. August 22, 1944. 

M9 Examination of enemy materiel. Metallurgical 
examination of a Japanese aircraft 12.7-mm Brown¬ 
ing machine gun. (Progress Report No. M-376.) 
L. H. Grenell, J. R. Cady and others. OEMsr-722; 


Project Nos. NRC-32, OD-113 and AC-77; OSRD 
No. 4178. Battelle Memorial Institute. Septem¬ 
ber 25, 1944. 

M10 Examination of enemy materiel. Metallurgical 
examination of a Japanese Model 92 machine gun. 
(Progress Report No. M-489.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and others; OSRD No. 4827. Battelle 
Memorial Institute. March 12, 1945. 

Mil Examination of enemy materiel. Metallurgical 
examination of a Japanese Model 89, 7.7-mm ma¬ 
chine gun. (Progress Report No. M-508.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
5005. Battelle Memorial Institute. April 24, 1945. 

M12 Examination of enemy materiel. Metallurgical 
examination of a Japanese 57-mm tank gun, Model 
97. (Progress Report No. M-521.) L. H. Grenell, 
J. R. Cady and others. OEMsr-722; Project Nos. 
NRC-32, OD-113 and others; OSRD No. 5104. 
Battelle Memorial Institute. May 21, 1945. 

M13 Examination of enemy materiel. Metallurgical 
examination of two Japanese Oerlikon-type 20-mm 
aircraft machine guns for 1944. (Progress Report 
No. M-533.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
others; OSRD No. 5134. Battelle Memorial Insti¬ 
tute. May 29, 1945. 

M14 Examination of enemy materiel. Metallurgical 
examination of Japanese 47-mm antitank gun. 
(Progress Report No. M-543.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and others; OSRD No. 5227. Battelle 
Memorial Institute. June 19, 1945. 

M15 Examination of enemy materiel. Metallurgical 
examination of a Japanese aircraft 20-mm Brown¬ 
ing-type machine gun. (Progress Report No. 
M-544.) L. H. Grenell, J. R. Cady and others. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 
others; OSRD No. 5228. Battelle Memorial Insti¬ 
tute. June 19, 1945. 

M16 Examination of enemy materiel. Metallurgical 
investigation of an 8-cm Japanese antiaircraft gun. 
(Progress Report No. M-552.) E. L. Bartholomew, 
Jr., M. S. Burton and F. R. Evans. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 5323. Battelle Memorial Institute. July 9, 
1945. 

M17 Examination of enemy materiel. Metallurgical 
investigations of Japanese 37-mm tank gun. (Prog¬ 
ress Report No. M-559.) E. L. Bartholomew, Jr., 
M. S. Burton and F. R. Evans. OEMsr-722; Project 
Nos. NRC-32, OD-113 and others; OSRD No. 5357. 
Battelle Memorial Institute. July 24, 1945. 

M18 Examination of enemy materiel. Metallurgical 
examination of a Japanese 20-mm aircraft ma¬ 
chine gun. (Progress Report No. M-567.) L. H. 
Grenell, A. B. Westerman and others. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 



546 


DIVISION 18 • MICROFILM LIST 


No. 5410. Battelle Memorial Institute. August 3, 
1945. 

M19 Examination of enemy materiel. Metallurgical 
examination of a Japanese 7.92-mm Type 1 flexible 
A/C machine gun (twin-barreled) and a flexible 
ammunition chute for Type 2, hand-operated tur¬ 
ret 12.7-mm machine gun (Sally and Lily dorsal 
position). (Progress Report No. M-577.) L. H. 
Grenell, W. W. Beaver and H. W. Gillett. OEMsr- 
722; Project Nos. NRC-32, OD-113 and others; 
OSRD No. 5493. Battelle Memorial Institute. 
August 27, 1945. 

M20 Examination of enemy materiel. Metallurgical 
examination of a Japanese 7.92-mm Type 98 
flexible A/C machine gun. (Progress Report No. 
M-581.) L. H. Grenell, A. B. Westerman and 
others. OEMsr-722; Project Nos. NRC-32, OD-113 
and others; OSRD No. 5516. Battelle Memorial 
Institute. August 31, 1945. 

M21 Examination of enemy materiel. Metallurgical 
investigation of a Japanese 75-mm regimental gun. 
(Progress Report No. M-585.) E. L. Bartholomew, 
Jr., M. S. Burton and F. R. Evans. OEMsr-722; 
Project Nos. NRC-32, OD-113 and others; OSRD 
No. 5693. Battelle Memorial Institute. Septem¬ 
ber 14, 1945. 

M22 Examination of enemy materiel. Metallurgical 
investigation of Japanese 81-mm mortars. (Progress 
Report No. M-601.) E. L. Batholomew, Jr., M. S. 
Burton and F. R. Evans. OEMsr-722; Project Nos. 
NRC-32, OD-113 and others; OSRD No. 6009. 
Battelle Memorial Institute. September 28, 1945. 

M23 Examination of enemy materiel. Metallurgical 
investigation of a Japanese 15-cm howitzer. (Prog¬ 
ress Report No. M-602.) E. L. Bartholomew, Jr., 
M. S. Burton and F. R. Evans. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
6010. Battelle Memorial Institute. September 28. 
1945. 

802.24 Miscellaneous Ordnance Materiel 

Ml Examination of enemy materiel. Corrosion pro¬ 
tection of Japanese ordnance. (Progress Report No. 
M-204.) A. S. Henderson, L. H. Grenell and 
others. OEMsr-722; Project Nos. NRC-32 and 
OD-113; OSRD No. 3165. Battelle Memorial Insti¬ 
tute. January 17, 1944. 

M2 Examination of enemy materiel. Metallurgical 
examination of a Type 91, Change 3, 18-inch Jap¬ 
anese torpedo. (Progress Report No. M-457.) L. H. 
Grenell, J. R. Cady and others. OEMsr-722; Proj¬ 
ect Nos. NRC-32, OD-113 and others; OSRD No. 
4593. Battelle Memorial Institute and Mellon In¬ 
stitute of Industrial Research. January 18, 1945. 

M3 Examination of enemy materiel. Metallurgical 
examination of a Japanese magnetic antitank mine 
and fuze. (Progress Report No. M-598.) J. G. 
Dunleavy, H. W. Gillett and W. E. McKibben. 
OEMsr-722; Project Nos. NRC-32, OD-113 and 


others; OSRD No. 5677. Battelle Memorial Insti¬ 
tute. September 14, 1945. 

M4 Examination of enemy materiel. Metallurgical 
examination of a Japanese 20-cm rocket. (Progress 
Report No. M-599.) L. H. Grenell, A. B. Wester¬ 
man and H. W. Gillett. OEMsr-722; Project Nos. 
NRC-32, OD-113 and others; OSRD No. 5716. 
Battelle Memorial Institute. September 19, 1945. 

802.3 Miscellaneous Japanese Equipment 

Ml Abstract of confidential report on nickel in Japan. 
(Report No. M-13.) H. W. Gillett. OEMsr-307; 
OSRD No. 760. National Academy of Sciences. 
August 1, 1942. 

M2 Examination of enemy materiel. A metallurgical 
examination of miscellaneous Japanese articles. 
(Progress Report No. M-116.) H. W. Gillett, L. H. 
Grenell and others. OEMsr-722; Project Nos. 
NRC-32 and OD-113; OSRD No. 1695. Battelle 
Memorial Institute. August 8, 1943. 

M3 Examination of enemy materiel. Metallurgical 

examination of a Japanese navy 1 KVA alter¬ 
nating current generator repair kit. (Progress Re¬ 
port No. M-323.) L. H. Grenell, J. R. Cady and 
others. OEMsr-722; Project Nos. NRC-32, OD-113 
and AC-77; OSRD No. 3892. Battelle Memorial 
Institute. July 11, 1944. 

M4 Examination of enemy materiel. Metallurgical 

examination of Japanese electrical cable. (Progress 
Report No. M-485.) L. H. Grenell, J. R. Cady 
and others. OEMsr-722; Project Nos. NRC-32, 
OD-113 and others; OSRD No. 4777. Battelle 
Memorial Institute. March 3, 1945. 

M5 Examination of enemy materiel. Metallurgical 
examination of captured Japanese aluminum pres¬ 
sure vessels used for the storage of oxygen. (Prog¬ 
ress Report No. M-486.) H. L. Anthony. OEMsr- 
722; Project Nos. NRC-32, OD-113 and others; 
OSRD No. 4812. Battelle Memorial Institute. 
March 5, 1945. 

803 Other Countries 

803.1 Ordnance Materiel 

803.11 Armor 

Ml Examination of enemy materiel. Metallurgical 
examination of Czechoslovakian tank armor plate. 
(Progress Report No. M-316.) L. H. Grenell, J. R. 
Cady and others. OEMsr-722; Project Nos. NRC- 
32, OD-113 and AC-77; OSRD No. 3846. Battelle 
Memorial Institute. July 3, 1944. 

803.12 Rifles and Guns 

Ml Examination of enemy materiel. Part I, British 
Sten Mark III, 9-mm gun. (Progress Report No. 
M-39.) H. W. Gillett. OEMsr-722; Research 
Project No. NRC-32; OSRD No. 1138. Battelle 
Memorial Institute. January 14, 1943. 






DIVISION 18 • MICROFILM LIST 


547 


803.2 


900 


901 

901.1 

901.11 


M2 Examination of enemy materiel. Metallurgical 
examination of an Italian 20-mm antitank Solo- 
thurn rifle. (Progress Report No. M-202.) A. S. 
Henderson, L. H. Grenell and others. OEMsr-722; 
Project Nos. NRC-32 and OD-113; OSRD No. 
3126. Battelle Memorial Institute. January 11, 
1944. 

Miscellaneous Equipment 

Ml Examination of enemy materiel. Examination of 
French razor blade steel. (Progress Report No. 
M-165.) H. W. Gillett, A. S. Henderson and 
others. OEMsr-722; Project Nos. NRC-32 and 
OD-113; OSRD No. 2606. Battelle Memorial In¬ 
stitute. November 12, 1943. 

M2 Examination of enemy materiel. Metallurgical 
examination of six grades of Swedish carbide tool 
tips. (Progress Report No. M-410.) S. L. Hoyt, 
E. B. T. Kindquist and H. W. Gillett. OEMsr- 
722; Project Nos NRC-32, OD-113 and AC-77; 
OSRD No. 4387. Battelle Memorial Institute. 
November 13, 1944. 

M3 Enemy materiel from the metallurgical point of 
view. (Report No. 666.) J. R. Cady, H. W. Gillett 
and L. H. Grenell. OEMsr-722. Battelle Memo¬ 
rial Institute February, 1945. 

M4 Examination of enemy materiel. Metallurgical 
examination of tungsten-carbide powder and com¬ 
pacts. (Progress Report No. M-547.) L. H. Grenell, 
J. R. Cady and others. OEMsr-722; Project Nos. 
NRC-32, OD-113 and others; OSRD No. 5230. 
Battelle Memorial Institute. June 21, 1945. 

MISCELLANEOUS METALLURGICAL REPORTS 

Ml Industrial application of chromium plating. (Re¬ 
port No. M-26.) M. Kolodney. OEMsr-307; OSRD 
No. 1074. National Academy of Sciences. Novem¬ 
ber 27, 1942. 

M2 Rivets and rivet steel. Proposed research project. 
(Advisory Report No. M-42.) (n.a.) OEMsr-307; 

OSRD No. 1162. National Academy of Sciences. 
January 22, 1943. 

M3 Upgrading of lead-bearing copper alloy scrap. 
(Advisory Report No. M-55.) (n.a.) OEMsr-307; 

OSRD No. 1244. National Academy of Sciences. 
March 5, 1943. 

Quartermaster Supplies 

Coatings 

Fused 

Ml [The] development of a suitable and non-critical 
fused inorganic coating for cooking utensils and 
other quartermaster’s items. (Final Report No. 
M-193.) G. H. McIntyre and E. E. Bryant. 
OEMsr-819; Project Nos. QMC-18 and NRC-46; 
OSRD No. 3166. Ferro Enamel Corporation. 
January 13, 1944. 


901.12 Silver Plating 

Ml Silver plating of steel flatware. (Advisory Report 
No. M-51.) Charles L. Faust and Hiram S. Lukens. 
OEMsr-307; Survey Project No. SP-11; OSRD No. 
1240. National Academy of Sciences. March 1, 
1943. 

M2 Flatware for army use. (Part I. Final Report No. 
M-515.) Hiram S. Lukens. OEMsr-307; Project 
Nos. SP-11 and QMC-21; OSRD No. 5141. Na¬ 
tional Research Council. May 29, 1945. 

M3 Flatware for army use. (Part II. Final Report No. 
M-632.) Hiram S. Lukens. OEMsr-307; Survey 
Project No. SP-11; OSRD No. 6568. National 
Academy of Sciences. January 23, 1946. 

901.2 Miscellaneous Quartermaster Items 

Ml Metallurgical studies and surveys of Army Quar¬ 
termaster Corps supplies. Part I, Problems under 
investigation for the Office of the Quartermaster 
General for the period February 1, 1943 to August 
1, 1943. Part II, Camouflage of mess gear. (Final 
Report No. M-166.) Robert S. Williams. OEMsr- 
912; Project Nos. QMC-25 and NRC-54; OSRD No. 
2065. Massachusetts Institute of Technology. 
November 16, 1943. 

M2 Development and evaluation of an economical 
corrosion-resisting alloy for quartermaster items. 
(Final Report No. M-469.) H. A. Pray and F. W. 
Fink. OEMsr-1400; Project Nos. QMC-39 and 
NRC-91; OSRD No. 4673. Battelle Memorial In¬ 
stitute. February 5, 1945. 

902 Properties of Metals 

902.1 Behavior of Metals Under Dynamic Conditions 

Ml [Thej behavior of metals under dynamic condi¬ 
tions. (Final Report No. M-492.) Donald S. Clark. 
[OEMsr-348;] Project Nos. NRC-82 and NS-109; 
OSRD No. 4868. California Institute of Tech¬ 
nology. March 27, 1945. 

902.11 Strain Propagation 

Ml On the propagation of plastic deformation in 
solids. (Division 2. Progress Report No. A-29.) 
Theodor von Karman. Service Project Nos. CE-5 
and CE-6. California Institute of Technology. 
[December 18, 1941.] 

M2 The propagation of plastic strain in tension. (Divi¬ 
sion 2. Report No. A-99.) Pol E. Duwez, D. S. 
Wood and Donald S. Clark. OEMsr-348; Service 
Project Nos. CE-5 and NO-11. California Insti¬ 
tute of Technology. [October, 1942.] 

M3 The propagation of plastic waves in tension speci¬ 
mens of finite length. Theory and methods of 
integration. (Division 2. Progress Report No. 
A-103.) Theodor von Karmdn, H. F. Bohnen- 
blust and D. H. Hyers. OEMsr-348; Project Nos. 
CE-5, NO-11 and others. California Institute of 
Technology. [October, 1942.] 



548 


DIVISION 18 • MICROFILM LIST 


M4 Graphical solutions for problems of strain propa¬ 
gation in tension. (Division 2. Report No. A-131.) 
H. F. Bohnenblust, Joseph V. Charyk and D. H. 
Hyers. OEMsr-348; Service Project Nos. CE-5 and 
NO-11. California Institute of Technology. Janu¬ 
ary 23, 1943. 

M5 Preliminary experiments on the propagation of 
plastic deformation. (Division 2. Report No. A-244.) 
Pol E. Duwez. [OEMsr-348;] Project Nos. NO-11, 
NS-109 and P2-303; OSRD No. 3207. California 
Institute of Technology. January, 1944.] 

M6 [The] behavior of metals under dynamic condi¬ 
tions. The propagation of plastic strain in com¬ 
pression. (Progress Report No. M-302.) Pol E. 
Duwez, Donald S. Clark and H. E. Martens. 
OEMsr-348; Project Nos. NS-109 and NRC-82; 
OSRD No. 3886. California Institute of Tech¬ 
nology. July 7, 1944. 

M7 [The] behavior of metals under dynamic condi¬ 
tions. A preliminary investigation of the mech¬ 
anism of penetration from the standpoint of strain 
propagation. (Progress Report No. M-317.) Pol E. 
Duwez and Donald S. Clark. OEMsr-348; Project 
Nos. NS-109 and NRC-82; OSRD No. 3957. Cali¬ 
fornia Institute of Technology. July 19, 1944. 

M8 [Thej behavior of metals under dynamic condi¬ 
tions. Progression of yielding. (Progress Report 
No. M-409.) Pol E. Duwez, H. E. Martens and 
Donald S. Clark. OEMsr-348; Service Project No. 
NS-109; OSRD No. 4453. California Institute of 
Technology. December 9, 1944. 

902.12 Tensile Properties 

Ml The influence of specimen length on strain propa¬ 
gation in tension. (Division 2. Progress Report 
No. A-105.) Pol E. Duwez, D. S. Wood and Donald 
S. Clark. [OEMsr-348;j Project Nos. CE-5, NO-11 
and others. California Institute of Technology. 
[October, 1942.] 

M2 The effect of stopped impact and reflection on the 
propagation of plastic strain in tension. (Division 
2. Progress Report No. A-108.) Pol E. Duwez, 

D. S. Wood and others. OEMsr-348; Project Nos. 
CE-5, NO-11 and others. California Institute of 
Technology. [November, 1942.] 

M3 The influence of impact velocity on the tensile 
properties of plain carbon steels and of a cast-steel 
armor plate. (Division 2. Report No. A-154.) Pol 

E. Duwez, Donald S. Clark and D. S. Wood. 
[OEMsr-348;] Project Nos. NO-11, NS-109 and 
P2-303. California Institute of Technology. 
[February, 1943.] 

M4 Factors influencing the propagation of plastic 
strain in long tension specimens. (Division 2. Re¬ 
port No. A-159.) Pol E. Duwez, D. S. Wood and 
Donald S. Clark. OEMsr-348; Project Nos. NO-11, 
NS-109 and P2-303. California Institute of Tech¬ 
nology. [March, 1943.] 

M5 Dynamic tests of the tensile properties of SAE- 


1020 steels, Armco iron and 17ST aluminum alloy. 
(Division 2. Report No. A-182.) Pol E. Duwez, 
D. S. Wood and Donald S. Clark. OEMsr-348; 
Project Nos. NO-11, P2-303 and others. Cali¬ 
fornia Institute of Technology. [May, 1943.] 

M6 The influence of impact velocity on the tensile 
properties of Class B armor plate, heat-treated 
alloy steels and stainless steel. (Division 2. Report 
No. A-195.) Pol E. Duwez, D. S. Wood and 
Donald S. Clark. OSRD No. 1641. California 
Institute of Technology. July, 1943.] 

M7 Discussion of energy measurements in tension im¬ 
pact tests at the California Institute of Tech¬ 
nology. (Division 2. Report No. A-217.) Pol E. 
Duwez, Donald S. Clark and D. S. Wood. [OEMsr- 
348;] Project Nos. NO-11, NS-109 and P2-303; 
OSRD No. 1829. California Institute of Tech¬ 
nology. [September, 1943.] 

M8 The influence of specimen dimensions and shape 
on the results of tensile impact tests. (Division 2. 
Report No. A-237.) D. S. Wood, Pol E. Duwez 
and Donald S. Clark. OEMsr-348; Project Nos. 
NO-11, NS-109 and P2-303; OSRD No. 3028. Cali¬ 
fornia Institute of Technology. [December, 1943.] 

M9 The influence of velocity on the tensile properties 
of a carbon steel, two National Emergency steels 
and a manganese steel. (Division 2. Report No. 
A-241.) Donald S. Clark, Pol E. Duwez and D. S. 
Wood. OEMsr-348; Project Nos. NO-11, P2-303 
and others; OSRD No. 3180. California Institute 
of Technology. January, 1944.] 

M10 The influence of impact velocity on the tensile 
properties of four magnesium alloys and 24-S 
aluminum alloy. (Division 2. Report No. A-249.) 
Donald S. Clark, Pol E. Duwez and D. S. Wood. 
OEMsr-348; Project Nos. NO-11, P2-303 and 
others; OSRD No. 3256. California Institute of 
Technology. [February, 1944.] 

Mil The influence of impact velocity on the tensile 
properties of three types of ship plate: MS, HTS 
and STS. (Division 2. Report No. A-261.) Donald 
S. Clark, Pol E. Duwez and D. S. Wood. OEMsr- 
348; Project Nos. NO-11, P2-303 and others; OSRD 
No. 3420. California Institute of Technology. 
[March, 1944.] 

M12 The behavior of metals under dynamic conditions. 
Influence of impact velocity on the tensile prop¬ 
erties of furniture steel sheets. (Progress Report 
No. M-264.) Pol E. Duwez, Donald S. Clark and 
H. E. Martens. OEMsr-348; Project Nos. NO-11, 
NRC-82 and others; OSRD No. 3696. California 
Institute of Technology. May 9, 1944. 

M13 [Thej behavior of metals under dynamic condi¬ 
tions. Influence of impact velocity on the tensile 
properties of NE-8715, NE-9415, SAE-1045 and 
SAE-1090 steels. (Progress Report No. M-257.) 
Donald S. Clark, Pol E. Duwez and D. S. Wood. 
OEMsr-348; Project Nos. NO-11, NRC-82 and 



DIVISION 18 • MICROFILM LIST 


549 


others; OSRD No. 3695. California Institute of 
Technology. May 9, 1944. 

M14 The behavior of metals under dynamic conditions. 
Influence of impact velocity on the tensile prop¬ 
erties of some metals and alloys. (Progress Report 
No. M-288.) Pol E. Duwez and Donald S. Clark. 
[OEMsr-348;] Service Project Nos. NO-11, NS-109 
and NRC-82; OSRD No. 3837. California Insti¬ 
tute of Technology. June 19, 1944. 

M15 [Thej behavior of metals under dynamic condi¬ 
tions. The influence of hardness and type of heat 
treatment on the static and impact tensile prop¬ 
erties of an SAE-4340 steel. (Progress Report No. 
M-462.) Pol E. Duwez, H. E. Martens and others. 
OEMsr-348; Project Nos. NS-109 and NRC-82; 
OSRD No. 4775. California Institute of Tech¬ 
nology. February 19, 1945. 

902.13 Impact Loading 

Ml [Thej deflection and perforation of steel plates at 
impact velocities up to 150 feet per second. (Divi¬ 
sion 2. Preliminary Report No. A-175.) Pol E. 
Duwez, D. S. Wood and Donald S. Clark. OEMsr- 
348; Project Nos. NO-11, NS-109 and P2-303. Cali¬ 
fornia Institute of Technology. [April, 1943.] 

M2 The behavior of long beams under impact loading. 
(Division 2. Report No. A-216.) Pol E. Duwez, 
Donald S. Clark and others. OEMsr-348; Project 
Nos. NO-11, NS-109 and P2-303; OSRD No. 1828. 
California Institute of Technology. [September, 

1943. ] 

M3 On the static and dynamic plastic bending of 
plates. (Division 2. Report No. A-228.) D. H. 
Hyers. OEMsr-348; Project Nos. NO-11, NS-109 
and P2-303; OSRD No. 2018. California Institute 
of Technology. [November, 1943.] 

M4 The behavior of large plates under impact loading. 
(Division 2. Report No. A-254.) Pol E. Duwez, 
Donald S. Clark and others. OEMsr-348; Project 
Nos. NO-11, NS-109 and P2-303; OSRD No. 3292. 
California Institute of Technology. [February, 

1944. ] 

M5 [Thej behavior of metals under dynamic condi¬ 
tions. Some static and dynamic properties of 
Zamac II die-cast alloy in relation to its use in 
Mark 140 (HIR-3) fuze. (Progress Report No. 
M-234.) Donald S. Clark, Pol E. Duwez and D. S. 
Wood. OEMsr-348; Project Nos. NO-11, NS-109 
and NRC-82; OSRD No. 3425. California Insti¬ 
tute of Technology. March 27, 1944. 

M6 [The] behavior of metals under dynamic condi¬ 
tions. The behavior of clamped beams under im¬ 
pact loading. (Progress Report No. M-338.) Pol E. 
Duwez, H. E. Martens and Donald S. Clark. 
OEMsr-348; Project Nos. NS-109 and NRC-82; 
OSRD No. 4043. California Institute of Tech¬ 
nology. August 16, 1944. 

902.14 Rapid Loading 

Ml [Thej behavior of metals under dynamic condi¬ 


tions. Preliminary study of the influence of rapid 
loading and time at load on the initiation of 
plastic deformation in tension. (Progress Report 
No. M-450.) Pol E. Duwez, H. E. Martens and 
Donald S. Clark. OEMsr-348; Project Nos. NS-109 
and NRC-82; OSRD No. 4621. California Insti¬ 
tute of Technology. January 22, 1945. 

M2 [Tlipj behavior of metals under dynamic condi¬ 
tions. The design of a hydropneumatic machine 
for rapid load tensile testing. (Progress Report No. 
M-461.) D. A. Elmer, Donald S. Clark and D. H. 
Hyers. OEMsr-348; Project Nos. NS-109 and 
NRC-82; OSRD No. 4774. California Institute of 
Technology. February 19, 1945. 

902.15 Strain Rate 

Ml [Thej behavior of metals under dynamic condi¬ 
tions. Application of pure strain rate tests to an 
investigation of two 76-mm gun tubes. (Progress 
Report No. M-460.) Pol E. Duwez, H. E. Martens 
and others. OEMsr-348; Project Nos. NS-109 and 
NRC-82; OSRD No. 4729. California Institute of 
Technology. February 19, 1945. 

M2 [The] behavior of metals under dynamic condi¬ 
tions. The influence of pure strain rate on the 
tensile properties of three types of ship plate. 
(Progress Report No. M-459.) Pol E. Duwez, H. E. 
Martens and others. OEMsr-348; Project Nos. 
NS-109 and NRC-82; OSRD No. 4773. California 
Institute of Technology. February 19, 1945. 

902.2 Impurities Influencing the Ferromagnetism of Non- 

Ferrous Alloys 

Ml Investigation of the effects of impurities on the 
ferromagnetism of non-ferrous alloys. (Progress 

Report No. M-279.) Allison Butts and John H. 
Frye, Jr. OEMsr-1249; Project Nos. OD-156 and 
NRC-79; OSRD No. 3694. Lehigh University. 
May 20, 1944. 

M2 Investigation of the effects of impurities on the 
ferromagnetism of non-ferrous alloys. (Progress 

Report No. M-335.) Allison Butts, John H. Frye, 
Jr. and P. L. Reiber, Jr. OEMsr-1249; Project 
Nos. OD-156 and NRC-79; OSRD No. 4056. 
Lehigh University. August 24, 1944. 

M3 Investigation of the effects of impurities on the 
ferromagnetism of non-ferrous alloys. (Progress 

Report No. M-407.) Allison Butts and P. L. 
Reiber, Jr. OEMsr-1249; Project Nos. OD-156 and 
NRC-79; OSRD No. 4442. Lehigh University. 
December 4, 1944. 

M4 Investigation of the effects of impurities on the 
ferromagnetism of non-ferrous alloys. (Progress 

Report No. M-479.) Allison Butts and P. L. 
Reiber, Jr. OEMsr-1249; Project Nos. OD-156 
and NRC-79; OSRD No. 4833. Lehigh University. 
March 20, 1945. 

M5 Investigation of the effects of impurities on the 
ferromagnetism of non-ferrous alloys. (Final Re- 





550 


DIVISION 18 . MICROFILM LIST 


port No. M-548.) Allison Butts and P. L. Rieber, 
Jr. OEMsr-1249; Project Nos. OD-156 and NRC- 
79; OSRD No. 5471. Lehigh University. August 
20, 1945. 

902.3 Low-Temperature Properties of Metals 

Ml Literature survey on the low-temperature proper¬ 
ties of metals. (Volumes 1 to 7. Report No. 122.) 
A. E. White and C. A. Siebert. NDCrc-160; Serv¬ 
ice Project No. OD-34. University of Michigan. 
December 9, 1941. 


902.4 Rare Metal Electrical Contacts 

Ml Osmium. (Advisory Report No. M-134.) E. M. 
Wise. OEMsr-307; Survey Project No. SP-16; 
OSRD No. 1750. National Academy of Sciences. 
August 27, 1943. 

M2 Possibility of interchangeable use of the materials 
and alloys of the platinum group, silver, tungsten 
and others, in electrical contacts. (Advisory Re¬ 
port No. M-499.) E. M. Wise. OEMsr-307; Survey 
Project No. SP-16; OSRD No. 5163. National 
Academy of Sciences. May 30, 1945. 




WAVE PROPAGATION 

Microfilm Index 


100 SUMMARY REPORTS FOR WAVE PROPAGATION 

110 Foreign Summary Reports 

200 ATMOSPHERIC PROPAGATION 

201 Theoretical Discussion 

201.1 Microwaves 

202 Principles of Radar 

202.1 Aircraft Early Warning 

202.11 Aircraft Detection 

202.12 Tracking 

202.2 Radar Testing 

202.3 Radar Systems 

202.31 Ground Systems 

202.311 Height Finding 

202.312 Ship Detection 

202.32 Ship Systems 

202.4 Radar Coverage and Range 

202.5 Radar Telephone 

203 Radio Fundamentals 

203.1 Radio Telephone 

204 Electrical Communication Systems 
210 Standard Atmosphere 

211 Field Strength Curves 

212 Radar Range 

213 Miscellaneous Standard Atmospheric Problems 
220 Non-Standard Atmosphere 

221 Theory of Anomalous Propagation 

221.1 Formulae 

222 Refraction 

222.1 Index of Refraction 

222.2 Modified Index of Refraction 

222.3 Ducts 

223 Super-Refraction 

224 Ultra Short Wave Transmission 

225 Miscellaneous Non-Standard Atmospheric Problems 
230 Transmission Media 

231 Over Ground 

231.1 Standard 

231.11 Ground Sites 

231.12 Earth’s Curvature 

231.2 Effect of Obstacles 

231.21 Theoretical Discussion 

231.22 Trees and Hills, etc. 

231.221 Trees 

231.222 Hills 

231.223 Houses 

232 Over Water 

232.1 Standard 

232.2 Non-Standard 

233 Over Ground and Sea 
240 Fading 

300 METEOROLOGY 

310 Meteorological Factors 
311 General Discussion 


312 General Experimentation 

320 Meteorological Factors Affecting Propagation and Trans¬ 
mission 

321 Temperature and Humidity 

322 Horizontal Lower Layers 

323 Diffusion 

330 Special Areas Investigated 

331 Aden and Persian Gulf 

332 Australia and New Zealand 

333 Great Britain 

333.1 Irish Sea 

333.2 Llandudno, Wales 

333.3 Rye, England 

334 India 

335 Pacific Ocean Areas 

336 United States 

336.1 Canal Zone and Panama 

336.2 New England 

336.3 Philippines 

337 Miscellaneous Areas 
340 Meteorological Equipment 

341 Wired and Radiosonde 

342 Low-Level Sounding Devices 

343 Hygrometers 

344 Miscellaneous Equipment 

400 RADAR FORECASTING 

410 Theoretical Discussion 
420 Areas Investigated 

421 Australia and New Zealand 

422 Great Britain and North Sea 

423 India 

424 Pacific Ocean Areas 

425 United States 

500 FACTORS AFFECTING WAVE PROPAGATION 

510 Atmospheric Absorption and Scattering 

511 Attenuation 

512 Scattering 

520 Dielectric Constant and Loss Factor 

521 Methods and Systems of Measurements 

522 Media 

522.1 Water and Ice 

522.11 Water 

522.12 Water Vapors 

522.13 Ice 

522.2 Air 

522.3 Soil 

522.4 Radomes 
530 Reflection Coefficient 

531 Reflection Problems 

532 Ground and Water 

532.1 Ground 

532.2 Water 

540 Horizontal and Vertical Polarization 



551 


552 


WAVE PROPAGATION MICROFILM INDEX 


600 TARGETS AND ECHOES 
610 Targets 

611 Reflectors 

611.1 Corner Reflectors 

612 Radar Targets 

612.1 Ship Targets 

612.2 Towed Targets 

612.3 Surface Targets 

612.4 Model Targets 

612.5 Plane Targets 

612.6 Miscellaneous Target Problems 
620 Echoes 

621 Atmospheric Sources 

621.1 Storm 

621.2 Rain 

621.3 Lightning 

621.4 Clouds 

621.5 Snow 

621.6 Ground and Sea Clutter 

621.7 Miscellaneous Sources 

622 Object Sources 

622.1 Periscopes and Schnorkels 


622.2 Ships 

622.3 Aircraft 

622.4 Shell Bursts 

622.5 Miscellaneous Shapes 
623 Miscellaneous Echo Problems 

630 Signals 

631 Propagation 

632 Stability 

633 Camouflage 

700 RADIO COMMUNICATION 

710 Areas Investigated 

711 Jungle 

712 Sea Paths 

713 Southwest Pacific 
720 Communication Devices 

721 Passive Repeaters 
730 Communication Devices 
721 Passive Repeaters 
730 Communication Factors 

731 Interference and Noise 

732 Range 

732.1 Short Range 


SECRET 



WAVE PROPAGATION 

List of Microfilmed Reports 


100 SUMMARY REPORTS FOR WAVE PROPAGATION 

Ml Notes on Microwave Propagation Conference at 
MIT, Radiation Laboratory. (Division 14. Report 
No. 42.) (n.a.) MIT, Radiation Laboratory. 

September 24, 1943. 

M2 [Second] conference on [radio] propagation [prob¬ 
lems] on February 10 [tO] 11, 1944 t at the] Empire 
State Building, New York, (n.a.) OEMsr-1207. 

Columbia University Wave Propagation Group. 
[February, 1944.] 

M3 International Radio Propagation Conference [held 
at Interservice Radio Propagation Laboratory, 
from April 17 to May 5, 1944]. (Report No. IRPL- 
C61.) (n.a.) National Bureau of Standards. 

June, 1944. 

M4 Third conference on propagation [On] November 
16 to 18, 1944. (n.a.) Columbia University Wave 
Propagation Group. [November, 1944.] 

110 Foreign Summary Reports 

Ml Scientific investigations on propagation problems 
in the Southwest Pacific Area, (n.a.) OSRD 
Liaison Office No. II-5-6124(S). [Australian Radio 
Propagation Committee, Australia.] July 25, 1944. 

M2 Reviews of progress of ultra short wave propaga¬ 
tion work. [Part] I, The evaluation of solutions of 
the wave equation for a stratified medium. (Report 
No. AC-7017.) D. R. Hartree. OSRD Liaison 
Office No. WA-2961-2. Ultra Short Wave Propa¬ 
gation Panel [Great Britain]. [September, 1944.] 

M3 Reviews of progress of ultra short wave propaga¬ 
tion work. [Part] II, Statement of work in progress 
relevant to investigations of the propagation of 
radio waves through the troposphere. (Report No. 
AC-7018.) R. L. Smith-Rose. OSRD Liaison 

Office No. WA-3005-2. [Ultra Short Wave Propa¬ 
gation Panel, Great Britain.] September 25, 1944. 

M4 Reviews of progress of ultra short wave propaga¬ 
tion work. Part III, Microwave propagation re¬ 
search at [thej Signals Research and Development 
Establishment. (Report No. AC-7019.) (n.a.) 

OSRD Liaison Office No. WA-3156-7. Ultra Short 
Wave Propagation Panel [Great Britain]. Sep¬ 
tember 26, 1944. 

M5 Reviews of progress of ultra short wave propaga¬ 
tion work. Part IV, Correlation of radar opera¬ 
tional data with meteorological conditions. (Report 
No. AC-7020.) (n.a.) OSRD Liaison Office No. 

WA-3156-8. Ultra Short Wave Propagation Panel 
[Great Britain]. September 28, 1944. 

M6 Reviews of progress of ultra short wave propaga¬ 
tion work. Part V, Progress report on forecasting 
of radar conditions. (Report No. AC-7021.) (n.a.) 

OSRD Liaison Office No. WA-3156-9. Ultra Short 


Wave Propagation Panel [Great Britain]. [Octo¬ 
ber, 1944.] 

M7 Reviews of progress of ultra short wave propaga¬ 
tion work. Part VI, Vertical temperature and 
humidity gradients at Rye. (Report No. AC-7022.) 
(n.a.) OSRD Liaison Office No. WA-3156-10. 
Ultra Short Wave Propagation Panel [Great 
Britain^. [October, 1944 0 

M8 Reviews of progress of ultra short wave propaga¬ 
tion work. Part VII, The use of radar for the 
detection of storms. (Report No. AC-7023.) (n.a.) 
OSRD Liaison Office No. WA-3156-11. Ultra 
Short Wave Propagation Panel [Great Britain]. 
[October, 1944.] 

M9 Reviews of progress of ultra short wave propaga¬ 
tion work. Part VIII, Present states of theoretical 
study of radio propagation through the tropo¬ 
sphere by the Mathematics Group, Telecommuni¬ 
cations Research Establishment. (Report No. AC- 
7024.) (n.a.) OSRD Liaison Office No. WA-3156- 
12. Ultra Short Wave Propagation Panel [Great 
Britain]. [October, 1944.] 

M10 Reviews of progress of ultra short wave propaga¬ 
tion work. Part IX, Review of short period experi¬ 
mental studies of centimetre wave propagation, 
carried out jointly by Admiralty Signal Establish¬ 
ment, Signals Research and Development Estab¬ 
lishment and General Electric Company. (Report 
No. AC-7025.) E. C. S. Megaw. OSRD Liaison 
Office No. WA-3156-13. Ultra Short Wave Propa¬ 
gation Panel [Great Britain]. [October, 1944.] 

Mil Reviews of progress of ultra short wave propaga¬ 
tion work. Part X, Study of centimetre wave 
propagation over Cardigan Bay to Mount Snow¬ 
den. (Report No. AC-7026.) F. Hoyle. OSRD 
Liaison Office No. WA-3157-1. Ultra Short Wave 
Propagation Panel [Great Britain]. [October, 
1944.] 

M13 Reviews of progress of ultra short wave propaga¬ 
tion work. Part XII, Some K-, X- and S-band 
of the sea at centimetre wave lengths. (Report 
No. AC-7027.) F. Hoyle. OSRD Liaison Office 
No. WA-3157-2. Ultra Short Wave Propagation 
Panel [Great Britain]. [October, 1944.] 

M13 Reviews of progress of ultra short wave propaga¬ 
tion work. Part XII, Some K-, X- and S-band 
(Llandudno) trials. General summary of the ex¬ 
perimental results obtained which are concerned 
with the dependence of radio propagation on 
meteorological conditions. (Report No. AC-7028.) 
(n.a.) OSRD Liaison Office No. WA-3157-3. Ultra 
Short Wave Propagation Panel [Great Britain]. 
October 11, 1944. 

M14 [Reviews of progress of ultra short wave propaga¬ 
tion work. Part XIII.] Progress report on 369 trials 


SECRET 553 


554 


WAVE PROPAGATION MICROFILM LIST 


by Director, Naval Meteorological Service. (Report 
No. AC-7029.) (n.a.) OSRD Liaison Office No. 

WA-3156-1. Ultra Short Wave Propagation Panel 
[Great Britain]. [October, 1944.] 

M15 Reviews of progress of ultra short wave propaga¬ 
tion work. Part XIV, Survey of progress in the 
United Kingdom on the electromagnetic theory of 
tropospheric propagation. (Report No. AC-7030.) 
(n.a.) OSRD Liaison Office No. WA-3157-4. Ultra 
Short Wave Propagation Panel [Great Britain]. 
[October, 1944.] 

M16 Reviews of progress of ultra short wave propaga¬ 
tion work. Part XV, Study of meteorological fac¬ 
tors responsible for the refractive structure of the 
troposphere. (Report No. AC-7031.) (n.a.) OSRD 
Liaison Office No. WA-3157-5. Ultra Short Wave 
Propagation Panel [Great Britain]. [October, 
1944.] 

M17 Survey of field of radio propagation and noise with 
special reference to Australia. (Report No. RP- 
231.) F. J. Kerr. OSRD Liaison Office No. 
II-5-6572(S). Council for Scientific and Industrial 
Research, Division of Radiophysics, Australia. 
November 27, 1944. 

200 ATMOSPHERIC PROPAGATION 

201 Theoretical Discussion 

201.1 Microwaves 

Ml Notes on microwaves based upon a series of lec¬ 
tures by W. W. Hansen. (Division 14. Chapters 1 
to 3.) Samuel Seely and Ernest C. Pollard. t MIT, 
Radiation Laboratory.] October 20, 1941. 

M2 An introduction to microwave propagation. (Divi¬ 
sion 14. Report No. 406.) Donald E. Kerr and 
Pearl J. Rubenstein. MIT, Radiation Laboratory. 
September 16, 1943. 

202 Principles of Radar 

Ml Principles of radar, (n.a.) Massachusetts Institute 
of Technology. June 15, 1944. 

202.1 Aircraft Early Warning 

Ml Technical requirements of ground controlled com¬ 
munications interceptor search systems. Technical 
requirements for early warning radar systems. 
(Division 14. Report Nos. TCAW-1 and -2.) L. J. 
Chu and N. H. Frank. MIT, Radiation Labora¬ 
tory. May 10, 1943. 

M2 Low-angle coverage of early warning radar sys¬ 
tems. (Division 14. Report No. TCAW-3.) N. H. 
Frank. [MIT, Radiation Laboratory.] July 26, 
1943. 

M3 Factors relating to the design of an RDF air warn¬ 
ing set. (Report No. RP-187.) F. J. Kerr. OSRD 
Liaison Office No. II-5-5721. Council for Scientific 
and Industrial Research, Division of Radiophysics 
[Australia]. August 11, 1943. 

M4 Radar calibration report [in the] New York region. 


(n.a.) US Army Air Forces, 13th Radar Calibra¬ 
tion Detachment, Mitchel Field, N. Y. November 
30, 1943. 

M5 The air defense system of the Near Islands. (Re¬ 
port No. OAD-55.) Thomas J. Carroll. US Army 
Air Forces, Eleventh Air Force, Operational Anal¬ 
ysis Division. August 30, 1944. 

202.11 Aircraft Detection 

Ml Siting for long-range aircraft detection. (CESL 
Technical Report No. T-13.) Thomas J. Carroll. 
US Army Signal Corps, Camp Evans, Belmar, N. J. 
Revised: October 17, 1942. 

M2 The performance of naval radar systems against 
aircraft. F. Hoyle. OSRD Liaison Office No. 
WA-2255-10. Admiralty Signal Establishment Ex¬ 
tension [Great Britain]. April 3, 1944. 

202.12 Tracking 

Ml Analysis of over-water tracking. (Division 14. Re¬ 
port No. 695.) Elizabeth J. Campbell. OEMsr- 
262; Service Project No. NO-166. MIT, Radiation 
Laboratory. February 12, 1945. 

202.2 Radar Testing 

Ml K-band radar transmission. A preliminary report of 
tests made near Atlantic Highlands, N. J., between 
December, 1943 and April, 1944. (Report No. 
MM-44-160-115.) G. C. Southworth, A. P. King 
and S. D. Robertson. Bell Telephone Labora¬ 
tories, Inc. May 19, 1944. 

202.3 Radar Systems 

202.31 Ground Systems 

Ml Radar performance testing manual. (Manual No. 
28.) (n.a.) US Army Air Forces. July, 1944. 

M2 Effects of site conditions on operation of ground 
radar installations on aerodromes. (Report No. 
T-1805.) J. L. Putman. OSRD Liaison Office 
No. WA-4172-12. [Telecommunications Research 
Establishment, Great Britain.] (n.d.) 

202.311 Height Finding 

Ml Radar height finding. (Division 14. Report No. 
C-9.) R. A. Hutner, Helen W. Dodson and 
others. MIT, Radiation Laboratory. April 6, 
1943. 

202.312 Ship Detection 

Ml The performance of 10-cm radar on surface craft. 
(Report No. 155.) (n.a.) OSRD Liaison Office 

No. WA-1570-39. Army Operational Research 
Group [Great Britain]. January 3, 1944. 

202.32 Ship Systems 

Ml Procedure and charts for estimating the low-level 
coverage of shipborne 200-mc/s radars under con¬ 
ditions of pronounced refraction. (Report No. 
WP-11.) F. R. Abbott, Lloyd J. Anderson and 



WAVE PROPAGATION MICROFILM LIST 


555 


others. US Navy Radio and Sound Laboratory. 
Revised: May 10, 1944. 

202.4 Radar Coverage and Range 

Ml The maximum range of detection of the German 
early warning radar equipment, especially when 
viewing large, tight formations of bomber aircraft. 
(Report No. OAD-13.) W. E. Bales and K. A. 
Norton. US Army Air Forces, VIII Bomber 
Command. September 13, 1943. 

M2 The range calculator. (Division 14. Report No. 
497.) S. J. Mason. MIT, Radiation Laboratory. 
December 20, 1943. 

M3 Radar ranging on land targets. (Memorandum No. 
101 /G.36/ALH.) (n.a.) OSRD Liaison Office No. 
II-5-6178(S). [Telecommunications Research Es¬ 
tablishment, Great Britain.] May 18, 1944. 

M4 Variations in radar coverage. (Report No. JANP- 
101.) (n.a.) June, 1944. 

M5 Considerations concerning radar coverage dia¬ 
grams. (Report No. RP-217.) J. L. Pawsey. OSRD 
Liaison Office No. II-5-6229(S). Council for Scien¬ 
tific and Industrial Research [Division of Radio¬ 
physics, Australia]. August 14, 1944. 

M6 Siting and coverage of ground radars. (Report No. 
WPG-10.) E. J. Emmerling. OEMsr-1207. Co¬ 
lumbia University Wave Propagation Group. 
May, 1945. 

M7 Surface coverage of some shipborne radar sets on 
S-, X- and K-bands. (Division 14. Report No. 720.) 
J. D. Fairbank and William M. Fairbank. OEMsr- 
262; Service Project Nos. NS-234 and NS-175. 
MIT, Radiation Laboratory. June 15, 1945. 

202.5 Radar Telephone 

Ml Radar operation and weather. (Report No. IRPL- 
Tl.) (n.a.) Bureau of Standards, Interservice 
Radio Propagation Laboratory. May 11, 1944. 

203 Radio Fundamentals 

203.1 Radio Telephone 

Ml 3000-megacycle communication. ([Report] covers 
period [from] June 20, 1941 to March 1, 1942.) 
H. H. Beverage. OEMsr-32; Project Nos. SC-13 
and PDRC-90. RCA Manufacturing Company, 
Inc. March 10, 1942. 

M2 Microwave telephone. Part I, Omnidirectional. 
Part II, Directional. ([Report] covers period [from] 
April 1, 1942 to April 15, 1943.) (n.a.) OEMsr- 
442; Project Nos. C-42 and SC-13. Radio Cor¬ 
poration of America. [March 22, 1943.] 

M3 Radiotelephone communication on 3000 mega¬ 
cycles. (Division 14. Report No. 152.) Paul A. 
Anderson, C. L. Barker and others. OEMsr-728; 
Research Project No. PDRC-647. Washington 
State College. June 12, 1943. 

204 Electrical Communication Systems 

Ml Electrical communication systems engineering. 


General information. (Technical Manual No. TM- 
11-486.) (n.a.) US War Department. February 

25, 1944. 

210 Standard Atmosphere 

211 Field Strength Curves 

Ml Ultra short wave propagation curves t in the fre¬ 
quency range of] 30 to 3000 megacycles, (n.a.) 
OSRD Liaison Office No. WA-1502-la. Marconi’s 
Wireless Telegraph Company, Ltd. [Great 
Britain.] March 28, 1940. 

M2 Signal strength curves within the visual range. 
(Pamphlet No. RD-456.) (n.a.) OSRD Liaison 

Office No. WA-1463-1. Marconi’s Wireless Tele¬ 
graph Company, Ltd. [Great Britain]. Novem¬ 
ber, 1940. 

M3 Atmospheric refraction and height determination 
by RDF. (Calibration Memorandum No. 54.) 
E. Eastwood. OSRD Liaison Office No. II-5-6511. 
Royal Air Force, Calibration Section [Great 
Britain]. July 6, 1942. 

M4 Theoretical ground ray field strengths and height- 
gain curves for wave lengths of 2 [tO] 2000 mega¬ 
cycles. (Technical Report No. 383.) (n.a.) OSRD 
Liaison Office No. II-5-5274. Marconi’s Wireless 
Telegraph Company, Ltd. [Great Britain]. Sep¬ 
tember, 1942. 

M5 Very high frequency field strength curves for 
propagation within the line of sight. (Report No. 
Radio/279.) G. J. Camfield. OSRD Liaison Office 
No. WA-570-3. Royal Aircraft Establishment 
[Great Britain]. October, 1942. 

M6 Propagation curves [Of] 1 to 10 cms. (Report No. 
TR-460.) G. Millington. OSRD Liaison Office 
No. WA-1502-lc. Great Baddow Research Station 
[Great Britain]. January, 1943. 

M7 Field intensity computations for elevated antennas. 
(Technical Memorandum No. MM-43-110-28.) 
Marion C. Gray. OSRD Liaison Office No. WA- 
1463-23. [Bell Telephone Laboratories, Inc.] 
October 9, 1943. 

M8 The calculation of expected vertical coverage dia¬ 
grams. (CESL Technical Report No. T-17.) Max 
Sherman. Revised by Walter S. McAfee. US Army 
Signal Corps, Camp Evans, Belmar, N. J. Re¬ 
vised: October 15, 1943. 

M9 Charts for use in field intensity computations. 
(Division 13. Preliminary Report No. 3460-KB- 
NF.) K. Bullington. OEMsr-1018; Research Proj¬ 
ect No. C-79. Western Electric Company, Inc. 
November 2, 1943. 

M10 Simplified methods of field intensity calculations 
in the interference region. (Division 14. Report 
No. 461.) William T. Fishback. MIT, Radiation 
Laboratory. December 8, 1943. 

Mil Theoretical field strength near and beyond horizon 
for orthodox propagation of fifty-centimetre waves. 
(Report No. T-1635/WW.) (n.a.) OSRD Liaison 

Office No. WA-1976-5. [Telecommunications Re- 



556 


WAVE PROPAGATION MICROFILM LIST 


search Establishment, Great Britain.] February 
24, 1944. 

M12 The propagation functions for an atmosphere with 
uniform lapse rate of refractive index. (Research 
Report No. 256.) T. Pearcey. OSRD Liaison 
Office No. WA-2985-1. [Radar Research and De¬ 
velopment Establishment, Great Britain.] [Octo¬ 
ber (?) 1944.] 

M13 Propagation curves. (Division 15. Report No. 966- 
6C. Issue 3.) (n.a.) Bell Telephone Laboratories, 
Inc. October, 1944. 

M14 Field strength calculator for vertical coverage pat¬ 
terns and propagation curves. (CESL Technical 
Memorandum No. 154-E.) Clarence R. White. 
US Army Signal Corps, Camp Evans, Belmar, N. J. 
December 20, 1944. 

M15 The calculation of field strength for vertical 
polarization over land and sea on 20 to 80 mega¬ 
cycles [perj second. (Report No. T-1704.) A. M. 
Woodward. OSRD Liaison Office No. WA-4395-11. 
[Telecommunications Research Establishment, 
Great Britain.] t 1945(?)] 

M16 Field intensity contours in generalized coordinates. 
(Division 14. Report No. 702.) Helen W. Dodson, 
Jocelyn Gill and Bernard E. Howard. OEMsr- 
262. MIT, Radiation Laboratory. May 2, 1945. 

212 Radar Range 

Ml Dependence of range of submarine radar equip¬ 
ment on wave length. (Technical Memorandum 
No. MM-42-160-170.) Charles R. Burrows. [Bell 
Telephone Laboratories, Inc.] July 9, 1942. 

M2 Relation of radar range to frequency and polari¬ 
zation. (Division 14. Report No. C-6.) J. A. Strat¬ 
ton and R. A. Hutner. MIT, Radiation Labora¬ 
tory. November 3, 1942. 

213 Miscellaneous Standard Atmospheric Problems 

Ml Theory of the vertical field patterns for RDF sta¬ 
tions. (Report No. RP-174.) J. C. Jaeger. OSRD 
Liaison Office No. II-5-4297. Council for Scientific 
and Industrial Research, Division of Radiophysics, 
[Australia]. March 17, 1943. 

M2 Height, range [and] alpha tables. (Radar Memo¬ 
randum No. 50.) (n.a.) OSRD Liaison Office 

No. II-5-6512. Operational Research Section 
[Great Britain]. August 10, 1944. 

220 Non-Standard Atmosphere 

221 Theory of Anomalous Propagation 

Ml Atmospheric physics. D. F. Martin. Australian 
Operational Research Group [Australia]. [1943.] 

M2 The theory of anomalous propagation in the 
troposphere and its relation to wave guides and 
diffraction. (Report No. T-1447.) [H. G. Booker.] 

OSRD Liaison Office No. WA-599-10. [Telecom¬ 
munications Research Establishment, Great Brit¬ 
ain.] April 12, 1943. 

M3 Improved tropospheric propagation curves em¬ 


bracing anomalous propagation. (Report No. 
T-1482.) (n.a.) OSRD Liaison Office No. II-5- 

4950. [Telecommunications Research Establish¬ 
ment, Great Britain.] July 6, 1943. 

M4 Application of anomalous propagation to opera¬ 
tional problems at home and abroad. (Report No. 
T-1484.) f H. G. Booker.] [Telecommunications 
Research Establishment, Great Britain.] July 7, 
1943. 

M5 Radiation patterns under cases of anomalous 
propagation. (Report No. R-35/TP.) T. Pearcey. 
OSRD Liaison Office No. WA-830-8. [Radio Di¬ 
rection Finder] Application Committee [Great 
Britain]. July 13, 1943. 

M6 Calculation of field strength near the surface of 
the earth under particular conditions of anoma¬ 
lous propagation. (Report No. 203.) T. Pearcey. 
OSRD Liaison Office No. WA-931-6. t Air Defence 
Research and Development Establishment, Great 
Britain.] [October 28, 1943.] 

M7 Anomalous propagation over the earth. (Report 
No. MM-43-110-33.) S. A. Schelkunoff. OSRD 
Liaison Office No. WA-1463-50. [Bell Telephone 
Laboratories, Inc.] October 30, 1943. 

M8 Radar ray patterns associated with normal and 
anomalous propagation conditions. (Report No. 
WP-6 [for the period from] November 1 to De¬ 
cember 6, 1943.) F. P. Dane, R. U. F. Hopkins 
and Lloyd J. Anderson. BuShips Problem No. 
X4-49CD. US Navy Radio and Sound Laboratory. 
December 10, 1943. 

M9 Radar wave propagation. Transmission of plane 
waves through a single stratum separating two 
media. ([Parts I] and II. Report Nos. WP-9 and 
WP-13.) John B. Smyth. BuShips Problem No. 
X4-49CD. US Navy Radio and Sound Laboratory. 
December 22, 1943 and June 23, 1944. 

M10 The theory of the propagation of radio waves in 
an inhomogeneous atmosphere. ([Part] I. Report 
No. 245.) T. Pearcey. OSRD Liaison Office No. 
WA-2251-5. [Air Defense Research and Develop¬ 
ment Establishment, Great Britain.] t 1944.j 

Mil Notes on theoretical coverage diagrams of anoma¬ 
lous propagation. (Memorandum No. 14/AMW.) 
Donald E. Kerr. OSRD Liaison Office No. WA- 
1464-9. [Telecommunications Research Establish¬ 
ment, Great Britain.] January 1, 1944. 

M12 Anomalous propagation and the Army. (Report 
No. ORB-P-18-1.) Thomas J. Carroll. US Army 
Signal Corps, Office of the Chief Signal Officer. 
March 4, 1944. 

M13 Evaluation of the solutions of the wave equation 
for a stratified medium. (Memorandum No. 47.) 
D. R. Hartree, P. Nicolson and others. OSRD 
Liaison Office No. WA-2341-4. t Air Defense Re¬ 
search and Development Establishment, Great 
Britain.] March 20, 1944. 

M14 Waves guided by dielectric layer. (Report No. 
MM-44-110-52.) S. A. Schelkunoff. Bell Tele¬ 
phone Laboratories, Inc. July 5, 1944. 


SECRET 



WAVE PROPAGATION MICROFILM LIST 


557 


M15 Microwave transmission in non-homogeneous at¬ 
mosphere. (Report No. MM-44-110-53.) S. A. 
Schelkunoff. Bell Telephone Laboratories, Inc. 
July 5, 1944. 

M16 Contour diagrams of the radiated field of a dipole 
under various conditions of anomalous propaga¬ 
tion. (Part I. Report No. 257.) T. Pearcey and 
F. Whitehead. OSRD Liaison Office No. WA- 
2985-2. [Radar Research and Development Estab¬ 
lishment, Great Britain.] September 14, 1944. 

M17 The structure of the electromagnetic field during 
conditions of anomalous propagation. (Report No. 
258.) T. Pearcey and F. Whitehead. OSRD 
Liaison Office No. WA-3070-1. [Radar Research 
and Development Establishment, Great Britain.] 
September 15, 1944. 

M18 Wave propagation analysis with the aid of non- 
Euclidian spaces. (Report No. WPG-7.) B. Liebo- 
witz. OEMsr-1207. Columbia University Wave 
Propagation Group. December, 1944. 

M19 Theory of characteristic functions in problems of 
anomalous propagation. (Division 14. Report No. 
680.) W. H. Furry. OEMsr-262. MIT, Radiation 
Laboratory. February 28, 1945. 

M20 The evaluation of the solutions of the wave equa¬ 
tion for a stratified medium. ([Part] II. Report 
No. 279.) D. R. Hartree. OSRD Liaison Office 
No. WA-4424-11. t Radar Research and Develop¬ 
ment Establishment, Great Britain.] March 27, 
1945. 

M21 The radiation field of a dipole under various con¬ 
ditions of anomalous propagation. ([Part] II. Re¬ 
port No. 275.) T. Pearcey, M. Tomlin and 
F. Whitehead. OSRD Liaison Office No. WA- 
4392-7. [Radar Research and Development Estab¬ 
lishment, Great Britain.] April 13, 1945. 

221.1 Formulae 

Ml The relation between the wave equation and the 
non-linear first-order equation of the Riccati-type. 
(Report No. TR-501.) T. L. Eckersley. OSRD 
Liaison Office No. WA-4223-7. Great Baddow Re¬ 
search Station [Great Britain]. January, 1945. 

M2 [The] transmission of waves over the earth. (Re¬ 
port No. TR-504.) T. L. Eckersley. OSRD Liaison 
Office No. WA-4002-13. Great Baddow Research 
Station [Great Britain]. January, 1945. 

M3 New convergent integrals. (Report No. TR-509.) 
T. L. Eckersley. OSRD Liaison Office No. WA- 
4002-11. Great Baddow Research Station [Great 
Britain]. February, 1945. 

M4 Perturbation theory for an exponential M-curve in 
non-standard propagation. (Report No. WPG-12.) 
Chaim L. Perkeris. OEMsr-1207. Columbia Uni¬ 
versity Wave Propagation Group. July, 1945. 

222 Refraction 

Ml The effect of atmospheric refraction on the propa¬ 
gation of radio waves. (Report No. RRB/S-10.) 
A. C. Stickland. OSRD Liaison Office No. WA- 


623-19. Department of Scientific and Industrial 
Research, Radio Research Board [Great Britain]. 
March 20, 1943. 

M2 The tracing of rays in a refracting atmosphere. 
(Report No. AC-3878.) T. Pearcey. OSRD Liaison 
Office No. WA-645-42. [Radio Direction Finder] 
Application Committee [Great Britain]. [April, 
1943.] 

M3 A study of the effect of the meteorology on the 
refraction of radio beams. (CESL Technical Re¬ 
port No. T-2.) Harry Raymond. US Army Signal 
Corps, Camp Evans, Belmar, N. J. May 4, 1943. 

M4 Radar wave propagation. Atmospheric refraction. 
A qualitative investigation. (Report No. WP-5 for 
the period from November 9, 1942 to April 1, 
1943.) Lloyd J. Anderson and John B. Smyth. 
BuShips Problem No. X4-49CD. US Navy Radio 
and Sound Laboratory. May 7, 1943. 

M5 The effect of atmospheric refraction on short 
radio waves. (Division 14. Report No. 447.) John 
E. Freehafer. MIT, Radiation Laboratory. No¬ 
vember 29, 1943. 

M6 Measurement of radar wave refraction and asso¬ 
ciated meteorological conditions. (Report No. 
WP-7 [for the period from] June 1, 1943 to De¬ 
cember 1, 1943.) Lloyd J. Anderson and L. G. 
Trolese. US Navy Radio and Sound Laboratory. 
December 10, 1943. 

M7 Effect of atmospheric refraction on range measure¬ 
ments. (Report No. T-1688.) G. G. MacFarlane 
and W. B. Lewis. OSRD Liaison Office No. 
I-A-320. [Telecommunications Research Establish¬ 
ment, Great Britain.] June 12, 1944. 

M8 Over-water transmission measurements [forj 1944 
Part I, Preliminary analysis of radio and radar 
measurements. (Division 14. Report No. 649.) 
Pearl J. Rubenstein. OEMsr-262. MIT, Radia¬ 
tion Laboratory. December 15, 1944. 

M9 Radar wave propagation. Atmospheric refraction. 
A preliminary quantitative investigation. (Report 
No. WP-17.) Lloyd J. Anderson, F. P. Dane and 
others. BuShips Problem No. X4-49CD. US 

Navy Radio and Sound Laboratory. December 
28, 1944. 

M10 Radar wave propagation. Atmospheric refraction 
under conditions of a radiation inversion. (Report 
No. WP-19.) Lloyd J. Anderson, J. P. Day and 
others. BuShips Problem No. X4-49CD. US 

Navy Radio and Sound Laboratory. April 21, 
1945. 

Mil Graphs for computing the diffraction field with 
standard and super-standard refraction. (Division 
14. Report No. 799.) Pearl J. Rubenstein and 
William T. Fishback. OEMsr-262. MIT, Radia¬ 
tion Laboratory. August 13, 1945. 

222.1 Index of Refraction 

Ml Radio interpretation of meteorological observa¬ 
tions in the first two metres of atmosphere above 
grass at Harlington, Middlesex [during the period] 


SECRET 



558 


WAVE PROPAGATION MICROFILM LIST 


January to June, 1940. (Report No. T-1471.) (n.a.) 
OSRD Liaison Office No. WA-861-3. [Telecom¬ 
munications Research Establishment, Great Brit¬ 
ain.] June, 1940.] 

M2 The effect of humidity gradients in the atmos¬ 
phere on propagation at RDF frequencies. (Report 
No. 22.) (n.a.) Operational Research [Group, 

Australia]. July 28, 1943. 

M3 Radar wave propagation. The mechanical deter¬ 
mination of the path difference of rays subject 
to discontinuities in the vertical gradient of re¬ 
fractive index. (Report No. WP-10.) F. R. Abbott. 
BuShips Problem No. X4-49CD. US Navy Radio 
and Sound Laboratory. March 10, 1944. 

M4 Reflection coefficient of layers of varying refractive 
index. (Report No. TR-483.) G. Millington. 
OSRD Liaison Office No. WA-2562-13. Great 
Baddow Research Station [Great Britain]. April, 

1944. 

M5 The reflection coefficient of an isotropic layer of 
varying refractive index. (Report No. TR-497.) 

G. Millington. OSRD Liaison Office No. WA- 
3172-1. Great Baddow Research Station [Great 
Britain]. October 5, 1944. 

M6 The solution of a non-linear first-order equation 
of the Riccati-type. (Report No. TR-502.) (n.a.) 

OSRD Liaison Office No. WA-4428-7. Great Bad¬ 
dow Research Station [Great Britain]. February, 

1945. 

M7 Nomograms for computation of modified index of 
refraction. (Division 14. Report No. 551.) Robert 

H. Burgoyne. OEMsr-262. MIT, Radiation Labo¬ 
ratory. April 6, 1945. 

M8 Calculated relationship between signal level and 
uniform gradient of refractive index for the Irish 
Sea paths. (Report No. 8656.) E. C. S. Megaw. 
OSRD Liaison Office No. WA-4594-13. General 
Electric Company, Ltd. [Great Britain]. April 19, 
1945. 

M9 Radio-meteorological tables. (Report No. T-1724.) 
P. M. Woodward and J. W. Head. OSRD Liaison 
Office No. WA-3401-1. [Telecommunications Re¬ 
search Establishment, Great Britain.] (n.d.) 

222.2 Modified Index of Refraction 

Ml Modified index distribution close to the ocean 
surface. (Division 14. Report No. 651.) R. B. 
Montgomery and Robert H. Burgoyne. OEMsr- 
262. MIT, Radiation Laboratory. February 16, 
1945. 

M2 S- and X-band propagation in low ducts formed 
in oceanic air. (Report No. R-2493.) Martin 
Katzin. Problem No. S411.2R-S. US Naval Re¬ 
search Laboratory. March 24, 1945. 

M3 Radio-meteorological relationships. (Report No. 
AC-8140.) E. C. S. Megaw and F. L. Westwater. 
OSRD Liaison Office No. WA-4594-15. Ultra Short 
Wave Propagation Panel [Great Britain]. [May 4, 
1945.] 

M4 Radio-meteorological relationships. General sum¬ 


mary of previous reports, Nos. AC-8140/USW-138 
and AC-8225/ USW-141. (Report No. AC-8336.) 
E. C. S. Megaw and F. L. Westwater. OSRD 
Liaison Office No. WA-4618-1. Ultra Short Wave 
Propagation Panel [Great Britain], (n.d.) 

222.3 Ducts 

Ml X-band trials at Rosehearty. (Report No. AC-8228 
and Memorandum No. G8A/X/6.) J. R. Atkin¬ 
son. OSRD Liaison Office No. WA-4596-11. [Tele¬ 
communications Research Establishment, Great 
Britain.] May 28, 1945. 

223 Super-Refraction 

Ml Improved tropospheric propagation curves em¬ 
bracing super-refraction. (Report No. T-1625/WW. 

Revised Edition.) (n.a.) OSRD Liaison Office 
No. WA-1666-27. [Telecommunications Research 
Establishment, Great Britain.] February 18, 1944. 

M2 The requirements for propagation curves em¬ 

bracing super-refraction. (Report No. M/Memo- 
16/HAB.) (n.a.) OSRD Liaison Office No. WA- 

1666-26. [Telecommunications Research Estab¬ 
lishment, Great Britain.] February 25, 1944. 

M3 Improved tropospheric propagation curves em¬ 

bracing super-refraction. Mathematical appendix. 
(Report No. T-1626/WW.) (n.a.) OSRD Liaison 

Office No. WA-2026-2. [Telecommunications Re¬ 
search Establishment, Great Britain.] March 28, 
1944. 

M4 Interservice propagation curves embracing super¬ 
refraction. Dependence of mathematical parameter 
L on physical entities. (Report No. M/Memo- 
18/WW.) (n.a.) [Telecommunications Research 

Establishment, Great Britain.] April 3, 1944. 

M5 Theoretical coverage diagrams for 10-centimetre 
radars embracing super-refraction. (Report No. 
T-1634.) (n.a.) [Telecommunications Research 

Establishment, Great Britain.] April 14, 1944. 

M6 Theoretical coverage diagrams for 50-centimetre 
radars embracing super-refraction. (Report No. 
T-1659.) (n.a.) OSRD Liaison Office No. WA- 

1992-4. [Telecommunications Research Establish¬ 
ment, Great Britain.] April 14, 1944. 

M7 Theoretical coverage of navigation aids embracing 
super-refraction. (Report No. T-1660.) (n.a.) 

OSRD Liaison Office No. WA-1992-6A. [Telecom¬ 
munications Research Establishment, Great Brit¬ 
ain.] April 14, 1944. 

M8 Effect of super-refraction on surface coverage of 
enemy 50-cm and 80-cm radar sets. (Report No. 
M/Memo-19/GGM.) (n.a.) OSRD Liaison Office 
No. WA-2284-3. [Telecommunications Research 
Establishment, Great Britain.] April 21, 1944. 

M9 Theoretical coverage diagrams for li/ 2 -metre 
radars embracing super-refraction. (Report No. 
T-1708.) A. M. W. Woodward. OSRD Liaison 
Office No. WA-2854-2. [Telecommunications Re¬ 
search Establishment, Great Britain.] July 23, 
1944. 



WAVE PROPAGATION MICROFILM LIST 


559 


224 


M10 Propagation curves embracing super-refraction. SS 
duct [having aj profile index [Of] 0.2. (Report No. 
M/Memo-23/WW.) (n.a.) [Telecommunications 
Research Establishment, Great Britain.] Septem¬ 
ber 7, 1944. 

Mil Data on super-refraction supplied by Australian 
radar stations. (Report No. RP-229/1.) J. W. 

Reed. Council for Scientific and Industrial Re¬ 
search, Division of Radiophysics, Australia. De¬ 
cember 6, 1944. 

M12 Theoretical coverage diagrams for 3-metre radar 
embracing super-refraction. (Report No. T-1815.) 

W. Walkinshaw and R. Hensman. OSRD Liaison 
Office No. WA-4320-7. [Telecommunications Re¬ 
search Establishment, Great Britain.] March 18, 

1945. 

M13 The effect of a sub-refracting layer of atmosphere 
upon the propagation of radio waves. (Memo¬ 
randum No. 83.) T. Pearcey and M. Tomlin. 

OSRD Liaison Office No. WA-4016-28. [Radar 
Research and Development Establishment, Great 
Britain.] December 2, 1945. 

Ultra Short Wave Transmission 

Ml Lebanon-Beer’s Hill transmission on wave lengths 
of 2.0 meters and 30 centimeters. (Report No. 
MM-39-326-98.) A. B. Crawford. t Bell Tele¬ 
phone Laboratories, Inc.] December 5, 1939. 

M2 Very short wave interception and direction find¬ 
ing. (Report No. TR-438.) T. L. Eckersley. OSRD 
Liaison Office No. II-5-5276. [Great Baddow Re¬ 
search Station, Great Britain.] t 1943(?)] 

M3 A study of propagation over ultra short wave 
radio link between Guernsey and England on 
wave lengths of 5 and 8 metres (60 and 37.5 
mc/s). (Reprint from The Journal of the Institu¬ 
tion, Volume 90, Part III, No. 9.) R. L. Smith- 
Rose and A. C. Stickland. OSRD Liaison Office 
No. WA-1463-31. Institution of Electrical Engi¬ 
neers [Great Britain]. March, 1943. 

M4 Propagation of ultra short waves. (Report No. 

354.) H. C. Webster. OSRD Liaison Office No. 
II-5-4575(S). Australian and New Zealand Scien¬ 
tific Research Liaison, London [Great Britain]. 

April 17, 1943. 225 

M5 The propagation of 10-cm waves on a 52-mile 
optical path over land. The correlation of signal 
patterns with radiosonde data. (Division 14. Re¬ 
port No. 151.) Paul A. Anderson, C. L. Barker 
and others. OEMsr-728; Research Project No. 
PDRC-647. Washington State College. June 10, 

1943. 

M6 Preliminary observations on radio propagation at 
6 centimeters between Beer’s Hill, New Jersey 
and New York. (Report No. MM-43-160-87.) G. W. 
Gilman. [Bell Telephone Laboratories, Inc.] 

June 12, 1943. 

M7 Propagation of ultra short waves. (Report No. 
TR-476.) T. L. Eckersley. OSRD Liaison Office 
No. WA-1463-3. Great Baddow Research Station 
[Great Britain]. August, 1943. 


M8 The propagation of 10-cm waves over land paths 
of 14, 52 and 112 miles. (Division 14. Report No. 
202.) Paul A. Anderson, C. L. Barker and others. 
OEMsr-728; Research Project No. PDRC-647. 
Washington State College. October 26, 1943. 

M9 [Ultra short wave communication.] Investigation 
No. 369. (Progress Report Nos. AC-5970 to 5974, 
AC-6334, AC-6828, AC-7206, AC-7465 and AC-7668 
[for the period from] December 14, 1943 to Janu¬ 
ary 4, 1945.) (n.a.) OSRD Liaison Office Nos. 

WA-2146-18, -19, -20, -21 and -22; WA-2379-2, 
WA-2797-36, WA-3158-13; WA-3822-30 and -31. 
Ultra Short Wave Propagation Panel [Great 
Britain]. 

M10 The cause of the short period fluctuations in centi¬ 
metre wave communication. (Memorandum No. 
42.) J. M. C. Scott. OSRD Liaison Office No. 
WA-1962-7. [Air Defense Research and Develop¬ 
ment Establishment, Great Britain.] March 8, 

1944. 

Mil Centimetre propagation over land. A study of the 
field strength records obtained during the year 
1943 [tO] 1944. (Paper No. RRB/S-18.) A. C. 
Stickland and R. W. Hatcher. Department of 
Scientific and Industrial Research, Radio Research 
Board [Great Britain]. May 11, 1944. 

M12 Cross-Channel propagation of British No. 10 set. 
(Report No. OAB-2.) Karl R. Spangenberg. US 
Army Air Forces, Operations Analysis Division. 
August 26, 1944. 

M13 Results of microwave propagation tests on the 
New York-Neshanic Path. (Report No. MM-44- 
160-190.) A. L. Durkee. [Bell Telephone Labo¬ 
ratories, Inc.j August 28, 1944. 

M14 Some factors causing super-refraction on ultra 
high frequencies in Southwest Pacific. (Section 1.2 
extracted from Australian Ionosphere Bulletin.) 
D. F. Martyn and P. Squires. [Australia.] Octo¬ 
ber, 1944. 

M15 The K-effect in anomalous propagation of ultra 
short waves. ([Report No. AC-4496.] Papers from 
Australia No. 266.) F. Syer. Australian Scientific 
Research Liaison, London [Great Britain], (n.d.) 

Miscellaneous Non-Standard Atmospheric Problems 
Ml Radar wave propagation. Atmospheric wave 
fluctuations in high-frequency radio waves. (Re¬ 
port No. WP-18.) John B. Smyth and L. G. 
Trolese. BuShips Problem No. X4-49CD. US 
Navy Radio and Sound Laboratory. February 1, 

1945. 

Transmission Media 
Over Ground 
Standard 
Ground Sites 

Ml The siting of RDF stations. GCI stations. (Report 


230 

231 
231.1 
231.11 






560 


WAVE PROPAGATION MICROFILM LIST 


231.12 


231.2 


231.21 


231.22 


No. T-1430.) (n.a.) OSRD Liaison Office No. 

WA-698-9. [Telecommunications Research Estab¬ 
lishment, Great Britain.] July 19, 1941. 

M2 Siting of stations for maximum range. (Report 
No. M-36.) [H. G. Booker.] OSRD Liaison Office 

No. II-5-1183. [Telecommunications Research 
Establishment, Great Britain.] February 9, 1942. 

Earth’s Curvature 

Ml Theoretical field strength of ten-centimetre equip¬ 
ment over a spherical earth. (Report No. M/45/ 
HGB.) [H. G. Booker.] OSRD Liaison Office 
No. WA-210-3j. [Telecommunications Research 
Establishment, Great Britain.] July 1, 1942. 

M2 A graphical method of computing the bending of 
radio beams by the effective earth radius method. 
(CESL Technical Report No. T-14.) Harry Ray¬ 
mond. US Army Air Forces, Camp Evans, Belmar, 
N. J. August 27, 1943. 

M3 Radio frequency propagation above the earth’s 
surface. (Division 15. Report No. 895-5.) Paul F. 
Godley, Jr. OEMsr-895. Radio Corporation of 
America. September 11, 1943. 

M4 Visibility problems, taking account of the curva¬ 
ture of the earth. (Report No. 152.) (n.a.) OSRD 
Liaison Office No. WA-1368-19. Army Operational 
Research Group [Great Britain]. December 1, 
1943. 

M5 The effect of the earth’s curvature on ground 
wave propagation. (Monograph No. B-1285.) 
Charles R. Burrows and Marion C. Gray. [Bell 
Telephone Laboratories, Inc.j (n.d.) 

Effect of Obstacles 

Ml Propagation over short paths and rough terrain 
at 200 mc/s. (Division 14. Report No. 468.) A. B. 
Vane and D. G. Wilson. OEMsr-262. MIT, Radi¬ 
ation Laboratory. January 18, 1944. 

Theoretical Discussion 

Ml Diffraction around a sphere or cylinder. (Report 
No. TR-433.) G. Millington. OSRD Liaison 
Office No. II-5-5703. [Great Baddow Research 
Station, Great Britain.] March 18, 1942. 

M2 A preliminary study of ground reflection and dif¬ 
fraction effects with centimetric radar equipment. 
(Report No. 274.) J. S. Hey, F. Jackson and S. J. 
Parsons. OSRD Liaison Office No. WA-5062-2. 
Army Operational Research Group [Great Britain]. 
June 28, 1945. 

Trees and Hills, etc. 

Ml An investigation of the propagation of centimetre 
waves over ridges and through trees. (Report No. 
AC-4345.) R. L. Smith-Rose. OSRD Liaison 
Office No. WA-772-19. Ultra Short Wave Propa¬ 
gation Panel [Great Britain]. June 2, 1943. 

M2 Effect of hills and trees as obstructions to radio 
propagation. Delmer C. Ports. OEMsr-1010. 
Jansky and Bailey. November, 1943. 


M3 Some experiments on the propagation over land 
of radiation of 9.2-cm wave length. (Paper No. 
RRB/C-113.) L. H. Ford. OSRD Liaison Office 
No. WA-4297-8. Department of Scientific and 
Industrial Research, Radio Research Board [Great 
Britain]. February 15, 1945. 

231.221 Trees 

Ml The propagation of K-band waves through trees. 
(Report No. MM-43-160-129.) S. D. Robertson. 
[Bell Telephone Laboratories, Inc.] August 13, 
1943. 

M2 Further experiments on the propagation of centi¬ 
metre waves through trees in leaf and over level 
ground. (Report No. AC-5059.) (n.a.) OSRD 

Liaison Office No. WA-1337-3. Ultra Short Wave 
Propagation Panel [Great Britain]. September 6, 
1943. 

M3 Centimetre wave propagation . . . the effect of ob¬ 
struction by a single tree. (Report No. M-565.) 
R. E. Jennings, E. C. S. Megaw and others. OSRD 
Liaison Office No. WA-1356-6. Admiralty Signal 
Establishment [Great Britain]. October, 1943. 

M4 Some observed effects of trees upon microwave 
propagation. (Report No. MM-43-160-150.) A. C. 
Peterson. c Bell Telephone Laboratories, Inc 0 
Revised: October 15, 1943. 

231.222 Hills 

Ml Screening by hills. (Report No. T-1015.) t H. G. 
Booker.] OSRD Liaison Office No. WA-1105-3C. 
[Telecommunications Research Establishment, 
Great Britain.] May, 1941. 

M2 An experimental investigation of the propagation 
of radio waves over bare ridges in the wave length 
range 10 centimetres to 10 metres, frequencies 30 
to 3,000 mc/s. (Paper No. RRB/S-12.) J. S. 
McPetrie and L. H. Ford. OSRD Liaison Office 
No. WA-1463-17. Department of Scientific and 
Industrial Research, Radio Research Board [Great 
Britain]. October 1, 1943. 

M3 The propagation of ultra short waves around hills 
and other obstacles. (Report No. TR-479.) T. L. 
Eckersley. OSRD Liaison Office No. WA-2884-3. 
Great Baddow Research Station [Great Britain]. 
November 18, 1943. 

231.223 Houses 

Ml Addendum to: Report on some further experi¬ 
ments on the effect of obstacles on the propaga¬ 
tion of centimetre waves. (Report No. AC-5876a.) 
R. L. Smith-Rose. OSRD Liaison Office No. WA- 
3822-12. National Physical Laboratory [Great 
Britain]. January, 1945. 

Over Water 

Ml The vertical distribution of field strength over the 
sea under conditions of normal and anomalous 
propagation. (Report No. 267.) J. A. Ramsay and 
P. B. Blow. OSRD Liaison Office No. WA-3870-1. 


232 



WAVE PROPAGATION MICROFILM LIST 


561 


232.1 


232.2 


[Radar Research and Development Establishment, 

Great Britain.] January 1, 1945. 

Standard 

Ml Microwave interference pattern. (Division 14. Re¬ 
port No. C-l.) J. A. Stratton. MIT, Radiation 
Laboratory. March 7, 1942. 

M2 Transmission on 3000 me over sea water. (Division 
14. Report No. C-2.) J. A. Stratton. MIT, Radi¬ 
ation Laboratory. July 14, 1942. 

M3 Transmission on 100 me over sea water. (Division 
14. Report No. C-3.) J. A. Stratton. MIT, Radi¬ 
ation Laboratory. July 14, 1942. 

M4 Transmission on 200 me over sea water. (Division 
14. Report No. C-4.) J. A. Stratton. MIT, Radi¬ 
ation Laboratory. July 14, 1942. 

M5 Transmission on 500 me over sea water. (Division 
14. Report No. C-5.) J. A. Stratton. MIT, Radi¬ 
ation Laboratory. July 14, 1942. 

M6 Transmission at low altitudes over sea water. 
(Division 14. Report No. C-10.) R. A. Hutner, 
Francis Parker and others. MIT, Radiation Labo¬ 
ratory. September 1, 1943. 

Non-Standard 

Ml Centimetre wave propagation over sea between 
high sites just within optical range. F. Hoyle and 
E. C. S. Megaw. OSRD Liaison Office No. WA- 
171-12. [General Electric Company, Ltd., Great 
Britain.] June 12, 1942. 

M2 The limiting ranges of RDF sets over the sea. 
(Report No. M-395.) F. Royale and M. H. E. 

Pryce. OSRD Liaison Office No. WA-1514-17. 
Admiralty Signal Establishment [Great Britain]. 
[1943(?)] 

M3 Radar wave propagation. Graphical construction 
of a radar radiation pattern in a stratified atmos¬ 
phere. (Report No. WP-4 [for the period from] 

March 1, 1943 to May 1, 1943.) Lloyd J. Ander¬ 
son. BuShips Problem No. X4-49CD. US Navy 233 
Radio and Sound Laboratory. May 1, 1943. 

M4 Centimetre wave propagation over sea. [Part] II, 
Measurement from shore sites near and beyond 
optical range. (Report No. 8180.) G. W. N. Cob- 
bold, E. C. S. Megaw and others. OSRD Liaison 
Office No. WA-792-10. General Electric Company, 

Ltd. [Great Britain.] May 27, 1943. 

M5 Anomalous propagation of 10-cm RDF waves over 
the sea. (First Supplement to Report No. 87.) 

(n.a.) OSRD Liaison Office No. WA-909-21. 

[Army Operational Research Group, Great 
Britain.] July 26, 1943. 

M6 The propagation of 1-cm waves over the sea as 
deduced from meteorological measurements. (Re¬ 
port No. 227.) J. M. C. Scott and T. Pearcey. 

OSRD Liaison Office No. WA-1339-6. [Air De¬ 
fence Research and Development Establishment, 

Great Britain.] November 11, 1943. 

M7 The propagation of 10-cm waves over an inland 
lake. Correlation with meteorological soundings. 


(Division 14. Report No. 212.) Paul A. Anderson, 
K. E. Fitzsimmons and S. T. Stephenson. OEMsr- 
728. Washington State College. November 12, 
1943. 

M8 The dependence of microwave propagation over 
sea on the structure of the atmosphere. (Memo¬ 
randum No. 40.) J. M. C. Scott and T. Pearcey. 
OSRD Liaison Office No. WA-1591-9. [Air De¬ 
fence Research and Development Establishment, 

Great Britain.] February 4, 1944. 

M9 Radar wave propagation. Predicted low-level 

coverage of S-band shipborne radars as affected 
by weather. (Report No. WP-14.) L. L. Whitte- 
more, L. W. Cross and others. BuShips Problem 
No. X4-49CD. US Navy Radio and Sound Labo¬ 
ratory. November 1, 1944. 

M10 Radar wave propagation. Predicted low-level 

coverage of 200-mc/s band shipborne radars as 
affected by weather. (Report No. WP-15.) L. I,. 
Whittemore, L. W. Cross and others. BuShips 
Problem No. X4-49CD. US Navy Radio and 
Sound Laboratory. November 4, 1944. 

Mil Over-water tests of S-band early warning for ships. 
Vertical coverage of the CXHR, SCI, search sys¬ 
tem. (Division 14. Report No. 703.) Walter O. 
Gordy, Donald T. Drake and M. Kessler. OEMsr- 
262; Service Project No. NS-194. MIT, Radiation 
Laboratory. March 5, 1945. 

M12 Anomalous propagation with high and low-sited 
3-cm ship-watching radar sets. (Report No. 250.) 
G. C. Varley. OSRD Liaison Office No. WA- 
4238-2. Army Operational Research Group [Great 
Britain]. March 20, 1945. 

M13 Anomalous propagation at English coastal radar 
stations. (Report No. 258 [for the period from] 
March to September, 1944.) D. Lack. OSRD 
Liaison Office No. WA-4491-12. Army Operational 
Research Group [Great Britain]. May 30, 1945. 

Over Ground and Sea 

Ml Diffraction at coast line. (Report No. 4/4/160.) 
[H. G. Booker.] OSRD Liaison Office No. WA- 
986-6b. [Telecommunications Research Establish¬ 
ment, Great Britain.] January 27, 1941. 

M2 Diffraction at coast line. Sloping site with cliff 
edge. (Report No. 10.) ( H. G. Booker.] OSRD 

Liaison Office No. WA-986-6c. [Telecommunica¬ 
tions Research Establishment, Great Britain.] May 
1, 1941. 

M3 Mixed land and sea transmission. T. L. Ecker- 
sley. OSRD Liaison Office No. II-5-5515. [Great 
Baddow Research Station, Great Britain.] Octo¬ 
ber, 1941. 

M4 Diffraction at coast line. Further numerical ex¬ 
amples. (Report No. M-35.) [H. G. Booker.] 

OSRD Liaison Office No. WA-92-5d. [Telecom¬ 
munications Research Establishment, Great Brit¬ 
ain.] February 5, 1942. 

M5 Coastal refraction. (Report No. TR-436.) (n.a.) 




KG RET 






562 


WAVE PROPAGATION MICROFILM LIST 


240 


300 

310 

311 


312 


320 

321 


OSRD Liaison Office No. II-5-5281. Great Baddow 
Research Station [Great Britain]. May, 1942. 

M6 Propagation of wireless waves over ground of 
varying earth constants, part land and part sea. 
(Report No. TR-440.) G. Millington. OSRD 
Liaison Office No. II-5-5277. [Great Baddow Re¬ 
search Station, Great Britain.] July, 1942. 322 

M7 Properties of the diffracted wave field intensity. 
(Division 14. Report No. C-8.) R. A. Hutner and 
Elizabeth M. Lyman. MIT, Radiation Laboratory. 
February 12, 1943. 

M8 Transmission over ground of varying earth con¬ 
stants. (Report No. TR-473.) (n.a.) OSRD Liaison 
Office No. II-5-5457. Great Baddow Research Sta¬ 
tion [Great Britain]. July, 1943. 

323 

Fading 

Ml Experience with space and frequency diversity 
fading on New York-Neshanic microwave circuit. 
(Report No. MM-43-160-152.) G. W. Gilman and 
F. H. Willis. Bell Telephone Laboratories, Inc. 
September 18, 1943. 

M2 Investigation of changes in direction of trans¬ 
mission during periods of fading in the micro- 
wave range. (Report No. MM-43-160-183.) A. C. 
Peterson. Bell Telephone Laboratories, Inc. Oc¬ 
tober 30, 1943. 

METEOROLOGY 

330 

Meteorological Factors 

331 

General Discussion 

Ml Weather influences in radar wave propagation. 

(n.a.) Columbia University Wave Propagation 
Group. April 26, 1944. 

M2 Atmospheric propagation effects and radio relay 
equipment. (Report No. ORB-PP-12-1.) Thomas 
J. Carroll. US Army Signal Corps, Operational 
Research Branch. May 18, 1944. 

M3 Qualitative survey of meteorological factors affect¬ 
ing microwave propagation. (Division 14. Report 
No. 488.) Isadore Katz and J. M. Austin. OEMsr- 
262. MIT, Radiation Laboratory. June 1, 1944. 

M4 Microwave transmission over water and land under 
various meteorological conditions. (Division 14. 

Report No. 547.) Pearl J. Rubenstein, Isadore 
Katz and others. OEMsr-262. MIT, Radiation 
Laboratory. July 13, 1944. 

General Experimentation 

Ml Height-gain tests in the troposphere. (Report No. 
TR-488.) G. A. Isted. Great Baddow Research 
Station [Great Britain]. July, 1944. 

Meteorological Factors Affecting Propagation and 

Transmission 

Temperature and Humidity 

Ml Radio interpretation of meteorological observa¬ 


tions in the first 400 feet above Cardington [dur¬ 
ing] 1942. (Report No. T-1413.) (n.a.) OSRD 

Liaison Office No. WA-861-1. [Telecommunica¬ 
tions Research Establishment, Great Britain.] 
May 14, 1943. 

Horizontal Lower Layers 

Ml The influence of ground contour on air flow. 
Translated and condensed from: Recherches rela¬ 
tives a l’influence du relief sur les Elements 
meteorologiques, by Paul Queney. (Report No. 
WPG-4.) W. M. Elsasser. OEMsr-1207. Co¬ 
lumbia University Wave Propagation Group. 
September, 1944. 

Diffusion 

Ml The diffusive properties of the lower atmosphere. 
An account of investigations at the Chemical De¬ 
fence Experimental Station, Porton, Wiltshire. 
(Report No. MRP-59 t for the period from 3 1921 
[tO] 1942.) O. G. Sutton. OSRD Liaison Office 
No. WA-670-9a. Meteorological Research Com¬ 
mittee [Great Britain]. December 29, 1942. 

M2 Application of diffusion theory to radio refraction 
caused by advection. (Report No. T-1647.) (n.a.) 

OSRD Liaison Office No. WA-2047-4. [Telecom¬ 
munications Research Establishment, Great Brit¬ 
ain.] April 6, 1944. 

Special Areas Investigated 

Aden and Persian Gulf 

Ml Aden and Berbera very high frequency experi¬ 
ments. Final report on propagation aspects. (Re¬ 
port No. MS-4.) E. W. Walker and S. R. Bicker- 
dike. OSRD Liaison Office No. WA-2187-14. 
Signals Research and Development Establishment 
[Great Britain]. July, 1943.] 

M2 Meteorological report in connection with ultra 
high frequency wireless experiments between Aden 
and Berbera, 1943. (Report No. AC-5492.) Ronald 
Frith. OSRD Liaison Office No. WA-1746-2. 
[Radio Direction Finder] Application Committee 
[Great Britain]. October 30, 1943. 

M3 Aden and Berbera very high frequency experi¬ 
ments. Meteorological conditions and possible cor¬ 
relations. (Report No. RWS-244.) E. W. Walker. 
[OSRD Liaison Office No. WA-1614-L] [Signals 
Research and Development Establishment, Great 
Britain.] December 20, 1943. 

M4 Anomalous propagation in the Persian Gulf. (Re¬ 
port No. AC-5975.) (n.a.) OSRD Liaison Office 

No. WA-2146-23. [Ultra Short Wave Propagation 
Panel, Great Britain.] [March (?) 1944.] 

M5 Radio climatology of the Persian Gulf and Gulf 
of Oman, with radar confirmation. (Report No. 
T-1642.) [H. G. Booker.] [Telecommunications 

Research Establishment, Great Britain.] March 
15, 1944. 



WAVE PROPAGATION MICROFILM LIST 


563 


332 Australia and New Zealand 

Ml [An] investigation of propagation characteristics of 
AW stations. (Report No. 17.) (n.a.) Operational 
Research Group [Australia]. March 9, 1943. 

M2 An estimation of the incidence of anomalous 
propagation in the Cook Strait Area of New 
Zealand. (Report No. RD-1/373 [for the period] 
from January, 1943 to January, 1944.) F. E. S. 
Alexander. OSRD Liaison Office No. II-5-5849(S). 
Radio Development Laboratory, New Zealand. 
May 2, 1944. 

M3 Temperature and humidity measurements made 
with the Washington State College wired-sonde 
equipment at Kaikoura, New Zealand between 
September 23, 1944 and October 19, 1944. (Report 
No. RD-1/482.) F. E. S. Alexander. Radio De¬ 
velopment Laboratory, New Zealand. January 15, 
1945. 

333 Great Britain 

Ml Centimetre wave propagation over land. A pre¬ 
liminary study of the field strength records between 
March and September, 1943. (Paper No. RRB/S- 
13.) R. L. Smith-Rose and A. C. Stickland. OSRD 
Liaison Office No. WA-1514-6. Department of 
Scientific and Industrial Research, Radio Research 
Board [Great Britain]. November 15, 1943. 

M2 Preliminary analysis of height-gain tests in the 
troposphere. (Report No. TR-494.) R. F. C. Mc¬ 
Dowell. OSRD Liaison Office No. WA-2930-2. 
Great Baddow Research Station [Great Britain], 
September, 1944. 

M3 Centimetre wave propagation over sea. A study of 
signal strength records taken in Cardigan Bay, 
Wales, between February and September, 1944. 
(Paper No. RRB/C-114.) R. L. Smith-Rose and 
A. C. Stickland. OSRD Liaison Office No. WA- 
4297-9. Department of Scientific and Industrial 
Research, Radio Research Board [Great Britain]. 
February 28, 1945. 

M4 Centimetre wave propagation over sea. Correla¬ 
tion of radio field strength transmitted across 
Cardigan Bay, Wales, with gradient of refractive 
index obtained from aircraft observations. (Paper 
No. RRB/C-121.) R. L. Smith-Rose and A. C. 
Stickland. OSRD Liaison Office No. WA-4459-9. 
Department of Scientific and Industrial Research, 
Radio Research Board [Great Britain]. May 10, 
1945. 

M5 Investigations of 120-mc/s and 50-cms propaga¬ 
tion across the English Channel, (n.a.) OSRD 
Liaison Office No. WA-3157-6. [Great Britain], 
(n.d.) 

333.1 Irish Sea 

Ml Meteorological observations [taken] on [board] the 
ship Glen Strathallan in the Irish Sea for the 
period November 1, 1943 to October 23, 1944. 
(n.a.) OSRD Liaison Office Nos. W-1759-14, WA- 
1935-1, WA-1951-1, WA-2131-5, WA-2131-5C, WA- 


2152-13, WA-2131-5A, WA-3180-1, WA-2242-4, 

WA-2315-1, WA-2364-13, WA-2587-5, WA-2623-13, 
WA-2843-13, WA-4079-1, WA-2905-4, WA-3029-2, 
WA-3180-la, WA-3180-1D, WA-3322-1 and WA- 
3584-3. [Naval Meteorological Branch, Great 
Britain.] 

M2 Meteorological observations taken on [board] the 
ship Coila in the Irish Sea for the period Decem¬ 
ber 15, 1943 to October 26, 1944. (n.a.) OSRD 

Liaison Office Nos. WA-2131-5B, WA-2843-11, WA- 
2743-12, WA-4079-2, WA-3305-5, WA-3322-2 and 
WA-3584-2. [Naval Meteorological Branch, Great 
Britain.] 

M3 Meteorological measurements [taken] on [board] 
the ship St. Dominica in the Irish Sea for the 
period of May 19, 1944 to August 29, 1944. (n.a.) 
OSRD Liaison Office Nos. WA-2587-6, WA-2645-4, 
WA-3143-9, WA-3991-2, WA-3180-1B and WA- 
3180-1C. [Naval Meteorological Branch, Great 
Britain.] 

1.2 Llandudno, Wales 

Ml [Some K-band, X-band and S-band] experiments 
t at] Llandudno. (News Letter Nos. 1 and 2.) 
T. Gold. Admiralty Signal Establishment Exten¬ 
sion [Great Britain]. May 3 and 13, 1944. 

M2 General summary covering the work of the KXS 
interservice trials t at] Llandudno [during] 1944. 
(Report No. T-1770.) J. R. Atkinson. [Telecom¬ 
munications Research Establishment, Great Brit¬ 
ain.] May, 1945. 

1.3 Rye, England 

Ml [Tables of temperature and humidity observations 
made at Rye.] (Report No. JMRP-5.) (n.a.) 
OSRD Liaison Office No. WA-1463-13a. [Great 
Britain.] November, 1943. 

M2 The vertical distribution of temperature and 
humidity at Rye on the night of January 14-15, 
1944. (Report No. JMRP-6.) (n.a.) [Naval] Mete¬ 
orological Office [Great Britain]. February 26, 
1944. 

M3 Analysis of temperature and humidity records at 
Rye. (Report No. JMRP-7.) (n.a.) [Great Britain.] 
[July (?) 1944, 

M4 Diurnal variation of temperature and humidity at 
various heights at Rye. Summer conditions. (Re¬ 
port No. JMRP-26.) (n.a.) [Naval Meteorological 
Office, Great Britain, October 21, 1944. 

M5 Hourly values of modified refractive index M for 
Meteorological Office f at] Rye [for] May, 1944. 
(Report No. JMRP-31.) (n.a.) Naval Meteoro¬ 

logical Office [Great Britain]. December 28, 1944. 

India 

Ml Anomalous propagation in India. t A] preliminary 
report on over-land transmission in Bengal. (Re¬ 
port No. S-5.) [H. G. Booker(?)] OSRD Liaison 

Office No. II-5-6555(S). Air Command, Opera- 



564 


WAVE PROPAGATION MICROFILM LIST 


tional Research Section, South East Asia. Decem¬ 
ber BO, 1943. 

335 Pacific Ocean Areas 

Ml Abnormal radar propagation in the South Pacific. 
An investigation into conditions in New Zealand 
and Norfolk Island on 200 mc/s with notes on 
Fiji, New Caledonia and the Solomon Islands. 
(Report No. 119.) (n.a.) [Royal New Zealand Air 
Force, Operational Research Section.] May 4, 
1944. 

M2 General climatic and meteorological conditions in 
Banda Sea, 4°-7°S., 126°-131°E. (Report List No. 2, 
Section II t of] Series 7, No. 18.) (n.a.) Royal 

Australian Air Force, Meteorological Services 
[Australia]. November, 1944. 

M3 Report Nos. 1 and 2 on Project SWP-3.2 of the 
Office of Field Service. Paul A. Anderson and 
P. Squires. OEMsr-728; Research Project No. 
PDRC-647. Washington State College. Novem¬ 
ber 2, 1944 and January 7, 1945. 

M4 Results of low-level atmospheric soundings in the 
Southwest and Central Pacific Oceanic Areas. (Re¬ 
port No. 9.) Paul A. Anderson, K. E. Fitzsimmons 
and others. OEMsr-728; Research Project No. 

PDRC-647. Washington State College. February 
27, 1945. 


336 United States 

336.1 Canal Zone and Panama 

Ml Climate in relation to microwave radar propaga¬ 
tion in Panama. (Division 14. Report No. 476.) 
Arthur E. Bent. MIT, Radiation Laboratory. 
February 29, 1944. 

M2 Low-level meteorological soundings and radar cor¬ 
relations for the Panama Canal Zone. (Report No. 
6.) K. E. Fitzsimmons, S. T. Stephenson and Rob¬ 
ert W. Bauchman. OEMsr-728; Research Project 
No. PDRC-647. Washington State College. June 
12, 1944. 

M3 [Isthmus of Panama tropospheric soundings.] 
(Wave Propagation Report No. 3.) Robert W. 
Bauchman. US Naval Research Group, Canal 
Zone. July 1, 1944. 

M4 Outline of problems of microwave storm detection. 
(Appendix.) Arthur E. Bent. OSRD Liaison 
Office No. WA-1463-38. (n.d.) 

336.2 New England 

Ml Low-altitude measurements in New England to 
determine refractive index [during] 1943. (Divi¬ 
sion 14. Report No. 42.) Robert H. Burgoyne and 
Isadore Katz. MIT, Radiation Laboratory. Feb¬ 
ruary 22, 1944. 

336.3 Philippines 

Ml Highlights of the December, 1944 typhoon includ¬ 
ing photographic radar observations. A distant 


observation of a warm front including a photo¬ 
graph of cloud forms and slope of front. (Fleet 
Weather Central Paper No. 10.) George F. Kosco. 
US Navy, Third Fleet. February 10, 1945. 

337 Miscellaneous Areas 

Ml Stations in the Western Hemisphere with condi¬ 
tions in the lower layers of the atmosphere similar 
to those at selected stations in the Eastern Hemi¬ 
sphere. (Report No. 729.) (n.a.) US Army Air 

Forces, Weather Division. March, 1944. 

340 Meteorological Equipment 

341 Wired and Radiosonde 

Ml The captive radiosonde and wired-sonde tech¬ 
niques for detailed low-level meteorological sound¬ 
ing. (Division 14. Report No. 192.) Paul A. Ander¬ 
son, C. L. Barker and others. OEMsr-728; Re¬ 
search Project No. PDRC-647. Washington State 
College. October 4, 1943. 

M2 Radar wave propagation. Wired-sonde equipment 
for high-altitude soundings. (Report No. WP-16.) 
Lloyd J. Anderson. BuShips Problem No. X4-" 
49CD. US Navy Radio and Sound Laboratory. 
November 17, 1944. 

M3 Radar wave propagation. Improvements in 
USNRSL meteorological sounding equipment. (Re¬ 
port No. WP-21.) Lloyd J. Anderson, S. T 
Stephenson and A. P. D. Stokes. BuShips Prob¬ 
lem No. X4-49CD. US Navy Radio and Sound 
Laboratory. July 3, 1945. 

342 Low-Level Sounding Devices 

Ml Anomalous propagation. Adaptation of Model 
RAU-2 radiosonde receiving and recording equip¬ 
ment for use as low-level sounding device, (n.a.) 
Bendix Aviation Corporation. [May 31, 1944.] 

M2 Operational use of low-level meteorological sound¬ 
ing equipment. (Report No. 7.) K. E. Fitzsimmons, 
S. T. Stephenson and Robert W. Bauchman. 
OEMsr-728; Research Project No. PDRC-647. 
Washington State College. June 15, 1944. 

M3 Operating instructions for the WSC low-level at¬ 
mospheric sounding equipment. (Report No. 8.) 
(n.a.) OEMsr-728: Research Project No. PDRC- 
647. Washington State College. July 10, 1944. 

343 Hygrometers 

Ml The resistance of electric hygrometer elements. 
(Report No. AERO-1.) Lloyd J. Anderson and 
S. T. Stephenson. US Navy Radio and Sound 
Laboratory. May 8, 1945. 

344 Miscellaneous Equipment 

Ml Balloon psychrometer for the measurement of the 
relative humidity of the atmosphere at various 
heights. (Addendum.) S. M. Doble and S. Ingle- 
field. OSRD Liaison Office No. II-5-5080(S). Im- 






WAVE PROPAGATION MICROFILM LIST 


565 


perial Chemical Industries, Ltd. [Great Britain]. 
September 25, 1943. 

M2 Instruments and methods for measuring tempera¬ 
ture and humidity in the lower atmosphere. (Divi¬ 
sion 14. Report No. 487.) Isadore Katz. OEMsr- 
262; Service Project No. SC-8. MIT, Radiation 
Laboratory. April 12, 1944. 

M3 Meteorological investigations at Rye. Part I, In¬ 
strumental layout for recording gradients of tem¬ 
perature and relative humidity. (Report No. 
JMRP-17.) (n.a.) Meteorological Office [Great 

Britain]. May, 1944. 

M4 Microwave propagation studies. Detection of tropo¬ 
sphere stratification by means of sound echoes. 
Preliminary trial. (Report No. MM-44-160-143.) 
H. B. Coxhead and F. H. Willis. Bell Telephone 
Laboratories, Inc. June 21, 1944. 

M5 Instruments and installations for over-water trans¬ 
mission measurements. ([Division 14.]) Isadore 
Katz. [MIT, Radiation Laboratory.] August 24, 
1944. 

400 RADAR FORECASTING 

410 Theoretical Discussion 

Ml Forecasting [Of] RDF conditions. (Memorandum 
No. 103.) (n.a.) [Army Operational Research 

Group, Great Britain.] May 31, 1943. 

M2 The meteorological aspects of anomalous propa¬ 
gation. Short wave radio. (Report No. JMRP-1.) 
R. W. Hatcher. [Great Britain.] June, 1943. 

M3 Elements of radio meteorological forecasting. (Re¬ 
port No. T-1621/HGB.) t H. G. Booker.] [Tele¬ 
communications Research Establishment, Great 
Britain.] February 14, 1944. 

M4 Preliminary instruction manual t of] weather fore¬ 
casting for radar operations. (Report No. 614.) 
(n.a.) US Army Air Forces, Weather Division. 
March, 1944. 

420 Areas Investigated 

421 Australia and New Zealand 

Ml The possibility of investigating the fohn wind and 
sea breeze phenomena in New Zealand with a 
view to elucidating certain problems of radio- 
meteorological forecasting in other parts of the 
world. (Report No. RD-1/471.) M. A. F. Barnett 
and F. E. S. Alexander. Department of Scientific 
and Industrial Research, Radio Development 
Laboratory [New Zealand]. December 1, 1944. 

M2 A qualitative outline of the radio climatology of 
Australasia. (Report No. T-1820(M/95).) H. G. 
Booker. [Telecommunications Research Eestab- 
lishment, Great Britain.] April 19, 1945. 

422 Great Britain and North Sea 

Ml Oboe propagation t for the period] August [tO] 
October, 1943. (Report No. T-1605/HGB.) t H. G. 
Booker.] OSRD Liaison Office No. WA-1464-5. 


[Telecommunications Research Establishment, 
Great Britain.] t 1943.j 

M2 Naviprop forecasts. (Report No. SIS-45.) E. Gold. 
OSRD Liaison Office No. WA-2255-lq. Meteoro¬ 
logical Office [Great Britain]. November 8, 1943. 

M3 Issue of Anoprop forecasts. (Report No. SIS-39.) 
(n.a.) OSRD Liaison Office No. WA-2255-lr. 
Meteorological Office [Great Britain]. February 
11, 1944. 

423 India 

Ml Radio climatology in India and vicinity. (Report 
No. T-1727(M/85).) H. G. Booker. [Telecom¬ 
munications Research Establishment, Great Bri¬ 
tain.] September 12, 1944. 

M2 Radio climatology in India and vicinity. Notes on 
TRE Report [No.] T-1727. (Report No. JMRP-27.) 
C. S. Durst. Meteorological Office [Great Britain]. 
November 7, 1944. 

424 Pacific Ocean Areas 

Ml Tropospheric weather factors likely to affect super¬ 
refraction of very high frequency t and] super high 
frequency radio propagation as applied to the 
tropical Western Pacific. (Report No. RP-1.) (n.a.) 
US Department of Commerce, Weather Bureau. 
July 1, 1944. 

M2 Preliminary instruction manual of weather fore¬ 
casting for radar operations in Southwest Pacific 
Area. (Report No. 220.) D. F. Martyn and 
P. Squires. Department of Scientific and Indus¬ 
trial Research, Division of Radiophysics, Aus¬ 
tralia. September 4, 1944. 

M3 A rough sketch of world radio climatology over 
sea. (Report No. T-1730.) H. G. Booker. [Tele¬ 
communications Research Establishment, Great 
Britain.] October 31, 1944. 

425 United States 

Ml Determination of a suitable method of forecast¬ 
ing radar propagation variations over water. Tests 
conducted by 26th Weather Region, Orlando, 
Florida. J. R. Gerhardt and W. E. Gordon. Serv¬ 
ice Project No. 4252R000.77. US Army Air Forces. 
March 10, 1945. 

M2 Determination of the practicability of forecasting 
meteorological effects on radar propagation. Tests 
conducted by AAF Tactical Center, Orlando, 
Florida, (n.a.) Service Project No. 367B000.93. 
US Army Air Forces. June 13, 1945. 

500 FACTORS AFFECTING WAVE PROPAGATION 

510 Atmospheric Absorption and Scattering 

Ml The absorption of ultra-short wireless waves in 
the water vapour of the earth’s atmosphere. (Paper 
No. RRB/C-18.) J. A. Saxton. OSRD Liaison 
Office No. II-5-210. Department of Scientific and 
Industrial Research, Radio Research Board [Great 
Britain]. February 14, 1941. 






566 


WAVE PROPAGATION MICROFILM LIST 


511 


M2 The absorption and refraction of electromagnetic 
waves by liquid water, water vapour and fog or 
rain. (CRB Reference No. 43/2881.) t N. F. Mott.] 

OSRD Liaison Office No. II-5-4936. [Central Radio 
Bureau, Great Britain.] [September 2, 1943.] 

M3 The absorption of electromagnetic waves in the 
wave length range 1 [tO] 100 cm by water in the 
atmosphere. (CRB Reference No. 43/2882.) N. F. 

Mott. OSRD Liaison Office No. II-5-4937. [Cen¬ 
tral Radio Bureau, Great Britain.] [September 2, 

1943.] 

M4 The absorption of centimetric radiation by at¬ 
mospheric gases. J. M. Hough. t Air Defence Re¬ 
search and Development Establishment, Great Bri¬ 
tain.] April 27, 1944. 

M5 Secure communication on millimetre waves. (Re¬ 
port No. L/M40/WBL.) (n.a.) OSRD Liaison 

Office No. WA-2868-3. [Telecommunications Re¬ 
search and Development Establishment, Great 
Britain.] September 11, 1944. 

M6 Rotational line width in the absorption spectrum 
of atmospheric water vapor. (Division 14. Report 
No. 320. Supplement attached.) Arthur Adel. 
OEMsr-1361. University of Michigan. October 
10, 1944. 

M7 The absorption of one-half centimeter electro¬ 
magnetic waves in oxygen. (Division 14. Report 512 
No. 684.) E. R. Beringer. OEMsr-262; Service 
Project No. AN-25. MIT, Radiation Laboratory. 
January 26, 1945. 

M8 Further theoretical investigations on the atmos¬ 
pheric absorption of microwaves. (Division 14. 

Report No. 664.) John H. Van Vleck. OEMsr- 
262; Service Project No. AN-25. MIT, Radiation 
Laboratory. March 1, 1945. 

Attenuation 

Ml Echo intensities and attenuation due to clouds, 
rain, hail, sand and dust storms at centimetre wave 
lengths. (Report No. 7831.) J. W. Ryde. OSRD 
Liaison Office No. WA-81-25. General Electric 
Company, Ltd. [Great Britain]. October 13, 1941. 520 

M2 The effect of rain upon the propagation of 1-cm 

electromagnetic waves. (Report No. MM-42-160-87.) 521 

S. D. Robertson. Bell Telephone Laboratories, 

Inc. August 1, 1942. 

M3 The effect of rain on the propagation of micro- 
waves. (Report No. MM-42-160-93.) A. P. King 
and S. D. Robertson. Bell Telephone Labo¬ 
ratories, Inc. August 26, 1942. 

M4 Comparison of theoretical and experimental values 
for the attenuation of 1-centimeter waves in rain. 
(Report No. MM-43-160-2.) S. D. Robertson. Bell 
Telephone Laboratories, Inc. January 5, 1943. 

M5 An investigation on the number and size distri¬ 
bution of water particles in natural clouds. (Report 
No. MRP-109.) Josef Mazur. OSRD Liaison 
Office No. II-5-6306(S). Meteorological Research 
Committee [Great Britain]. June 10, 1943. 

M6 Attenuation due to water drops in the atmosphere. 


J. M. Hough. [Ultra Short Wave Panel Working 
Committee, Great Britain.] [April 28, 1944.] 

M7 Propagation of K/2-band waves. (Report No. MM- 
44-160-150.) G. E. Mueller. Bell Telephone Labo¬ 
ratories, Inc. July 3, 1944. 

M8 The effect of rain on radar performance. (Report 
No. MM-44-170-50.) S. C. Hight. Bell Telephone 
Laboratories, Inc. October 17, 1944. 

M9 Measurements of wave propagation. (Report No. 
MM-45-160-17.) G. E. Mueller. Bell Telephone 
Laboratories, Inc. February 5, 1945. 

M10 Measurements of the attenuation of K-band waves 
by rain. (Division 14. Report No. 603.) George T. 
Rado. OEMsr-262; Service Project No. AN-25. 
MIT, Radiation Laboratory. March 7, 1945. 

Mil Attenuation of centimetre and millimetre waves 
by rain, hail, fogs and clouds. (Report No. 8670.) 
J. W. Ryde and D. Ryde. OSRD Liaison Office 
No. WA-5181-10. General Electric Company, Ltd. 
[Great Britain]. May 18, 1945. 

M12 Radar wave propagation. K-band attenuation due 
to rainfall. (Report No. WP-20.) Lloyd J. Ander¬ 
son, J. P. Day and others. BuShips Problem No. 
X4-49SD. US Navy Radio and Sound Laboratory. 
June 8, 1945. 

Scattering 

Ml Verification of Mie theory. Calculations and meas¬ 
urements of light scattering by dielectric spherical 
particles. (Division 10.) Victor K. LaMer. OEMsr- 
148; Service Project No. CWS-1; OSRD No. 1857. 
Columbia University. September 29, 1943. 

M2 The scattering of radiation from rectangular 
planes, half-cylinders, hemispheres and airplanes, 
(n.a.) Contract No. W-2279sc-551. University of 
Pennsylvania. October 12, 1943. 

M3 Scattering. (Report No. TR-481.) T. L. Eckersley. 
OSRD Liaison Office No. WA-2255-lf. Great Bad- 
dow Research Station [Great Britain]. November, 
1943. 

Dielectric Constant and Loss Factor 

Methods and Systems of Measurements 
Ml A new method for measuring dielectric constant 
and loss in the range of centimeter waves. S. Rob¬ 
erts and Arthur R. von Hippel. Wave guides 
with dielectric sections. L. J. Chu. (Division 14. 
Report No. 102.) OEMsr-262. MIT, Laboratory 
for Insulation Research. March, 1941. 

M2 Ultra high frequency dielectrics. (Division 14. 
Report No. 121.) Arthur R. von Hippel. OEMsr- 
191. MIT, Laboratory for Insulation Research. 
January, 1943. 

M3 The interaction between electromagnetic fields and 
dielectric materials. (Division 14. Report No. 122.) 
Arthur R. von Hippel and R. G. Breckenridge. 
OEMsr-191. MIT, Laboratory for Insulation Re¬ 
search. January, 1943. 

M4 The measurement of dielectric constant and loss 



WAVE PROPAGATION MICROFILM LIST 


567 


with standing waves in coaxial wave guides. (Divi¬ 
sion 14. Report No. 142.) Arthur R. von Hippel, 

D. G. Jelads and W. B. Westphal. OEMsr-191. 

MIT, Laboratory for Insulation Research. April, 

1943. 

522 Media 

522.1 Water and Ice 

Ml The dielectric constant of water and ice at cen¬ 
timetre wave lengths. J. M. Hough. Ultra Short 
Wave Panel [Great Britain]. [April 28, 1944.] 

M2 Dielectric properties of water and ice at K-band. 
(Division 14. Report No. 644.) E. L. Younker. 
OEMsr-262; Service Project No. AN-25. MIT, 

Radiation Laboratory. December 4, 1944. 

522.11 Water 

Ml Conductivities of sea, tap and distilled water at 
\ = 10 cm. (Report No. M-496.) L. B. Turner. 

OSRD Liaison Office No. WA-649-1. Admiralty 
Signal Establishment [Great Britain]. April, 1943. 

M2 The dielectric properties of water at wave lengths 

from 2 mm to 10 cm and over the temperature 530 
range 0° C. to 40° C. (Paper No. RRB/C-115.) 

J. A. Saxton. OSRD Liaison Office No. WA- 531 
4340-5. Department of Scientific and Industrial 
Research, Radio Research Board [Great Britain]. 

March 20, 1945. 

M3 The anomalous dispersion of water at very high 
radio frequencies in the temperature range 0° C. 
to 40° C. (Paper No. RRB/C-118.) J. A. Saxton. 

OSRD Liaison Office No. WA-4459-8. Department 
of Scientific and Industrial Research, Radio Re¬ 
search Board [Great Britain]. April 6, 1945. 

522.12 Water Vapors 

Ml The dielectric constant and loss factor of water 
vapour at a wave length of 9 cms, frequency 3,330 
mc/s. (Paper No. RRB/S-1.) J. A. Saxton. OSRD 
Liaison Office No. W-203-2. Department of Scien¬ 
tific and Industrial Research, Radio Research 
Board [Great Britain]. March 4, 1942. 

M2 The dielectric constant of water vapour and its 
effect upon the propagation of very short waves. 

(Paper No. RRB/S-2.) A. C. Stickland. OSRD 
Liaison Office No. WA-175-7. Department of Sci¬ 
entific and Industrial Research, Radio Research 
Board [Great Britain]. May 11, 1942. 

M3 The dielectric constant and absorption coefficient 532 
of water vapour for wave lengths of 9 cm and 3.2 
cm, frequencies 3,330 and 9,350 mc/s. (Paper No. 
RRB/S-11.) J. A. Saxton. Department of Scien¬ 
tific and Industrial Research, Radio Research 
Board [Great Britain]. April 12, 1943. 

522.13 Ice 

Ml The electrical properties of ice. (Report No. AC- 
1516.) T. Taylor and Willis Jackson. OSRD 


Liaison Office No. W-126-42. [Radio Direction 
Finder Application Committee, Great Britain.] 
December 22, 1941. 

522.2 Air 

Ml An electrical method of measuring the dielectric 
constant of atmospheric air, and recording it con¬ 
tinuously. (Report No. M/Memo-15/PEC.) (n.a.) 
OSRD Liaison Office No. WA-1464-7. [Telecom¬ 
munications Research Establishment, Great Brit¬ 
ain.] January 6, 1944. 

522.3 Soil 

Ml Electrical measurements on soil with alternating 
currents. R. L. Smith-Rose. National Physical 
Laboratory [Great Britain]. December 11, 1933. 

522.4 Radomes 

Ml Recent dielectric constant and loss tangent meas¬ 
urements on X-band. (Division 14. Report No. 
483-5.) Elizabeth M. Everhart. OEMsr-262. 
MIT, Radiation Laboratory. July 14, 1944. 

Reflection Coefficient 

Reflection Problems 

Ml Propagation and reflection characteristics of radio 
waves as affecting radar. William G. Michels and 
William C. Pomeroy. Service Project No. 
(M-3)lla. US Army Air Forces. January 31, 

1944. 

M2 The reflection coefficient of a linearly-graded layer. 
(Report No. TR-492.) (n.a.) OSRD Liaison 

Office No. WA-3438-5. Great Baddow Research 
Station [Great Britainj. September, 1944. 

M3 The measurement of high reflections at low power. 
(Division 14. Report No. 483-7.) Raymond M. 
Redheffer. OEMsr-262. MIT, Radiation Labo¬ 
ratory. November 20, 1944. 

M4 Reflections from smooth curved surfaces. (Divi¬ 
sion 14. Report No. 661.) R. C. Spencer. OEMsr- 
262. MIT, Radiation Laboratory. January 26, 

1945. 

M5 Reflection from an inversion. (Report No. AC- 
8210.) L. E. Beghian and F. H. Northover. OSRD 
Liaison Office No. WA-4494-14. [Ultra Short 
Wave Propagation Panel, Great Britain.] May 
14, 1945. 

Ground and Water 

Ml Preliminary measurements of 10-cm reflection co¬ 
efficients of land and sea at small grazing angles. 
(Division 14. Report No. 478.) Pearl J. Ruben- 
stein and William T. Fishback. MIT, Radiation 
Laboratory. December 11, 1943. 

M2 An experimental investigation of the reflection and 
absorption of radiation of 9-cm wave length. 
(Paper No. RRB/C-107.) L. H. Ford and 
R. Oliver. OSRD Liaison Office No. WA-3386-2. 





568 


WAVE PROPAGATION MICROFILM LIST 


Department of Scientific and Industrial Research, 
Radio Research Board [Great Britain]. October 
27, 1944. 

532.1 Ground 

Ml S-band measurements of reflection coefficients for 
various types of earth. (Report No. 5220.129.) 
E. M. Sherwood. Sperry Gyroscope Company, 
Inc. October 29, 1943. 

M2 The determination of the coefficient of reflection 
of radio waves at the ground by means of radar 
observation. (Report No. RA-3A-212A.) W. Sterl¬ 
ing Ament. US Naval Research Laboratory. No¬ 
vember 10, 1943. 

M3 Ground reflection coefficient experiments at 
X-band. (Report No. MM-44-160-250.) W. M. 
Sharpless. Bell Telephone Laboratories, Inc. 
December 15, 1944. 

532.2 Water 

Ml Centimetre wave propagation over sea within the 
optical range. (Report No. M-398.) H. Archer- 
Thomson, J. C. Dix and others. OSRD Liaison 
Office No. W-157-16. Admiralty Signal Establish¬ 
ment [Great Britain]. January, 1942. 

M2 The reflection of 9-cm radiation at the surface of 
the sea. (Report No. M-542.) H. Archer-Thomson, 
N. Brooke and others. OSRD Liaison Office No. 
WA-1131-2. Admiralty Signal Establishment 
[Great Britain]. September, 1943. 

M3 Comment on the reflection of microwaves from 
the surface of the ocean. ([Part] II. Report No. 
MM-43-210-6.) S. O. Rice. Bell Telephone Labo¬ 
ratories, Inc. October 13, 1943. 

M4 Further measurements of 3- and 10-cm reflection 
coefficients of sea water at small grazing angles. 
(Division 14. Report No. 568.) William T. Fish- 
back and Pearl J. Rubenstein. OEMsr-262. MIT, 
Radiation Laboratory. May 17, 1944. 

M5 Reflection and scattering. (Report No. TR-506.) 
T. L. Eckersley. OSRD Liaison Office No. WA- 
4002-12. Great Baddow Research Station [Great 
Britain]. January, 1945. 

540 Horizontal and Vertical Polarization 

Ml The comparison of vertical and horizontal polari¬ 
zation in ground wave propagation. (Report No. 
TR-442.) G. Millington. OSRD Liaison Office 
No. WA-1463-5. [Great Baddow Research Station, 
Great Britain.] January, 1940. 

M2 Horizontal and vertical polarization. (Report No. 
TR-441.) T. L. Eckersley. OSRD Liaison Office 
No. II-5-5280. [Great Baddow Research Station, 
Great Britain.) July, 1942. 

M3 The investigation of horizontally and vertically- 
polarized direction finding on frequencies of the 
order of 20 to 70 megacycles per second. (Report 
No. TR-451.) T. L. Eckersley. OSRD Liaison 


Office No. II-5-5284. [Great Baddow Research Sta¬ 
tion, Great Britain.) September, 1942. 

M4 Change of polarization as a means of gap filling. 
(Division 14. Report No. C-7.) R. A. Hutner. 
MIT, Radiation Laboratory. December 28, 1942. 

M5 Vertical polarization vs horizontal polarization. 
(CESL Tentative Technical Report No. T-l.) 
Ralph C. Loring. US Army Signal Corps, Camp 
Evans, Belmar, N. J. Revised: October 22, 1943. 

M6 The depolarization of microwaves. (Division 14. 
Report No. 458.) M. Kessler, C. E. Mandeville 
and Emmett L. Hudspeth. MIT, Radiation Labo¬ 
ratory. November 1, 1943. 

M7 Polarization studies at S- and X-frequencies. (Divi¬ 
sion 14. Report No. 536.) Otto J. Baltzer, Jr., 
William M. Fairbank and J. D. Fairbank. OEMsr- 
262. MIT, Radiation Laboratory. March 14, 
1944. 

600 TARGETS AND ECHOES 

610 Targets 

611 Reflectors 

Ml Gratings and screens as microwave reflectors. (Di¬ 
vision 14. Report No. 54-20.) (n.a.) MIT, Radi¬ 

ation Laboratory. April 1, 1943. 

M2 Reflecting properties of metal gratings. (Report 
No. RP-215.) J. S. Gooden. OSRD Liaison Office 
No. II-5-6230(S). Council for Scientific and In¬ 
dustrial Research, Radiophysics Laboratory [Aus¬ 
tralia]. July 31, 1944. 

611.1 Corner Reflectors 

Ml The application of corner reflectors to radar. 
Theoretical. (Division 14. Report No. 43-31.) 
R. D. O’Neal, F. S. Holt and Prescott D. Crout. 
MIT, Radiation Laboratory. May 14, 1943. 

M2 The application of corner reflectors to radar. Ex¬ 
perimental. (Division 14. Report No. 55-4.) R. D. 
O’Neal. MIT, Radiation Laboratory. July 1, 
1943. 

M3 Corner reflector tests at Langley Field. (Division 
14. Report No. 402.) C. M. Gilbert. MIT, 
Radiation Laboratory. August 6, 1943. 

M4 Properties of corner reflectors. (Report No. MM- 
43-160-130.) S. D. Robertson. [Bell Telephone 
Laboratories, Inc.j August 12, 1943. 

M5 The use of corner reflectors as IFF on ships. 
(Report No. 24.) (n.a.) OSRD Liaison Office No. 
II-5-5680. Operational Research Group and 
[Council for Scientific and Industrial Research, 
Division of Radiophysics, Australia]. August 30, 
1943. 

M6 Observations of life rafts equipped with corner 
reflectors. (Division 14. Report No. 533.) Emmett 
L. Hudspeth and John P. Nash. MIT, Radiation 
Laboratory. February 15, 1944. 

M7 Optical theory of the corner reflector. (Division 




WAVE PROPAGATION MICROFILM LIST 


569 


14. Report No. 433.) R. C. Spencer. OEMsr-262. 
MIT, Radiation Laboratory. March 2, 1944. 

M8 [The] use of corner reflectors in beaconry. (Report 
No. RP-200.) F. J. Kerr. OSRD Liaison Office 
No. II-5-6145(S). Council for Scientific and In¬ 
dustrial Research, Division of Radiophysics, [Aus¬ 
tralia]. June 8, 1944. 

M9 Test of the pre-production model corner reflector. 
Final Report t of] Project No. E-44-3. Alvin E. 
Hebert and C. B. Overacker. Service Project No. 
(M-3) 69. US Army Air Forces, Eglin Field, 
Florida. July 25, 1944. 

M10 Corner reflectors for life rafts. (Division 14. Re¬ 
port No. 608.) Emmett L. Hudspeth and John 
P. Nash. OEMsr-262. MIT, Radiation Labora¬ 
tory. August 1, 1944. 

Mil Rotating comer reflectors for ship identification. 
(Division 14. Report No. 654.) Julian M. Sturte- 
vant. OEMsr-262. MIT, Radiation Laboratory. 
January 1, 1945. 

612 Radar Targets 

612.1 Ship Targets 

Ml Radar cross-section of ship targets. (Parts I to VI. 
Report Nos. RA-3A-213A, R-2232, R-2295, R-2332, 
R-2466 and R-2467.) W. Sterling Ament, Martin 
Katzin and others. BuShips Problem Nos. 
S-411R-S and S-411. US Naval Research Labora¬ 
tory. January, 1944 to April, 1945.] 

M2 Theory of the performance of radar on ship tar¬ 
gets. (Joint Report No. RC4/2/CR252.) M. V. 
Wilkes, J. A. Ramsay and P. B. Blow. OSRD 
Liaison Office No WA-2843-10. [Air Defence Re¬ 
search and Development Establishment and Coast 
Artillery Experimental Establishment, Great Brit¬ 
ain.;, July, 1944. 

612.2 Towed Targets 

Ml Towed radar targets. (Report No. 212.) G. R. 
Armstrong and G. H. Beeching. OSRD Liaison 
Office No. WA-1012-2. [Air Defence Research and 
Development Establishment, Great Britain.] 
August 6, 1943. 

612.3 Surface Targets 

Ml Over-water observations at X- and S-frequencies on 
surface targets. (Division 14. Report No. 401.) 
Otto J. Baltzer, Jr., Virgil A. Counter and others. 
MIT, Radiation Laboratory. July 26, 1943. 

M2 Screened and unscreened radar coverage for sur¬ 
face targets. (Report No. T-1666.) W. Walkinshaw 
and J. E. Curran. OSRD Liaison Office No. WA- 
2284-2. [Telecommunications Research Establish¬ 
ment, Great Britain.-, ,-March, 1944.] 

M3 Interservice K-, X- and S-band radar trials. Over¬ 
water performance against surface targets. (Report 
No. M-688.) J. A. Ramsay, R. B. Blow and H. J. 
Worsdall. Admiralty Signal Establishment c Great 
Britain.] February, 1945. 


612.4 Model Targets 

Ml Radar wave propagation. Reflection of radar waves 
from targets of simple geometric form. (Report 
No. WP-3.) Lloyd J. Anderson, John B. Smyth 
and F. R. Abbott. BuShips Problem No. X4-49CD. 
US Navy Radio and Sound Laboratory. February 
24, 1943. 

612.5 Plane Targets 

Ml Radar wave propagation. Calibration and stand¬ 
ardization of land-based radars by the use of small 
plane targets. (Report No. WP-12.) F. R. Abbott. 
BuShips Problem No. X4-49CD. US Navy Radio 
and Sound Laboratory. June 10, 1944. 

612.6 Miscellaneous Target Problems 

Ml The so-called standard target. (Division 14. Report 
No. S-43.) A. H. Brown. OEMsr-262. MIT, 
Radiation Laboratory. March 10, 1945. 

620 Echoes 

621 Atmospheric Sources 

Ml Radar echoes from the nearby atmosphere. ([Parts 
I to III.] Report Nos. MM-44-150-2, MM-44-150-3 
and MM-44-150-4.) Millard W. Baldwin, Jr. 
Bell Telephone Laboratories, Inc. July 18, July 
31 and August 11, 1944. 

621.1 Storm 

Ml Radar echoes from atmospheric phenomena. (Divi¬ 
sion 14. Report No. 42-2.) Arthur E. Bent. MIT, 
Radiation Laboratory. March 13, 1943. 

M2 Summer storm echoes on radar MEW. (Report 
No. 18.) J. S. Marshall, R. C. Langille and Wil¬ 
liam M. Palmer. Army Operational Research 
Group [Canada]. November 27, 1944. 

M3 Analysis of storm echoes in height, using micro- 
wave height finder. (Report No. 30.) L. G. Eon. 
Army Operational Research Group [Canada]. 
June 25, 1945. 

621.2 Rain 

Ml Comments on: Radar echoes from water droplets, 
Paper t No.] AC-7930. (Paper No. AC-7931.) R. G. 
Ross. OSRD Liaison Office No. WA-4149-10. 
[Ultra Short Wave Propagation Panel, Great 
Britain.] [March 16, 1945.] 

M2 Echoes from tropical rain on X-band airborne 
radar. (Division 14. Report No. 728.) Arthur E. 
Bent. OEMsr-262. MIT, Radiation Laboratory. 
June 15, 1945. 

621.3 Lightning 

Ml Echoes and atmospherics from lightning flashes on 
P-band. (Report No. RP-49-2.) J. L. Pawsey. 
OSRD Liaison Office No. II-5-6144(S). Council 
for Scientific and Industrial Research, Division of 
Radiophysics [Australia]. July 11, 1944.] 




570 


WAVE PROPAGATION MICROFILM LIST 


621.4 Clouds 

Ml An observation of diffuse cloud-like echoes. (Re¬ 
port No. RP-246.) J. L. Pawsey and F. J. Kerr. 
OSRD Liaison Office No. II-5-7007(S). Council 
for Scientific and Industrial Research, Division of 
Radiophysics, Australia. March 6, 1945. 

621.5 Snow 

Ml S-band radar echoes from snow. (Report No. 26.) 
R. C. Langille, William M. Palmer and L. G. 
Tibbies. Army Operational Research Group 
[Canada]. June 14, 1945. 

621.6 Ground and Sea Clutter 

Ml An investigation into the nature of sea echoes. 
(Report No. T-1497.) (n.a.) OSRD Liaison Office 
No. WA-1142-3. [Telecommunications Research 
Establishment, Great Britain.] May 12, 1943. 

621.7 Miscellaneous Sources 

Ml Summary of scattering and spurious echoes. (Re¬ 
port No. TR-437.) T. L. Eckersley. OSRD 
Liaison Office No. II-5-5275. Great Baddow Re¬ 
search Station [Great Britain]. April, 1942. 

622 Object Sources 

622.1 Periscopes and Schnorkels 

Ml Radar echoes from periscopes. (Division 14. Report 
No. 42-1.) John E. Freehafer. MIT, Radiation 
Laboratory. March 1, 1943. 

M2 Theory of radar return from the Schnorkel. (Di¬ 
vision 14. Report No. 671.) P. M. Marcus. 
OEMsr-262. MIT, Radiation Laboratory. Janu¬ 
ary 15, 1945. 

M3 Sea returns and the detection of Schnorkel. (Re¬ 
port No. T-1787.) G. G. MacFarlane. OSRD 
Liaison Office No. WA-4196-8. [Telecommunica¬ 
tions Research Establishment, Great Britain.] 
February 13, 1945. 

M4 Radar results against Schnorkels. A commentary 
on TRE Report t No.] 1787: Sea returns and the 
detection of Schnorkel. (ORS/CC Report No. 338.) 
(n.a.) OSRD Liaison Office No. WA-4276-5. [Op¬ 
erational Research Section, Great Britain.] March 
16, 1945. 

622.2 Ships 

Ml Performance checks and estimation of vessel size 
on shore-based 10-cm radar sets. D. Lack. OSRD 
Liaison Office No. WA-1992-3. Army Operational 
Research Group [Great Britain]. March 30, 1944. 

M2 Trials to determine the variation of the apparent 
reflecting point of plain 10-cm waves from a de¬ 
stroyer. (Report No. M-627.) J. F. Coales and 
M. Hopkins. OSRD Liaison Office No. WA-3702-1. 
Admiralty Signal Establishment [Great Britain,. 
July, 1944. 

M3 Fading of S-band echoes from ships in the optical 
zone. (Report No. 265.) R. I. B. Cooper. OSRD 


Liaison Office No. WA-3677-8. [Radar Research 
and Development Establishment, Great Britain.] 
December 11, 1944. 

622.3 Aircraft 

Ml Measurement of the effective echoing areas of vari¬ 
ous aircraft. (Report No. ORG-P-8-1.) Ross Bate¬ 
man and George Sinclair. US Army, Office of the 
Chief Signal Officer and Ohio State University. 
July 2, 1943. 

M2 The characteristics of S-band aircraft echoes with 
particular reference to radar AA No. 3, Mark II. 
(Report No. 253.) G. H. Beeching and N. Cor¬ 
coran. OSRD Liaison Office No. WA-2812-13. 
[Air Defence Research and Development Estab¬ 
lishment, Great Britain.] August 4, 1944. 

622.4 Shell Bursts 

Ml Radar echoes from shell bursts at 4 metres and 
50-cms wave lengths. (Report No. 260.) S. M. 
Taylor and F. E. W. Bugler. [Radar Research and 
Development Establishment, Great Britain.] Sep¬ 
tember 10, 1944. 

622.5 Miscellaneous Shapes 

Ml Echoes produced by perfectly conducting objects 
of certain simple shapes in free space. (Report No. 
RP-173.) R. E. B. Makinson. OSRD Liaison 
Office No. II-5-5691. Council for Scientific and 
Industrial Research, Division of Radiophysics 
[Australia]. March 25, 1943. 

M2 RDF echoes to be expected from objects of various 
shapes. (Report No. 26.) (n.a.) OSRD Liaison 

Office No. WA-6-21. [Great Britain.] (n.d.) 

623 Miscellaneous Echo Problems 

Ml Anomalous echoes observed with 10-cms CD set. 
(Report No. 119.) A. E. Kempton. OSRD Liaison 
Office No. II-5-564. [Air Defence Research and 
Development Establishment, Great Britain.] Oc¬ 
tober 8, 1941. 

M2 Radar wave propagation. (Report No. WP-2.) 
Lloyd J. Anderson, John B. Smyth and others. 
BuShips Problem No. X4-49CD. US Navy Radio 
and Sound Laboratory. November 30, 1942. 

M3 The resolution of composite echoes with centi¬ 
metre wave RDF. (Report No. 4070/C/104.) J. R. 
Benson, J. H. Ramsay and P. B. Blow. OSRD 
Liaison Office No. WA-1789-2. [Coast Artillery 
Experimental Establishment, Great Britain.] Feb¬ 
ruary 10, 1943. 

M4 Microwave radar reflections. (Division 14. Report 
No. 43-23.) (n.a.) MIT, Radiation Laboratory. 

February 20, 1943. 

M5 The use of permanent echo amplitudes for moni¬ 
toring S-band radar equipment. (Report No. RP- 
177/2.) F. J. Kerr and J. F. McConnell. OSRD 
Liaison Office No. II-5-5750. Council for Scientific 
and Industrial Research, Division of Radiophysics 
[Australia]. December 7, 1943. 




WAVE PROPAGATION MICROFILM LIST 


571 


M6 The recognition of radar echoes. (Report No. 
RD-1/353.) F. E. S. Alexander. OSRD Liaison 
Office No. II-5-5796(S). Department of Scientific 
and Industrial Research, New Zealand. March 20, 
1944. 

M7 The radar-echoing power of conducting spheres. 
(Report No. 228.) T. Pearcey and J. M. C. Scott. 
OSRD Liaison Office No. WA-2334-6. t Air De¬ 
fence Research and Development Establishment, 
Great Britain.] May 24, 1944. 

M8 The cancellation of permanent echoes by the use 
of coherent pulses. (Technical Note No. RAD-253.) 
H. Grayson. OSRD Liaison Office No. WA-3482- 
7C. Royal Aircraft Establishment [Great Britain]. 
November, 1944. 

630 Signals 

631 Propagation 

Ml Propagation of signals on 45.1, 474 and 2800 me 
from [thej Empire State Building ... to Haup- 
pauge and Riverhead, . . . N. Y. (Division 14. 
[Parts I] and II. Report Nos. 179 and 298.) G. S. 
Wickizer and A. M. Braaten. OEMsr-691; Re¬ 
search Project No. 423. Radio Corporation of 
America. July 20, 1943 and July 31, 1944. 

632 Stability 

Ml Observations on signal stability at S- and X-fre- 
quencies. (Division 14. Report No. 537.) Otto J. 
Baltzer, Jr., William M. Fairbank and J. D. Fair- 
bank. OEMsr-262. MIT, Radiation Laboratory. 
March 14, 1944. 

M2 The fluctuations of radar signals. (Division 14. 
Report No. 569.) H. Goldstein and Paul D. Bales. 
OEMsr-262. MIT, Radiation Laboratory. May 
16, 1944. 

633 Camouflage 

Ml Radar camouflage. (Division 14. Report No. 766.) 
M. M. Andrew, Otto J. Baltzer, Jr. and others. 
OEMsr-262; Service Project No. NS-296. MIT, 
Radiation Laboratory. July 16, 1945. 

700 RADIO COMMUNICATION 

710 Areas Investigated 

711 Jungle 

Ml Radio communication in jungles. (Report No. 
ORG-2-1.) Arthur C. Omberg. US Army, Office 
of the Chief Signal Officer. September 1, 1943. 
M2 Measurement of factors affecting jungle radio 
communication. (Report No. ORB-2-3.) Jack W. 
Herbstreit and William Q. Crichlow. US Army, 
Office of the Chief Signal Officer. [November 10, 
1943.] 

M3 Methods for improving the effectiveness of jungle 
radio communication. (Technical Bulletin No. 


Sig. 4.) (n.a.) US War Department. January 14, 
1944. 

712 Sea Paths 

Ml Trials with a 250-watt frequency-modulated very 
high frequency sender across a sea water path 
beyond the optical range. (Report No. 878.) (n.a.) 
OSRD Liaison Office No. WA-1352-5. Signals Re¬ 
search and Development Establishment [Great 
Britain]. [September, 1943.] 

713 Southwest Pacific 

Ml Summary of radio propagation problems in South¬ 
west Pacific Area. (Report No. ACO/CM-175.) 
W. C. Babcock. US Army, Southwest Pacific Area. 
September 6, 1944. 

M2 Measurement of factors affecting radio communi¬ 
cation and loran navigation in Southwest Pacific 
Area. (Report No. ORB-2-4.) Ross Bateman, Jack 
W. Herbstreit and Robert B. Zechiel. US Army, 
Office of the Chief Signal Officer. December 16, 
1944. 

720 Communication Devices 

721 Passive Repeaters 

Ml The application of passive repeaters to point-to- 
point communications at very high frequency and 
ultra high frequency. (Report No. ORB-P-20-1.) 
Ross Bateman. US Army, Office of the Chief 
Signal Officer. April 29, 1944. 

730 Communication Factors 

731 Interference and Noise 

Ml Methods of reducing radar interference to com¬ 
munications. (Report No. ORB-E-27-2.) Arthur 
C. Omberg, Joseph B. Epperson and William Q. 
Crichlow. US Army, Office of the Chief Signal 
Officer. [April 19, 1944.] 

732 Range 

Ml Factors determining the range of radio communi¬ 
cations in the various theaters of operation. (Re¬ 
port No. ORG-P-14-1.) Jack W. Herbstreit. US 
Army, Office of the Chief Signal Officer. June 3, 
1943. 

M2 Survey of existing information and data on atmos¬ 
pheric noise level over the frequency range 1 to 
30 mc/s. (Paper No. RRB/C-90.) H. A. Thomas 
and R. E. Burgess. OSRD Liaison Office No. WA- 
3201-2. Department of Scientific and Industrial 
Research, Radio Research Board [Great Britain]. 
February 21, 1944. 

732.1 Short Range 

Ml An analysis of the effect of frequency on short 
distance radio communications. (Report No. ORB- 



572 


WAVE PROPAGATION MICROFILM LIST 


P-15-1.) Ross Bateman and William Q. Crichlow. 
US Army, Office of the Chief Signal Officer. 
August 18, 1943. 

M2 Use of the 25 to 50-mc/s band for short-range 


wireless communication. (Report No. 130.) (n.a.) 

OSRD Liaison Office No. WA-1022-3. Army Op¬ 
erational Research Group [Great Britain]. August 
27, 1943. 




TROPICAL DETERIORATION ADMINISTRATIVE COMMITTEE 

Microfilm Index 


100 FUNGI ASSOCIATED WITH TROPICAL DETERIORA¬ 
TION 

101 Tests and Studies of Deterioration of Materials 
(See also: 102) 

101.1 Textiles and Cordage 

101.2 Plastics, Plasticizers and Synthetic Resins 

101.3 Hookup Wires and Electrical Insulation 

101.4 Coating Materials 


101.5 Photographic and Optical Equipment 

101.6 Metals 

102 Proofing Against Fungi 
(See also: 101) 

102.1 Textiles 

102.2 Plastics and Electronic Equipment 

102.3 Photographic and Optical Equipment 

102.4 Leather 


573 



TROPICAL DETERIORATION ADMINISTRATIVE COMMITTEE 

List of Microfilmed Reports 


100 FUNGI ASSOCIATED WITH TROPICAL DETERIO¬ 
RATION 

Ml A preliminary list of micro-organisms which cause 
damage to Ordnance stores in India, with particular 
reference to tentage and cordage. (Technical Report 
No. Bio/45/5.) (n.a.) Controller General of In¬ 

spection [Great Britain]. rl945.j 

M2 Handbook of some fungi associated with tropical 
deterioration. Leland Shanor. OEMsr-1356; OSRD 
No. 6267. October, 1945. 

M3 Tropical fungus culture collection. William H. 
Weston. OEMsr-1389; OSRD No. 5681. Harvard 
University. October 31, 1945. 

M4 Bacteria culture collection. Herbert W. Reuszer. 
OEMsr-1484; OSRD No. 5682. Alabama Agricul¬ 
tural Experiment Station. October 31, 1945. 

101 Tests and Studies of Deterioration of Materials 

(See also: 102) 

Ml A house for the study of materials under tropical 
conditions. (Division 16. Report No. 49.) W. G. 
Hutchinson and Robert McCrea. OEMsr-205; 
OSRD No. 4048. University of Pennsylvania. July 
25, 1944. 

M2 Report on trip to Panama, October 7 to November 
11, 1944. W. G. Hutchinson, ^ovember, 1944.^ 

M3 Tropical testing. (Division 16. Report No. 96.) 
(n.a.) OEMsr-871; OSRD No. 5010. University 
of Pittsburgh. March 27, 1945. 

M4 The tropical deterioration testing station at Barro 
Colorado Island. W. G. Hutchinson, Spencer H. 
Davis, Jr. and J. A. Jump. OEMsr-205; OSRD 
No. 5690. University of Pennsylvania. October 
31, 1945. 

101.1 Textiles and Cordage 

Ml The role of bacteria in the deterioration of cotton 
duck under tropical conditions. Herbert W. Reu¬ 
szer. OSRD No. 4806. April, 1945. 

M2 Studies of the deterioration of textiles under tropi¬ 
cal conditions in the Canal Zone. Elso S. Barg- 
hoorn. OSRD No. 4807. April, 1945. 

M3 Conference on biological testing and test organisms. 
Textile and Cordage Meeting, April 17, 1945. Paul 
B. Marsh, J. D. Dean and others. Service Project 
No. AN-14. April 17, 1945. 

M4 Methods of testing biological deterioration of serv¬ 
ice materials, (n.a.) OSRD No. 6056. October 
15, 1945. 

M5 Studies on pure culture methods of testing fungus 
deterioration of textiles. W. G. Hutchinson. 
OEMsr-205; OSRD No. 5689. University of Penn¬ 
sylvania. October 31, 1945. 

M6 Summary of work on tropical deterioration of tex¬ 
tiles, January, 1945 to March, 1946 inclusive. Wil¬ 


liam D. Appel. National Bureau of Standards. 
April 11, 1946. 

101.2 Plastics, Plasticizers and Synthetic Resins 

Ml Minutes of the meeting c of the 3 Subcommittee on 
Synthetic Resins, Plastics and Plasticizers, Tropical 
Deterioration Administrative Committee. Alfred E. 
Brown. June 6, 1945. 

M2 Fungus resistance of plastics, (n.a.) OEMsr-1425; 

OSRD No. 5683. Bakelite Corporation. September 
30, 1945. 

M3 The problem of fungal growth on synthetic res¬ 
ins, plastics and plasticizers. Alfred E. Brown. 
OSRD No. 6067. October, 1945. 

M4 The effect of moisture and fungus on electrical and 
mechanical properties of plastic insulating materials, 
(n.a.) OEMsr-1479; OSRD No. 6324. Johns Hop¬ 
kins University. October, 1945. 

M5 Development of a method for testing the resistance 
of plastics to fungus attack. W. G. Hutchinson. 
OEMsr-205; OSRD No. 5688. University of Penn¬ 
sylvania. October 31, 1945. 

101.3 Hookup Wires and Electrical Insulation 

Ml Effect of moisture and fungus on electrical insulat¬ 
ing materials, (n.a.) OEMsr-1479; OSRD No. 5691. 
Johns Hopkins University. October, 1945. 

M2 Studies on methods of testing hookup wires for 
resistance to fungus attack. W. G. Hutchinson. 
OEMsr-205; OSRD No. 5686. University of Penn¬ 
sylvania. October 31, 1945. 

M3 Fungus growth on hookup wire. R. H. Luce and 
Warren C. Stoker. OEMsr-1488; OSRD No. 5692. 
Rensselaer Polytechnic Institute. October 31, 1945. 

101.4 Coating Materials 

Ml Insulation measurements on solid dielectrics with 
particular reference to insulating varnishes. (Report 
No. 142.) (n.a.) OSRD Liaison Office No. II-5- 

6635(S). Ministry of Munitions [Australia]. Febru¬ 
ary, 1945. 

M2 Studies on methods of testing coating materials for 
resistance to fungus attack. W. G. Hutchinson. 
OEMsr-205; OSRD No. 5687. University of Penn¬ 
sylvania. October 31, 1945. 

101.5 Photographic and Optical Equipment 

Ml Minutes of conference on research conducted in the 
Canal Zone on the fouling of optical instruments. 
(Division 16. Report No. 29.) (n.a.) OSRD No. 

1833. University of Pennsylvania. July 27, 1943. 

M2 The effect of mites on optical instruments in the 
tropics. Antifungus and antifilming trials in Ibadan, 
Nigeria, West Africa. (Report No. 4.) I. G. Camp¬ 
bell. War Office, Directorate of Mechanical Engi¬ 
neering [Great Britain]. [1944(?)j 


574 


TROPICAL DETERIORATION MICROFILM LIST 


575 


101.6 


102 


102.1 


M3 The fungus fouling of optical instruments. (Division 
16. Report No. 51.) W. G. Hutchinson. OEMsr- 
205; OSRD No. 4118. University of Pennsylvania. 
September 30, 1944. 

M4 Tropical deterioration in optical instruments. (Divi¬ 
sion 16. Report No. 97.) (n.a.) OEMsr-871; OSRD 
No. 5767. University of Pittsburgh. April 17, 1945. 
M5 Summary report t of the] Subcommittee on Photo¬ 
graphic Equipment and Supplies, (n.a.) Service 
Project No. AN-14.2; OSRD No. 6218. October, 
1945. 

M6 The fungus fouling of photographic film. J. A. 
Jump and W. G. Hutchinson. OEMsr-205; OSRD 
No. 5685. University of Pennsylvania. October 31, 
1945. 

M7 Further studies on the fouling of optical instru¬ 
ments. W. G. Hutchinson. OEMsr-205; OSRD No. 
5684. University of Pennsylvania. October 31, 1945. 
M8 Laboratory investigation of mould growth in optical 
instruments. Antifungus and antifilming trials in 
Ibadan, Nigeria, West Africa. (Report No. 3.) I. G. 
Campbell. War Office, Directorate of Mechanical 
Engineering [Great Britain], (n.d.) 

Metals 

Ml Conference on tropic proofing. Results of an investi¬ 
gation ... on the corrosion of metals by thynite 
liquid and vapour, (n.a.) OSRD Liaison Office No. 
WA-4369-2D. Ministry of Supply [Great Britain]. 
April 17, 1945. 

Proofing Against Fungi 

(See also: 101) 

Ml Tropic proofing, (n.a.) Ministry of Supply [Great 
Britain]. February, 1945. 

Textiles 

Ml Bibliography [Of 3 textiles and cordage. (Report No. 
7.) (n.a.) Service Project No. AN-14. December, 

1944. 

M2 Fungus proofing of textiles and cordage for use in 
tropical service. Leland Shanor. OSRD No. 4513. 
January, 1945. 


102.2 Plastics and Electronic Equipment 

Ml Moist tropical exposure of tropicalized phenol plas¬ 
tic terminal strips, (n.a.) April, 1945. 

M2 The combatting of mould growth on service elec¬ 
tronic equipment. (Report No. 968.) A. F. Parker- 
Rhodes. OSRD Liaison Office No. WA-5009-5. 
Signals Research and Development Establishment 
[Great Britain]. July, 1945. 

102.3 Photographic and Optical Equipment 

Ml The use of merthiosal in aircraft cameras. (Report 
No. 969.) P. G. Law. OSRD Liaison Office No. 
II-5-6450(S). Ministry of Munitions, Scientific In¬ 
struments and Optical Panel [Australia]. [1944.] 

M2 Cresatin as a treatment for fungus proofing optical 
instruments. (Division 16. Report No. 44.) (n.a.) 

OEMsr-205; OSRD No. 3803. University of Penn¬ 
sylvania. June 25, 1944. 

M3 The tropic proofing of optical instruments. Part 
I, The value of merthiosal as an internal fungicide, 
(n.a.) Ministry of Munitions, Scientific Instruments 
and Optical Panel [Australia]. July, 1944. 

M4 Methods of prevention of fungus fouling of optical 
instruments in the Canal Zone. (Division 16. Report 
No. 46.) (n.a.) OEMsr-205; OSRD No. 3952. Uni¬ 
versity of Pennsylvania. July 25, 1944. 

M5 A method for the prevention of mold growth on 
optical instruments exposed to tropical conditions. 
(Division 16. Report No. 92.) (n.a.) OEMsr-871; 

OSRD No. 4371. University of Pittsburgh. De¬ 
cember 5, 1944. 

M6 Binoculars fitted with cresatin. (n.a.) OSRD Liai¬ 
son Office No. WA-4473-4B. Ministry of Supply 
[Great Britain]. May 26, 1945. 

M7 Prevention of deterioration of optical instruments 
in the tropics, (n.a.) OSRD No. 6055. October 
15, 1945. 


102.4 Leather 

Ml The mould proofing of leather equipment for serv¬ 
ice in the tropics. Antifungus and antifilming trials 
in Ibadan, Nigeria, West Africa. (Report No. 2.) 
I. G. Campbell. War Office, Directorate of Me¬ 
chanical Engineering [Great Britain], (n.d.) 


s: 

































































APPLIED MATHEMATICS PANEL 

Microfilm Index 


10 COMPUTATIONS, MECHANISMS, COMPUTATIONS 
AND ANALYTICAL TECHNICS 

11 Tables 

12 Mechanical Aids 

13 Technics 

20 STATISTICAL AND PROBABILITY ANALYSES 

21 General Methods 
(See also: 606.2) 

21.1 Sequential Analysis 

22 Applications 

22.1 Sampling Inspection 

22.2 Production Problems 

100 FLUID DYNAMICS 

101 Gas Dynamics 

101.1 Shock Wave Theory 

101.2 Nozzle Designs 

102 Hydrodynamics 

103 Hydropulse Studies 

200 WAVE PROPAGATION 

201 Underwater Acoustics 

202 Scattered Light 

203 Electromagnetics 

203.1 Magnetron 

203.2 Spherical Coils 

204 Wakes and Ship Speeds 

300 MECHANICS OF PARTICLES AND RIGID BODIES 

301 Metals and Alloys 

302 Devices 

302.1 Spring Hammer Box 

302.2 Servos 

302.3 Equilibrators 

302.4 Miscellaneous Devices 


405.5 Miscellaneous Torpedo Problems 

406 Rockets, Underwater Behavior of 

407 Mines, Underwater 

500 AERIAL GUNNERY 

501 General Reports 

502 Aeroballistics 

502.1 Evaluation of Gunsights and Sighting 

502.11 K-3, K-4, K-8, K-9, K-12 and K-16 

502.12 K-10, K-ll, K-13, Mark 18 and Mark 25 

502.13 S-l, S-2, S-3, S-4, S-5, S-6, S-7, S-8 and Mark 22 

504.14 Assessment Technics 

502.141 Hit Probabilities and Errors 

502.142 Rotation (Roll, Pitch and Yaw) 

502.2 Plane-to-Plane Fire 

503 Fire Control 

503.1 Formulae and Tables 

503.2 Ranging and Tracking 

503.3 Deflection and Own-Speed Deflection 

503.4 Position and Speed Firing 

503.5 Computers and B-29 Computers 

503.6 Lead Angles and Lead Computing Sights 

503.7 Pursuit Curves 

503.8 Attack Angle 

504 Aircraft Defense and Attack Problems 

504.1 General Gunnery Problems 

504.2 Fire Power of a Formation 

504.21 Fire Power of B-29 Formations 

504.3 Formation Flying Problems 

504.4 Attacks Against Bombers 

504.41 Fighter Attacks Against B-29’s 

504.42 Antiaircraft and Bomb Attacks on Aircraft 

504.43 Vulnerability Estimates of Aircraft 

504.5 Training of Personnel 

504.51 Training Films 

504.52 Frangible Bullets 

504.6 Miscellaneous Problems Concerning Flying 


400 UNDERWATER BALLISTICS 

401 Water Entry 

401.1 Ricochet 

401.2 Cavity 

401.3 Drag 

401.4 Motion 

401.5 Cavitation 

402 Trajectory Studies 

403 Underwater Explosions 

404 Impact Forces 

405 Torpedoes 

405.1 Aerial 

(See also: 405.2) 

405.2 Aiming 

(See also: 405.1) 

405.3 Water Entry and Underwater Performance 

405.4 Torpedo Net Protection 


600 ROCKETS 

601 Fire Control 

601.1 Attack Devices 

601.2 Sights and Methods of Sighting 

602 Heat Flow 

603 Trajectories 

604 Rockets vs Baka 

605 Rockets vs Aircraft 

606 Miscellaneous Rocketry Problems 

606.1 Tossed Rockets 

606.2 Statistical Studies of Rocket Propellants 

700 ANTIAIRCRAFT FIRE 

701 Bibliography 

702 Trial Fire 

703 Fire Control 

703.1 Sights and Sighting 





578 


APPLIED MATHEMATICS PANEL MICROFILM INDEX 


703.2 Directors 

703.3 Range and Range Finders 
703.31 Radio Direction Finder 

703.4 Tracking and Searching 

703.5 Tracer Stereographs 

703.6 Miscellaneous Fire Control Problems 

704 Fuze Problems 

705 Fire Power 

705.1 Efficacy 

800 BOMBING 

801 Computations 

801.1 Probabilities of Hits 

801.2 Multiple Hits 

801.3 Spacing 

801.4 Target Plates 

802 Sights and Sighting 

803 Systems of Bombing 

803.1 Train Bombing 

803.2 Pattern (Area) Bombing 

803.3 Low-Altitude Bombing 

803.4 Scatter Bombing 


803.5 Toss Bombing 

804 Bombing Efficacy 

804.1 Incendiary Damage 

804.2 Ship Damage and Sinking Probabilities 

804.3 German Target Vulnerability 

804.4 Miscellaneous Problems of Efficacy 

805 Heat-Homing Devices 

806 Miscellaneous Bombing Problems 

900 MISCELLANY 

901 Tanks 

901.1 Antitank Fire 

901.2 Vulnerability in Mine Fields 

902 Mine Clearance 

903 Ordnance 

903.1 Projectiles and Shell Design 

903.2 Aircraft Ammunition 

904 Ordnance on Ships 

905 Applied Mathematics Panel 

905.1 Personnel 

905.2 Bibliography 





APPLIED MATHEMATICS PANEL 

List of Microfilmed Reports 


COMPUTATIONS, MECHANISMS, COMPUTA¬ 
TIONS AND ANALYTICAL TECHNICS 

Tables 

Ml Tables of trigonometric functions to five signifi¬ 
cant figures, and for every tenth of a mil. (AMP 
Report No. 24.1.) (n.a.) September, 1943. 

M2 Notes on parameters of probability distributions. 

(AMP Note No. 13.) (n.a.) June 23, 1944. 

M3 Miscellaneous probability tables. (AMP Note No. 

14.) H. H. Germond. July, 1944. 

M4 Scattering and radiation from circular cylinders 
and spheres. (Division 6. AMP Report No. 62.1R.) 
Arnold N. Lowan. OEMsr-1046; MIT Research 
Project DIC-6187. Section No. 6.1-srl046-2032. 
Mathematical Tables Project and Massachusetts 
Institute of Technology. February, 1945. 

M5 Tables for solutions of the wave equation for 
rectangular and circular boundaries having finite 
impedance. (Division 6. AMP Note No. 18.) 
Arnold N. Lowan, Philip M. Morse and others. 
OEMsr-1046; MIT Research Project DIC-6187; 
Section No. 6.1-srl046-2043. Mathematical Tables 
Project and Massachusetts Institute of Technology. 
June, 1945. 

M6 Miscellaneous probability and statistical tables and 
graphs. (AMP Note No. 24.) (n.a.) OEMsr-860. 

SRG-Princeton. October, 1945. 

M7 Descriptions of mathematical tables computed 
under the auspices of the Applied Mathematics 
Panel, NDRC. (AMP Note No. 25.) (n.a.) De¬ 

cember, 1945. 

Mechanical Aids 

Ml A mechanical integrator for first order equations. 
(AMG Report No. 361.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. January 29, 

1945. 

M2 Relay computers. (AMP Report No. 171.1R.) 

George R. Stibitz. February, 1945. 

M3 A talk on relay computers. (AMP Memorandum 
No. 171.1M.) George R. Stibitz. March, 1945. 

M4 Description of the ENIAC and comments on elec¬ 
tronic digital computing machines. (AMP Report 
No. 171.2R.) J. P. Eckert, Jr., J. W. Mauchly and 
others. University of Pennsylvania. November 
30, 1945. 

M5 Special purpose computing machines. (AMP Memo¬ 
randum No. 171.2M.) George R. Stibitz. March, 

1946. 

Technics 

Ml An asymptotic series for the integral: 

/ —B cot <t> 

e d<P. AMG Report No. 9.) (n.a.) 

[OEMsr-1007.] AMG-Columbia. June 15, 1943. 


M2 Approximation of the integral: 

—Bx 

_£_ dx by a continued fraction. 

x r 1 -f- x‘ 2 

(AMG Report No. 24.) [Saunders MacLane and 
Arthur Sard.] OEMsr-1007. AMG-Columbia. 
July 9, 1943. 

M3 The integration of the ballistic equations on the 
Aberdeen analyzer. (AMP Report No. 28.1.) 
W. Feller and Claude E. Shannon. July 15, 1943. 
M4 Letter to Dr. Warren Weaver. Subject: [Solution 
of a wave equation which involves Bessel functions 
with real arguments greater than 6, and complex 
arguments.] (AMG Report No. 26.) Walter Leigh¬ 
ton. [OEMsr-1007.] AMG-Columbia. July 17, 

1943. 

M5 Letter to Dr. Warren Weaver. Subject: [Com¬ 
puting the intensity functions for certain values of 
greater than 6.] (AMG Report No. 33.) Walter 
Leighton. t OEMsr-1007.] AMG-Columbia. Au¬ 
gust 5, 1943. 

M6 Letter to Dr. Warren Weaver. Subject: Revised 
computations. (AMG Report No. 37.) Walter 
Leighton. t OEMsr-1007.] AMG-Columbia. Au¬ 
gust 16, 1943. 

M7 The evaluation of integrals arising in exponential 
delay averages. (AMP Report No. 50.1.) (n.a.) 

OEMsr-1007. AMG-Columbia. September, 1943. 
M8 Use of the relay interpolator in certain Applied 
Mathematics Panel calculations. (AMG Memoran¬ 
dum No. 65.) Saunders MacLane and Arthur 
Sard. [OEMsr-1007.] AMG-Columbia. October 
11, 1943. 

M9 Memorandum to Walter Lowan. Subject: The 
intensity function. (AMG Report No. 83.) George 
Piranian. [OEMsr-1007.] AMG-Columbia. No¬ 
vember 5, 1943. 

M10 Fitting a hyperbolic sine curve to creep data. 
(AMP Note No. 9.) Max Shiftman and Bernard 
Friedman. [OEMsr-945.] AMG-New York Uni¬ 
versity. December, 1943. 

Mil [Sundial analysis: mathematical.] Report titled: 
Comments on a memorandum of E. W. Paxson. 
(AMG Report No. 143.) Daniel C. Lewis and John 
H. Lewis. [OEMsr-1007.] AMG-Columbia. March 
31, 1944. 

M12 Linear differential equations with arbitrary forc¬ 
ing term. (AMG Report No. 150.) Hassler Whit¬ 
ney. [OEMsr-1007.] AMG-Columbia. April 19, 

1944. 


M13 A solution of the differential equation: 

+ 3\ = 

[OEMsr-1007.] AMG-Columbia. 


d 2 \ 3 d\ 
dr 2 dr 


da (AMG Report 

dr 


No. 170.) (n.a.) 

May 18, 1944. 


SECRET 


579 





580 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


M14 An alternate method for solving the equation: 
—au A -f A = A 0 . (AMG Report No. 179.) 
Magnus R. Hestenes. [OEMsr-1007.] AMG- 

Columbia. May 24, 1944. 

M15 Solution of: x -f 2 a{t) x + p(t)x = f(t). (AMG 
Report No. 216.) Hassler Whitney. [OEMsr-1007.] 
AMG-Columbia. July 1, 1944. 

M16 Complex roots of polynomial equations. (AMP 
Note No. 15.) Bernard Friedman. t OEMsr-945.] 
AMG-New York University. August, 1944. 

M17 The Bode-Stibitz conjecture. (AMG Report No. 
294.) t H. C. Fryer.] [OEMsr-1007.] AMG- 

Columbia. October 26, 1944. 

M18 Remarks on the mechanization of Whitney’s 
equation. (AMG Report No. 337.) [Magnus R. 
Hestenes.) [OEMsr-1007.] AMG-Columbia. De¬ 
cember 18, 1944. 

M19 Note on a particular solution of the differential 
equation: — au\ -f \ :— ua. (AMG Report No. 353.) 
(n.a.) [OEMsr-1007.] AMG-Columbia. January 

18, 1945. 

M20 On the solution of certain boundary value prob¬ 
lems. (AMP Memorandum No. 131.1M.) (n.a.) 

Mathematical Tables Project. April, 1945. 

M21 An exposition of Wiener’s theory of prediction. 
(AMP Note No. 20.) (n.a.) [OEMsr-1384.] AMG- 

Harvard. June, 1945. 

M22 On some partial differential equations which in¬ 
clude the heat-sensitivity equation of Gamov and 
Seeger as a special case. (AMP Memorandum No. 
131.2M.) Charles Loewner. t OEMsr-1066.] AMG- 
Brown University. July, 1945. 

M23 Numerical methods employed by the Mathematical 
Tables Project. (AMP Note No. 26.) Milton 
Abramowitz, Gertrude Blanch and others. March, 
1946. 

M24 Explanatory note on computing probabilities from 
Pearson’s table of normal bivariate surface. (AMP 
Note No. 8.) (n.a.) [OEMsr-618.] SRG-Columbia. 
(n.d.) 

M25 Study Number 40 on a problem presented by the 
Jam Handy Organization. (AMG Report No. 11.) 
Daniel C. Lewis. [OEMsr-1007.] AMG-Columbia. 
(n.d.) 

20 STATISTICAL AND PROBABILITY ANALYSES 

21 General Methods 

(See also: 606.2) 

Ml Use of runs to test the randomness of a sequence 
of observations. (AMG Report No. 153.) [Churchill 
Eisenhart.j [OEMsr-1007.] AMG-Columbia. 
April 22, 1944. 

M2 The statistical sign test. (AMP Memorandum No. 

48.1 M.) (n.a.) OEMsr-860. SRG-Princeton. Feb¬ 
ruary, 1945. 

M3 A warning about statistical efficiency. (AMG 
Memorandum No. 17.) John W. Tukey. OEMsr- 
1365. AMG-Princeton. February 28, 1945. 


21.1 Sequential Analysis 

Ml Two memoranda on double dichotomies: Statisti¬ 
cal analysis of double dichotomies. Number of 
trials necessary for comparing percentages. (AMP 
Report Nos. 19.1 and 19.2.) t W. Allen Wallis.] 
[OEMsr-618.] SRG-Columbia. March 15, 1943. 

M2 Sequential analysis of statistical data. Theory. 
(AMP Report No. 30.1.) Abraham Wald. [OEMsr- 
618.] SRG-Columbia. September, 1943. 

M3 Sequential tests of statistical significance. (AMP 
Memorandum No. 30.1 M.) t W. Allen Wallis.] 
[OEMsr-618;] OSRD No. 3581. SRG-Columbia. 
April, 1944. 

M4 Sequential analysis of statistical data. Applica¬ 
tions. (Revised AMP Report No. 30.2R.) H. A. 
Freeman and Abraham Wald. t OEMsr-618.] 
SRG-Columbia. September 15, 1945. 

22 Applications 

22.1 Sampling Inspection 

Ml Economy in sampling with special reference to 
engineering experimentation. (Abstract of Ministry 
of Supply Report No. Q.C./R/7. AMP Memo¬ 
randum No. 30.2.) G. A. Barnard. [OEMsr-618.] 
SRG-Columbia. March 24, 1944. 

M2 Sampling inspection. (Revised AMP Memorandum 
No. 176.1.) (n.a.) [OEMsr-618 and OEMsr-860;, 

Service Project No. N-120. SRG-Columbia and 
SRG-Princeton. June, 1945. 

22.2 Production Problems 

• Ml Statistical analysis for a new procedure in sensi¬ 

tivity experiments. (AMP Report No. 101.1R.) 
(n.a.) [OEMsr-860.] SRG-Princeton. July, 1944. 

M2 Statistical study of high-temperature alloys. (SRG 
Report No. 352.) (n.a.) [OEMsr-618;] Service 

Project No. NS-302. SRG-Columbia. November 
1, 1944. 

M3 Statistical study of high-temperature alloys. (SRG 
Report No. 368.) (n.a.) [OEMsr-618;j Service 

Project No. NS-302. SRG-Columbia. December 
1, 1944. 

M4 Statistical study of high-temperature alloys. (SRG 
Report No. 389.) (n.a.) [OEMsr-618;] Service 

Project No. NS-302. SRG-Columbia. January 1, 
1945. 

M5 Statistical study of high-temperature alloys. (SRG 
Report No. 423R.) Milton Friedman. [OEMsr- 
618;] Service Project No. NS-302. SRG-Columbia. 
February 1, 1945. 

M6 Statistical study of high-temperature alloys. (SRG 
Report No. 449.) (n.a.) [OEMsr-618,-] Service 

Project No. NS-302. SRG-Columbia. March 1, 
1945. 

M7 Statistical study of high-temperature alloys. (SRG 
Report No. 471.) (n.a.) [OEMsr-618,-] Service 

Project No. NS-302. SRG-Columbia. April 1, 
1945. 




APPLIED MATHEMATICS PANEL MICROFILM LIST 


581 


M8 Statistical analysis of effect of chemical composi¬ 
tion on stress-rupture properties of a group of 
alloys tested at Massachusetts Institute of Tech¬ 
nology. (AMP Report No. 122.1R.). (n.a.) OEMsr- 
618. SRG-Columbia. May, 1945. 

100 FLUID DYNAMICS 

101 Gas Dynamics 

Ml Remarks on the problem of contact explosions 
(AMG Report No. 124.) (n.a.) OEMsr-945. 

AMG-New York University. June, 1945. 

101.1 Shock Wave Theory 

Ml Theory of shock waves. (Division 8. Progress Re¬ 
port to August 31, 1942.) John von Neumann. 
OEMsr-218; Service Project Nos. OD-02 and OD-03; 
OSRD No. 1140. Institute for Advanced Study. 
January 29, 1943. 

M2 Repeated reflection of a shock against a rigid wall. 
(AMP Memorandum No. 38.2.) Harvey Cohn. 
[OEMsr-945.] AMG-New York University. April, 
1943. 

M3 Scheme for the computation of shock waves in 
gases and fluids. (AMP Memorandum No. 38.7.) 
Hermann Weyl. t OEMsr-945.] AMG-New York 
University. July 4, 1943. 

\/r M4 Interaction of shock and rarefaction waves in one¬ 
dimensional motion. (Division 8. AMP Report No. 
38.1.) Richard Courant and Kurt O. Friedrichs. 
OEMsr-944. Service Project Nos. OD-03 and NO- 
144; OSRD No. 1567. New York University. July 
5, 1943. 

M5 On the pressure inside the Williams gage. (AMP 
Report No. 36.2.) Herbert J. Greenberg and 
W. Prager. [OEMsr-1066.] AMG-Brown Univer¬ 
sity. August 2, 1943. 

M6 Remarks on the reflection of conical shocks. (AMP 
Memorandum No. 38.8.) Kurt O. Friedrichs. 
OEMsr-945. AMG-New York University. Septem¬ 
ber, 1943. 

M7 On configurations involving three shocks through 
one point modified by Meyer waves. (AMP Memo¬ 
randum No. 38.9.) Kurt O. Friedrichs. OEMsr- 
945. AMG-New York University. September, 
1943. 

M8 Shock waves in arbitrary fluids. (AMP Note No. 
12.) (n.a.) [OEMsr-945.] AMG-New York Uni¬ 

versity. March, 1944. 

M9 Supersonic flow and shock waves. A manual on 
the mathematical theory of non-linear wave mo¬ 
tion. (AMP Report No. 38.2R.) (n.a.) OEMsr-945. 
AMG-New York University. August, 1944. 

M10 Letter to Jesse W. M. DuMond. Subject: The 
problem of the momentum and energy balance in 
the wave produced by a flying bullet. (AMG Re¬ 
port No. 71.) Kurt O. Friedrichs. [OEMsr-945.] 
AMG-New York University. October 9, 1944. 

Mil Letter to Dr. Hsue Tsien. Subject: [First results 


concerning the problem of an airfoil of minimum 
drag in supersonic flow.] (AMG Report No. 82.) 
Kurt O. Friedrichs. [OEMsr-945.] AMG-New 
University. December 7, 1944. 

M12 [Brief explanation of methods used in cascading 
problem.] (AMG Report No. 87.) (n.a.) [OEMsr- 
945.] AMG-New York University. January, 1945. 

M13 On nearly glancing reflection of shocks. (AMP Re¬ 
port No. 108.2R.) Valentine Bargmann. OEMsr- 
1111. AMG-Institute for Advanced Study. March, 
1945. 

M14 Suggestions for measurements in resojets. (AMG 
Report No. 108.) J. K. Lome MacDonald. 
[OEMsr-945.] AMG-New York University. March 
21, 1945. 

M15 Comparison of pressure and impulse resulting from 
detonation processes progressing in different ways. 
(AMG Report No. 111.) (n.a.) [OEMsr-945.] 

AMG-New York University. March 27, 1945. 

M16 Letter to Dr. Theodor von Karm&n. Subject: Cal¬ 
culations for the airfoil in a flow. (AMG Report 
No. 114.) Kurt O. Friedrichs. c OEMsr-945. : 
AMG-New York University. April 13, 1945. 

M17 Remarks on the mathematical theory of detona¬ 
tion and deflagration waves in gases. Supplement 
to the manual on supersonic flow and shock waves. 
(AMP Report No. 38.3R.) (n.a.) OEMsr-945. 

AMG-New York University. July, 1945. 

M18 On the estimations of perturbations due to flow 
around blast gauges. (AMP Note No. 22.) (n.a.) 

OEMsr-945; OSRD No. 5639. AMG-New York 
University. September, 1945. 

M19 Shock conditions and detonation conditions. (AMG 
Report No. 68.) (n.a.) [OEMsr-945.] AMG-New 
York University (n.d.) 

101.2 Nozzle Designs 

Ml Letter to Lieutenant Commander J. S. Warfel. 
Subject: A mathematical analysis of nozzle design. 
(AMG Report No. 39.) Kurt O. Friedrichs. 
[OEMsr-945.] AMG-New York University. Janu¬ 
ary 12, 1944. 

M2 Remarks about R. P. Fraser’s reports on jet re¬ 
search. (AMP Memorandum No. 82.3.) Kurt O. 
Friedrichs. [OEMsr-945.] AMG-New York Uni¬ 
versity. March, 1944. 

M3 Theoretical studies on the flow through nozzles 
and related problems. (AMP Report No. 82.1 R.) 
(n.a.) [OEMsr-945;] Service Project No. NA-167. 

AMG-New York University. April, 1944. 

M4 On supersonic compressors and nozzles. (AMP Re¬ 
port No. 82.2R.) (n.a.) OEMsr-945. AMG-New 

York University. October, 1944. 

M5 Theoretical remarks on the performance of a 
supersonic kinetic air compressor. (AMG Report 
No. 37.) (n.a.) [OEMsr-945.] [AMG-New York 

University.] (n.d.) 

Hydrodynamics 

Ml An investigation of the hydrodynamics of under- 


102 


7 ' 



582 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


water projectile forms. (Division 6. Report No. 
P16/3023, including separate folder of drawings.) 
Clifford P. Kittredge, Calvin A. Gongwer and John 
F. Ripkin. OEMsr-20; Section No. C-4sr20-343. 
Columbia University, New London Laboratory. 
January 1, 1943. 

M2 The effect of non-spherical shape on the motion 
of a rising underwater gas bubble. (AMP Memo¬ 
randum No. 37.5.) Max Shiftman. [OEMsr-945.] 
AMG-New York University. September, 1943. 

M3 Proposal and analysis of a new numerical method 
for the treatment of hydrodynamical shock prob¬ 
lems. (AMP Report No. 108.1R.) John von Neu¬ 
mann. [OEMsr-1111.] AMG-Institute of Advanced 
Study. March 20, 1944. 

M4 Bubble periods. (AMG Report No. 88.) (n.a.) 

[OEMsr-945.] AMG-New York University. Janu¬ 
ary, 1945. 

103 Hydropulse Studies 

Ml Note on valveless aero- and hydropulse motors. 
(AMP Memorandum No. 137.1 M.) (n.a.) OEMsr- 
945; Service Project No. NA-195. AMG-New 
York University. May, 1945. 

M2 Theoretical studies concerning the hydropulse. 
Ideal mechanical performance characteristics. 
(AMP Report No. 137.1R.) (n.a.) OEMsr-945; 

Service Project No. NA-195. AMG-New York Uni¬ 
versity. July, 1945. 

200 WAVE PROPAGATION 

201 Underwater Acoustics 

Ml Mathematical theory of the influence of a dome 
on the directivity pattern of sound beams. (Parts 
I and II. AMP Memorandum No. 20.1.) Richard 
Courant, Kurt O. Friedrichs and James J. Stoker. 
[OEMsr-1007 and OEMsr-945.] AMG-Columbia 
and AMG-New York University. July 15, 1943. 

M2 Mathematical theory of the influence of a dome on 
the directivity pattern of sound beams. (Appendix 
to Part II and Part III. AMP Memorandum No. 
20.4.) Eleazer Bromberg, Richard Courant and 
others. t OEMsr-1007 and OEMsr-945.] AMG- 
Columbia and AMG-New York University. August 
24, 1943. 

M3 Mathematical theory of the influence of a dome 
on the directivity pattern of sound beams. (Part 
IV. AMP Memorandum No. 20.7.) Eleazer Brom¬ 
berg, Richard Courant and others. [OEMsr-1007 
and OEMsr-945.] AMG-Columbia and AMG-New 
York University. September, 1943. 

M4 Preliminary investigation of beam distortion due 
to close proximity of sound projector to a dome 
nose. (AMP Memorandum No. 20.8.) J. K. Lome 
MacDonald. [OEMsr-945.] AMG-New York Uni¬ 
versity. September, 1943. 

M5 Theory of acoustic scattering and application to 
grids, rods and shields under water. (AMP Memo¬ 


randum No. 20.6.) (n.a.) [OEMsr-945.] AMG- 

New York University. September, 1943. 

M6 Radiation patterns from a vibrating plate. (AMP 
Memorandum No. 20.9.) Eleazer Bromberg and 
Harvey Cohn. [OEMsr-1007 and OEMsr-945.] 
AMG-Columbia and AMG-New York University. 
October, 1943. 

M7 On acoustic reflections and images in domes. 
(AMP Memorandum No. 20.10.) J. K. Lome 
MacDonald. [OEMsr-945.] AMG-New York Uni¬ 
versity. October, 1943. 

M8 Energy transmission and reflection as affected by 
domes and use of oil inside the dome. (AMG 
Report No. 94.) (n.a.) [OEMsr-1007.] AMG- 

Columbia. November 22, 1943. 

M9 On acoustic shielding by circular discs. (AMP 
Memorandum No. 20.11M.) (n.a.) [OEMsr-945.] 

AMG-New York University. April, 1944. 

M10 Reduction of interference by modulated pulses. 
(AMG Report No. 56.) (n.a.) [OEMsr-945.] 

AMG-New York University. July, 1944. 

Mil A mathematical study of acoustic shielding by 
some narrow cylinders. (AMP Memorandum No. 
115.1M.) J. K. Lome MacDonald. [OEMsr-945.] 
AMG-New York University. October, 1944. 

202 Scattered Light 

Ml Verification of Mie theory. Calculations and meas¬ 
urements of light scattering by dielectric spherical 
particles. (Division 10.) Victor K. LaMer. OEMsr- 
148; Service Project No. CWS-1; OSRD No. 1857. 
Columbia University. September 29, 1943. 

M2 On light scattering by spheres. ([Part] I. AMP 
Report No. 87.1.) Leon Brillouin. [OEMsr-1007.] 
AMG-Columbia. December, 1943. 

M3 On light scattering by spheres. ([Part] II. AMP 
Report No. 87.2.) Leon Brillouin. [OEMsr-1007.] 
AMG-Columbia. April, 1944. 

203 Electromagnetics 

Ml The problem of a plane wave incident on a cir¬ 
cular cylinder parallel to the electric vector. 
(Report No. M-397.) E. B. Moullin and L. G. 
Reynolds. OSRD Liaison Office No. WA-933-1. 
Admiralty Signal Establishment [Great Britain]. 
December, 1941. 

203.1 Magnetron 

Ml The theory of the cylindrical magnetron. (AMG 
Report No. 230.) Leon Brillouin. t OEMsr-1007.] 
AMG-Columbia. July 19, 1944. 

M2 Electronic theory of the plane magnetron. (AMP 
Report No. 129.1 R.) Leon Brillouin. t OEMsr- 
1007.] AMG-Columbia. December, 1944. 

M3 Electronic theory of the cylindrical magnetron. 
Static characteristics. (AMP Report No. 129.2R.) 
Leon Brillouin. OEMsr-1007. AMG-Columbia. 
February, 1945. 

M4 Exact electromagnetic equations for plane mag- 




APPLIED MATHEMATICS PANEL MICROFILM LIST 


583 


netron. (AMP Memorandum No. 129.1M.) Leon 
Brillouin. OEMsr-1007. AMG-Columbia. May, 
1945. 

M5 Oscillations in a plane one-anode magnetron. 
(AMP Report No. 129.3R.) Leon Brillouin. 
OEMsr-1007. AMG-Columbia. May, 1945. 

203.2 Spherical Coils 

Ml Coil yielding a single-dipole moment. (AMP Re¬ 
port No. 120.1R.) Leon Brillouin. [OEMsr-1007.] 
AMG-Columbia. July, 1944. 

M2 The mutual inductance between two spherical 
coils. (Report No. MM-44-110-51.) S. A. Schel- 
kunoff. Bell Telephone Laboratories, Inc. August 
25, 1944. 

M3 On spherical coils. (AMP Memorandum No. 
120.1M.) Leon Brillouin. [OEMsr-1007.] AMG- 
Columbia. October, 1944. 

204 Wakes and Ship Speeds 

Ml Effect of depth of water on the form of ship 
waves. (AMG Report No. 146.) James J. Stoker. 
[OEMsr-1007.] AMG-Columbia. April 3, 1944. 

M2 Attendance at a ship trial off Rockland, Maine. 
(AMG Report No. 180.) James J. Stoker. 
[OEMsr-1007.] AMG-Columbia. May 24, 1944. 

M3 Effect of finite depth of water on methods for 
determining the speed of ships from aerial photo¬ 
graphs. (AMG Report No. 212.) (n.a.) t OEMsr- 

1007.] AMG-Columbia. June 28, 1944. 

M4 Speed of ships from aerial photographs. (AMP 
Report No. 98.1R.) (n.a.) [OEMsr-1007, OEMsr- 

618 and OEMsr-945.j AMG-Columbia, SRG- 
Columbia and AMG-New York University. July, 
1944. 

300 MECHANICS OF PARTICLES AND RIGID BODIES 

301 Metals and Alloys 

Ml On the application of dimensional analysis to the 
experimental study of the centrifugal casting of 
metals. (AMP Memorandum No. 13.1.) W. Prager. 
[OEMsr-1066.] AMG-Brown University. March 
12, 1943. 

302 Devices 

302.1 Spring Hammer Box 

Ml On a problem of colliding oscillators. (AMP Re¬ 
port No. 36.3.) Herbert J. Greenberg, George H. 
Handelman and others. [OEMsr-1066.] AMG- 

Brown University. October 6, 1943. 

M2 Forced vibrations of a simple oscillator with 
limited displacement. (AMP Report No. 36.4.) 
George H. Handelman, William R. Heller and 
W. Prager. [OEMsr-1066.] AMG-Brown Univer¬ 

sity. December 17, 1943. 

M3 Stability of periodic dynamical processes subject 
to discontinuous impulses. (AMP Report No. 
36.5R.) Herbert J. Greenberg and Witold Hure- 


wicz. [OEMsr-1066.] AMG-Brown University. 
August 25, 1944. 

M4 On some computations determining stable periodic 
motions of the spring hammer box. (AMP Memo¬ 
randum No. 36.1 M.) Herbert J. Greenberg and 
Witold Hurewicz. [OEMsr-1066.] AMG-Brown 
University. October 17, 1944. 

M5 The amplitude of displacement of the diaphragm 
of a spring hammer box in certain cases. (AMP 
Memorandum No. 36.2M.) Herbert J. Greenberg. 
OEMsr-1066. AMG-Brown University. January 

15, 1945. 

M6 An electrical analogue to the spring hammer box. 
(AMP Report No. 36.6R.) William R. Heller. 
OEMsr-1066; Service Project No. NS-165. AMG- 
Brown University. March, 1945. 

302.2 Servos 

Ml Servos with torque saturation. (AMP Report No. 
73.1R.) Witold Hurewicz. [OEMsr-1066.] AMG- 
Brown University. May, 1944. 

302.3 Equilibrators 

Ml Gun equilibrators. ([Part] I. AMP Report No. 
70.1R.) George E. Hay. [OEMsr-1066.] AMG- 
Brown University. December 12, 1944. 

M2 Gun equilibrators. ([Part] II. AMP Report No. 
70.2R.) Herbert J. Greenberg. OEMsr-1066. 
AMG-Brown University. May, 1945. 

302.4 Miscellaneous Devices 

Ml On the determination of the energy of plastic 
deformation absorbed in a diaphragm. (AMP Re¬ 
port No. 36.1.) George H. Handelman and 
W. Prager. [OEMsr-1066.] AMG-Brown Univer¬ 
sity. July 12, 1943. 

400 UNDERWATER BALLISTICS 

Ml Comparison of the performance of 8-inch, 1-inch 
and l/^-inch models of the 250-lb. redesigned anti¬ 
submarine bomb. (Armament Dept. No. Arm. 140.) 
(n.a.) Royal Aircraft Establishment, Farnborough 
[Great Britain]. November, 1942. 

M2 Note on methods of measuring depth of func¬ 
tioning of depth bombs. (SRG Report No. 384.) 
(n.a.) [OEMsr-618.] SRG-Columbia. December 

16, 1944. 

M3 Proceedings of the Second Conference on Under¬ 
water Ballistics, held January 29 to 31, 1945, at 
David Taylor Model Basin and the Naval Ord¬ 
nance Laboratory, (n.a.) t OEMsr-1384.] AMG- 

Harvard. [January, 1945.] 

401 Water Entry 

Ml Dynamic stability of bombs and projectiles. (Divi¬ 
sion 3. Report No. CIT/JPC-10.) M. A. Biot. 
OEMsr-418. California Institute of Technology. 
September 6, 1943. 

M2 On the motion of a projectile after striking water. 
(AMG Report No. 72.) Garrett Birkhoff, George 






584 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


D. Birkhoff and Willard E. Bleick. [OEMsr-1007.] 
[AMG-Columbia.] [October 4, 1943.] 

M3 On the motion of a projectile after striking water. 
(AMG Report No. 73.) Garrett Birkhoff, George 
D. Birkhoff and Willard E. Bleick. [OEMsr-1007.] 
[AMG-Columbia.] [October 4, 1943.] 

M4 Modeling of water entry of bombs and projectiles. 
L. B. Slichter. OEMsr-418. California Institute 
of Technology. March 31, 1944. 

M5 A discussion on the modification of standard 
bombs to improve skip-bombing technique. (Galcit 
Memorandum No. 2-1.) Theodor von Karmln, 
Louis G. Dunn and Joseph V. Charyk. California 
Institute of Technology. April 7, 1944. 

M6 Underwater projectiles. Prediction of underwater 
behavior from wind tunnel measurements. (Report 
No. H/Arm/Res. 23.) R. A. Shaw. OSRD Liaison 
Office No. WA-3024-14C. Marine Aircraft Ex¬ 
perimental Establishment, Helensburgh [Great 
Britain]. September 26, 1944. 

M7 Added mass of projectiles entering water. (Bomb 
Firing Tank Note No. 10.) F. P. Mayo and E. G. 
Richardson. OSRD Liaison Office No. WA-3613-lb. 
Marine Aircraft Experimental Establishment, 
Helensburg [Great Britain]. December 28, 1944. 

M8 Experiments on projectile models and spheres. 
(AMP Memorandum No. 42.7M.) Norman Levin¬ 
son. OEMsr-1384. AMG-Harvard. April, 1945. 

M9 Modeling of entry into water. (AMP Memorandum 
No. 42.10M.) Garrett Birkhoff. OEMsr-1384. 
AMG-Harvard. May, 1945. 

M10 Water entry. Bibliography. (AMP Memorandum 
No. 42.8M.) (n.a.) OEMsr-1384. AMG-Harvard. 

June, 1945. 

401.1 Richochet 

Ml t)ber den richochetschuss. Inaugural-dissertation 
zur erlangung der doktorwiirde der hohen philoso- 
phischen fakultat der Konigliche Christian- 
Albrechts-Universitat zu Kiel. Carl Ramsauer. 
1903. 

M2 Ricochet of Mark VII depth charge. (Report No. 
H/Arm/Res. 7.) R. A. Shaw. OSRD Liaison 
Office No. WA-4008-1D. Marine Aircraft Experi¬ 
mental Establishment, Helensburgh [Great Bri¬ 
tain). January 13, 1943. 

M3 An elementary consideration of bomb ricochet. 
(Armament Dept. Note No. Arm. 219.) (n.a.) 

OSRD Liaison Office No. WA-2526-17B. Royal 
Aircraft Establishment, Farnborough [Great Bri¬ 
tain]. September 2, 1943. 

M4 An analytical consideration of bomb ricochet. 
(Technical Note No. Arm. 238.) (n.a.) OSRD 

Liaison Office No. WA-2919-4B. Royal Aircraft 
Establishment, Farnborough [Great Britain]. No¬ 
vember, 1943. 

M5 Ricochet off water. (AMP Memorandum No. 
42.4M.) Garrett Birkhoff, George D. Birkhoff and 
others. [OEMsr-1007.] [AMG-Columbia.] May, 
1944. 


M6 Experiments on tailless models of US Army bombs. 
(AMP Memorandum No. 42.5M.) Norman Levin¬ 
son. [OEMsr-1384.) AMG-Harvard. September, 
1944. 

401.2 Cavity 

Ml Scale effect on air cavities formed when spheres 
enter water. (Armament Dept. Note No. 116.) 
E. G. Richardson. OSRD Liaison Office No. WA- 
1475-14. Royal Aircraft Establishment, Farn¬ 
borough [Great Britain]. September 2, 1942. 

M2 Cavity drag coefficient for flat-nosed bomb. (AMP 
Memorandum No. 42.1.) T. L. Smith. [OEMsr- 
1007.) AMG-Columbia. October, 1943. 

M3 Cavity drag on spheres. (AMP Memorandum No. 
42.3.) T. L. Smith. [OEMsr-1007.] AMG-Colum¬ 
bia. November, 1943. 

M4 Preliminary remarks on the cavity made by a pro¬ 
jectile entering water. (Report No. SRE/UT/4.) 
B. D. Blackwell. OSRD Liaison Office No. WA- 
1927-3D. Department of Scientific Research and 
Experiment [Great Britain]. February, 1944. 

M5 The shape of the cavity behind a sphere in steady 
motion through water. (Theoretical Research Re¬ 
port No. 21/44.) J. Codd. OSRD Liaison Office 
No. WA-2526-17f. Armament Research Depart¬ 
ment, Fort Halstead [Great Britain). May, 1944. 
M6 Further experiments on air cavities formed when 
spheres enter liquids. (Armament Department 
Technical Note No. 289.) E. G. Richardson. 
OSRD Liaison Office No. WA-2900-6a. Royal Air¬ 
craft Establishment, Farnborough [Great Britain). 
July, 1944. 

M7 [The cavity formed by the charge entering the 
water.) Report titled: Diary of visit to Woods 
Hole, August 14 to 15, 1944. (AMG Report No. 
65.) Max Shiffman and Donald C. Spencer. 
OEMsr-945. AMG-New York University. [August, 

1944. ) 

M8 On the asymptotic shape of the cavity behind an 
axially-symmetric nose and a relationship between 
the asymptotic cavity diameter and the drag co¬ 
efficient. (AMP Memorandum No. 42.9M.) Norman 
Levinson. OEMsr-1384. AMG-Harvard. May, 

1945. 

M9 Resistance of projectiles followed by a cavity in 
water. (Report No. UBRC/6.) G. I. Taylor. 
OSRD Liaison Office No. WA-2526-17c. Under¬ 
water Ballistic Research Committee [Great Bri¬ 
tain]. (n.d.) 

401.3 Drag 

Ml The impact of bombs on water and their drag in 
the cavity stage. (Report No. H/Arm/Res. 9.) 
R. A. Shaw. OSRD Liaison Office No. WA-2526- 
17d. Marine Aircraft Experimental Establishment, 
Helensburgh [Great Britain]. February 17, 1943. 
M2 Drag of inclined cylinder. (AMP Memorandum 
No. 42.2.) T. L. Smith. [OEMsr-1007.] AMG- 
Columbia. October, 1943. 




APPLIED MATHEMATICS PANEL MICROFILM LIST 


585 


M3 Computation table for drag coefficients. (AMG 
Memorandum No. 42.7W.) Norman Levinson. 
[OEMsr-1384.] AMG-Harvard. October, 1944. 

M4 Drag coefficients of spherical and conical bomb 
nose forms in cavitated motion in water. (Tech¬ 
nical Note No. Arm. 301.) R. W. Duncan and 
F. E. Bradley. OSRD Liaison Office No. WA- 
3519-2. Royal Aircraft Establishment, Farn- 
borough [Great Britain]. November, 1944. 

M5 The estimation of underwater drag coefficients 
for projectiles in the cavity stage. (Report No. 
UBRC/32.) M. W. Melton and A. W. Babister. 
OSRD Liaison Office No. WA-4540-2B. Under¬ 
water Ballistic Research Committee [Great Brit¬ 
ain]. (n.d.) 

401.4 Motion 

Ml Types of underwater motion. (AMG Report No. 
6.) Norman Levinson. [OEMsr-1384.] AMG- 
Harvard. December, 1944. 

401.5 Cavitation 

Ml Measurements of the high frequency noise pro¬ 
duced by cavitating projectiles in the High Speed 
Water Tunnel. (Division 6. HML Report No. 
ND-8.2.) Robert T. Knapp. OEMsr-207; Section 
No. 6.1-sr207-924. California Institute of Tech¬ 
nology. August 31, 1943. 

M2 Investigations on the inception of cavitation in 
water. (Report No. UBRC/12.) (n.a.) OSRD 

Liaison Office No. WA-2919-4E. Underwater Bal¬ 
listic Research Committee [Great Britain]. June, 
1944. 

M3 The influence of atmospheric pressure on the 
phenomena accompanying the fall of small-scale 
projectiles into a liquid. (Report No. UBRC/21.) 
R. M. Davies. OSRD Liaison Office No. WA- 
2919-4G. Engineering Laboratory, Cambridge 
[Great Britain]. September, 1944. 

M4 Hydrodynamic forces resulting from cavitation on 
underwater bodies. (Division 6. Laboratory Report 
No. ND-31.2.) James W. Daily. OEMsr-207; Sec¬ 
tion No. 6.1-sr207-2242. California Institute of 

Technology. July 21, 1945. 

402 Trajectory Studies 

Ml Tables for computing the descending trajectory 
of a projectile with drag proportional to the 
square of the velocity. (AMP Report No. 77.1.) 
(n.a.) Mathematical Tables Project. November, 
1943. 

M2 Control of the underwater trajectory of projectiles 
in cavity flow. (Report No. UBRC/29.) N. Sim¬ 
mons. OSRD Liaison Office No. WA-3746-3a. 
Underwater Ballistic Research Committee, Fort 
Halstead [Great Britain]. December, 1944. 

M3 Charts of the descending trajectory of a projectile 
with drag proportional to the square of the veloc¬ 
ity. (AMP Report No. 77.2R. Supplement to AMP 


Report No. 77.1.) (n.a.) OEMsr-1066. Mathe¬ 

matical Tables Project t and AMG-Brown Univer¬ 
sity]. February, 1945. 

M4 An analytical approximation for the underwater 
trajectory of a non-rotating projectile. (Division 
3. Report No. CIT/IPC-77.) Norman A. Haskell. 
OEMsr-418. California Institute of Technology. 
June 1, 1945. 

M5 [Underwater trajectories of bombs.] Report titled: 
Comments on Project No. 121. (AMG Report No. 
76.) Garrett Birkhoff, George D. Birkhoff and 
others. [OEMsr-1007.] AMG-Columbia. (n.d.) 

403 Underwater Explosions 

Ml Note on optimum size of charges for blasting 
objects submerged in shallow water. (AMG Report 
No. 36.) Richard Courant. [OEMsr-945.] AMG- 
New York University. December 20, 1943. 

M2 Underwater explosives and explosions. (Division 
2. Interim Report No. UE-27, [for the period] 
October 15 to November 15, 1944.) Compiled by: 
Paul C. Cross. Service Project Nos. NO-223, NO- 
237 and others; OSRD No. 4406. [November, 
1944.] 

404 Impact Forces 

Ml Impact forces. (AMP Memorandum No. 42.6M.) 
Garrett Birkhoff. [OEMsr-1384.] AMG-Harvard. 
September, 1944. 

M2 Use of the hydropressure plug for water impact 
studies. (Report No. CIT/IOC-35.) R. R. Stokes. 
California Institute of Technology. September 15, 
1944. 

M3 The force of impact on a sphere striking a water 
surface. Approximation by the flow about a lens. 
(AMP Report No. 42.1R.) (n.a.) OEMsr-945. 

AMG-New York University. February, 1945. 

M4 Shearing stress on projectiles at water impact. 
(Division 3. Revised Report No. CIT/IPC-74.) 
Max Mason and L. B. Slichter. OEMsr-418; Serv¬ 
ice Project Nos. NO-141 and NO-146. OSRD No. 
2483. California Institute of Technology. April 
14, 1945. 

M5 The force of impact on a sphere striking a water 
surface. Second approximation. (AMP Report No. 
42.2R.) (n.a.) OEMsr-945. AMG-New York Uni¬ 
versity. July, 1945. 

405 Torpedoes 

405.1 Aerial 

(See also: 405.2) 

Ml On a problem associated with evasive action by an 
enemy target. (AMP Report No. 8.6M.) J. Wolfo- 
witz. OEMsr-618. [SRG-Columbia.] April 26, 
1943. 

M2 Aircraft torpedo drops. Comparison of model and 
full-scale results. (Report No. ARL/N.11/H.24.) 
(n.a.) OSRD Liaison Office No. WA-647-8. Ad- 


SECRET 





586 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


miralty Research Laboratory, Teddington [Great 
Britain]. May 8 , 1943. 

M3 Experimental considerations pertinent to the 
assessment of aerial torpedo directors. (AMP 
Memorandum No. 8.7M.) (n.a.) OEMsr-618. 

SRG-Columbia. March 21, 1944. 

M4 Torpedo launching tests at California Institute of 
Technology Torpedo Launching Range through 
April 1, 1944. (Division 3. Report No. CIT/JOC-2.) 
F. C. Lindvall. OEMsr-418; Service Project Nos. 
NO-148 and NO-177; OSRD No. 2105. California 
Institute of Technology. May 17, 1944. 

M5 Speed and height as counterevasive measures for 
aerial torpedo planes. (AMP Memorandum No. 
8 . 8 M.) (n.a.) [OEMsr-618.] SRG-Columbia. 

June, 1944. 

M6 Lead angles for aerial torpedo attacks against turn¬ 
ing ships. (AMP Report No. 8.1 R.) (n.a.) OEMsr- 
618. SRG-Columbia. July, 1944. 

M7 A summary of experimental observations on the 
deceleration of torpedoes dropped from aircraft. 
(STR Report No. 376.) G. Grime. OSRD Liaison 
Office No. WA-3582-1C. Torpedo Experimental 
Establishment [Great Britain]. September, 1944. 

M8 Correlation between 1-inch diameter model of 
Mark 13-2 dummy torpedo and the prototype. 
(Division 3. Report No. CIT/IOC-37. First re¬ 
vision.) F. C. Lindvall, Max Mason and L. B. 
Slichter. OEMsr-418; Service Project No. NO-176; 
OSRD No. 2320. California Institute of Tech¬ 
nology. December 15, 1944. 

M9 Tables of aircraft torpedo lead angles. (AMP Re¬ 
port No. 8.2R.) (n.a.) OEMsr-618. SRG-Colum¬ 

bia. May, 1945. 

405.2 Aiming 

(See also: 405.1) 

Ml Optimum angle off the bow for torpedo attacks. 
(AMP Memorandum No. 71.2.) (n.a.) [OEMsr- 

618.] SRG-Columbia. November 1, 1943. 

M2 Optimum spread angles for destroyer torpedo 
salvos. (AMP Report No. 71.1R.) (n.a.) [OEMsr- 

618.] SRG-Columbia. July, 1944. 

M3 Improved constant bearing method for aiming 
aerial torpedoes. (AMG Report No. 373.) 
L. Charles Hutchinson. r OEMsr-1007.] AMG- 
Columbia. February 23, 1945. 

M4 The apparent lengths of lead method for aiming 
aerial torpedoes. (AMG Report No. 374.) 
L. Charles Hutchinson. [OEMsr-1007.] AMG- 
Columbia. February 26, 1945. 

405.3 Water Entry and Underwater Performance 

Ml Underwater behavior of the torpedo Mark XII 
when fitted with nose extensions suggested by Dr. 
H. C. H. Townsend. (Report No. ARL/N.16/H.36.) 
(n.a.) OSRD Liaison Office No. WA-647-12. Ad¬ 
miralty Research Laboratory, Teddington [Great 
Britain]. September 15, 1942. 

M2 A note on the deceleration after entry of an air¬ 


craft launched torpedo. (Report No. TDU/3/1943.) 
L. W. Parkin and J. L. Hudson. OSRD Liaison 
Office No. WA-1378-14. Torpedo Development 
Unit, Gosport [Great Britain]. March, 1943. 

M3 The effect of pitch and entry angle on the under¬ 
water orbit of Mark 13-2 torpedo as determined 
by tests with 1.0-inch model. (Division 3. Report 
No. CIT/IOC-32.) Max Mason and L. B. Slichter. 
OEMsr-418; OSRD No. 2198. California Institute 
of Technology. August 28, 1944. 

M4 Water entry of 8 -inch diameter model of aircraft 
torpedoes with special noses and ring tail. (Divi¬ 
sion 3. Report No. CIT/IOC-24.) B. H. Rule and 
W. P. Huntley. OEMsr-418; OSRD No. 2255. 
California Institute of Technology. November 1, 
1944. 

M5 Structural damage associated with water entry of 
projectiles. (Division 3. Report No. CIT/JOC-3.) 
D. E. Hudson. OEMsr-418; Service Project No. 
NO-176; OSRD No. 2381. California Institute of 
Technology. February 15, 1945. 

M6 Full scale trials of 18-inch torpedoes fitted with 
nose spigot. (Report No. ATDU/3/1945.) (n.a.) 

OSRD Liaison Office No. WA-4320-3. Aircraft 
Torpedo Development Unit, Gosport [Great Brit¬ 
ain]. March, 1945. 

M7 Finnart trials of 1 / 3 -scale Uncle Tom. (Report No. 
H/Arm/Res. 26.) N. Simmons. OSRD Liaison 
Office No. WA-4328-5. Marine Aircraft Experi¬ 
mental Establishment, Helensburgh [Great Bri¬ 
tain]. March 3, 1945. 

M8 A study of the depth of initial dive of a Mark 13 
torpedo with shroud ring. (Division 6 .) Marvin 
Gimprich. OEMsr-1131; Section No. 6.1-srl 131- 
1889. Columbia University, Division of War Re¬ 
search. June 9, 1945. 

405.4 Torpedo Net Protection 

Ml Probability that a given interval will be covered 
by a net whose meshes are less than a given num¬ 
ber. (AMP Memorandum No. 8.2.) (n.a.) [OEMsr- 
618.] SRG-Columbia. April 9, 1943. 

M2 Principles underlying the mechanical action of 
antitorpedo harbor defense nets. (AMP Memo¬ 
randum No. 67.1.) Herbert J. Greenberg, George 
H. Handelman and W. Prager. f OEMsr-1066.] 
AMG-Brown University. September 16, 1943. 

M3 The strain energy absorbed by an antitorpedo 
harbor defense net. (AMP Memorandum No. 67.2.) 
Herbert J. Greenberg and W. Prager. t OEMsr- 
1066.] AMG-Brown University. October 25, 1943. 

M4 Comments on torpedo net design. Project Plan 
1943-4. (AMP Memorandum No. 67.3.) (n.a.) 

[OEMsr-1066.] AMG-Brown University. Novem¬ 
ber 12, 1943. 

M5 The strain energy absorbed by certain antitorpedo 
net panels in drop tests. (AMP Memorandum No. 
67.4.) (n.a.) t OEMsr-1066.] AMG-Brown Uni¬ 

versity. March 8 , 1944. 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


587 


405.5 Miscellaneous Torpedo Problems 

Ml Remarks on the Japanese torpedo director. (AMP 
Memorandum No. 8.4.) J. Wolfowitz. t OEMsr- 
618.] SRG-Columbia. June 3, 1943. 

M2 Efficient paths for a zig-zag torpedo. (AMP Report 
No. 105.1.) (n.a.) [OEMsr-618.] SRG-Columbia. 

October, 1944. 

406 Rockets, Underwater Behavior of 

Ml Underwater behavior of 3.5-inch aircraft rockets. 
(Division 3. Report No. CIT/JBC-23.) Ira S. 
Bowen. OEMsr-418. California Institute of Tech¬ 
nology. December 6, 1943. 

M2 Underwater trajectories of the 3.5-inch aircraft 
rocket. Model 5. (Division 3. Report No. CIT/ 
JPC-21.) R. V. Adams. OEMsr-418; OSRD No. 
2161. California Institute of Technology. June 
10, 1944. 

M3 Further investigations of the underwater behavior 
of aircraft rockets. (Division 3. Report No. CIT/ 
JBC-27.) Ira S. Bowen. OEMsr-418; Service Proj¬ 
ect Nos. OD-162 and NO-170; OSRD No. 2152. 
California Institute of Technology. June 26, 1944. 

M4 Underwater behavior of the 11.75-inch aircraft 
rocket. (Division 3. Report No. CIT/IPC-65.) Ira 
S. Bowen. OEMsr-418. California Institute of 
Technology. October 25, 1944. 

M5 t A] 3.5-inch rotating rocket with various after¬ 
bodies. (Division 6. Report No. ND-27.1.) Harold 
L. Doolittle. Section No. 6.1-sr207-1903. Cali¬ 
fornia Institute of Technology. January 4, 1945. 

M6 Underwater performance of 1-inch diameter models 
of a family of cone-head rockets. (Report No. 
H/Arm/Res. 25.) R. A. Shaw and P. E. Naylor. 
OSRD Liaison Office No. WA-3996-9. Marine Air¬ 
craft Experimental Establishment, Helensburgh 
[Great Britain]. February 7, 1945. 

M7 A method of prediction of the upturning under¬ 
water trajectories of rockets in two dimensions. 
(Report No. SRE/UT/8.) (n.a.) OSRD Liaison 
Office No. WA-4504-2A. Department of Scientific 
Research and Experiment, Admiralty [Great Bri¬ 
tain]. (n.d.) 

407 Mines, Underwater 

Ml Studies on the gas bubble resulting from under¬ 
water explosions. [Studies] on the best location of 
a mine near the sea bed. (AMP Report No. 37.1 R.) 
Richard Courant. [OEMsr-945.] AMG-New York 
University. May, 1944. 

M2 The underwater behavior of the mine A, Mark 
VIII, as deduced from model scale results. (SS In¬ 
formal Report No. 1323.) A. D. Brown. OSRD 
Liaison Office No. WA-4296-10. Mine Design De¬ 
partment [Great Britain]. April 7, 1945. 

500 AERIAL GUNNERY 

501 General Reports 

Ml [List] of symbols used in mathematical discussions 


relative to aerial gunnery.] Report titled: A nota- 
tional Walpurgisnacht. (AMG Report No. 171.) 
Saunders MacLane. [OEMsr-1007.] AMG-Colum- 
bia. May 18, 1944. 

M2 [Aerial gunnery problems and plane damage.] 
Report titled: Lecture by Dr. Edwin Hewitt, Oper¬ 
ations Analyst, ORS VIII Bomber Command. 
(AMG Report No. 195.) [Churchill Eisenhart.j 
OEMsr-1007. AMG-Columbia. June 14, 1944. 

M3 [Aerial gunnery problems.] Report titled: Certain 
courses for Study No. 104. (AMG Report No. 227.) 
(n.a.) [OEMsr-1007.] AMG-Columbia. July 13, 

1944. 

M4 Introduction to the aerial gunnery problems of 
AC-92. (AMG Memorandum No. 2.) John W. 
Tukey. t OEMsr-1365;] Service Project No. AC-92. 
AMG-Princeton. August 16, 1944. 

M5 [Computers.] (AMG Report No. 274.) Hassler 
Whitney. [OEMsr-1007.] AMG-Columbia. Octo¬ 
ber 3, 1944. 

M6 The questions which come up at AMG-C. A sum¬ 
mary of various informal requests. (AMG Report 
No. 313.) (n.a.) t OEMsr-1007.j AMG-Columbia. 
November 17, 1944. 

M7 [Aerial gunnery problems.] Report titled: Will 
we do ’em for Bill Duren? (AMG Report No. 326.) 
[Saunders MacLane.] t OEMsr-1007.j AMG-Co¬ 
lumbia. December 7, 1944. 

M8 [Problems of aerial gunnery.] Report titled: Visit 
to Patuxent, Silver Spring and Washington. (AMG 
Report No. 330.) Robert M. Thrall. OEMsr-1007. 
AMG-Columbia. December 12, 1944. 

M9 [Aerial gunnery problems.] Report titled: Further 
questions which come up at AMG-C. (AMG Re¬ 
port No. 355.) (n.a.) [OEMsr-1007.] AMG-Co¬ 

lumbia. January 19, 1945. 

M10 [Fighter gunnery and assessment of fighter gun¬ 
nery.] Report titled: Minutes of meeting of com¬ 
mittee, July 11, 1945. Saunders MacLane. 

[OEMsr-1007.] [AMG-Columbia.] August 6, 1945. 

Mil [Aerial gunnery problems.] Report titled: Wash¬ 
ington merry-go-round, or, which spins faster, an 
electron or a colonel? (AMP Working Paper No. 
480.) Saunders MacLane. [OEMsr-1007.] AMG- 
Columbia. August 11, 1945. 

M12 [Aerial gunnery.] Report titled: Additional ques¬ 
tions which come up at AMG-C. (AMG Working 
Paper No. 481.) Saunders MacLane. [OEMsr- 
1007.] AMG-Columbia. August 27, 1945. 

M13 Flexible gunnery in the P-61. (AMG Report No. 
486.) Samuel Eilenberg. [OEMsr-1007.] AMG- 
Columbia. August 29, 1945. 

502 Aeroballistics 

Ml Note on Mark lie GGS performance in relation 
to basic ballistic requirements. (Armament De¬ 
partment Note No. Arm. 226.) (n.a.) OSRD 

Liaison Office No. WA-4435-8K. Royal Aircraft 
Establishment [Great Britain]. September, 1943. 

M2 [The ballistics of aerial gunnery.] Report titled: 




588 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


502.1 


Supplement to AMG-C No. 258. (AMG Report 
No. 258a.) Churchill Eisenhart. t OEMsr-1007.] 
AMG-Columbia. September 14, 1944. 

M3 c The ballistics of aerial gunnery 0 Report titled: 
Revised diary of CE, GAH and RMT. Visit to 
Aberdeen Proving Ground, August 25 and 26, 1944. 
(AMG Report No. 258.) (n.a.) [OEMsr-1007.] 

AMG-Columbia. October 11, 1944. 

Evaluation of Gunsights and Sighting 

Ml [Windvane sight, the own-speed sight.] Report 
titled: Anleitung fur den gebrauch des wind- 
fahnenkornes. (n.a.) [February, 1916.] 

M2 [Sight questions or points.] Report titled: Visier- 
fragen. Theodor Wilhelm Schmidt. OSRD Liai¬ 
son Office No. WA-5195-9C. April 4, 1941. 

M3 General notes on gun sighting. (Report No. A. P. 
1730B. Volume 1, Chapter 1.) (n.a.) OSRD Liai¬ 
son Office No. II-5-7214(S). Air Ministry [Great 
Britain]. September, 1942. 

M4 Tail gun computing sight. (Revised.) Edmund 
B. Hammond, Jr. Sperry Gyroscope Company, 
Inc. March 16, 1943. 

M5 Mathematical evaluation of sighting methods used 
in American free gunnery training. (AMP Memo¬ 
randum No. 44.1.) Churchill Eisenhart. [OEMsr- 
1007.] AMG-Columbia. September, 1943. 

M6 Letter to Dr. Warren Weaver. Subject: Fire con¬ 
trol problems. (AMP Memorandum No. 72.) 
Magnus R. Hestenes. t OEMsr-1007.] AMG-Co¬ 
lumbia. December 20, 1943. 

M7 Conference with E. Hewitt on flexible gunnery 
sighting. (AMG Report No. 129.) [Churchill Eisen¬ 
hart.] [OEMsr-1007.] AMG-Columbia. March 1, 
1944. 

M8 Conference between CE, WL and SM on personnel 
and studies related to the problems proposed by 
G. W. Taylor. (AMG Report No. 154.) Saunders 
MacLane. [OEMsr-1007.] AMG-Columbia. April 

28, 1944. 

M9 The phenomenon of aerial aim-wander. An essay 
on its mathematical description, statistical meas¬ 
urement, and influence on gunnery performance. 
(AWA Report No. 51.) L. B. C. Cunningham. 
OSRD Liaison Office No. WA-2055-4A. [Air War¬ 
fare Analysis Section, Great Britain.] April 29, 
1944. 

M10 [Sights and sighting problems.] (AMG Report No. 
169.) Walter Leighton. [OEMsr-1007.] AMG- 
Columbia. May 17, 1944. 

Mil Visit to Radiation Laboratory. Radar for airborne 
fire control. (AMG Report No. 155.) Saunders 
MacLane. [OEMsr-1007.] AMG-Columbia. May 

29, 1944. 

M12 [Training device for sights.] Report titled: Super¬ 
special devices. (AMG Report No. 200.) Saunders 
MacLane. [OEMsr-1007.] AMG-Columbia. July 
10, 1944. 

M13 Analytical assessment of aerial gunnery. A sum¬ 
mary of the program at AMG-C. (AMG Report 


No. 225.) [Saunders MacLane.] [OEMsr-1007.] 
AMG-Columbia. July 27, 1944. 

M14 General Electric gyro stabilized sight with lead 
control for remote control turrets. (Report No. 
TR-31298.) J. R. Moore. General Electric Com¬ 
pany. September 12, 1944. 

M15 [The use of the AN/APG-1 or -2 on the P-61.J 
Report titled: Radarlando. Conferences with radar 
experts at Orlando. (AMG Report No. 279.) 
Saunders MacLane. [OEMsr-1007.] AMG-Colum¬ 
bia. October 9, 1944. 

M16 Calibration of time of flight. (AMG Report No. 
303.) Irving Kaplansky. [OEMsr-1007.] AMG- 
Columbia. November 2, 1944. 

M17 Indexing. [Aiming accuracy.] Report titled: Sir 
Melville and the vector. (AMG Report No. 255.) 
Saunders MacLane. t OEMsr-1007.] AMG-Colum¬ 
bia. November 10, 1944. 

M18 A brief survey of simpler types of airborne gun- 
sights. (AMG Report No. 289. Revised.) (n.a.) 
OEMsr-1007. AMG-Columbia. November 24, 
1944. 

M19 The Eglin Field conference on a figure of merit 
for gunsights. (AMG Report No. 342.) (n.a.) 

OEMsr-1007. AMG-Columbia. December 27, 
1944. 

M20 A figure of merit for sight-turret performance. 
(AMG Report No. 343.) Arthur Sard. [OEMsr- 
1007.] AMG-Columbia. December 29, 1944. 

M21 Trail and gravity offsets for a modified turret. 
(AMG Report No. 365.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. February 8, 1945. 
M22 The transient of a single-gyrosight with fixed 
sensitivity. (AMG Report No. 406.) Harry Pollard. 
[OEMsr-1007.] AMG-Columbia. April 24, 1945. 
M23 [Aerial gunnery sights.] Report titled: Washing¬ 
ton merry-go-round. April Edition. (AMP Work¬ 
ing Paper No. 407.) Saunders MacLane. [OEMsr- 
1007.] AMG-Columbia. April 25, 1945. 

M24 A suggestion for calibrating PUSS. (AMG Report 
No. 426.) Irving Kaplansky. [OEMsr-1007.] 
AMG-Columbia. May 26, 1945. 

M25 An analytic study of the performance of airborne 
gunsights. (AMP Report No. 104.1R.) Donald P. 
Ling. OEMsr-1007. AMG-Columbia. June, 1945. 
M26 Two calibrations of PURS. (AMP Working Paper 
No. 448.) Irving Kaplansky. Columbia Univer¬ 
sity. June 29, 1945. 

M27 A trainer for rate sights. (AMP Working Paper 
No. 463.) Magnus R. Hestenes. [OEMsr-1007.] 
AMG-Columbia. July 17, 1945. 

M28 Notes on pneumatic PUSS. ( t Part I.j AMP Work¬ 
ing Paper No. 461.) L. Charles Hutchinson. 
[OEMsr-1007.] AMG-Columbia. July 17, 1945. 
M29 Application of the air mass coordinate method to 
aerial gunnery assessment. (AMG Report No. 471.) 
Paul A. Smith. [OEMsr-1007.] AMG-Columbia. 
July 27, 1945. 

M30 Notes on pneumatic PUSS. [Part] II, Rate of climb 
indicator. (AMP Working Paper No. 478.) 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


589 


L. Charles Hutchinson. t OEMsr-1007.j AMG- 
Columbia. August 10, 1945. 

M31 Course of DZ in pursuit of the angle of attack. 
Conferences with NACA, August 20 to 21, 1945. 
(AMP Working Paper No. 487.) Daniel Zelinsky. 
[OEMsr-1007.] AMG-Columbia. August 29, 1945. 
M32 Compensating sights. (Chapter IV. AMG Report 
No. 499.) Daniel Zelinsky. [OEMsr-1007.] AMG- 
Columbia. September 20, 1945. 

M33 A proposed vector-rate sight for airborne fire con¬ 
trol. (AMP Memorandum No. 104.5M.) Magnus 
R. Hestenes. OEMsr-1007. AMG-Columbia. Oc¬ 
tober, 1945. 

M34 The theory of an electromagnetically controlled 
Hooke’s joint gyroscope. (AMP Report No. 104.3R.) 
Donald P. Ling. OEMsr-1007. AMG-Columbia. 
October, 1945. 

M35 Refractive errors in observing an object in the 
earth’s atmosphere. (AMP Working Paper No. 15.) 
L. Charles Hutchinson. October 31, 1945. 

M36 [Gunsighting problems.] (AMG Report No. 238.) 

(n.a.) [OEMsr-1007.] AMG-Columbia. (n.d.) 

M37 Theoretical analysis of the Sperry-Draper sight, 
K-sight and Sperry stabilized sight, (n.a.) (n.d.) 

502.11 K-3, K-4, K-8, K-9, K-12 and K-16 

Ml [The K-8 Fairchild sight.] Report titled: Diary of 
MRH on visit to Fairchild Aviation Corporation. 
(AMG Report No. 156.) Magnus R. Hestenes. 
[OEMsr-1007.] AMG-Columbia. April 24, 1944. 
M2 [Thej K-3 and K-4 aircraft sight error analysis. 
Edmund B. Hammond, Jr. Sperry Gyroscope 
Company, Inc. May 3, 1944. 

M3 The Sperry K-sights. (AMG Report No. 206.) 
L. Charles Hutchinson. [OEMsr-1007.] AMG- 
Columbia. June 22, 1944. 

M4 The optical system of the K-3 and K-4 sights. 
(Report No. 104/3.) t L. Charles Hutchinson.] 
[OEMsr-1007.] [AMG-Columbia.] July 18, 1944. 
M5 Sperry sights K-3, K-4 and K-12. (AMG Report No. 
236.) L. Charles Hutchinson. [OEMsr-1007.] 
AMG-Columbia. July 26, 1944. 

M6 The behavior of the K-3 sight on support and 
strafing courses. (AMG Report No. 253.) [Irving 
Kaplansky.] [OEMsr-1007.] AMG-Columbia. Au¬ 
gust 14, 1944. 

M7 Revised tables of the error committed by the 
Sperry K-3 and K-4 sights on four pure pursuit 
courses (M-2 ballistics). (AMG Report No. 217.) 
[Harry Pollard.] [OEMsr-1007.] AMG-Columbia. 
August 15, 1944. 

M8 The assessment of rate sights on pure pursuit 
courses with special reference to the Sperry K-3. 
(AMG Report No. 251.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. August 16, 1944. 
M9 [An overall picture of the status of sights.] Report 
titled: The current status of Study [No.] 104. (AMG 
Report No. 266.) Saunders MacLane. t OEMsr- 
1007.] AMG-Columbia. September 22, 1944. 

M10 On the K-3 and K-12 sights. (AMG Report No. 


280.) Irving Kaplansky. [OEMsr-1007.] AMG- 
Columbia. October 10, 1944. 

Mil [An 3 APG-5 test with K-3 sight in B-17 No. 6696. 
H. F. Dunlap. OEMsr-1390; Service Project No. 
AC-92. University of New Mexico. January 2, 
1945. 

M12 [Stabilized sights and the K-3 and K-12.] Diary of 
SM, IK and SE. Report titled: Visit to Sperry 
Gyroscope Company. (AMG Report No. 357.) 
Samuel Eilenberg. [OEMsr-1007.] AMG-Colum- 
bia. January 23, 1945. 

M13 Bias errors of the K-3 and K-12 sights. (AMP 
Memorandum No. 104.3M.) Irving Kaplansky and 
Mae Reiner. OEMsr-1007. AMG-Columbia. May, 
1945. 

502.12 K-10, K-ll, K-13, Mark 18 and Mark 25 

Ml The service trials of the Mark II gyro gunsight 
for turrets. (Final Report No. Ex/GRU/47.) (n.a.) 
OSRD Liaison Office No. II-5-5807(S). [Great 
Britain.] April 8, 1943. 

M2 [Discussion on the behavior of the vector sights.] 
Report titled: Diary of the meeting between Lt. 
J. D. Hare, WL and GP on March 23 and 24, 
1944. (AMG Report No. 138.) [George Piranian.j 
[OEMsr-1007.] AMG-Columbia. March 27, 1944. 
M3 [Construction details of the Mark 18 gunsight.] 
Report titled: Diary of GP. (AMG Report No. 
175.) [George Piranian.j [OEMsr-1007.] AMG- 
Columbia. June 16, 1944. 

M4 Modification of the Mark 18 gyro gunsight. John 
B. Russell. July 14, 1944. 

M5 The optical system of the Mark 18. (AMG Report 
No. 261.) L. Charles Hutchinson. [OEMsr-1007.] 
AMG-Columbia. September 13, 1944. 

M6 The behavior of the Mark 18 sight on pure pursuit 
courses. (AMG Report No. 264.) Irving Kaplan¬ 
sky. [OEMsr-1007.] AMG-Columbia. September 
20, 1944. 

M7 The calibration of the Mark 18. (AMG Report No. 
272.) Irving Kaplansky. [OEMsr-1007.] AMG- 
Columbia. September 28, 1944. 

M8 Maximum deflection in the Mark 18 as limited by 
the optical system. (AMG Report No. 261/1. Ap¬ 
pendix I to AMG Report No. 261.) L. Charles 
Hutchinson. OEMsr-1007. AMG-Columbia. Oc¬ 
tober 4, 1944. 

M9 Analysis of the September, 1944 calibration of the 
Mark 18. (AMG Report No. 325.) Irving Kaplan¬ 
sky. OEMsr-1007. AMG-Columbia. December 7, 

1944. 

M10 The Mark 18 as a range finder. (AMG Report 
No. 339.) Harry Pollard. [OEMsr-1007.] AMG- 
Columbia. December 18, 1944. 

Mil Redesign of the K-15 (Mark 18) for frangible bul¬ 
lets. (AMG Report No. 350.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. January 17, 

1945. 

M12 Bias errors of the Interim Mark 18 (K-15). (AMG 


E 




590 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


502.13 


Report No. 367.) Irving Kaplansky. OEMsr- 
1007. AMG-Columbia. February 14, 1945. 

M13 The failure of the Mark 18 as a collision course 
determiner. (AMG Report No. 371.) Harry Pol¬ 
lard. [OEMsr-1007.] AMG-Columbia. February 
20, 1945. 

M14 Adaptation of the Mark 18 for 20-mm guns. (AMG 
Report No. 382.) Irving Kaplansky. t OEMsr- 
1007.] AMG-Columbia. March 8, 1945. 

M15 Trail offsets of the Mark 18 in a displaced turret. 
(AMG Report No. 383.) Irving Kaplansky. 
t OEMsr-1007.] AMG-Columbia. March 13, 1945. 
M16 [The Mark 23 sight.] Report titled: Washington 
merry-go-round. March Edition. (AMG Report No. 
389.) (n.a.) t OEMsr-1007.] AMG-Columbia. 

March 20, 1945. 

M17 The Mark 18 in a “watermelon” turret. (AMG 
Report No. 396.) Irving Kaplansky. t OEMsr- 
1007.] AMG-Columbia. April 3, 1945. 

M18 [Anj APG-5 test with Mark 18 (K-15) sight in B-17 
aircraft No. 42-4339155. (Report No. UNM/W-34.) 
H. R. Snodgrass. OEMsr-1390; Service Project No. 
AC-92. University of New Mexico. April 30, 
1945. 

M19 Summary of sights of the Mark 18 family. (AMP 
Working Paper No. 459.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. July 6, 1945. 
M20 Optimum methods of using compensating sights. 
(AMP Report No. 119.2R.) Daniel Zelinsky. 
OEMsr-1007. AMG-Columbia. October, 1945. 
M21 The rate sight K-15. A general discussion. (AMG 
Report No. 500.) Donald P. Ling. [OEMsr-1007.] 
AMG-Columbia. October, 1945. 

M22 Aerial gunnery and gyrosights. A manual for 
gunners. (AMP Report No. 104.4R.) Donald P. 
Ling. OEMsr-1007. AMG-Columbia. October, 
1945. 

M23 The optical system of the Mark 18 (K-15) gyro 
gunsight. Also, an appendix of the tracing of rays 
through a thick lens or system of lenses. (AMP 
Report No. 104.5R.) L. Charles Hutchinson. 
OEMsr-1007. AMG-Columbia. October, 1945. 

S-l, S-2, S-3, S-4, S-5, S-6, S-7, S-8 and Mark 22 
Ml [Use of sights in bomber defense.] Report titled: 
Diary of S. MacLane. Visit to Patuxent, April 20, 
1944. (AMG Report No. 162.) [Saunders MacLane.] 
[OEMsr-1007.] AMG-Columbia. May 30, 1944. 
M2 [Analysis and execution of assessment methods for 
aircraft gunsights of all types.] Report titled: 
What are the wild shots saying, or, how to tell a 
bull’s eye from a horse. Diary of S. MacLane at 
Patuxent, May 24 to 27, 1944. (AMG Report No. 
184.) Saunders MacLane. [OEMsr-1007.] AMG- 
Columbia. May 30, 1944. 

M3 Steady state prediction error of the S-8 sight. 
(Report No. 5252-2009.) O. T. Schultz. Sperry 
Gyroscope Company, Inc. August 18, 1944. 

M4 [Mark 18 and 21 sights.] Report titled: GP’s diary 
on a visit to Lukas-Harold. (AMG Report No. 


263.) [George Piranian.] [OEMsr-1007.] AMG- 
Columbia. September 14, 1944. 

M5 [A Fairchild S-3 stabilized sight.] Report titled: 
Visit to Fairchild Camera and Instrument. (AMG 
Report No. 297.) Daniel Zelinsky. [OEMsr-1007.] 
AMG-Columbia. November 8, 1944. 

M6 A model calibration for the Mark 21 and Mark 23. 
(AMG Report No. 320.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. November 28, 
1944. 

M7 Optimum time of flight for a fighter sight when 
target flies a circular course. (AMG Report No. 
328.) Samuel Eilenberg and Donald P. Ling. 
[OEMsr-1007.] AMG-Columbia. December 11, 
1944. 

M8 [Sights and sighting.] Report titled: Washington 
Sperry-go-round. (AMG Report No. 349. Addi¬ 
tion.) [Saunders MacLane.] [OEMsr-1007.] AMG- 
Columbia. January 17, 1945. 

M9 Lead formulas for the Fairchild S-3 sight. (AMG 
Report No. 363.) Magnus R. Hestenes and 
Daniel Zelinsky. [OEMsr-1007.] AMG-Columbia. 
February 7, 1945. 

M10 Calibration of the Mark 23 for use with 20-mm 
guns. (AMG Report No. 377.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. March 1, 1945. 
Mil Gun roll in the S-3. (AMG Report No. 376.) 
[Daniel Zelinsky.] OEMsr-1007. AMG-Columbia. 
March 1, 1945. 

M12 [Fairchild aerial gunnery sights.] Report titled: 
Diary of DZ. (AMG Report No. 378.) [Daniel 
Zelinsky.] [OEMsr-1007.] AMG-Columbia. March 
3, 1945. 

M13 [The Sperry S-8 stabilized sight.] Report titled: 
Visits to Sperry Gyroscope Co. Diary of SE. (AMG 
Report No. 384.) Samuel Eilenberg. t OEMsr- 
1007.] AMG-Columbia. March 13, 1945. 

M14 The irrelevance of angle of attack for the Mark 
23. (AMG Report No. 386.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. March 16, 1945. 
M15 [Design of a film assessor for fighter film.] Report 
titled: Visit to Mount Wilson Observatory. Diary 
of S. Eilenberg. (AMP Working Paper No. 410.) 
Samuel Eilenberg. [OEMsr-1007.] AMG-Colum¬ 
bia. May 4, 1945. 

M16 More on the gyro error in the S-3. (AMG Report 
No. 419.) E. R. Lorch. t OEMsr-1007.] AMG- 
Columbia. May 21, 1945. 

M17 The Sperry S-8B stabilized sight. (AMG Report 
No. 420.) Samuel Eilenberg. [OEMsr-1007.] 
AMG-Columbia. May 22, 1945. 

M18 Gravity drop in a two component fighter sight. 
(AMP Working Paper No. 429.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. May 31, 1945. 
M19 Preliminary analysis of the S-4 sight. (AMP Work¬ 
ing Paper No. 451.) E. R. Lorch and Daniel 
Zelinsky. [OEMsr-1007.] AMG-Columbia. July 
7, 1945. 

M20 The Mark 23 sight. A brief analytical presentation 
of the principles of the pilot’s gyro gun and rocket 




APPLIED MATHEMATICS PANEL MICROFILM LIST 


591 


sight. (AMG Report No. 482.) Irving Kaplansky 
and Donald P. Ling. [OEMsr-1007.] AMG- 
Columbia. August 14, 1945. 

M21 Optimum dispersion with the Mark 23 fighter 
gunsight. (AMP Report No. 145.1R.) J. Wallace 
Givens. OEMsr-1379. AMG-Northwestern Uni¬ 
versity. September, 1945. 

M22 Numerical characteristics of the stabilization cir¬ 
cuit of the S-4 sight. (AMG Report No. 501.) 
E. R. Lorch. [OEMsr-1007.] AMG-Columbia. 
October 17, 1945. 


port No. 84.) Richard S. Wolfe. OEMsr-1379. 
AMG-Northwestern University. September 5, 
1945. 

M13 Measurement of angle of attack and skid in rocket 
fire problems. (AMP Report No. 191.1R.) Henry 
L. Garabedian. OEMsr-1379. AMG-Northwestern 
University. October, 1945. 

M14 Camera assessment of fighter plane gunsights. 
(AMP Report No. 160.1R.) Henry L. Garabedian. 
OEMsr-1379. AMG-Northwestern University. Oc¬ 
tober, 1945. 


502.14 Assessment Technics 

Ml Experiment to determine the best procedure for 
estimating ranges from Waller and Range camera 
films. (AMG Report No. 199.) Churchill Eisen- 
hart and H. C. Fryer. [OEMsr-1007.] AMG- 
Columbia. June 19, 1944. 

M2 [Development of equipment for the Navy’s sight 
assessment program.] Report titled: Clear heads 
call for Northwestern. (AMG Report No. 201.) 
Saunders MacLane. [OEMsr-1007.] AMG-Colum¬ 
bia. June 26, 1944. 

M3 A graphical method of computation. (AMG Re¬ 
port No. 208.) John H. Lewis. t OEMsr-1007.] 
AMG-Columbia. June 26, 1944. 

M4 Memorandum on Eglin Field tri-camera method. 
(AMG Report No. 286.) [Robert M. Thrall.] 
[OEMsr-1007.] AMG-Columbia. October 17, 
1944. 

M5 Computation of single shot probabilities in camera 
sight assessment. (AMG Report No. 23.) A. Adrian 
Albert. [OEMsr-1379.] AMG-Northwestern Uni¬ 
versity. January 5, 1945. 

M6 The assessment of gun camera trials. (AMG Report 
No. 370 and SRG Report No. 440.) Rollin F. 
Bennett and Arthur Sard. t OEMsr-1007 and 
OEMsr-618.] AMG-Columbia and SRG-Columbia. 
March 28, 1945. 

M7 A method of analyzing aerial gun camera film 
based on use of distant reference points. (Report 
No. UNM/W-32.) G. T. Pelsor. OEMsr-1390; 
Service Project No. AC-92. University of New 
Mexico. April 14, 1945. 

M8 Determination of directions in space by photo¬ 
graphs of two or three fixed points. (AMG Report 
No. 56.) A. Adrian Albert. OEMsr-1379. AMG- 
Northwestern University. June 20, 1945. 

M9 Camera evaluation of bomber gunsights. (AMP 
Report No. 142.1R.) A. Adrian Albert. OEMsr- 
1379. AMG-Northwestern University. July, 1945. 

M10 The hypothetical target in fighter camera assess¬ 
ment. Diary of A. Sard, July 7, 1945. (AMG Report 
No. 468.) [Arthur Sard.] [OEMsr-1007.] AMG- 
Columbia. July 21, 1945. 

Mil A suggestion for camera measurement of skid. 
(AMG Report No. 473.) Irving Kaplansky. 
OEMsr-1007. AMG-Columbia. July 31, 1945. 

M12 Computational procedures and forms for camera 
assessment of fighter plane gunsights. (AMG Re- 


502.141 Hit Probabilities and Errors 

Ml Suggestions for determining the pattern of fire 
from 50-caliber machine guns in aircraft turrets. 
(AMP Memorandum No. 66.1.) t E. W. Paxson.j 
[OEMsr-618.] SRG-Columbia. October 9, 1943. 

M2 Possibility of serial correlation increasing the 
probability of at least one hit. (SRG Report No. 
365.) [Rollin F. Bennett.] [OEMsr-618.] SRG- 
Columbia. November 25, 1944. 

M3 Dispersion patterns in fire from moving aircraft. 
(AMG Report No. 18.) George Piranian. [OEMsr- 
1379.] AMG-Northwestern University. December 
5, 1944. 

M4 A simple figure of merit. (AMG Report No. 334.) 
Arthur Sard. [OEMsr-1007.] AMG-Columbia. 
December 13, 1944. 

M5 Relative target motion and effective dispersion. 
(SRG Report No. 398.) Rollin F. Bennett. 
[OEMsr-618.] SRG-Columbia. January 8, 1945. 

M6 Errors in the 75-mm cannon ballistic cam. (AMG 
Report No. 416.) George W. Mackey. [OEMsr- 
1007.] AMG-Columbia. May 15, 1945. 

M7 The determination of optimum dispersion from 
Texas Testing Machine observations. (AMP Work¬ 
ing Paper No. 423.) Arthur Sard. t OEMsr-1007.] 
AMG-Columbia. May 24, 1945. 

M8 Remark on a question in probability. (AMG Re¬ 
port No. 485.) George W. Mackey. [OEMsr-1007.] 
AMG-Columbia. August 29, 1945. 

M9 The combination of a random and a systematic 
error. (AMP Memorandum No. 104.4M.) Arthur 
Sard. OEMsr-1007. AMG-Columbia. September, 
1945. 

M10 Results of a recomputation of sight evaluation test 
data. (AMP Report No. 166.1 M.) J. Wallace 
Givens. OEMsr-1379. AMG-Northwestern Uni¬ 
versity. September, 1945. 

502.142 Rotation (Roll, Pitch and Yaw) 

Ml Roll, pitch, yaw correction by table. (AMP Work¬ 
ing Paper No. 433.) R. L. Swain. [OEMsr-1007-j 
AMG-Columbia. June 4, 1945. 

M2 Gyro measurement of rotations. (AMP Working 
Paper No. 405. Revised.) Paul A. Smith. t OEMsr- 
1007.] AMG-Columbia. June 7, 1945. 

502.2 Plane-to-Plane Fire 

Ml General survey of the problems entering into 









592 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


plane-to-plane fire control. John M. Wuerth. 
Princeton University. May, 1942. 

M2 [Controlling plane-to-plane fire.] Report titled: 

Diary of WL. Conference of JBR, SM, WL with 
SHC, September 21, 1943. (AMG Report No. 69.) 

Walter Leighton. [OEMsr-1007.j AMG-Columbia. 
September 23, 1943. 

M3 [Fire control apparatus.] Report titled: Diary of 
SM. Conference of SRC, HW and SM. (AMG Re¬ 
port No. 90.) [Saunders MacLane.] t OEMsr-1007.] 
AMG-Columbia. November 16, 1943. 

M4 The stability of blind firing systems. (Report No. 503 
GRU/M.8.) C. W. Gilbert. OSRD Liaison Office 
No. II-5-5927(S). Gunnery Research Unit, Exeter 
[Great Britain]. March 14, 1944. 

M5 Conversation of E. Hewitt with S. MacLane on the 
operational background of a plane-to-plane firing 
problem. (AMG Report No. 139.) [Saunders Mac¬ 
Lane.] [OEMsr-1007.] AMG-Columbia. March 
29, 1944. 

M6 Conference at Sperry Gyroscope regarding the ball 
turret problem. (AMG Report No. 187.) James J. 

Stoker. [OEMsr-1007.] AMG-Columbia. May 31, 

1944. 

M7 Weaver on fire control. (Excerpts from AMG Re¬ 
port No. 178.) (n.a.) [OEMsr-1007.] AMG- 

Columbia. [June, 1944.] 

M8 [Use of radar equipment in plane-to-plane fire 

control.] Report titled: Visit to Radiation Labo- 503.1 
ratory at Massachusetts Institute of Technology. 

Diary of BHB and LCH. (AMG Report No. 207.) 

[L. Charles Hutchinson.] [OEMsr-1007.] AMG- 
Columbia. June 20, 1944. 

M9 [Fire control system of B-29 tactics.] Report titled: 

Diary of IK and MRH. GE visit June 9 and 10, 

1944. (AMG Report No. 197.) [Irving Kaplansky 
and Magnus R. Hestenes.j [OEMsr-1007.] AMG- 
Columbia. June 26, 1944. 

M10 Experimental determination of fluctuating and 
steady errors in plane-to-plane fire. (AMP Work¬ 
ing Paper No. 2.) [Warren Weaver.] November 
4, 1944. 

Mil [Fire control.] Report titled: Diary of RMT, No¬ 
vember 21-22 including visit to the Pentagon and 
the Navy Building. (AMG Report No. 319.) (n.a.) 
[OEMsr-1007.] AMG-Columbia. November 27, 

1944. 

M12 [Testing the fire control system of the B-29.] Re¬ 
port titled: Diary, Brownsville-Albuquerque. (AMG 
Report No. 341.) Hassler Whitney. [OEMsr-1007.] 
AMG-Columbia. December 26, 1944. 

M13 Harmonization studies for the B-29 airplane. 

(AMP Report No. 186.1R [from] September, 1944 
[tO] April, 1945.) (n.a.) OEMsr-1365; Service 

Project No. AC-92; OSRD No. 5242. AMG- 
Princeton. April, 1945. 

M14 [Fire control.] Report titled: Diary of Arthur 
Sard, April 10-12, 1945. (AMP Working Paper No. 


402.) Arthur Sard. [OEMsr-1007.] AMG- 
Columbia. April 18, 1945. 

M15 Facts important in the tactical use of the B-29 fire 
control system. (AMG Report No. 413.) Daniel 
C. Lewis and F. J. Murray. [OEMsr-1007.] AMG- 
Columbia. May 10, 1945. 

M16 [Aircraft fire control.] Report titled: July meeting 
of the Advisory Panel, Inyokern. (AMP Working 
Paper No. 460.) Hassler Whitney. [OEMsr-1007.] 
AMG-Columbia. July 25, 1945. 

Fire Control 

Ml The spherimeter. (AMG Report No. 55.) John 
H. Lewis. [OEMsr-1007.] AMG-Columbia. Sep¬ 
tember 21, 1943. 

M2 [Mathematical problems on fire control.] Report 
titled: A visit to Section T. (AMG Report No. 
185.) Saunders MacLane. [OEMsr-1007.] AMG- 
Columbia. May 31, 1944. 

M3 The stereographic spherimeter. (AMP Memoran¬ 
dum No. 107.1 M.) L. Charles Hutchinson and 
John H. Lewis. OEMsr-1007. AMG-Columbia. 
January, 1945. 

M4 Correction for roll, pitch and yaw with the 
spherimeter. (AMP Memorandum No. 107.2M.) 
L. Charles Hutchinson and John H. Lewis. 
OEMsr-1007. AMG-Columbia. February, 1945. 

Formulae and Tables 

Ml Elementary mathematics of aerial gunnery, (n.a.) 
Jam Handy Organization, Inc. June, 1943. 

M2 Simple formulas to fit the values tabulated in 
the firing tables FT 0.50 AC-M-1. (AMP Memo¬ 
randum No. 104.1.) George Piranian. OEMsr- 
1007. AMG-Columbia. April 6, 1944. 

M3 Some uses of variable speed mechanisms in fire 
control. (AMP Memorandum No. 103.1.) Magnus 
R. Hestenes. OEMsr-1007. AMG-Columbia. 
April 14, 1944. 

M4 Tables on the accuracy of linear and quadratic di¬ 
rectors in engaging aircraft flying in helical and 
sinusoidal courses. (AMG Report No. 164.) Daniel 
C. Lewis. [OEMsr-1007.] AMG-Columbia. May 
12, 1944. 

M5 Sequential analysis of test firing data. (AMG Re¬ 
port No. 173.) Churchill Eisenhart. t OEMsr- 
1007.] AMG-Columbia. May 20, 1944. 

M6 Ballistic formulas. (AMP Memorandum No. 
104.2M.) Alex E. S. Green. US Army, Army Air 
Forces Instructors’ School. June, 1944. 

M7 Conferences on the determination of a merit index 
for fire control systems. (AMG Report No. 219.) 
[Churchill Eisenhart.] [OEMsr-1007.] AMG- 
Columbia. July 6, 1944. 

M8 Second postscript to AMG-C No. 204 on the curved 
flight director. (AMG Report No. 245.) Daniel C. 
Lewis. [OEMsr-1007.] AMG-Columbia. August 
5, 1944. 

M9 Graphical summaries of the mechanism errors of 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


593 


503.2 


various airborne fire control systems. (AMG Re¬ 
port No. 300. Revised.) (n.a.) t OEMsr-1007.] 
AMG-Columbia. December 14, 1944. 

M10 [Mathematical problems concerning Siacci tables.] 
Report titled: Visit to Ballistics Research Labo¬ 
ratory, Aberdeen Proving Ground. (AMG Report 
No. 340.) Saunders MacLane. [OEMsr-1007.] 

AMG-Columbia. December 19, 1944. 

Mil Local stabilization of coordinates. (AMG Report 
No. 417.) Paul A. Smith. [OEMsr-1007.] AMG- 
Columbia. May 16, 1945. 

M12 Computations for dofograph ballistic correction 
charts. (AMG Report No. 54.) Richard S. Wolfe. 
OEMsr-1379. AMG-Northwestern University. 
June 4, 1945. 

M13 Ballistic calibrations of radar range aids to air¬ 
borne cannon fire. (AMP Report No. 130.1R.) 
Robert M. Thrall and George W. Mackey. 
OEMsr-1007; OSRD No. 6288. AMG-Columbia. 
October, 1945. 

M14 A manual for the use of gnomonic charts. (AMP 
Note No. 23.) A. Adrian Albert. OEMsr-1379. 
AMG-Northwestern University. October, 1945. 

Ranging and Tracking 

Ml Letter to Dr. E. W. Paxson. Subject: To deter¬ 
mine and maintain target range. (AMG Report 
No. 80.) Churchill Eisenhart. t OEMsr-1007.] 
AMG-Columbia. October 28, 1943. 

M2 On the mechanical design of the optical bars of 
range finders. (AMP Memorandum No. 84.1.) 
W. Prager. [OEMsr-1066.] AMG-Brown Uni¬ 
versity. January 20, 1944. 

M3 Tracking errors in systems using velocity tracking 
and aided tracking controls with direct and lead 
computing sights. (Division 7. Report to the Serv¬ 
ices No. 78.) (n.a.) OEMsr-330. Franklin Insti¬ 

tute. February, 1944. 

M4 Suggestion for a sight with velocity tracking. 
(AMG Preliminary Report No. 152.) Hassler 
Whitney. [OEMsr-1007.] AMG-Columbia. April 
21, 1944. 

M5 Suggestion for a sight with velocity tracking [No.] 
II. (AMG Report No. 152A. Addendum to AMG 
Report No. 152.) Hassler Whitney. t OEMsr- 
1007.] AMG-Columbia. April 30, 1944. 

M6 [Tracking.] Report titled: Diary of H. Whitney. 
Visit to Franklin Institute, Thursday, April 27, 
1944. (AMG Report No. 159.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. May 2, 1944. 

M7 [Mathematical aspects of the Eglin Field assess¬ 
ment program.] Report titled: Diary of S. Mac- 
Lane. Conference between J. B. Russell, H. Hotel¬ 
ling, E. W. Paxson, W. Leighton, H. E. Wolfe and 
S. MacLane, May 1, 1944 in J. B. Russell’s office. 
(AMG Report No. 160.) [Saunders MacLane.] 
[OEMsr-1007.] AMG-Columbia. May 3, 1944. 

M8 Simulated tracking devices. The Mark 18 sight. 


(AMG Report No. 176.) L. Charles Hutchinson. 
[OEMsr-1007.] AMG-Columbia. May 24, 1944. 

M9 Suggestion for a sight with velocity tracking. 
No. III. (AMG Preliminary Report No. 152B. 
Second addendum to AMG-C No. 152.) Hassler 
Whitney. [OEMsr-1007.] AMG-Columbia. June 
15, 1944. 

M10 Proposal for a sight for turrets with velocity track¬ 
ing. (AMG Report No. 210.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. June 22, 1944. 
Mil General tracking equations of the gunsights, Mark 
18 and Mark 23. Donald P. Ling. Includes re¬ 
prints. A method in connection with the Mark 18 
sight. (AMG Report No. 209.) OEMsr-1007. June 
27, 1944. Solution of the equations for the be¬ 
havior of the Mark 18 gunsight when tracking 
an arbitrary space course. (AMG Report No. 238.) 
OEMsr-1007. AMG-Columbia. July 28, 1944. 
M12 Why velocity tracking is bad. Comments on the 
Franklin Institute Report. (AMG Report No. 243.) 
Hassler Whitney. t OEMsr-1007.] AMG-Columbia. 
July 29, 1944. 

M13 First postscript to AMG-C No. 204 on the curved 
flight director. (AMG Report No. 242.) Daniel C. 
Lewis. [OEMsr-1007.] AMG-Columbia. August 
2, 1944. 

M14 [The optics of the Mark 18 sight.] Report titled: 
A sightseeing trip to Indianapolis. (AMG Report 
No. 256.) L. Charles Hutchinson. [OEMsr-1007.] 
AMG-Columbia. August 24, 1944. 

M15 Suggestions on the design of tracking machines. 
(AMG Report No. 277.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. October 3, 1944. 
M16 [The reference point photo analysis scheme.] Re¬ 
port titled: Joint diary of RMT and TEL. (AMG 
Report No. 283.) [Robert M. Thrall.] OEMsr- 
1007. AMG-Columbia. October 14, 1944. 

M17 The role of tracking in the fire control problems. 
Analytical study. (AMG Report No. 295.) Hassler 
Whitney. [OEMsr-1007.] AMG-Columbia. No¬ 
vember 7, 1944. 

M18 A formula for the ranging gun error. (AMG Re¬ 
port No. 308.) Hassler Whitney. OEMsr-1007. 
AMG-Columbia. November 10, 1944. 

M19 Remarks on the mechanics of ranging. (AMG Re¬ 
port No. 315.) Hassler Whitney. OEMsr-1007. 
AMG-Columbia. November 21, 1944. 

M20 Notes on the tracking problem for fighter planes. 
(AMG Report No. 329.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. December 13, 
1944. 

M21 [The AN/APG system. No. 16.] Report titled: 
Visit to Sperry Gyroscope Company, Garden City, 
L. I. (AMG Report No. 336.) Robert M. Thrall. 
OEMsr-1007. AMG-Columbia. December 18, 
1944. 

M22 Adjusting Falcon for changes in air speed. (AMG 
Report No. 369.) George W. Mackey. [OEMsr- 
1007.] AMG-Columbia. February 19, 1945. 







594 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


M23 Amplification of tracking noise in the gunsight 
Mark 18. (AMG Report No. 372.) Donald P. Ling. 
[OEMsr-1007.] AMG-Columbia. February 21, 
1945. 

M24 Tracking and fire control problem. (AMG Report 
No. 375.) Hassler Whitney. [OEMsr-1007.] AMG- 
Columbia. March 2, 1945. 

M25 Ranging in defense of the B-29 against nose at¬ 
tacks. (AMG Report No. 394.) Daniel C. Lewis. 
[OEMsr-1007.] AMG-Columbia. April 3, 1945. 

M26 The use of range rate in a fighter gunsight. (AMP 
Working Paper No. 450.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. June 30, 1945. 

M27 Airborne tracking and ranging errors. (AMP 
Memorandum No. 166.2M.) Arthur Sard. OEMsr- 
1007. AMG-Columbia. October, 1945. 

503.3 Deflection and Own-Speed Deflection 

Ml Target deflection due to curvature of path for a 
target approaching firing plane on a pursuit curve, 
(n.a.) OEMsr-991; Service Project No. NO-152. 
Jam Handy Organization, Inc. September 20, 
1943. 

M2 A note on lateral and vertical deflections for a 
caliber 0.50 projectile in plane-to-plane fire. (AMP 
Memorandum No. 57.2.) (n.a.) [OEMsr-1007.] 

AMG-Columbia. February, 1944. 

M3 What per cent of own-speed deflection? (AMP Re¬ 
port No. 119.1R.) Gustav A. Hedlund. [OEMsr- 
1007.] AMG-Columbia. November, 1944. 

M4 Average percentages of own-speed deflection. (AMP 
Memorandum No. 119.1M.) Daniel Zelinsky and 
M. J. Lewis. OEMsr-1007. AMG-Columbia. 
January, 1945. 

M5 The air mass coordinate method of aerial gunnery 
assessment. E. G. Pickels. February 15, 1945. 

M6 Experimental verification of optimum percentages 
of own-speed lead. (AMP Working Paper No. 439.) 
Arthur Sard and Daniel Zelinsky. OEMsr-1007. 
AMG-Columbia. June 11, 1945. 

M7 Deflection formulas for gunsights of the Mark 18- 
type. (AMG Report No. 358. Revised.) Donald P. 
Ling. OEMsr-1007. AMG-Columbia. June 26, 
1945. 

M8 Deflection formulas for airborne fire control. (AMP 
Report No. 104.2R.) Magnus R. Hestenes. 
OEMsr-1007. AMG-Columbia. October, 1945. 

503.4 Position and Speed Firing 

Ml Fixed gun air firing, (n.a.) OSRD Liaison Office 
No. WA-4435-8D. Department of the Air Member 
for Training, Air Ministry [Great Britain]. No¬ 
vember, 1943. 

M2 Tables of errors committed when using N-8 sight 
with position firing rules against three pure pur¬ 
suit courses. (AMG Report No. 234.) (n.a.) 

[OEMsr-1007.] AMG-Columbia. July 21, 1944. 

M3 A simple method of computing the future posi¬ 
tion corresponding to a given present position. 


(AMG Report No. 244.) George Piranian. 
[OEMsr-1007.] AMG-Columbia. August 3, 1944. 

M4 [The errors made when position firing rules are 
applied.] Report titled: Supplement to AMG-C 
No. 234. (AMG Report No. 234a.) Herbert Solo¬ 
mon. [OEMsr-1007.] AMG-Columbia. October 
11, 1944. 

M5 Position firing deflections corresponding to arbi¬ 
trary angles off. (AMG Report No. 322.) [Herbert 
Solomon and Churchill Eisenhart.] [OEMsr-1007.] 
AMG-Columbia. December 6, 1944. 

M6 An empirical verification of position firing. (AMG 
Report No. 323. [Herbert Solomon and Churchill 
Eisenhart.] [OEMsr-1007.] AMG-Columbia. De¬ 
cember 18, 1944. 

M7 Position firing rules for the A-26. (AMP Memo¬ 
randum No. 119.2M.) Daniel Zelinsky. OEMsr- 
1007. AMG-Columbia. March, 1945. 

M8 Simple rules for support fire with a vector sight. 
Level and related attacks. (AMP Memorandum 
No. 157.1 M.) Charles Nichols. OEMsr-1379. 

AMG-Northwestern University. May, 1945. 

M9 Position firing rules for various altitudes and 
speeds. (AMG Report No. 422.) Samuel Eilenberg. 
[OEMsr-1007.] AMG-Columbia. May 23, 1945. 

M10 A note on recalculated position firing rules for the 
A-26. (AMP Working Paper No. 446.) Daniel 
Zelinsky. [OEMsr-1007.] AMG-Columbia. June 
26, 1945. 

Mil On apparent speed firing. (AMP Memorandum No. 
157.2M.) Charles Nichols. OEMsr-1379. AMG- 
Northwestern University. September, 1945. 

503.5 Computers and B-29 Computers 

Ml [Central fire control computer.] Report titled: 
Memorandum on suggested procedures for MWO. 
(AMG Report No. 276.) Daniel C. Lewis. t OEMsr- 
1007.] AMG-Columbia. October 3, 1944. 

M2 The General Electric 2CH1C1 and 2CH1D1 com¬ 
puter. (AMG Report No. 333.) Magnus R. Hes¬ 
tenes, Daniel C. Lewis and F. J. Murray. OEMsr- 
1007. AMG-Columbia. December 13, 1944. 

M3 Ground tests of the B-29 central fire control sys¬ 
tem. (Report No. UNM/W/TR5.) W. D. Crozier. 
OEMsr-1390; Service Project No. AC-92. Univer¬ 
sity of New Mexico. January 15, 1945. 

M4 A suggestion for improving the performance of 
the B-29 2CH1C1 computer. (AMG Report No. 
391.) Magnus R. Hestenes and Daniel C. Lewis. 
OEMsr-1007. AMG-Columbia. March 24, 1945. 

M5 Further modifications of the B-29 fire control com¬ 
puter. (AMG Report No. 391a.) Magnus R. 
Hestenes and Daniel C. Lewis. [OEMsr-1007.] 
AMG-Columbia. March 27, 1945. 

M6 Summary of results of testing a B-29 fire control 
computer total correction motor. (AMP Working 
Paper No. 409.) Daniel C. Lewis. [OEMsr-1007.] 
AMG-Columbia. May 4, 1945. 

M7 A proposal for improving the nose computer per- 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


595 


formance. (AMG Report No. 391b.) F. J. Murray. 
[OEMsr-1007.] AMG-Columbia. May 22, 1945. 

M8 Handbook of instructions with parts catalog for 
computers in central station fire control system. 
Models 2CB1C1 and 2CH1D1. (Report Nos. GE- 
18787B and AN 11-70A-9.) (n.a.) General Elec¬ 

tric Company. June 10, 1945. 

M9 A proposal for controlling the speeds of the total 
correction motors in the General Electric 2CH1C1 
computer. (AMP Working Paper No. 453.) Magnus 
R. Hestenes, Daniel C. Lewis and F. J. Murray. 
[OEMsr-1007.] AMG-Columbia. July 5, 1945. 

M10 Remarks with regard to modifications of the pres¬ 
ent B-29 computer. (AMP Working Paper No. 455.) 
Magnus R. Hestenes and Daniel C. Lewis. 
[OEMsr-1007.] AMG-Columbia. July 5, 1945. 

Mil Details on Fairchild’s stabilization and universal 
computer. (AMG Report No. 469.) E. R. Lorch 
and Daniel Zelinsky. [OEMsr-1007.] AMG-Colum¬ 
bia. July 23, 1945. 

M12 Gyroscopes of the General Electric CFG computer 
in the B-29 airplane. (AMP Memorandum No. 
143.2M.) Magnus R. Hestenes, Daniel C. Lewis 
and F. J. Murray. OEMsr-1007. AMG-Columbia. 
September, 1945. 

M13 The axis converter and potentiometer resolver in 
the General Electric B-29 computer. (AMP Memo¬ 
randum No. 143.3M.) Magnus R. Hestenes, 
Daniel C. Lewis and F. J. Murray. OEMsr-1007. 
AMG-Columbia. September, 1945. 

M14 General principles of the General Electric CFC 
computer. Models 2CH1C1 and 2CH1D1. (AMP 
Memorandum No. 143.1M.) Magnus R. Hestenes, 
Daniel C. Lewis and F. J. Murray. OEMsr-1007. 
AMG-Columbia. September, 1945. 

M15 Constants for the total correction motors in the 
2CH1C1 computer for the B-29 airplane. (AMG 
Report No. 494.) Daniel C. Lewis and F. J. 
Murray. [OEMsr-1007.] AMG-Columbia. Sep¬ 
tember 24, 1945. 

503.6 Lead Angles and Lead Computing Sights 

Ml A new type of lead computing sight, (n.a.) Uni¬ 
versity of Texas. April 23, 1943. 

M2 Notes on a lead computing sight. (AMP Report No. 
47.1.) H. H. Germond. July 4, 1943. 

M3 Errors in use of lead computing sights when used 
for plane-to-plane fire, especially for head-on at¬ 
tacks. Conference of John B. Russell with EJM, 
WL, SM of AMG-C, August 3, 1943. (AMG Report 
No. 36.) (n.a.) [OEMsr-1007.] AMG-Columbia. 

August 4, 1943. 

M4 Slewing systems for gyro sights. (AMG Report No. 
45.) Saunders MacLane. [OEMsr-1007.] AMG- 
Columbia. September 6, 1943. 

M5 On errors made by a lead computing sight with 
special reference to head-on attacks. (AMP Memo¬ 
randum No. 57.1.) Walter Leighton. [OEMsr- 
1007.] AMG-Columbia. October, 1943. 


M6 Angular travel lead formulas in elevation and 
azimuth. (AMG Report No. 63.) Magnus R. 
Hestenes and Saunders MacLane. [OEMsr-1007.] 
AMG-Columbia. October 6, 1943. 

M7 Errors in two gyro lead computing sights. (AMG 
Report No. 66.) [Saunders MacLane.] [OEMsr- 
1007.] AMG-Columbia. October 13, 1943. 

M8 Errors made by a lead computing sight when the 
target follows a pursuit course. (AMP Report No. 
57.1.) Walter Leighton. [OEMsr-1007.] AMG- 
Columbia. December, 1943. 

M9 Study of a lead computing sight. (AMG Report 
No. 104.) Hassler Whitney. t OEMsr-1007.] AMG- 
Columbia. December 12, 1943. 

M10 Some remarks on lead computing sights. (AMG 
Report No. 105.) Magnus R. Hestenes. [OEMsr- 
1007.] AMG-Columbia. December 16, 1943. 

Mil A table of true kinematic leads for a special 
straight line course. (AMG Report No. 108.) (n.a.) 
[OEMsr-1007.] AMG-Columbia. January 3, 1944. 
M12 Aiming problems of flexible gunners defending 
bombers against aircraft. (AMG Report No. 123.) 
[Churchill Eisenhart.] [OEMsr-1007.] AMG-Co¬ 
lumbia. February 10, 1944. 

M13 [Errors made by a lead computing sight when the 
target follows a pursuit curve.] Report titled: 
Addendum to AMP Report No. 57.1. (AMP Memo¬ 
randum No. 57.3.) Walter Leighton. [OEMsr- 
1007.] AMG-Columbia. March, 1944. 

M14 Conversion formulas for elevation and traverse 
leads. (AMP Report No. 54.1.) (n.a.) [OEMsr- 

1007.] AMG-Columbia. March, 1944. 

M15 A study of the effect of relative wind and gravity 
upon a caliber 0.50 bullet in relation to the 
behavior of a lead computing sight. (AMP Report 
No. 57.2.) Walter Leighton. OEMsr-1007. AMG- 
Columbia. March, 1944. 

M16 Study of a certain type of lead computing sight. 
(AMG Report No. 135.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. March 18, 1944. 
M17 Introduction to the analytical principles of lead 
computing sights. (AMG Report No. 134.) Saun¬ 
ders MacLane. [OEMsr-1007.] AMG-Columbia. 
March 20, 1944. 

M18 An introduction to the analytical principles of 
lead computing sights. (AMG Report No. 137.) 

(n.a.) [OEMsr-1007.] AMG-Columbia. March 27, 
1944. 

M19 Solution of the differential equation: 

d\ 1 dff 

—a — + —\ = —. 

dt u dt 

(AMP Memorandum No. 57.5.) Walter Leighton. 
[OEMsr-1007.] AMG-Columbia. March 29, 1944. 
M20 [Lead computing sights.] (AMG Report No. 144.) 
Walter Leighton. [OEMsr-1007.] AMG-Columbia. 
March 31, 1944. 

M21 An introduction to the analytical principles of 
lead computing sights. (AMP Memorandum No. 






596 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


55.1M.) Saunders MacLane. [OEMsr-1007.] AMG- 
Columbia. April, 1944. 

M22 Conferences and lectures for the training group on 
lead computing sights. (AMG Report No. 178.) 
[L. Charles Hutchinson and Saunders MacLane.] 
t OEMsr-1007.] AMG-Columbia. June, 1944? 

M23 [How to put the target on the spot.] Report titled: 
Are the spots before your eyes red or Weiss? (AMG 
Report No. 190.) Saunders MacLane. [OEMsr- 
1007.] AMG-Columbia. June 2, 1944. 

M24 Solution of the differential equation: 


d2\ 

cIt2 


d\ -d2 ff 

+ 3 d7 + 3x= lp- + 



(Addendum to AMG Report No. 170.) (n.a.) 

[OEMsr-1007.] AMG-Columbia. June 12, 1944. 
M25 A method of obtaining operational stability in 
AGL Mark I GGS systems. (FC Memorandum No. 
98.) (n.a.) OSRD Liaison Office No. WA-4435-8-i. 
Armament Department, Royal Aircraft Establish¬ 
ment [Great Britain]. July, 1944. 

M26 Tables of true leads for two pure pursuit courses. 
(AMG Report No. 222.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. July 8, 1944. 
M27 Gun [lead computers]. Report titled: Diary t of] 
R. M. Thrall. (AMG Report No. 223.) Robert M. 
Thrall. [OEMsr-1007.] AMG-Columbia. July 10, 
1944. 

M28 Tables giving true lead for three pure pursuit 
courses. (AMG Report No. 231.) Gustav A. Hed- 
lund. [OEMsr-1007.] AMG-Columbia. July 20, 
1944. 

M29 The problem of true lead under evasive action. 
Two-dimensional case. (AMG Report No. 235.) 
[George Piranian.] [OEMsr-1007.] AMG-Colum¬ 
bia. July 25, 1944. 

M30 On airborne lead computing sights which compute 
kinematic lead according to the equation: 

1 

— a\° “h —\ = ff°. 
u 


(AMG Report No. 240.) Walter Leighton. 
OEMsr-1007. AMG-Columbia. August 1, 1944. 
M31 A comparison of true leads and the leads pro¬ 
duced by the K-13 sight for three pure pursuit 
courses. (AMG Report No. 241.) Gustav A. Hed- 
lund. [OEMsr-1007.] AMG-Columbia. August 2, 
1944. 

M32 A general principle regarding the design of instru¬ 
ments, with special reference to lead computing 
sights. (AMG Report No. 239.) George Piranian. 
[OEMsr-1007.] AMG-Columbia. August 8, 1944. 
M33 Testing the characteristic time of a lead computing 
sight. (AMG Report No. 260.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. September 12, 
1944. 

M34 [Sighting.] Report titled: Indianapolis strategy. 
Diary of S. MacLane. Visit to Indianapolis. (AMG 


Report No. 267.) Saunders MacLane. t OEMsr- 
1007.] AMG-Columbia. September 22, 1944. 

M35 A proposed rate sight, with an appendix on true 
lead formulas. (AMG Report No. 215. Revised.) 
Magnus R. Hestenes. ( OEMsr-1007.] AMG-Co¬ 
lumbia. September 25, 1944. 

M36 The bias and variability of errors in radial lead. 
(AMG Report No. 311.) H. C. Fryer. t OEMsr- 
1007.] AMG-Columbia. November 10, 1944. 

M37 A device for computing a correction in the kine¬ 
matic lead computation of lead computing sights. 
(Division 7. [Part] I.) Lucien La Coste. Univer¬ 
sity of Texas. February 26, 1945. 

M38 Time of flight setting of a lead computing sight. 
(AMP Memorandum No. 155.1 M.) Irving Kap¬ 
lansky. OEMsr-1007. AMG-Columbia. March, 
1945. 

M39 Kinematic lead under evasive action and its de¬ 
termination by photography from the bomber 
preliminary note. (AMG Report No. 48.) Richard 
S. Wolfe. [OEMsr-1007.] AMG-Northwestern 
University. May 10, 1945. 

M40 Courses N and T. Corrections for M-2. (AMP 
Working Paper No. 470.) R. L. Swain. t OEMsr- 
1007.] AMG-Columbia. July 26, 1945. 

M41 Lead computing sights with variable parameter 
a. (AMG Report No. 79.) Magnus R. Hestenes 
and Saunders MacLane. [OEMsr-1007.] AMG- 
Columbia. (n.d.) 

M42 Leads by the differential analyzer. (AMG Report 
No. 99.) (n.a.) [OEMsr-1007.] AMG-Columbia. 

(n.d.) 

Pursuit Curves 

Ml Pursuit courses. (AMP Memorandum No. 57.4.) 
Walter Leighton. [OEMsr-1007.] AMG-Colum¬ 
bia. March 29, 1944. 

M2 Graphs of pursuit curve characteristics. (Report 
No. 41.) N. U. Mayall. OEMsr-101. Mount 
Wilson Observatory. April 5, 1944. 

M3 Values of X, A and W for three pursuit courses. 
(AMG Report No. 220.) (n.a.) [OEMsr-1007.] 

AMG-Columbia. July 6, 1944. 

M4 The aerodynamic pursuit curve. (AMP Memo¬ 
randum No. 106.1M.) Mahlon M. Day and 
W. Prager. [OEMsr-1066.] AMG-Brown Univer¬ 
sity. July 12, 1944. 

M5 [Aerodynamic pursuit curve theory.] Report titled: 
Brownian pro-motion. (AMG Report No. 233.) 
Saunders MacLane. t OEMsr-1007.] AMG-Colum¬ 
bia. August 2, 1944. 

M6 Aerodynamic pursuit curves for overhead attacks. 
(AMP Report No. 106.1R.) George H. Handelman 
and W. Prager. ( OEMsr-1066.] AMG-Brown Uni¬ 
versity. August 7, 1944. 

M7 AMG-C policy concerning gees on pursuit courses. 
(AMG Report No. 252.) George Piranian. 
[OEMsr-1007.] AMG-Columbia. August 18, 1944. 

M8 Aerodynamic lead pursuit curves. (AMG Report 





APPLIED MATHEMATICS PANEL MICROFILM LIST 


597 


No. 273.) Daniel Zelinsky. [OEMsr-1007.] AMG- 
Columbia. September 29, 1944. 

M9 [Pursuit courses of the Draper-Davis sight.] Report 
titled: Diary of DZ. (AMG Report No. 282a.) 
Daniel Zelinsky. t OEMsr-1007.] AMG-Columbia. 
October 14, 1944. 

M10 Calibrations for straight line and pursuit courses. 
(AMG Report No. 390.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. March 21, 1945. 
Mil Aerodynamic lead pursuit courses. (AMP Report 
No. 153.2R.) Leon W. Cohen. OEMsr-1007. 
AMG-Columbia. July, 1945. 

M12 Equations for aerodynamic lead pursuit courses. 
(AMP Report No. 153.1R.) Leon W. Cohen. 
OEMsr-1007. AMG-Columbia. July, 1945. 

M13 Skidding aerodynamic pursuit of a target in uni¬ 
form level motion. (AMP Working Paper No. 452.) 
Leon W. Cohen. [OEMsr-1007.] AMG-Columbia. 
July 2, 1945. 

M14 Courses on the Texas Testing Machine. (AMG Re¬ 
port No. 484R.) Magnus R. Hestenes and Daniel 
Zelinsky. [OEMsr-1007.] AMG-Columbia. Sep¬ 
tember 27, 1945. 

M15 Aerodynamic lead pursuit curves for overhead 
attacks. (AMP Report No. 106.2R.) (n.a.) OEMsr- 
1066. AMG-Brown University. October 31, 1945. 

503.8 Attack Angle 

Ml Letter to Dr. Churchill Eisenhart. Subject: Calcu¬ 
lating angle of attack vs load factor curves from 
the usual performance data given on enemy planes. 
(AMG Report No. 78.) George H. Handelman. 
[OEMsr-1066.] AMG-Brown University. May 24, 
1944. 

M2 Absolute angles of attack of enemy fighter aircraft. 
(AMG Report No. 213.) (n.a.) [OEMsr-1007.] 

AMG-Columbia. June 29, 1944. 

M3 Effect of target motion on a pendulum dive angle 
indicator. (AMG Report No. 317.) Hassler Whit¬ 
ney. [OEMsr-1007.] AMG-Columbia. November 
22, 1944. 

M4 Static dive angle from a pendulum. (AMG Report 
No. 395.) L. Charles Hutchinson. [OEMsr-1007.] 
AMG-Columbia. April 3, 1945. 

504 Aircraft Defense and Attack Problems 

504.1 General Gunnery Problems 

Ml An analysis of the performance of a fixed gun 
fighter, armed with guns of different calibres, in 
single home-defence combat with a twin-engined 
bomber. (AWA Paper No. 1.) L. B. C. Cunning¬ 
ham, E. O. Cornford and others. OSRD Liaison 
Office No. WA-382-4d. t Air Warfare Analysis Sec¬ 
tion, Great Britain.] February, 1940. 

M2 The mathematical theory of air combat. L. B. C. 
Cunningham. OSRD Liaison Office No. II-5-1042. 
[Great Britain.] [February, 1940?] 

M3 Outline of Cunningham papers. (AMP Report No. 


2.1.) [Milton Friedman.] [OEMsr-618.j SRG- 
Columbia. August 22, 1942. 

M4 The mathematical theory of air combat. (AMP 
Report No. Z2.) (n.a.) [OEMsr-618.] SRG- 

Columbia. August 26, 1942. 

M5 Comparison of eight .50-caliber with four 20-mm 
guns against a Messerschmitt 109-F and a Heinkel 
III. (AMP Memorandum No. 2.7.) t W. Allen 
Wallis.] [OEMsr-618.] SRG-Columbia. Novem¬ 
ber 16, 1942. 

M6 Optimum interrelation of aiming and dispersion 
errors. Case where two bullets are fired at each 
aiming of the gun. Bullets distributed in one 
dimension. (AMP Memorandum No. 2.13.) 
[J. Wolfowitz.] [OEMsr-618.] SRG-Columbia. 
January 16, 1943. 

M7 Comments on: A solution of a fundamental prob¬ 
lem of firing trials, Air Warfare Analysis Paper 
No. 29, OSRD [Liaison Office] No. WA-382-4h, by 
L. B. C. Cunningham and W. Rudoe. (AMP Note 
No. 5.) (n.a.) June 2, 1943. 

M8 The optimum interrelation between gun and aim¬ 
ing errors when several shots are fired from each 
position of aim. (AMP Memorandum No. 2.16.) 
(n.a.) [OEMsr-618.] SRG-Columbia. June 25, 

1943. 

M9 Comment on the effect of gun errors on the 
probability of at least one hit when several guns 
are aimed jointly. (AMP Memorandum No. 2.17.) 
(n.a.) [OEMsr-618.] SRG-Columbia. July 3, 1943. 

M10 Comment on the memorandum: Aircraft machine 
guns. The evaluation of hypervelocity types of 
[machine gunsj for naval aircraft, dated March 18, 

1943. and prepared by the Special Board of Naval 

Ordnance. (AMP Memorandum No. 53.1.) (n.a.) 

July 12, 1943. 

Mil [Group flying problems.] Report titled: The opin¬ 
ions of Edwin Hewitt. (AMG Report No. 166.) 
Saunders MacLane. [OEMsr-1007.] AMG-Colum¬ 
bia. May 15, 1944. 

M12 Conference on B-29 airplanes. (AMG Report No. 
192.) Churchill Eisenhart and Magnus R. Hes¬ 
tenes. [OEMsr-1007.] AMG-Columbia. June 6, 

1944. 

M13 [Vibration of the mounts for machine guns on 
bombers.] Report titled: Visit to Wright Field 
and to University of Cincinnati in connection with 
Study No. 52, ball turret problem. (AMG Report 
No. 211) James J. Stoker.] [OEMsr-1007.] 
AMG-Columbia. June 27, 1944. 

M14 [Gunnery and bombing tactics of B-29 planes.] 
(Bulletin Nos. 1-13.) Compiled by: Merrill M. 
Flood. [OEMsr-1365;] Service Project No. AC-92. 
AMG-Princeton. August 8, 1944 to February 13, 

1945. 

M15 Notes on the assessment of a bomber’s defensive 
fire. (AMP Working Paper No. 1.) (n.a.) October, 
1944. 

M16 Record of visit to Eglin Field, October 2 and 3, 


;ecret 




598 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


1944. (AMG Report No. 284.) [Robert M. Thrall.] 
[OEMsr-1007.] AMG-Columbia. October 14,1944. 
M17 The effect of quasi-steady errors on bullet density. 
(AMG Report No. 312.) t W. Allen Wallis.] 
t OEMsr-1007.] AMG-Columbia. November 14, 

1944. 

M18 Experimental observations on a fighter’s ability to 
maintain a consistent aim during attacks on high¬ 
speed bombers. (Report No. UNM/W/TR6.) 
R. E. Holzer. OEMsr-1390; Service Project No. 
AC-92. University of New Mexico. February 3, 

1945. 

M19 Corkscrew maneuvers. (Report No. BC/S.3043/ 
Air/Ops.1C.) (n.a.) OSRD Liaison Office No. 

WA-5195-9F. Headquarters, Bomber Command 
[Great Britain]. May 27, 1945. 

M20 Comments on a general theory of air warfare. 
(AMP Note No. 27.) Warren Weaver. January, 

1946. 

M21 Preliminary notes on battery evaluation. (No. 1. 
AMP Memorandum No. 2.1.) (n.a.) OEMsr-618. 

SRG-Columbia. (n.d.) 

504.2 Fire Power of a Formation 

Ml Experimental mapping of the fire power of a 
formation. (AMG Report No. 165.) Saunders Mac- 
Lane. [OEMsr-1007.] AMG-Columbia. May 12 
1944. 

M2 Mapping of the fire power of a formation. (AMG 
Report No. 218.) [Walter Leighton.] t OEMsr- 
1007.] AMG-Columbia. July 5, 1944. 

M3 Mapping of the fire power of a formation. ('AMG 
Report No. 232.) [Saunders MacLane.j [OEMsr- 
1007.] AMG-Columbia. July 28, 1944. 

M4 Barrage fire from a formation of bombers against 
a fast fighter. (AMG Report No. 254. Second Edi¬ 
tion.) (n.a.) [OEMsr-1007.] AMG-Columbia. 

September 22, 1944. 

504.21 Fire Power of B-29 Formations 

Ml Analysis of fire power of a B-29 airplane. (Tech¬ 
nical Report No. 1.) (n.a.) [OEMsr-1381;] Service 
Project No. AC-92. Mount Wilson Observatory. 
September 16, 1944. 

M2 Analysis of fire power of a squadron of four B-29 
airplanes. (Technical Report No. 2.) (n.a.) 

[OEMsr-1381;] Service Project No. AC-92. Mount 
Wilson Observatory. September 30, 1944. 

M3 General description of the method of study of de¬ 
fensive fire power of formation of B-29 airplanes 
being carried out at Mount Wilson Observatory, 
Pasadena, California. (Technical Report No. 3.) 
(n.a.) [OEMsr-1381;] Service Project No. AC-92. 

Mount Wilson Observatory. October 17, 1944. 

M4 The fire power of a squadron of four B-29 air¬ 
planes (Standard Mission II). (Report No. 4.) 
(n.a.) OEMsr-1381; Service Project No. AC-92. 

Mount Wilson Observatory. November 6, 1944. 
M5 The firepower of a modified squadron of four B-29 
airplanes. (Report No. 6.) (n.a.) [OEMsr-1381;] 


Service Project No. AC-92. Mount Wilson Ob¬ 
servatory. November 24, 1944. 

M6 The methods of study of a squadron of eleven air¬ 
planes. (Report No. 7.) (n.a.) [OEMsr-1381.] 

Mount Wilson Observatory. December 14, 1944. 

M7 Observational results on the defensive fire power 
of a squadron of eleven B-29 airplanes. (Report 
No. 10.) (n.a.) [OEMsr-1381;j Service Project No. 

AC-92. Mount Wilson Observatory. February 20, 
1945. 

M8 Observational results on the defensive fire power 
of a squadron of twelve B-29 airplanes. (Report 
No. 11.) (n.a.) [OEMsr-1381;] Service Project No. 
AC-92. Mount Wilson Observatory. February 20, 
1945. 

M9 Additional measurements of the defensive fire 
power of a squadron of twelve B-29 airplanes. 
(Technical Report No. 13.) (n.a.) [OEMsr-1381.] 

Mount Wilson Observatory. April 11, 1945. 

M10 A suggested system for briefing B-29 formations. 
(Technical Report No. 14.) (n.a.) [OEMsr-1381.] 

Mount Wilson Observatory. April 24, 1945. 

Mil Support fire of a B-29 formation against four nose 
attacks. (Technical Report No. 15.) (n.a.) 

[OEMsr-1381.] Mount Wilson Observatory. Au¬ 
gust 7, 1945. 

M12 Support fire of a B-29 formation against two beam 
attacks. (Technical Report No. 16. Supplement to 
Report No. 15.) (n.a.) [OEMsr-1381.] Service 

Project No. AC-92. Mount Wilson Observatory. 
August 14, 1945. 

M13 Defensive gunnery of B-29 formations. (Technical 
Report No. 17.) (n.a.) [OEMsr-1381.] Mount 

Wilson Observatory. August 24, 1945. 

M14 Studies of defensive fire power of formation of air¬ 
planes. (Final report on Contract OEMsr-1381.) 
(n.a.) OEMsr-1381; Service Project No. AC-92. 

Mount Wilson Observatory. August 31, 1945. 

M15 Optimum dispersion for nose turrets of a B-29. 
(AMP Memorandum No. 188.1M.) Arthur Sard 
and R. L. Swain. OEMsr-1007. AMG-Columbia. 
October, 1945. 

504.3 Formation Flying Problems 

Ml [Formation flying.] Report titled: The Youngs’ 
Journal. Historical comments on the initiation of 
Study No. 118. (AMG Report No. 168.) f J. W. 
T. Youngs.] [OEMsr-1007.] AMG-Columbia, 
May 17, 1944. 

M2 [Problems of formation flying.] Report titled: 
The Youngs’ Journal. (AMG Report No. 168a.) 
(n.a.) [OEMsr-1007.] AMG-Columbia. May 18, 

1944. 

M3 Conference on mathematics of formations at 
AMG-C, June 8, 1944. (AMG Report No. 224.) 
Irving Kaplansky. [OEMsr-1007.] AMG-Colum¬ 
bia. July 10, 1944. 

504.4 Attacks Against Bombers 

Ml [Fighter attacks against bombers.] Report titled: 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


599 


Mathematical Note No. 1. (AMP Memorandum 
No. 2.2.) (n.a.) [OEMsr-618.] SRG-Columbia. 

October 23, 1942. 

M2 [Fighter attacks on a bomber.] Report titled: 
Preliminary notes on evaluation. No. 2. (AMP 
Memorandum No. 2.3.) (n.a.) [OEMsr-618.j 

SRG-Columbia. October 26, 1942. 

M3 [Fighter attacks against a bomber.] Report titled: 
Mathematical Note No. 2. (AMP Memorandum 
No. 2.4.) J. Wolfowitz.] t OEMsr-618.] SRG- 
Columbia. November 2, 1942. 

M4 The optimum ammunition for the rear guns of 
a bomber usually attacked by a single-engine 
fighter. (AMP Memorandum No. 2.6.) J. Wolfo¬ 
witz. [OEMsr-1066.] SRG-Columbia. November 
6, 1942. 

M5 [Fighter attacks against a bomber.] Report titled: 
Mathematical Note No. 3. (AMP Memorandum 
No. 2.9.) J. Wolfowitz. t OEMsr-618.] SRG- 
Columbia. December 1, 1942. 

M6 The interception of a high-speed bomber. Clifford 
R. Simms. Jam Handy Organization, Inc. March, 
1944. 

M7 Theoretical analysis of a stern attack on a de¬ 
fended twin-engine bomber. (AMP Memorandum 
No. 2.12M. Revised.) (n.a.) [OEMsr-618.] AMG- 

Columbia. April 14, 1944. 

M8 Comparative effectiveness of .50-inch and 20- 
mm fighter armament against a twin-engine 
bomber from astern. (AMP Report No. 2.5R.) 
(n.a.) [OEMsr-618.] SRG-Columbia. May, 1944. 

M9 The “slow” fighter. (AMP Memorandum No. 
57.6M.) Walter Leighton. [OEMsr-1007.] AMG- 
Columbia. September, 1944. 

M10 Offset guns in fighter airplanes. (Report No. 8.) 
(n.a.) [OEMsr-1381.] Mount Wilson Observa¬ 

tory. January 15, 1945. 

Mil [Offset guns.] Report titled: Washington Sperry- 
go-round. A compilation of odd bits of informa¬ 
tion and gossip from the nation’s capital. (AMG 
Report No. 349.) [Saunders MacLane.] t OEMsr- 
1007.] AMG-Columbia. January 15, 1945. 

M12 [Fighter attack against bombers.] Report titled: 
Bill airs his views. A description of the company 
front attack. (AMG Report No. 362.) [Saunders 
MacLane.] [OEMsr-1007.] AMG-Columbia. Janu¬ 
ary 30, 1945. 

M13 Japanese attack tactics against bombers.] Report 
titled: Operational information from the Navy 
Operational Research Group. (AMP Working 
Paper No. 403.) Saunders MacLane. [OEMsr- 
1007.] AMG-Columbia. April 18, 1945. 

M14 Current status of the simplest attackability prob¬ 
lem. (Memorandum No. 12.) John W. Tukey. 
[OEMsr-1365.] AMG-Princeton. June 7, 1945. 

M15 Experimental data for certain nose attacks on 
B-29’s. (AMG Report No. 475.) [Samuel Eilen- 
berg.] [OEMsr-1007.] AMG-Columbia. August 
10, 1945. 

M16 Fighter attacks at low rates of closure. (AMP 


Memorandum No. 57.7M. Revision of AMP Memo¬ 
randum No. 57.6M.) Walter Leighton and Charles 
Nichols. OEMsr-1379. AMG-Northwestem Uni¬ 
versity. October, 1945. 

M17 Offset guns. [Fighter attack against bombers.] 
(AMP Report No. 157.1R.) Walter Leighton and 
Charles Nichols. OEMsr-1379. AMG-Northwest- 
ern University. October, 1945. 

M18 Probabilities of disabling an engine of a twin- 
engine bomber. (AMP Memorandum No. 2.15.) 
(n.a.) OEMsr-618. SRG-Columbia. (n.d.) 

504.41 Fighter Attacks Against B-29’s 

Ml Near-level attacks on the B-29. (AMG Report No. 
271.) [F. J. Murray.] [OEMsr-1007.] AMG-Co- 

lumbia. September 27, 1944. 

M2 Preliminary study of fighter attacks on a B-29. 
(Report No. 5.) (n.a.) [OEMsr-1381;] Service 

Project No. AC-92. Mount Wilson Observatory. 
October 27, 1944. 

M3 Tests related to the defense and tactical use of the 
B-29. (Report No. UNM/W/TR-3.) R. E. Holzer. 
OEMsr-1390; Service Project No. AC-92. Univer¬ 
sity of New Mexico. November 15, 1944. 

M4 Duration of strafing attacks on a B-29 aircraft. 
(Report No. 9.) (n.a.) [OEMsr-1381;] Service 

Project No. AC-92. Mount Wilson Observatory. 
January 29, 1945. 

M5 Estimates of the vulnerability of the B-29 to 
fighter attack. (AMP Memorandum No. 168.1 M.) 
(n.a.) OEMsr-618. SRG-Columbia. February, 
1945. 

M6 [Fire control of the B-29.] Report titled: Is her 
nose red, or, how to keep the B-29 on the straight 
and narrow. (AMG Report No. 388.) Saunders 
MacLane. [OEMsr-1007.] AMG-Columbia. March 
20, 1945. 

M7 Evaluation of fighter attacks on B-29 airplanes. 
(Technical Report No. 12.) (n.a.) [OEMsr-1381.] 

Mount Wilson Observatory. March 31, 1945. 

M8 Experimentally determined fighter attack courses 
against a B-29. (Report No. UNM/W-33.) 
T. Zanstra. OEMsr-1390; Service Project No. 
AC-92. University of New Mexico. April 24, 1945. 

M9 [To determine the present status of problems on 
B-29 gunner.] Report titled: How SM and MRH 
nosed around the B-29’s. (AMP Working Paper 
No. 424.) Saunders MacLane and Magnus R. 
Hestenes. [OEMsr-1007.] AMG-Columbia. May 
26, 1945. 

M10 Danger area around standard bombs. (AMP Memo¬ 
randum No. 194.1 M.) Milton Friedman. [OEMsr- 
618.] SRG-Columbia. August, 1945. 

504.42 Antiaircraft and Bomb Attacks on Aircraft 

Ml Fragmentation and the chances of damage to air¬ 
craft from antiaircraft shells. (Report No. 3.) 
E. S. Pearson. OSRD Liaison Office No. W-104-15. 
External Ballistics Department, Ordnance Board 
[Great Britain]. April, 1940. 


SECRET 






600 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


M2 Appendices, tables and figures. (Report No. S.) 
(n.a.) External Ballistics Department, Ordnance 
Board [Great Britain]. April, 1940. 

M3 The chances of damage to aircraft from antiair¬ 
craft shells. A generalization of previous methods 
of solution. B. L. Welch. OSRD Liaison Office 
No. W-104-19. External Ballistics Department, 
Ordnance Board [Great Britain]. August 8, 1941. 

M4 Proability of hitting a twin-engine airplane with 
head-on antiaircraft fire. (AMP Report No. 3.1.) 
(n.a.) [OEMsr-618.] SRG-Columbia. February 5, 

1943. 

M5 Experiments on the vulnerability of military air¬ 
craft to high-explosive shell fragments. (Report 
No. NMPG/T/TR-2.) D. M. Dennison and Wil¬ 
liam Hume, II. New Mexico Proving Ground. 
September 8, 1944. 

M6 The probability of damage to aircraft through 
antiaircraft fire. The dependence of effectiveness 
upon shell fragmentation characteristics. (AMP 
Note No. 19.) (n.a.) May, 1945. 

M7 [Defense against Baka attacks.] Report titled: 
Is suicide statistical? Conference in ORG on 
mathematical aspects of the suicide problem. 
(AMP Working Paper No. 465.) Saunders Mac- 
Lane. [OEMsr-1007.] AMG-Columbia. July 24, 
1945. 

M8 Probability of damage from heavy flak. (AMP 
Report No. 185.1R.) (n.a.) OEMsr-1066. AMG- 

Brown University. September 1, 1945. 

504.43 Vulnerability Estimates of Aircraft 

Ml A method of estimating plane vulnerability based 
on damage of survivors. Part I, An equation 
satisfied by the probabilities that a plane will be 
downed by i hits. (AMP Memorandum No. 

76.1. ) (n.a.) [OEMsr-618.] SRG-Columbia. Oc¬ 
tober 5, 1943. 

M2 A method of estimating plane vulnerability based 
on damage of survivors. Part II, Maximum value 
of the probability that a plane will be downed by 
a given number of hits. (AMP Memorandum No. 

76.2. ) (n.a.) [OEMsr-618.] SRG-Columbia. Oc¬ 
tober 6, 1943. 

M3 A method of estimating plane vulnerability based 
on damage of survivors. Part III, Approximate 
determination of the maximum value of the prob¬ 
ability that a plane will be downed by a given 
number of hits. (AMP Memorandum No. 76.3.) 
(n.a.) [OEMsr-618.] SRG-Columbia. October 8, 

1943. 

M4 A method of estimating plane vulnerability based 
on damage of survivors. Part IV, Minimum and 
maximum value of the probability that a plane 
will be downed by a given number of hits cal¬ 
culated under some further restrictions on the 
probabilities qi . . . q n . (AMP Memorandum No. 
76.4.) (n.a.) [OEMsr-618.] SRG-Columbia. Oc¬ 

tober 13, 1943. 

M5 A method of estimating plane vulnerability based 


on damage of survivors. Part V, Subdivision of 
the plane into several equi-vulnerability areas. 
(AMP Memorandum No. 76.5.) (n.a.) [OEMsr- 

618.] SRG-Columbia. October 20, 1943. 

M6 A method of estimating plane vulnerability based 
on damage of survivors. Part VI, Sampling errors. 
(AMP Memorandum No. 76.6.) (n.a.) OEMsr- 

618. SRG-Columbia. November 1, 1943. 

M7 A method of estimating plane vulnerability based 
on damage of survivors. Part VII, Miscellaneous 
remarks. (AMP Memorandum No. 76.7.) (n.a.) 

[OEMsr-618.] SRG-Columbia. November 10, 
1943. 

M8 A method of estimating plane vulnerability based 
on damage of survivors. Part VIII, Vulnerability 
of a plane to different types of guns. (AMP Memo¬ 
randum No. 76.8.) (n.a.) ( OEMsr-618.] SRG- 

Columbia. December 4, 1943. 

M9 The problem of engaging irregularly flying aircraft 
with antiaircraft fire. (AMG Report No. 106.) 
[Daniel C. Lewis.] [OEMsr-1007.] AMG-Columbia. 
December 22, 1943. 

M10 The estimation of vulnerability of aircraft from 
damage to survivors. (AMP Report No. 76.1R.) 
(n.a.) OEMsr-618. SRG-Columbia. May, 1945. 

Mil Probability of destroying a twin-engine bomber by 
hits on the several vulnerable areas. (AMP Report 
No. 2.21M.) (n.a.) t OEMsr-618.] SRG-Columbia. 
(n.d.) 

504.5 Training of Personnel 

Ml Aerial gunnery training of mathematicians re¬ 
quested by Army Air Forces. (AMG Report No. 
125.) Churchill Eisenhart. [OEMsr-1007.] AMG- 
Columbia. February 17, 1944. 

M2 Aerial gunnery training for mathematicians re¬ 
quested by Army Air Forces. Conference and 
interviews. (AMG Report No. 127.) [Churchill 
Eisenhart.] [OEMsr-1007.] AMG-Columbia. Feb¬ 
ruary 22, 1944. 

M3 The activities of the Aerial Gunnery Training 
Section of AMG-C at Fort Myers, Florida. (AMG 
Report No. 174.) J. W. T. Youngs. t OEMsr- 
1007.] AMG-Columbia. May 22, 1944. 

M4 Navy conference on aerial gunnery assessment. 
(AMG Report No. 202.) Saunders MacLane. 
[OEMsr-1007.] AMG-Columbia. June 26, 1944. 

M5 [Gunnery personnel training.] Report titled: 
Diary of RMT. (AMG Report No. 314.) Robert 
M. Thrall. [OEMsr-1007.] AMG-Columbia. No¬ 
vember 20, 1944. 

M6 [Central fire control system.] Report titled: Re¬ 
port of DCL and FJM on trip to Salina, Kansas, 
October 28-29, 1944. (AMG Report No. 332.) 
Daniel C. Lewis. [OEMsr-1007.] AMG-Columbia. 
December 13, 1944. 

M7 Conference with the members of the APP regard¬ 
ing the statistical features of their research. (AMG 
Report No. 352.) H. C. Fryer. t OEMsr-1007.) 
AMG-Columbia. January 17, 1945. 




APPLIED MATHEMATICS PANEL MICROFILM LIST 


601 


M8 How rocket trainers fly. (AMG Report No. 412.) 
Saunders MacLane. [OEMsr-1007.] AMG-Colum- 
bia. May 10, 1945. 

M9 [Training of fighter pilots.] Report titled: Con¬ 
ference at Foster Field, Texas, May 22 to May 24, 
1945. (AMP Working Paper No. 428.) Hassler 
Whitney. [OEMsr-1007.] AMG-Columbia. May 
31, 1945. 

M10 Summary report on AMP Study No. 103. Army 
Air Forces training program. (AMG Report No. 
483.) Saunders MacLane. t OEMsr-1007.] AMG- 
Columbia. August 24, 1945. 

504.51 Training Films 

Ml Orientation and magnification of an airplane 
model for movies. (AMP Report No. 40.1.) (n.a.) 

[OEMsr-1007.] AMG-Columbia. September, 1943. 

M2 [Account of production methods in making bomber 
gunner training films at the Jam Handy Organi¬ 
zation.] (AMG Report No. 54.) John H. Lewis. 
[OEMsr-1007.] AMG-Columbia. September 18, 

1943. 

M3 [Waller trainer and related equipment.] Report 
titled: Visit to the Vitarama Corporation. (AMG 
Report No. 196.) Herbert Solomon. t OEMsr- 
1007.] AMG-Columbia. June 14, 1944. 

M4 [Waller trainer.] Report titled: Visit to the 
Vitarama Corporation. (AMG Report No. 205.) 
[Churchill Eisenhart.] [OEMsr-1007.] AMG- 
Columbia. June 21, 1944. 

M5 Waller permanent course III. Tail attacks. (AMG 
Report No. 269.) Churchill Eisenhart. [OEMsr- 
1007.] AMG-Columbia. September 25, 1944. 

M6 Waller permanent course III. Starboard beam at¬ 
tacks. (AMG Report No. 275.) Churchill Eisen¬ 
hart. [OEMsr-1007.] AMG-Columbia. October 
2, 1944. 

M7 Waller permanent course III. Nose attacks. (AMG 
Report No. 285.) Churchill Eisenhart. [OEMsr- 
1007.] AMG-Columbia. October 16, 1944. 

M8 Waller permanent course III. Starboard early 1/4 
attacks. (AMG Report No. 287.) Herbert Solo¬ 
mon. [OEMsr-1007.] AMG-Columbia. October 
19, 1944. 

M9 Designation of starts and terminations of pursuit 
curve portions of attacks for Waller permanent 
course III. (AMG Report No. 292.) Churchill 
Eisenhart. [OEMsr-1007.] AMG-Columbia. Octo¬ 
ber 23, 1944. 

M10 Waller permanent course III. Starboard late quar¬ 
ter attacks. (AMG Report No. 291.) Herbert 
Solomon. t OEMsr-1007.] AMG-Columbia. Octo¬ 
ber 23, 1944. 

Mil Waller permanent course III. Port late quarter 
attacks. (AMG Report No. 296.) Herbert Solomon. 
[OEMsr-1007.] AMG-Columbia. October 26, 

1944. 

M12 Waller permanent course III. Port early 14 attacks. 
(AMG Report No. 309.) Herbert Solomon. 


[OEMsr-1007.] AMG-Columbia. November 10, 
1944. 

M13 A proposed device for fighter film assessment. 
(AMG Report No. 404.) Samuel Eilenberg and 
John H. Lewis. [OEMsr-1007.] AMG-Columbia. 
April 20, 1945. 

504.52 Frangible Bullets 

Ml Frangible projectiles for flexible gunnery training. 
(AMG Report No. 92.) Churchill Eisenhart. 
[OEMsr-1007.] AMG-Columbia. November 9, 

1943. 

M2 Technical aspects of frangible projectiles for flexi¬ 
ble gunnery training. (AMG Report No. 93.) 
[Churchill Eisenhart.] [OEMsr-1007.] AMG- 
Columbia. November 19, 1943. 

M3 [Frangible bullets.] Report titled: Hit the glass 
hard. (AMG Report No. 321.) [Saunders Mac¬ 
Lane.] [OEMsr-1007.] AMG-Columbia. Decem¬ 
ber 2, 1944. 

M4 Use of frangible bullets in testing support fire 
rules, (n.a.) May 21, 1945. 

M5 Frangible bullets and aerial gunnery. (AMP 
Memorandum No. 167.1 M.) Gustav A. Hedlund. 
OEMsr-1007. AMG-Columbia. July, 1945. 

504.6 Miscellaneous Problems Concerning Flying 

Ml Interception and escape techniques at high speed 
and high altitude. Model 416. (Report No. SM- 
3263.) W. B. Klemperer. Douglas Aircraft Com¬ 
pany, Inc. July 24, 1941. 

M2 The bank of an airplane and load factor under 
conditions of general flight. William M. Borg- 
man. Jam Handy Organization, Inc. June 30, 

1944. 

M3 Night fighter tactics. (AMG Report No. 327.) 
Robert M. Thrall. [OEMsr-1007.] AMG-Colum¬ 
bia. December 8, 1944. 

M4 The effect of radar domes (eagle-vane and faired- 
dome) on the operational speed of the modified 
B-29. Speed reductions caused by open bomb doors 
at operational altitude of 33,000 feet. E. J. Work¬ 
man. OEMsr-1390. University of New Mexico. 
January 3, 1945. 

M5 Relation between skid and forces perpendicular to 
the plane of symmetry of an aircraft. (AMP Work¬ 
ing Paper No. 430.) Daniel Zelinsky. [OEMsr- 
1007.] AMG-Columbia. June 1, 1945. 

600 ROCKETS 

601 Fire Control 
601.1 Attack Devices 

Ml Study of angle of attack indicators. (AMP Work¬ 
ing Paper No. 464.) Arthur Sard. t OEMsr-1007.] 
AMG-Columbia. July 19, 1945. 

M2 Radiation Laboratory’s rocket computer. (AMG 


SECRE 





602 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


Report No. 474.) Irving Kaplansky. [OEMsr- 
1007.] AMG-Columbia. August 1, 1945. 

M3 The use of a rocket computer in conjunction with 
the Mark 23. (AMG Report No. 477.) Irving 
Kaplansky. [OEMsr-1007.] AMG-Columbia. Au¬ 
gust 9, 1945. 

601.2 Sights and Methods of Sighting 

Ml Rocket firing from aircraft. (AMP Working Paper 
No. 281.) Harry Pollard. [OEMsr-1007.] AMG- 
Columbia. October 13, 1944. 

M2 The testing of a certain range finder. (AMG Re¬ 
port No. 305.) Hassler Whitney. [OEMsr-1007.] 
AMG-Columbia. November 7, 1944. 

M3 Rocket firing from aircraft. ([Part] II. AMG Re¬ 
port No. 324.) Harry Pollard. t OEMsr-1007.] 
AMG-Columbia. December 6, 1944. 

M4 A particular method of aiming bombs and rockets. 
(AMG Report No. 335.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. December 15, 
1944. 

M5 A rocket sight called PARS. (AMG Report No. 
359.) Hassler Whitney. [OEMsr-1007.] AMG- 
Columbia. January 27, 1945. 

M6 Method used to obtain leads needed in the design 
of PARS. (AMG Report No. 380.) Phyllis Mon- 
derer. [OEMsr-1007.] AMG-Columbia. February 
27, 1945. 

M7 On the use of a pendulum in rocket sighting from 
aircraft. (AMG Report No. 381.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. March 10, 1945. 

M8 A special method of rocket sighting. (AMG Report 
No. 393.) Hassler Whitney. [OEMsr-1007.] 
AMG-Columbia. March 17, 1945. 

M9 Simple method for preliminary test of a rocket 
sighting method. (AMG Report No. 392.) Hassler 
Whitney. [OEMsr-1007.] AMG-Columbia. March 
19, 1945. 

M10 “Peanut” as a rocket sight. (AMG Report No. 
399.) Irving Kaplansky. [OEMsr-1007.] AMG- 
Columbia. April 13, 1945. 

Mil The Mark 18 as a rocket sight. (AMG Report 
No. 408.) Irving Kaplansky and Mae Reiner. 
[OEMsr-1007.] AMG-Columbia. May 3, 1945. 

M12 Target motion for Peanut and the Draper-Davis 
rocket sight. (AMP Working Paper No. 415.) 
Irving Kaplansky. [OEMsr-1007.] AMG-Colum¬ 
bia. May 15, 1945. 

M13 Remarks on skid in a fighter plane. (AMG Report 
No. 418.) Hassler Whitney. t OEMsr-1007.] 
AMG-Columbia. May 18, 1945. 

M14 Notes on the wing line method of sighting from 
fighter planes. (AMG Report No. 427.) Hassler 
Whitney. [OEMsr-1007.] AMG-Columbia. May 
29, 1945. 

M15 Recommended sensitivity for a gyro rocket sight. 
(AMP Working Paper No. 437.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. June 2, 1945. 

M16 [Rocket sighting.] Report titled: What goes on at 
Dover. (AMP Working Paper No. 432.) Irving 


Kaplansky. [OEMsr-1007.] AMG-Columbia. June 
4, 1945. 

M17 Harmonization data for the K-14 in a P-47. (AMP 
Working Paper No. 435.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. June 6, 1945. 

M18 A remark on the effect of banking in the rocket 
sighting problem. (AMP Working Paper No. 436.) 
Harry Pollard. [OEMsr-1007.] AMG-Columbia. 
June 6, 1945. 

M19 The lead for aircraft rockets on a firing course. 
(AMP Working Paper No. 462.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. July 18, 1945. 

M20 Angular rate methods in rocket sighting. (AMP 
Report No. 124.2R.) Irving Kaplansky. OEMsr- 
1007. AMG-Columbia. October, 1945. 

M21 Sighting problem for airborne rockets. (AMP Re¬ 
port No. 124.1R.) Hassler Whitney. OEMsr- 

1007. AMG-Columbia. October, 1945. 

602 Heat Flow 

Ml Heat flow problems for rockets considered by 
AMG-NYU. (AMG Report No. 63.) (n.a.) 

[OEMsr-945.] AMG-New York University. August, 
1944. 

M2 On heat flow in walls of rockets. Mathematical 
treatment. (AMG Report No. 1.) (n.a.) OEMsr- 

945. AMG-New York University. October, 1944. 

M3 Methods for calculating thermal stresses and head 
flow in rockets, with estimates. (AMG Report No. 
104.) J. K. Lome MacDonald. [OEMsr-945.] 

AMG-New York University. February 22, 1945. 

M4 Temperature perturbations due to thermocouple 
structures inserted into walls of rockets. (AMG 
Report No. 113.) J. K. Lome MacDonald. 
[OEMsr-945.] AMG-New York University. April 
7, 1945. 

M5 Heat and gas flow in rockets. (AMG Report No. 
132.) J. K. Lome MacDonald. [OEMsr-945.] 

AMG-New York University. July 27, 1945. 

603 Trajectories 

Ml Trajectories of aircraft rockets 3.5-inch and 5.0- 
inch. (Division 3. Report No. CIT/UBC-27.) (n.a.) 
OEMsr-418; OSRD No. 2225. California Institute 
of Technology. September 25, 1944. 

M2 Gravity drop formulas for airborne rockets. (AMG 
Report No. 347.) Harry Pollard. [OEMsr-1007.] 
AMG-Columbia. January 4, 1945. 

M3 Formulas for trajectory drop and flight times for 
the 5.0-inch HVAR and the 3.5-inch AR. (AMP 
Working Paper No. 414.) Irving Kaplansky. 
[OEMsr-1007.] AMG-Columbia. May 10, 1945. 

M4 The trajectory drop of aircraft rockets at short 
ranges. (AMP Working Paper No. 431.) Hassler 
Whitney. [OEMsr-1007.] AMG-Columbia. June 
2, 1945. 

604 Rockets vs Baka 

Ml The probability that a variable-time fuzed pro¬ 
jectile will destroy a Baka bomb. (AMP Working 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


603 


Paper No. 445.) Arthur Sard and R. L. Swain. 
[OEMsr-1007.] AMG-Columbia. June 26, 1945. 

M2 Rocket banks vs Bakas. (AMP Working Paper No. 
458.) R. L. Swain. [OEMsr-1007.] AMG- 
Columbia. June 26, 1945. 

M3 Rocket barrage defense against Baka. (AMP Work¬ 
ing Paper No. 457.) Arthur Sard and R. L. 
Swain. [OEMsr-1007.] AMG-Columbia. July 6 , 
1945. 

M4 A train of variable-time fuzed rockets vs Baka. 
Diary of Arthur Sard, July 12, 1945. (AMP Work¬ 
ing Paper No. 466.) [Arthur Sard.] t OEMsr- 
1007.] AMG-Columbia. July 20, 1945. 

M5 Variable-time fuzed rockets vs Baka. (AMG Report 
No. 479.) R. L. Swain. t OEMsr-1007.] AMG- 
Columbia. August 9, 1945. 

605 Rockets vs Aircraft 

Ml Optimum burst surface for 41,4-inch airborne 
rocket fired from astern at twin-engine bomber, 
Ju- 88 . (AMP Report No. 21.2R.) (n.a.) t OEMsr- 
618.] SRG-Columbia. July, 1944. 

M2 Probability that a 4-inch rocket fired from astern 
will destroy a twin-engine bomber, Ju- 88 , as a 
function of the point of burst. (AMP Report No. 
21.1R.) (n.a.) OEMsr-618. SRG-Columbia. July, 
1944. 

M3 Effectiveness of a 4 1 , 4 -inch airborne rocket with T-5 
fuze when fired at twin-engine bomber from 
astern. (AMP Report No. 21.3R.) (n.a.) [OEMsr- 
618.] SRG-Columbia. July, 1944. 

606 Miscellaneous Rocketry Problems 

Ml [Rockets.] Report titled: Diary of J. M. Thomas, 
September 10 to September 30, 1944. (AMG Re¬ 
port No. 298.) (n.a.) [OEMsr-1007.] AMG- 

Columbia. October 27, 1944. 

M2 Visit to California Institute of Technology regard¬ 
ing rockets. (AMG Report No. 304.) Robert M. 
Thrall. [OEMsr-1007.] AMG-Columbia. No¬ 

vember 7, 1944. 

M3 Spinner rockets. (AMP Working Paper No. 456.) 
R. L. Swain. [OEMsr-1007.] AMG-Columbia. 
July 5, 1945. 

M4 Possible causes of failure in powder grains of 
H-4.5 rockets. (AMP Report No. 182.1R.) George 
H. Handelman. OEMsr-1066. AMG-Brown Uni¬ 
versity. September, 1945. 

606.1 Tossed Rockets 

Ml Proposal of a release condition for tossing rockets. 
(AMP Working Paper No. 434.) Donald P. Ling. 
[OEMsr-1007.] AMG-Columbia. June 5, 1945. 

M2 Formulas useful in toss rocketry. (AMP Working 
Paper No. 401.) Donald P. Ling. [OEMsr-1007.] 
AMG-Columbia. (n.d.) 

606.2 Statistical Studies of Rocket Propellants 

Ml Statistical studies of rocket propellants. (SRG Re¬ 
port Nos. 403, 431, 454, 483, 500, 511 and 535.) 


(n.a.) OEMsr-618; Service Project Nos. OD-179 
and NO-180. SRG-Columbia. January 16 to July 
16, 1945. 

700 ANTIAIRCRAFT FIRE 

Ml Charts for estimating expected number of hits on 
a directly approaching aircraft with 7 . 7 -mm, 13.2- 
mm, 20-mm and 40-mm antiaircraft guns. (AMP 
Report No. 96.1R.) (n.a.) [OEMsr-618.] SRG- 

Columbia. April, 1944. 

M2 The accuracy and effectiveness of antiaircraft fire. 
(AMG Report No. 194.) Daniel C. Lewis. OEMsr- 
1007. AMG-Columbia. October, 1945. 

701 Bibliography 

Ml Bibliography of antiaircraft artillery. (AMP Memo¬ 
randum No. 25.2M.) (n.a.) OEMsr-1007. AMG- 

Columbia. September, 1944. 

M2 Supplementary bibliography of antiaircraft artil¬ 
lery. (AMG Report No. 449.) (n.a.) OEMsr-1007. 
AMG-Columbia. June, 1945. 

702 Trial Fire 

Ml Tentative formulation of the problem of trial fire 
corrections for antiaircraft fire. (AMP Memoran¬ 
dum No. 22.6.) (n.a.) [OEMsr-618.] SRG- 

Columbia. April 5, 1943. 

M2 Analysis of trial shot test firing reports for 1927-28. 
(AMP Memorandum No. 22.7.) (n.a.) [OEMsr- 

618.] SRG-Columbia. April 12, 1943. 

M3 [Trial fire problem.] Report titled: Report on 
visit to Camp Davis. (AMG Report No. 18.) James 
J. Stoker and W. Allen Wallis. [OEMsr-1007.] 
AMG-Columbia. May 18, 1943. 

M4 Meteorological test firings. A joint project of the 
Army Ordnance Department and the Signal Corps. 
(AMP Memorandum No. 22.9.) James J. Stoker. 
[OEMsr-1007.] AMG-Columbia. September, 1943. 

M5 Analysis of trial fire methods. (AMP Report No. 
22.1R.) Eleazer Bromberg, Edward Paulson and 
James J. Stoker. t OEMsr-945, OEMsr-1007 and 
OEMsr-618.] AMG-New York University, AMG- 
Columbia and SRG-Columbia. November, 1944. 

703 Fire Control 

703.1 Sights and Sighting 

Ml An interpretation of the Carl Zeiss Model 3 Ned 
antiaircraft sight. (AMG Report No. 32. Revised.) 
[Saunders MacLane.j [OEMsr-1007.] AMG- 
Columbia. September 10, 1943. 

M2 Lead computing sights based on an angular mo¬ 
mentum invariant. (AMG Report No. 77.) Saun¬ 
ders MacLane. t OEMsr-1007.] AMG-Columbia. 
December 10, 1943. 

703.2 Directors 

Ml Equations for the M-9. (AMP Memorandum No. 
22.8.) (n.a.) May 9, 1943. 

M2 [Fire control devices.] Report titled: Trip to 


ECRET 




604 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


Camp Davis. Diary of S. MacLane, June 24 to 26, 
1943. (AMG Report No. 21.) Saunders MacLane. 
[OEMsr-1007.] AMG-Columbia. July 2, 1943. 

M3 [Antiaircraft defense.] Report titled: Conference 
of E. J. Poitras, AS, SM on July 26, 1943. (AMG 
Report No. 28.) Saunders MacLane. [OEMsr- 
1007.] AMG-Columbia. July 26, 1943. 

M4 [Fire control devices.] Report titled: Diary of 
conference between EJP and SM [in] Washington, 
D. C., September 15, 1943. (AMG Report No. 53.) 
[Saunders MacLane.] [OEMsr-1007.] AMG- 
Columbia. September 17, 1943. 

M5 The elevation traverse small-gun director for naval 
use. (AMG Report No. 52.) Saunders MacLane. 
[OEMsr-1007.] AMG-Columbia. September 17, 
1943. 

M6 Major H. F. Mitchell’s study of the M-5 director. 
(AMG Report No. 64.) Arthur Sard. [OEMsr- 
1007.] AMG-Columbia. October 8, 1943. 

M7 [Modifications of the M-5A1 director.] Report 
titled: Diary of A. Sard. Visit to Frankford 
Arsenal, November 3, 1943. (AMG Report No. 85a.) 
Arthur Sard. [OEMsr-1007.] AMG-Columbia. 
November 6, 1943. 

M8 An explicit expression for the remainder after 
n + 1 terms of the expansion of a function in 
series of orthogonal polynomials. (AMG Report 
No. 126.) [Daniel C. Lewis.] [OEMsr-1007.] 

AMG-Columbia. February 19, 1944. 

M9 [The curved flight problem.] Report titled: Diary 
of D. C. Lewis, March 1, 1944. Conference with 
R. S. Phillips and C. H. Dowker. (AMG Report 
No. 131.) [Daniel C. Lewis.] [OEMsr-1007.] 

AMG-Columbia. March 4, 1944. 

M10 An alternative to the T-30 director. (AMG Report 
No. 147.) Arthur Sard. OEMsr-1007. AMG- 
Columbia. April 11, 1944. 

Mil [The overall probability of hit with directors.] 
Report titled: Present status of Study No. 99. 
(AMG Report No. 163.) Daniel C. Lewis. 
[OEMsr-1007.] AMG-Columbia. May 11, 1944. 

M12 Computational problems arising in short range 
director analysis. (AMP Memorandum No. 121.1M.) 
Mahlon M. Day and W. Prager. [OEMsr-1066.] 
AMG-Brown University. July 13, 1944. 

M13 The distribution of the critical points along the 
paths of enemy aircraft over England. (AMG Re¬ 
port No. 318.) H. C. Fryer. ( OEMsr-1007.] 
AMG-Columbia. November 25, 1944. 

M14 Analysis of certain data from the Bell Telephone 
Laboratories on curved flight antiaircraft directors. 
(AMP Memorandum No. 151.1M.) (n.a.) OEMsr- 
618. SRG-Columbia. March, 1945. 

M15 Method of scoring predictions by antiaircraft di¬ 
rectors. (SRG Report No. 527.) Kenneth J. 
Arnold and Albert H. Bowker. [OEMsr-618.] 
SRG-Columbia. July 5, 1945. 

M16 On the efficiency of the curved flight director. 
(AMP Memorandum No. 99.2M.) Daniel C. 


Lewis. OEMsr-1007. AMG-Columbia. Septem¬ 
ber, 1945. 

703.3 Range and Range Finders 

Ml Brief statement on the present status of Applied 
Mathematics Panel Project No. 9, [The] statistical 
study of range finders. (AMG Report No. 14.) 
Churchill Eisenhart. [OEMsr-1007.] AMG- 
Columbia. June 18, 1943. 

M2 Mathematical theory of the Hunt miniature range. 
(AMP Report No. 29.1.) (n.a.) [OEMsr-1007.] 

AMG-Columbia. July 1, 1943. 

M3 Letter to Warren Weaver. Subject: Slant range as 
a function of time of flight at different elevations. 
(AMG Report No. 22.) Arthur Sard. t OEMsr- 
1007.] AMG-Columbia. July 3, 1943. 

M4 The Navy’s reasons for adopting range finders 
equipped with two different magnifying powers 
and the relative merits of these magnifications in 
the Navy’s experience. (AMP Memorandum No. 
9.3.) [Churchill Eisenhart.] [OEMsr-1007.] AMG- 
Columbia. July 6, 1943. 

M5 Design of experiment to be conducted at Camp 
Davis. (AMG Report No. 101.) Churchill Eisen¬ 
hart. [OEMsr-1007.] AMG-Columbia. July 12, 

1943. 

M6 The dependence of the precision of a stereoscope 
range finder upon the magnification employed. 
(AMP Memorandum No. 9.4M.) [Churchill Eisen¬ 
hart.] OEMsr-1007. AMG-Columbia. September 
13, 1943. 

M7 Range finder design. (AMG Memorandum No. 60.) 
[Churchill Eisenhart.] [OEMsr-1007.] AMG- 
Columbia. September 15, 1943. 

M8 [Stereoscopic height finders.] Report titled: De¬ 
sign of experiment to be conducted at Camp Davis. 
(AMG Report No. 109.) [Churchill Eisenhart.] 
[OEMsr-1007.] AMG-Columbia. January 11, 

1944. 

M9 [Height finder.] Report titled: Supplement to 
AMG-C No. 109. (AMG Report No. 109a.) (n.a.) 

[OEMsr-1007.] AMG-Columbia. January 14, 
1944. 

M10 Setting up the height finder experiment. (AMG 
Report No. 113.) [Churchill Eisenhart.] t OEMsr- 
1007.] AMG-Columbia. January 17, 1944. 

Mil The dependence of the precision of a stereoscopic 
range finder upon base length. (AMG Report No. 
117.) [Churchill Eisenhart.] [OEMsr-1007.] 

AMG-Columbia. January 21, 1944. 

M12 [Computation of the 40-mm ballistic table.] Re¬ 
port titled: Diary of Saunders MacLane. (AMG 
Report No. 122.) [Saunders MacLane.] [OEMsr- 
1007.] AMG-Columbia. February 10, 1944. 

M13 The height finder experiment. (AMG Report No. 
181.) [Churchill Eisenhart.] [OEMsr-1007.] 

AMG-Columbia. May 26, 1944. 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


605 


703.31 Radio Direction Finder 

Ml A method of fix evaluation for short range radio 
direction finding. (AMG Report No. 398.) H. C. 
Fryer and John H. Lewis. [OEMsr-1007.] AMG- 
Columbia. April 4, 1945. 

M2 A statistical method for radio direction finder 
(D/F) evaluation. (AMP Memorandum No. 74.1 M.) 
H. C. Fryer. OEMsr-1007. AMG-Columbia. Sep¬ 
tember, 1945. 

703.4 Tracking and Searching 

Ml Accuracy of leads in traverse elevation coordinates. 
Conference of E. J. Poitras and Saunders MacLane 
at MIT, August 16, 1943. (AMG Report No. 39.) 
[Saunders MacLane.] [OEMsr-1007.] AMG- 
Columbia. August 17, 1943. 

M2 [A] visit to the tracking study of the Foxboro 
Company. (AMG Report No. 40.) [Saunders 
MacLane.] [OEMsr-1007.] AMG-Columbia. Au¬ 
gust 17, 1943. 

M3 The Franklin Institute tracking studies. Diary of 
EJM, WL [and] SM, July 29, 1943. (AMG Report 
No. 42.) Saunders MacLane. [OEMsr-1007.] 
AMG-Columbia. August 19, 1943. 

M4 The first composite British antiaircraft battery. 
Diary of WL, AS t and] SM. (AMG Report No. 50.) 
Saunders MacLane. [OEMsr-1007.] AMG-Colum- 
bia. September 17, 1943. 

M5 [Accuracy of tracking.] Report titled: Miscella¬ 
neous Washington diary of SM, September 11 and 
16, 1943. Conferences with Lt. Commander T. C. 
Wilson, Dr. D. M. Dennison and Dr. R. S. Phil¬ 
lips. (AMG Report No. 51.) [Saunders MacLane.] 
[OEMsr-1007.] AMG-Columbia. September 17, 
1943. 

M6 Search problems. (AMP Memorandum No. 80.1.) 
Magnus R. Hestenes. [OEMsr-1007.] AMG- 

Columbia. November, 1943. 

M7 Some trivial observations concerning the problem 
of search. (AMP Memorandum No. 80.3.) (n.a.) 

November, 1943. 

M8 [Search problems.] Report titled: Comment on 
AMP Memoranda 80.2 and 80.3. (AMP Memo¬ 
randum No. 80.4.) (n.a.) November, 1943. 

M9 Tracking errors. Stationary platform. (AMG Re¬ 
port No. 103.) (n.a.) [OEMsr-1007.] AMG- 

Columbia. December 10, 1943. 

M10 [Tracking data.] Report titled: Diary of S. Mac- 
Lane’s trip to Washington, December 7 and 8, 
1943. (AMG Report No. 103a.) Saunders MacLane. 
[OEMsr-1007.] AMG-Columbia. December 14, 
1943. 

Mil Theoretical calculation on best smoothing of posi¬ 
tion data for gunnery prediction. (Division 14. 
Report No. 532. AMP Note No. 11.) R. S. Phillips 
and P. R. Weiss. OEMsr-262. [MIT] Radiation 
Laboratory. February, 1944. 

M12 Tracking and the fire control problem. (AMP Note 
No. 21.) Hassler Whitney. [OEMsr-1007.] AMG- 
Columbia. September, 1945. 


703.5 Tracer Stereographs 

Ml Tracer stereographs. (AMG Report No. 20.) 
Saunders MacLane. [OEMsr-1007.] AMG-Colum¬ 
bia. July 2, 1943. 

M2 Tracer stereographs. Diary of D. C. Lewis for 
September 15, 16 and 17, 1943. Visit to Camp 
Davis, Hollyridge, N. C. (AMP Memorandum No. 
45.3.) Daniel C. Lewis. [OEMsr-1007.] AMG- 
Columbia. September, 1943. 

M3 Letter to Antiaircraft Artillery Board, Camp 
Davis, North Carolina. Subject: Door plane. 

(AMG Report No. 78.) Daniel C. Lewis. [OEMsr- 
1007.] AMG-Columbia. October 23, 1943. 

M4 On the angle of intersection of tracer stereographs. 
(AMG Report No. 84.) Daniel C. Lewis. t OEMsr- 
1007.] AMG-Columbia. November 9, 1943. 

M5 On the significance of the Stibitz superposition 
approximation in the case of modified and un¬ 
modified vertical alignment. (AMG Report No. 
98.) Daniel C. Lewis. [OEMsr-1007.] AMG- 
Columbia. November 25, 1943. 

M6 A system for obtaining great circle fixes by use of 
stereographic grids or maps. (AMP Report No. 
74.1.) E. J. Moulton and John H. Lewis. [OEMsr- 
1007.] AMG-Columbia. December, 1943. 

M7 [Tracer stereographs.] Report titled: Diary of 
D. C. Lewis for November 24, 25 and 26, 1943. 
Visit to Camp Davis, Hollyridge, North Carolina. 
(AMG Report No. 97.) Daniel C. Lewis. [OEMsr- 
1007.] AMG-Columbia. December 2, 1943. 

M8 Tracer stereographs. (AMP Report No. 45.1.) 
(n.a.) [OEMsr-1007;] OSRD No. 3316. AMG- 

Columbia. January, 1944. 

M9 Tracer stereographs with vertical base line. (Ap¬ 
pendix to AMP Report No. 45.1R, OSRD Report 
No. 3316.) Daniel C. Lewis, (n.d.) 

703.6 Miscellaneous Fire Control Problems 

Ml Simulation of service conditions in mock inter¬ 
ception maneuvers. (AMP Report No. 18.1.) (n.a.) 
[OEMsr-618.] SRG-Columbia. February 6, 1943. 

M2 Errors in slant range of the 90-mm gun as affected 
by errors in estimating muzzle velocity. (AMG Re¬ 
port No. 62.) (n.a.) [OEMsr-1007 and OEMsr- 

618.] AMG-Columbia and SRG-Columbia. No¬ 
vember, 1943. 

M3 Visit to Camp Davis, October 27 to November 2, 
1943. (AMG Report No. 85.) Arthur Sard. 
[OEMsr-1007.] AMG-Columbia. November 9, 
1943. 

M4 Table for the 40-mm gun. (AMG Report No. 111.) 
Magnus R. Hestenes. [OEMsr-1007.] AMG- 
Columbia. January 12, 1944. 

M5 The variable a for the 5-inch gun. (AMG Re¬ 
port No. 112.) Magnus R. Hestenes. t OEMsr- 
1007.] AMG-Columbia. January 14, 1944. 

M6 Conference on the subject of proof tests for artil¬ 
lery ammunition. (AMG Report No. 116.) Edward 
Paulson and James J. Stoker. c OEMsr-1007. 3 
AMG-Columbia. January 20, 1944. 



606 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


M7 Extrapolation by least squares with application to 
antiaircraft fire control. (AMP Memorandum No. 
99.1M.) Daniel C. Lewis. OEMsr-1007. AMG- 
Columbia. February, 1945. 

704 Fuze Problems 

Ml The probability of damage to aircraft through 
antiaircraft fire. A comparison of fuzes when used 
against high-level bombers attacking a concen¬ 
trated target. Garrett Birkhoff, Ward F. David¬ 
son and others. OSRD No. 738. July 16, 1942. 

M2 Fuze dead-time correction. (AMG Report No. 
115.) F. J. Murray and Arthur Sard. t OEMsr- 
1007.] AMG-Columbia. January 14, 1944. 

M3 Conference at the Bell Telephone Laboratories, 
January 29, 1944 [relative to fuze problems]. 
(AMG Report No. 119.) [Arthur Sard.] t OEMsr- 
1007.] AMG-Columbia. February 2, 1944. 

M4 [Fuze correction circuits.] Report titled: Visit to 
the Research Laboratories, Sperry Gyroscope Com¬ 
pany, February 1, 1944. (AMG Report No. 120.) 
[Arthur Sard.] [OEMsr-1007.] AMG-Columbia. 
February 4, 1944. 

M5 Prediction of fuze setting. (AMG Report No. 128.) 
F. J. Murray and Arthur Sard. [OEMsr-1007.] 
AMG-Columbia. February 29, 1944. 

M6 Visit to the Antiaircraft Artillery Board, March 3 
and 4, 1944. (AMG Report No. 133.) Arthur Sard. 
[OEMsr-1007.] AMG-Columbia. March 10, 1944. 

M7 [Some dead-time correction circuits.] Report 
titled: Visit to the Frankford Arsenal, Engineering 
Section, Fire Control Design Division. (AMG Re¬ 
port No. 145.) Arthur Sard. [OEMsr-1007.] 
AMG-Columbia. March 31, 1944. 

M8 [The E fuze circuit.] Report titled: Visit to 
United Shoe Machinery Corporation, Research 
Division, Beverly, Massachusetts, July 6 , 1944. 
(AMG Report No. 221.) Arthur Sard. c OEMsr- 
1007.] AMG-Columbia. July 8 , 1944. 

M9 Prediction of fuze setting. (AMP Report No. 

85.1 R.) F. J. Murray and Arthur Sard. t OEMsr- 
1007.] AMG-Columbia. August, 1944. 

M10 The fuze dead-time circuit of R. M. Elliot. The 
smoothing effect of a follow-up motor. (AMG Re¬ 
port No. 257.) Arthur Sard. t OEMsr-1007.) 
AMG-Columbia. August 24, 1944. 

Mil Air-to-air bombing probabilities for three types of 
fuze. (SRG Report No. 69.) (n.a.) [OEMsr-1365.] 

AMG-Princeton. October 26, 1944. 

M12 The smoothing effect of a follow-up motor. (AMP 
Memorandum No. 85.1M.) Arthur Sard. [OEMsr- 
1007.] AMG-Columbia. October, 1945. 

705 Fire Power 

705.1 Efficacy 

Ml [Accuracy of antiaircraft fire.] (AMP Report No. 
6.2. Supplement to Memorandum No. 1-25-3A.) 
(n.a.) SRG-Columbia. January 26, 1943. 


M2 Conference on the mathematical aspects of prob¬ 
ability of damage studies, Washington, April 16, 

1943. (AMP Note No. 2.) (n.a.) April, 1943. 

M3 Comparative effectiveness of 5-inch shrapnel, 40- 

mm high explosive and 20 -mm high explosive 
against directly approaching aircraft. (AMP Report 
No. 27.1.) (n.a.) [OEMsr-618.] SRG-Columbia. 

August, 1943. 

M4 Effectiveness of heavy antiaircraft fire as a function 
of target altitude. (AMG Report No. 46.) Daniel 
C. Lewis. [OEMsr-1007.] AMG-Columbia. Sep¬ 
tember 6 , 1943. 

M5 Summary of: The effect of increase in muzzle 
velocity on the chances of hitting with heavy anti¬ 
aircraft, by E. S. Pearson and D. K. Hill. (AMG 
Memorandum No. 59.) Daniel C. Lewis. t OEMsr- 
1007.] AMG-Columbia. September 23, 1943. 

M6 Comparative effectiveness of 5-inch shrapnel and 
5-inch high explosive against directly approaching 
aircraft. (AMP Report No. 27.2.) [Milton Fried¬ 
man.] [OEMsr-618;] OSRD No. 3098. SRG- 
Columbia. December 28, 1943. 

M7 The relative effectiveness of caliber 0.50, caliber 
0.60 and 20 -mm guns as armament for multiple 
antiaircraft machine gun turrets. (AMP Report 
No. 140.1R.) Milton Friedman. OEMsr-618. 
SRG-Columbia and Aberdeen Proving Ground. 
January, 1945. 

M8 The relative effectiveness of caliber 0.50, caliber 
0.60 and 20 -mm guns as armament for multiple 
antiaircraft machine gun turrets. (AMP Report 
No. 140.1R. Revised.) [Milton Friedman.] OEMsr- 
618. SRG-Columbia. August, 1945. 

800 BOMBING 

801 Computations 

801.1 Probabilities of Hits 

Ml Probabilities, when the dispersion is statistically 
uniform. (AMP Memorandum No. 11.4.) H. H. 
Germond. February 2, 1943. 

M2 Bombing attacks in which the results may be 
assessed continuously. (AMP Memorandum No. 
11.11.) (n.a.) July 5, 1943. 

M3 Methods of estimating standard errors of aiming 
from operational data. (AMP Report No. 11.9.) 
Jerzy Neyman. [OEMsr-817; OSRD No. 3342.] 
University of California. January, 1944. 

M4 Average number of hits and the probability of 
at least one hit in train bombing against rectangu¬ 
lar targets for various angles of attack in the case 
of zero dispersion. (AMP Report No. 11.11R.) 
(n.a.) OEMsr-818. BRG-Columbia. August, 

1944. 

M5 Probabilities of at least one, two, three, four and 
five hits on rectangular targets in train bombing 
when the dispersion is equal to the target width. 


SECRET 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


607 


801.2 


801.3 


(AMP Report No. 11.13R.) (n.a.) OEMsr-818. 801.4 

BRG-Columbia. December, 1944. 

M6 Probability of at least one hit and the average 
number of hits for salvos with various dispersions 
against rectangular targets. (AMP Report No. 

10.3R.) (n.a.) [OEMsr-818.] BRG-Columbia. 

January, 1945. 

M7 Average proportion of hits on a rectangular target 
when bombed by a uniform rectangular pattern. 

(SRG Report Nos. 96 and 426.) (n.a) t OEMsr- 

860 and OEMsr-618.] SRG-Princeton and SRG- 
Columbia. January 22, 1945. 

M8 [Distribution of bombs.] (Progress Report No. 4.) 

(n.a.) University of California. March 9, 1945. 

M9 [Distribution of bombs.] Report titled: The 
AN-23 program. (Progress Report No. 5.) Jerzy 
Neyman. [OEMsr-817.] University of California. 

March 14, 1945. 

M10 Estimates of the frequency constants of the dis¬ 
tribution of bombs. (Progress Report No. 6.) 

Jerzy Neyman. [OEMsr-817;] Service Project No. 802 
AN-23. University of California. March 20, 

1945. 

Mil The probability of at least one hit and the aver¬ 
age number of hits in one-dimensional salvos of 
projectiles aimed at rectangular targets. (AMP Re¬ 
port No. 10.4R.) (n.a.) OEMsr-818. BRG- 

Columbia. September, 1945. 

M12 Note on mission planning against an important 
target. How many planes are required for its prob¬ 
able destruction? (BRG Report No. 81.) (n.a.) 

[BRG-Columbia.] (n.d.) 

Multiple Hits 

Ml Determination of the probability of multiple hits. 

(AMP Memorandum No. 11.6.) H. H. Germond. 
February 17, 1943. 

M2 An empirical verification of tables on multiple 
hits. (AMP Report No. 11.7.) Mark W. Eudey. 
[OEMsr-817.] University of California. August 
10 , 1943. 

M3 Observations concerning multiple attack and mul¬ 
tiple hit theory. (AMP Memorandum No. 11.12.) 

Jan Schilt. Columbia University. September, 

1943. 

M4 Note on mission planning against multiple tar¬ 
gets. (BRG Report No. 82.) (n.a.) [OEMsr-818.] 

[BRG-Columbia.] (n.d.) 

M5 Note on the spacing for group attacks and multi¬ 
ple hits. (BRG Report No. 83.) Jan Schilt. 
OEMsr-818. BRG-Columbia. (n.d.) 

Spacing 

Ml Intervalometer spacing. (AMP Memorandum No. 803 
102.1 M.) H. H. Germond. t OEMsr-1007 and 
OEMsr-818.] AMG-Columbia and BRG-Columbia. 803.1 
February 10, 1944. 

M2 Design of a bomb spacing calculator. (BRG Report 
No. 100.) H. H. Germond. [OEMsr-818.] BRG- 
Columbia. April 26, 1944. 


Target Plates 

Ml Preparation of the target plates. (AMP Memo¬ 
randum No. 11.2.) H. H. Germond. [OEMsr- 
1007.] AMG-Columbia. January, 1943. 

M2 Photometric measurements with a complementary 
target plate. (AMP Memorandum No. 11.3.) H. H. 
Germond. January 17, 1943. 

M3 Design of a Gaussian shutter. (AMP Memorandum 
No. 11.8.) H. H. Germond. February, 1943. 

M4 Gray targets versus diffuse targets. (AMP Memo¬ 
randum No. 11.5.) H. H. Germond. February 2, 

1943. 

M5 Method for the rapid production of approximate 
diffuse target plates. (AMP Memorandum No. 11.7.) 
H. H. Germond. February 21, 1943. 

M6 A two-tone target. (AMP Memorandum No. 

11.10M.) H. H. Germond. February 28, 1943. 

M7 A target plate camera. (AMP Memorandum No. 
11.9.) H. H. Germond. March 23, 1943. 

Sights and Sighting 

Ml On correction of time delays in bombsights. (AMG 
Report No. 151.) Leon Brillouin. [OEMsr-1007.] 
AMG-Columbia. April 20, 1944. 

M2 [Tests to be made on the various models of British 
angular rate bombing (BARB).] Report titled: 
Diary of S. MacLane. Visit to Patuxent, April 21, 

1944. (AMG Report No. 158.) Saunders MacLane. 
[OEMsr-1007.] AMG-Columbia. April 24, 1944. 

M3 [General objectives of a mathematical assessment 
program for lead computing sights.] Report 
titled: The probability that Caldwell is right. 
(AMG Report No. 167.) Saunders MacLane. 
[OEMsr-1007.] AMG-Columbia. May 16, 1944. 

M4 Range errors resulting from incorrect ground 
speed setting in BARB, British angular rate bomb¬ 
ing [during] horizontal flight. (AMG Report No. 
191.) L. Charles Hutchinson. [OEMsr-1007.] 
AMG-Columbia. June 5, 1944. 

M5 On ground speed measurement on a plane. (AMG 
Report No. 214.) Leon Brillouin. [OEMsr-1007.] 
AMG-Columbia. June 30, 1944. 

M6 Air testing sample bombsights. (AMP Report No. 
5.1R.) Harold Hotelling. [OEMsr-618.] SRG- 
Columbia. November, 1944. 

M7 A simple sight for dropping bombs or torpedoes, 
TABS, torpedo and bomb sight. (AMG Report No. 
397.) L. Charles Hutchinson. [OEMsr-1007.] 
AMG-Columbia. April 3, 1945. 

M8 Analysis of range errors of a bombsight. (AMG 
Report No. 193.) Saunders MacLane. [OEMsr- 
1007.] AMG-Columbia. (n.d.) 

Systems of Bombing 

Train Bombing 

Ml A study of train bombing. (AMP Report No. 
11.1R.) (n.a.) OEMsr-65; Service Project No. 

AC-27. Princeton University. August 25, 1942. 
M2 Proposed technique for the determination of the 


SECRET 



608 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


probability of scoring at least one hit with a train 
of bombs. (AMP Memorandum No. 11.1.) H. H. 
Germond. January, 1943. 

M3 Study of the seriousness of the effects, in the plan¬ 
ning and executing of bombing missions, of mis¬ 
estimates of the standard errors of aiming and 
dispersion. (AMP Report No. 11.2R.) (n.a.) Janu¬ 
ary 12, 1943. 

M4 The probabilities of hitting, in train bombing, 
rectangular targets of proportion one-by-six or 
one-by-nine. (AMP Report No. 11.3R.) (n.a.) 

March 10, 1943. 

M5 Theory of multiple hits on multiple targets in 
train bombing. (AMP Report No. 11.4.) Jerzy 
Neyman. University of California. May 10, 1943. 

M6 The design of a certain experiment. (AMG Report 
No. 30.) Churchill Eisenhart. [OEMsr-1007., 
AMG-Columbia. July 28, 1943. 

M7 The effects of failing to make a correction of trail 
in train bombing so as to place the center of train 
on the center of target. (AMP Report No. 11.6.) 
Evelyn Fix. University of California. August 10, 
1943. 

M8 Train bombing. An outline of principal results of 
statistical studies conducted by the Applied Mathe¬ 
matics Panel. (AMP Report No. 11.5.) (n.a.) 

August 12, 1943. 

M9 Tables of probabilities of at least one, two, three, 
four and five hits on rectangular targets in train 
bombing. (AMP Report No. 11.10R.) (n.a.) 

[OEMsr-818., BRG-Columbia. June, 1944. 

M10 The character of the train-bombing probability 
curve at the point for zero spacing. (BRG Report 
No. 112.) John D. Williams. [OEMsr-818., 

[BRG-Columbia.] June 16, 1944. 

Mil Note on the direction of attack with a train of n 
bombs when the aiming errors in range and deflec¬ 
tion are unequal. (BRG Report No. 116.) (n.a.) 

[OEMsr-818., [BRG-Columbia.] (n.d.) 

803.2 Pattern (Area) Bombing 

Ml The effect of cluster spacing on incendiary-bomb 
densities in area attacks. (Report No. REN-372.) 
F. Garwood and J. Bronowski. OSRD Liaison 
Office No. II-5-5777(S). Ministry of Home Secu¬ 
rity [Great Britain]. April 28, 1944. 

M2 Area bombing. Probability of hitting a given per¬ 
cent of all sections. (AMG Report No. 186.) H. H. 
Germond. [OEMsr-860.] AMG-Columbia. May 
28, 1944. 

M3 Cooperative study on area bombing. Mark W. 
Eudey, Evelyn Fix and others. [OEMsr-817.] Uni¬ 
versity of California. June 11, 1944. 

M4 Area bombing probabilities. (AMP Report No. 
11.12R.) H. H. Germond. [OEMsr-1007 and 
OEMsr-818.] AMG-Columbia and BRG-Columbia. 
July, 1944. 

M5 [A stochastic model of incendiary raids.] (Progress 
Report No. 3.) Jerzy Neyman. University of 
California. February 28, 1945. 


M 6 Distribution of the percentage of hits when uni¬ 
form square bomb patterns are dropped on rec¬ 
tangular targets. (AMP Report No. 184.1R.) (n.a.) 
OEMsr-860. SRG-Princeton. April, 1945. 

M7 Dependence of the percentage of hits on pattern 
area and mean radial error, derived from opera¬ 
tional data on formation bombing. (AMP Report 
No. 174.1R.) (n.a.) OEMsr-860. SRG-Princeton. 

July, 1945. 

M8 A coverage problem associated with bombing. 
(AMP Memorandum No. 173.1M.) (n.a.) OEMsr- 
860. SRG-Princeton. October, 1945. 

M9 An empirical determination of the dependence of 
pattern area and mean radial aiming error on 
certain operating factors in formation bombing. 
(AMP Report No. 174.2R.) (n.a.) OEMsr-860. 

SRG-Princeton. October, 1945. 

803.3 Low-Altitude Bombing 

Ml Notes on low-altitude bombing. [Part] I, Range 
errors for angular depression and angular rate 
methods. (Division 7. AMP Memorandum No. 
35.1 M.) (n.a.) May 24, 1943. 

M2 Notes on low-altitude bombing. [Part] II, Effect of 
a rangewise impact-point offset on range errors for 
angular depression and angular rate methods. 
(AMP Memorandum No. 35.2M.) (n.a.) June 2, 

1943. 

M3 Notes on low-altitude bombing. [Part] III, Prac¬ 
tical evaluation of composite range errors for 
angular depression and angular rate methods. 
(AMP Memorandum No. 35.3M.) (n.a.) June 15, 
1943. 

M4 Notes on low-altitude bombing. [Part, IV, Range 
errors for the slant range method. (AMP Memo¬ 
randum No. 35.4M.) (n.a.) July 30, 1943. 

M5 Notes on low-altitude bombing. [Part, V, Range 
errors for the angular rate hybrid method. (AMP 
Memorandum No. 35.5M.) (n.a.) July 30, 1943. 

M 6 Notes on low-altitude bombing. [Part, VI, Range 
errors for angular depression and angular rate 
methods in glide bombing. (AMP Memorandum 
No. 35.6M.) (n.a.) September 11, 1943. 

M7 The problem of optimum spacing in low-altitude 
APQ-5 train bombing. (AMP Memorandum No. 
11.15M.) (n.a.) OEMsr-860. SRG-Princeton. 

July, 1945. 

803.4 Scatter Bombing 

Ml Scatter bombing computations. (Division 7. Report 
to the Services No. 34.) H. H. Germond and Cecil 
Hastings, Jr. July 27, 1943. 

M2 Scatter bombing of a circular target. (AMP Report 
No. 10.2R.) H. H. Germond and Cecil Hastings, 
Jr. OEMsr-818 and OEMsr-1007; OSRD No. 4572. 
AMG-Columbia and BRG-Columbia. May, 1944. 

M3 Scatter bombing of bomber strips. (BRG Report 
No. 106.) John D. Williams. BRG-Columbia. 
May 28, 1944. 



APPLIED MATHEMATICS PANEL MICROFILM LIST 


609 


803.5 Toss Bombing 

Ml Discussion of a bombing method. ([Part] II. AMG 
Report No. 148.) Leon Brillouin. t OEMsr-1007.] 
AMG-Columbia. April 13, 1944. 

M2 Air-to-air bombing. (SRG Report No. 61.) (n.a.) 

[OEMsr-860.] SRG-Princeton. September 23, 

1944. 

M3 Toss bombing with target motion. (AMG Report 
No. 293.) Harry Pollard. t OEMsr-1007.] AMG- 
Columbia. October 24, 1944. 

M4 The use of H in toss bombing. (AMG Report No. 
344.) Harry Pollard. t OEMsr-1007.] AMG- 

Columbia. December 29, 1944. 

M5 Release conditions in toss bombing. (AMG Report 
No. 360.) Harry Pollard. [OEMsr-1007.] AMG- 
Columbia. January 27, 1945. 

M6 Toss bombing a moving target. (AMG Report No. 
364.) Harry Pollard. [OEMsr-1007.] AMG- 

Columbia. February 7, 1945. 

M7 [Mechanizations of a toss bombsight.j Report 
titled: The air goes round and round and comes 
out here. (AMG Report No. 385.) Saunders Mac- 
Lane. [OEMsr-1007.] AMG-Columbia. March 

15, 1945. 

M8 A theory of toss bombing. (AMP Working Paper 
No. 411.) Harry Pollard. [OEMsr-1007.] AMG- 
Columbia. May 8, 1945. 

M9 A solution of the azimuth problem in toss bomb¬ 
ing. (AMP Working Paper No. 438.) Harry Pol¬ 
lard. [OEMsr-1007.] AMG-Columbia. June 9, 

1945. 

M10 Proposal for an acceleration integrator. (AMP 
Working Paper No. 447.) Hassler Whitney. 
[OEMsr-1007.] AMG-Columbia. June 28, 1945. 
Mil A modified release condition for toss bombing. 
(AMG Report No. 476.) Harry Pollard. [OEMsr- 
1007.] AMG-Columbia. August 8, 1945. 

M12 A theory of toss bombing. (AMP Report No. 
146.1R.) Harry Pollard. t OEMsr-1007.] AMG- 
Columbia. September, 1945. 

M13 The azimuth problem in toss bombing. (AMG Re¬ 
port No. 495.) Harry Pollard. t OEMsr-1007.] 
AMG-Columbia. September 18, 1945. 


War Shipping Administration on ship damage due 
to enemy action. (AMG Report No. 38.) Church¬ 
ill Eisenhart. [OEMsr-1007.] AMG-Columbia. 
August 16, 1943. 

M3 Statistical analysis of ship damage. (AMP Memo¬ 
randum No. 39.1.) Churchill Eisenhart. t OEMsr- 
1007.] AMG-Columbia. November, 1943. 

M4 Proof that the optimum spacing for sinking prob¬ 
abilities is independent of the number of attacks. 
(BRG Report No. 109.) John D. Williams. 
[OEMsr-818.] BRG-Columbia. February*^,-1944. 

M5 Note on sinking probabilities. (BRG Report No. 
89.) James J. Stoker.] [OEMsr-818.] BRG- 
Columbia. (n.d.) 

804.3 German Target Vulnerability 

Ml Effectiveness of large blast bombs against German 
housing. (AMP Memorandum No. 190.4M.) Jerzy 
Neyman. OEMsr-817. University of California. 
September, 1945. 

M2 Study of the effectiveness of incendiary-bomb aerial 
attacks on German industrial targets. [Part] I, 
Probability of M-47 starting a serious fire in an 
industrial building. (AMP Memorandum No. 

190.1 M.) E. W. Barankin, E. R. Dempster and 
others. OEMsr-817. University of California. 
September, 1945. 

M3 Study of the effectiveness of incendiary-bomb aerial 
attacks on German industrial targets. [Part] II, 
Analysis of Royal Air Force area attack of 22/23 
October, 1943, on Kassel with special reference to 
effectiveness of the M-50 magnesium bomb in set¬ 
ting fire to industrial buildings. (AMP Memo¬ 
randum No. 190.2M.) Evelyn Fix. OEMsr-817. 
University of California. September, 1945. 

M4 Study of the effectiveness of incendiary-bomb aerial 
attacks on German industrial targets. [Part] III, 
Summary report on fire raising effectiveness of 
incendiary bombs M-47 and M-50 used against 
German industrial targets. (AMP Memorandum 
No. 190.3M.) Leo A. Aroian, E. W. Barankin and 
others. OEMsr-817. University of California. 
September, 1945. 


804 Bombing Efficacy 

804.1 Incendiary Damage 

Ml A new vulnerability equation in the analysis of 
incendiary raids. (Report No. REN-471.) Jerzy 
Neyman and J. Bronowski. OSRD Liaison Office 
No. WA-3924-14. Ministry of Home Security 
[Great Britain]. December 1, 1944. 

804.2 Ship Damage and Sinking Probabilities 

Ml Data relating to attacks on merchant vessels and 
tankers. (AMG Report No. 31.) Churchill Eisen¬ 
hart. [OEMsr-1007.] AMG-Columbia. August 5, 
1943. 

M2 The proposed study of data in the files of the 


804.4 Miscellaneous Problems of Efficacy 

Ml Attacks on a maneuvering target by a small num¬ 
ber of level bombers. (AMP Report No. 11.8.) 
John D. Williams. OSRD No. 1905. Columbia 
University. September, 1943. 

M2 High-level and medium-level bridge bombing. 
(AMP Memorandum No. 11.14M.) R. I. Wolff. 
[OEMsr-818.] BRG-Columbia. July, 1944. 

M3 Bomb damage. (Second Progress Report.) Mary 
L. Shane. OEMsr-817; Service Project No. AN-23. 
University of California. February 16, 1945. 

M4 Photoelectric instrument for rapid bomb-fall anal¬ 
ysis and damage prediction. (AMP Report No. 
190.1 R.) Derrick H. Lehmer. OEMsr-817. Uni¬ 
versity of California. May, 1945. 


BUS 






610 


APPLIED MATHEMATICS PANEL MICROFILM LIST 


805 Heat-Homing Devices 

Ml Analysis of operation of heat-homing devices dur¬ 
ing March, 1944. (AMP Report No. 127.1R.) (n.a.) 
SRG-Princeton. June, 1944. 

M2 Analysis of operation of heat-homing devices near 
St. Louis and Nashville on April 25, 1944. (AMP 
Report No. 127.2R.) (n.a.) SRG-Princeton. 

August, 1944. 

M3 Analysis of operation of heat-homing devices dur¬ 
ing May, 1944. (AMP Report No. 127.3R.) (n.a.) 

SRG-Princeton. September, 1944. 

M4 Analysis of operation of heat-homing devices, May 
31 to June 24, 1944. (AMP Report No. 127.4R.) 

(n.a.) SRG-Princeton. November, 1944. 

M5 Analysis of operation of heat-homing devices after 
April, 1944. (AMP Report No. 127.5R.) (n.a.) 

SRG-Princeton. January, 1945. 

M6 Analysis of operation of Felix heat-homing device 
over targets near Boston, Massachusetts, during 
October, 1944 and January, 1945. (AMP Report 
No. 112.1R.) (n.a.) OEMsr-860. SRG-Princeton. 

April, 1945. 

806 Miscellaneous Bombing Problems 

Ml Increased risk in extending a bomb run. (AMP 
Report No. 6.1.) (n.a.) [OEMsr-618.] SRG- 

Columbia. January 25, 1943. 

M2 Some quantitative information which bears on the 
general problem of bombing systems. (AMP Memo¬ 
randum No. 11.13.) (n.a.) September 30, 1943. 

M3 Note on determination of aiming points and num¬ 
ber of bombs for bombing operations. (AMP Note 
No. 17.) (n.a.) OEMsr-860; OSRD No. 5317. 

SRG-Princeton. June, 1945. 

M4 Analytical and statistical studies of certain guided 
missiles. (AMP Report No. 112.2R.) (n.a.) OEMsr- 
860. SRG-Princeton. October, 1945. 

900 MISCELLANY 

Ml Estimation of balloon barrage probabilities and 
similar problems. (AMP Report No. 12.1.) (n.a.) 

May 14, 1943. 

M2 A quantitative aspect of combat. (AMP Note No. 

6 .) B. O. Koopman. [OEMsr-1007.] AMG- 

Columbia. August, 1943. 

M3 Strength and compressibility of pads of tubular 
fibres to be used in clothing. (AMP Report No. 

81.1.) James J. Stoker. t OEMsr-1007.] AMG- 

Columbia. December, 1943. 

M4 Some mathematical principles of blockade patrol. 

(AMP Memorandum No. 80.2.) B. O. Koopman. 902 
[OEMsr-1007.] AMG-Columbia. December, 1943. 

M5 Solution of a non-linear integral equation appear¬ 
ing in the theory of an aerosol. (AMP Memoran¬ 
dum No. 100.1 M.) (n.a.) [OEMsr-945.] AMG- 

New York University. April, 1944. 

M6 Symposium, June 15, 16 and 17, 1944, at the 
Massachusetts Institute of Technology on confiden¬ 
tial airborne electronic equipment, (n.a.) [MIT] 
Radiation Laboratory. June, 1944.] 


M7 The B-scope plotter. (AMP Report No. 141.1R.) 
(n.a.) [OEMsr-1066.] AMG-Brown University. 

November 29, 1944. 

M8 The mechanism of wounding by high velocity 
missiles. [Part] I, Quantitative data. (Missile Cas¬ 
ualties Report No. 2.) E. Newton Harvey, E. G. 
Butler and others. OEMcmr-395. Princeton Uni¬ 
versity. December 15, 1944. 

M9 The tracing of rays through a thick lens or lens 
system. Application to the Mark 18. (AMG Work¬ 
ing Paper No. 348.) L. Charles Hutchinson. 
[OEMsr-1007.] AMG-Columbia. January 10, 
1945. 

M10 Trap force measurements. G. W. Engstrom. 
OEMsr-273. Allegany Ballistics Laboratory. Feb¬ 
ruary 3, 1945. 

Mil The B-scope plotter. (AMP Memorandum No. 
141.1M. Supplement to AMP Report No. 141.1R.) 
(n.a.) OEMsr-1066. AMG-Brown University. 

June, 1945. 

901 Tanks 

901.1 Antitank Fire 

Ml The effect of hypervelocity on the probability of 
hitting tanks. (AMG Report No. 19.) E. J. Moul¬ 
ton. [OEMsr-1007.] AMG-Columbia. July 1, 
1943. 

M2 The effect of hypervelocity on the probability of 
hitting tanks. (AMP Report No. 26.1.) E. J. Moul¬ 
ton and Warren Weaver. July 20, 1943. 

M3 [Tank destroyers and their operation.] Report 
titled: Diary concerning Camp Hood trip, August 
31 to September 3, 1943. (AMG Report No. 71.) 
E. J. Moulton. [OEMsr-1007.] AMG-Columbia. 
October 18, 1943. 

M4 Antitank fire. Doubling the angle method. (AMG 
Report No. 265.) F. J. Murray. t OEMsr-1007.] 
AMG-Columbia. September 20, 1944. 

901.2 Vulnerability in Mine Fields 

Ml Curves showing expected percent of tanks which 
will cross mine fields without striking mines. (AMP 
Memorandum No. 178.1M.) (n.a.) OEMsr-860. 

SRG-Princeton. April, 1945. 

M2 Expected percent of tanks passing through mine 
fields without striking mines. (AMP Memorandum 
No. 178.2M.) (n.a.) OEMsr-860. SRG-Princeton. 

May, 1945. 

Mine Clearance 

Ml Two types of mechanical mine exploders. (AMP 
Memorandum No. 69.1.) L. J. Savage and 
W. Prager. [OEMsr-1066.] AMG-Brown Univer¬ 
sity. October 9, 1943. 

M2 Cooperative study on probability of exploding 
land mines by bombing. Mark W. Eudey, Evelyn 
Fix and others. [OEMsr-817.] University of Cali¬ 
fornia. April 1, 1944. 

M3 Expected clearance of German and Japanese anti- 




APPLIED MATHEMATICS PANEL MICROFILM LIST 


611 


tank and antipersonnel mines by explosive mine 
clearing devices. (AMP Report No. 178.1R.) (n.a.) 

OEMsr-860. SRG-Princeton. June, 1945. 

M4 Clearance of paths through mine fields by aerial 
bombing. (AMP Report No. 178.2R.) (n.a.) 

OEMsr-860. SRG-Princeton. August, 1945. 

M5 Clearance of mines by rocket barrages from the 
Woofus. (AMP Report No. 161.1R.) (n.a.) 

OEMsr-860. SRG-Princeton. August, 1945. 

903 Ordnance 

Ml Proceedings of the Ordnance Board. ([Report] 

Nos. 27,481 to 27,505.) (n.a.) OSRD Liaison 

Office No. WA-2071-10. Ordnance Board [Great 
Britain]. May 1, 1944. 

M2 Proceedings of the Ordnance Board. ([Report] 

Nos. 27,506 to 27,528.) (n.a.) OSRD Liaison 

Office No. WA-2071-5. Ordnance Board [Great 
Britain]. May 3, 1944. 

M3 Proceedings of the Ordnance Board. ([Report] 

Nos. Q 3,250 to Q 3,257.) (n.a.) OSRD Liaison 

Office No. WA-4250-14. Ordnance Board [Great 
Britain]. April 11, 1945. 

903.1 Projectiles and Shell Design 

Ml A visit to Washington in connection with the shell 
design problem. (AMG Report No. 102.) James J. 
Stoker. [OEMsr-1007.] AMG-Columbia. Decem¬ 
ber 6, 1943. 

M2 Professor Fieser’s problems. (AMP Memorandum 
No. 78.1.) Theodore W. Anderson. OEMsr-618. 
SRG-Columbia. December 8, 1943. 

M3 The shell design problem. (AMP Report No. 75.1.) 
(n.a.) [OEMsr-1007.] AMG-Columbia. February, 

1944. 

M4 [Shell designs.] (AMG Report No. 140.) James J. 
Stoker.] [OEMsr-1007.] AMG-Columbia. March 
29, 1944. 

M5 [Sabot projectiles.] Report titled: Diary of J. J. 
Stoker. Visit to Washington, D. C. (AMG Report 
No. 183.) James J. Stoker.] [OEMsr-1007.] 
AMG-Columbia. May, 1944. 

M6 Conference in Philadelphia with representatives of 
the Ballistic Research Laboratory, Aberdeen t Md]. 
(AMG Report No. 189.) James J. Stoker.] 
[OEMsr-1007.] AMG-Columbia. June 1, 1944. 

903.2 Aircraft Ammunition 

Ml The optimum ammunition mixture for a fighter 
attacking a multiengined bomber. (AMP Memo¬ 
randum No. 2.11.) J. Wolfowitz. [OEMsr-618.] 
SRG-Columbia. December 26, 1942. 


M2 American, German and Japanese aircraft ammuni¬ 
tion. (AMG Report No. 278.) [Churchill Eisen- 
hart.] [OEMsr-1007.] AMG-Columbia. October 
4, 1944. 

M3 Determination of ballistic properties of enemy air¬ 
craft ammunition by the Ballistic Research Labo¬ 
ratory, Aberdeen Proving Ground t Md]. (AMG 
Report No. 306.) [Churchill Eisenhart.] t OEMsr- 
1007.] AMG-Columbia. November 7, 1944. 

M4 Tentative information on properties of Japanese 
aircraft armament and ammunition. (AMG Report 
No. 307.) [Churchill Eisenhart.] [OEMsr-1007.] 
AMG-Columbia. November 8, 1944. 

904 Ordnance on Ships 

Ml Guns on pitching and rolling ships. (AMP Memo¬ 
randum No. 70.1 M.) George E. Hay. [OEMsr- 
1066.] AMG-Brown University. May 3, 1944. 

M2 Class B errors of the trunnion tilt computer of 
the computer Mark I, Model 1. (AMP Memo¬ 
randum No. 121.2M.) Mahlon M. Day. t OEMsr- 
1066.] AMG-Brown University. August 25, 1944. 

M3 Tables and graphs showing the Class B errors of 
the trunnion tilt computer of the computer 
Mark I, Model 1. (AMP Memorandum No. 121.3M.) 
(n.a.) [OEMsr-1066.] AMG-Brown University, 

November 6, 1944. 

905 Applied Mathematics Panel 

905.1 Personnel 

Ml Organization and personnel of the Applied Mathe¬ 
matics Panel, March 1, 1945. (AMP Note No. 16.) 
(n.a.) March, 1945. 

905.2 Bibliography 

Ml Report on the Applied Mathematics Group, Co¬ 
lumbia Library. (AMP Working Paper No. 425.) 
Charlotte Pattee. OEMsr-1007. AMG-Columbia. 
July 7, 1945. 

M2 Bibliography of papers written at the Applied 
Mathematics Group, Division of War Research, 
Columbia University, May, 1943 to October, 1945. 
(AMG Report No. 496.) Lucy LaSala and Mae 
Reiner. OEMsr-1007. AMG-Columbia. October, 
1945. 

M3 Applied Mathematics Panel final summary report 
of projects, (n.a.) December 15, 1945. 

M4 Applied Mathematics Panel bibliography of re¬ 
ports and memoranda, (n.a.) December 31, 1945. 

































APPLIED PSYCHOLOGY PANEL 

Microfilm Index 


100 SELECTION OF PERSONNEL 

110 Fire Controlmen (Range Finders) 

111 Type O 

111.1 Orthorater 

112 TypeR 

112.1 Activity Preference Blank 

112.2 Interpupillometer 
120 Height Finders 

121 Acuity 

122 Eikonometer 
130 Telephone Talkers 
140 Coxswains 

150 Night Lookouts 

151 Dark Adaptometer 
160 Emotionally Unstable Personnel 
170 Officer Candidates 
180 Miscellaneous Personnel 

200 TRAINING OF PERSONNEL 

210 Types of Personnel 

211 Gunners 

212 Code Operators 

212.1 Code Learning 

212.2 Code Receiving 
212.21 Code Copying 

212.3 Code Sending 

212.4 Code Instruction 

212.41 Code Speeds 

212.42 Miscellaneous Code Problems 

212.5 Oscilloscope Code 

213 Radar Operators 
(See also: 230) 

213.1 Bombing Systems 

213.2 Shipboard Systems 

213.3 Miscellaneous Systems and Problems 

214 Engineering 

215 Height Finders 

216 Range Finders 

217 Destroyer and Destroyer Escort Personnel 

217.1 Distilling Plant Operators 

217.2 Fireroom Operators 

218 Voice Communication Operators 

218.1 Theoretical Factors 

218.2 Intelligibility 

218.3 Telephone Talkers 

218.31 Interviewers for Classification 

218.4 Miscellaneous Voice Communication Problems 
220 Training in Special Fields 

2^1 Gunnery 

221.1 Tracking 

221.2 Sighting 
222 Cargo Handling 

230 Fatigue Factors in Radar Operation 


300 TESTS 

310 Tests for Special Types of Personnel 

311 Torpedomen and Gunner’s Mates 

312 Signalmen 

313 Fire Control Equipment Operators 

314 Landing Craft Operators 

315 Electricians 

316 Distilling Plant Operators 

317 Code Receivers 

318 Oscilloscope Operators 

318.1 Air-to-Surface Vessel Radar Equipment Op¬ 

erators 

319 Officer Qualification 
320 Special Tests 

321 Personal Inventory 

322 Aptitude Tests 

323 Spatial Relation Tests 

324 New London-NDRC Questionnaire 

325 Mechanical Knowledge Tests 

326 Screen Interpretation Test 

327 US Navy General Classification Test 

328 Miscellaneous Special Tests 

400 GRADES AND EXAMINATIONS 

410 Grading and Scoring Systems 

411 Evaluation and Validation of Tests 

412 Item Analysis 

413 Scores and Grades 

414 Norms 

420 Factors Affecting Success 

500 PERSONNEL MANAGEMENT 

510 Job Analysis of Specified Types of Personnel 

511 Destroyer (2,200 ton) Billets 

512 Amphibious Forces 

513 Miscellaneous Analyses Problems 
520 Personnel Classification Aids 

521 Mechanical Devices 

522 Point Score for Evaluation 
530 Personnel Records 

531 Files 

532 Card Sorting 

600 TRAINERS AND OTHER MECHANICAL DEVICES 

610 Gunnery Trainers 

611 Fire Control Systems 

611.1 Sights and Sighting 

611.11 Computers 

611.12 Panoramic Telescopes 

611.2 Tracking 

611.3 Directors 

611.4 Trial Fire and Burst Control 

611.5 Miscellaneous Gunnery Trainer Problems 

612 Scoring and Recording Devices 

612.1 Errors 



613 




614 


APPLIED PSYCHOLOGY PANEL MICROFILM INDEX 


613 Types of Ordnance 

613.1 Machine Gun 

613.2 Antiaircraft 
620 Radar Trainers 

621 Oscilloscope Trainers 

622 H 2 X Films 

623 Ranging with Radar 

624 Miscellaneous Radar Trainers 
630 Noise Equipment 

640 Range Estimation Equipment 


650 Stereoscopic Trainers and Related Equipment 

651 Range Finders 
651.1 Mark 42 

652 Height Finders 

653 Interpupillary Measurements 

654 Miscellaneous Stereoscopic Trainer Problems 
660 Plan Position Indicator (PPI) Trainer 

670 Interphone Crew Trainer 

680 Electric Winch Trainer 

690 Miscellaneous Trainer Problems 




APPLIED PSYCHOLOGY PANEL 

List of Microfilmed Reports 


100 SELECTION OF PERSONNEL 

110 Fire Controlmen (Range Finders) 

Ml Summary of research on the selection and training 
of range finder and radar operators. W. J. Brog- 
den. OEMsr-1171; Service Project No. N-114; 

OSRD No. 5358. University of Wisconsin. July 
23, 1945. 

111 Type O 

Ml Manual for use in the selection of fire controlmen, 

[Type] O, stereoscopic range finder operators. 121 
(Memorandum No. 8.) Henry A. Imus. OEMsr- 
1171; Service Project No. N-114; OSRD No. 4050. 
University of Wisconsin. August 22, 1944. 

M2 The selection of fire controlmen, [Type] O, range 
finder and radar operators. (Report No. 19.) D. C. 

Beier and Florence E. Gray. OEMsr-1171; Service 
Project No. N-114; OSRD No. 4861. University of 
Wisconsin. March 26, 1945. 

111.1 Orthorater 

Ml A test-retest reliability study of the Bausch and 
Lomb orthorater with Naval personnel. (Report 
No. 6.) J. K. Adams, D. C. Beier and Henry A. 

Imus. OEMsr-1171; Service Project No. N-114; 

OSRD No. 3969. University of Wisconsin. August 

I, 1944. 

112 Type R 

Ml General Classification Test and Mechanical Apti¬ 
tude Test selection standards for fire controlmen, 

[Type] R. (Informal Memorandum No. 1.) W. J. 
Brogden. Service Project No. N-114. April 28, 

1944. 

112.1 Activity Preference Blank 

Ml The reliability of two forms of an activity pref¬ 
erence blank. (Report No. 5.) J. K. Adams and 
H. M. Fowler. OEMsr-1171; Service Project No. 

N-114; OSRD No. 3778. University of Wisconsin. 

June 19, 1944. 

112.2 Interpupillometer 

Ml Reliability and precision of the NDRC and Bausch 
and Lomb interpupillometers. (Report No. 2.) 

J. K. Adams, D. C. Beier and Henry A. Imus. 
OEMsr-1171; Service Project No. N-114; OSRD No. 

3475. University of Wisconsin. March 29, 1944. 

M2 The construction and calibration of the NDRC 130 
interpupillometer. (Memorandum No. 4.) D. G. 

Ellson and Henry A. Imus. OEMsr-1171; Service 
Project No. N-114; OSRD No. 3797. University of 
Wisconsin. June 19, 1944. 


120 Height Finders 

Ml The selection of stereoscopic height finder observ¬ 
ers. (Report No. 4.) William C. Biel, W. J. Brogden 
and others. OEMsr-815; OSRD No. 1790. Brown 
University. August 14, 1943. 

M2 Summary of work on the selection and training of 
stereoscopic height finder observers. (Final Report 
No. 11.) William C. Biel, W. J. Brogden and 
others. OEMsr-815; OSRD No. 3773. Brown Uni¬ 
versity. June 14, 1944. 

Acuity 

Ml Distributions of measures of interpupillary distance. 
(Report No. 1.) Henry A. Imus and W. J. Brogden. 
OEMsr-815; OSRD No. 1341. Brown University. 
March 24, 1943. 

M2 The relationship of visual acuity to acuity of 
stereoscopic vision. (Report No. 7.) J. K. Adams, 
H. M. Fowler and Henry A. Imus. OEMsr-815; 
OSRD No. 2087. Brown University. September 15, 
1943 

M3 Interrelationships among seven tests of stereoscopic 
acuity and the relationship between two tests of 
visual acuity and two tests of phorias. (Memoran¬ 
dum No. 12.) H. M. Fowler, Henry A. Imus and 
F. A. Mote. [Brown University.] March 24, 1944. 

122 Eikonometer 

Ml Manual for the adjustment and operation of the 
projection eikonometer. (Project Memorandum 
No. 1.) Henry A. Imus. OEMsr-815; OSRD No. 
1340. Brown University. March 29, 1943. 

M2 The relationship between test scores obtained on 
the single and multiple projection eikonometers. 
(Report No. 3.) Henry A. Imus. OEMsr-815; 
OSRD No. 1789. Brown University. August 5, 
1943. 

M3 Manual for the installation and adjustment of the 
multiple projection eikonometer. (Memorandum 
No. 9.) Henry A. Imus. OEMsr-1171; Service Proj¬ 
ect No. N-114; OSRD No. 4233. University of 
Wisconsin. October 10, 1944. 

M4 A follow-up study of the efficiency of the projection 
eikonometer test in predicting the performance of 
stereoscopic height finder observers. (Report No. 13.) 
D. C. Beier, Florence E. Gray and others. OEMsr- 
1171; Service Project No. N-114; OSRD No. 4352. 
University of Wisconsin. November 21, 1944. 

Telephone Talkers 

Ml A speech interview for the selection of telephone 
talkers. (Report No. 1.) (n.a.) OEMsr-830; Serv¬ 

ice Project No. N-109. OSRD No. 1769. The Psy¬ 
chological Corporation. August, 1943. 

615 


SECRET 



616 


APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


140 Coxswains 

Ml Summary of work on the selection of LCVP 
coxswains. (Final Report No. 1.) D. R. Miller. 
OEMsr-614; Service Project No. 117b; OSRD No. 
5203. National Academy of Sciences. June 14, 
1945. 

150 Night Lookouts 

Ml A study of the prediction of night lookout per¬ 
formance. (Report No. 1.) Carl H. Wedell. 
OEMsr-1136; Service Project No. N-115; OSRD No. 
3357. Princeton University. March 15, 1944. 

M2 General recommendations concerning lookouts. 
(Memorandum No. 1.) Carl H. Wedell. [OEMsr- 
1136;] Service Project No. N-115. [Princeton Uni¬ 
versity.] September 15, 1944. 

M3 A study of the performance of night lookouts 
aboard ship. (Report No. 2.) William C. H. Pren¬ 
tice. OEMsr-1136; Service Project No. N-115; OSRD 
No. 4087. Princeton University. October 15, 1944. 
M4 A night lookout trainer for use aboard ship. (Re¬ 
port No. 3.) L. H. Lanier. OEMsr-1136; Service 
Project No. N-115; OSRD No. 4323. Princeton 
University. November 8, 1944. 

M5 Summary of work on the selection and training of 
night lookouts. (Final Report No. 4.) Carl H. 
Wedell. OEMsr-1136; Service Project No. N-115; 
OSRD No. 4342. Princeton University. November 
15, 1944. 

151 Dark Adaptometer 

Ml How to use the NDRC Model III dark adaptom¬ 
eter. (n.a.) (n.d.) 

160 Emotionally Unstable Personnel 

Ml The selection of emotionally unstable personnel by 
battle noise equipment. (Report No. 11.) Eugene 

L. Hartley and Dorothea B. Jones. OEMsr-834; 
Service Project No. N-113; OSRD No. 4684. Brown 
University. February 10, 1945. 

170 Officer Candidates 

Ml Combat leadership, Second report on Walter S. 
Hunter. OEMsr-614. National Academy of Sci¬ 
ences. June 8, 1944. 

M2 Selection of intercept officer candidates. (Informal 
Memorandum No. 3.) George K. Bennett. OEMsr- 
830; Service Project No. N-109. The Psychological 
Corporation. January 19, 1945. 

180 Miscellaneous Personnel 

Ml Classification data available to ships’ officers. 
(Memorandum No. 14.) D. A. Peterson. OEMsr- 
705; OSRD No. 5145. College Entrance Examina¬ 
tion Board, Princeton, N. J. May 30, 1945. 

200 TRAINING OF PERSONNEL 

Ml History and final report of Project NR-106 t of the] 
Applied Psychology Panel. (Memorandum No. 25.) 

M. H. Rogers, Morris S. Viteles and Harold A. 


Voss. OEMsr-700; Service Project No. NR-106; 
OSRD No. 6177. University of Pennsylvania. 
October 22, 1945. 

M2 History and final report of Project N-105 t of the] 
Applied Psychology Panel. Final report under con¬ 
tract OEMsr-700. (Memorandum No. 36.) Morris 
S. Viteles, John H. Gorsuch and D. D. Wickens. 
OEMsr-700; Service Project No. N-105; OSRD No. 
6266. University of Pennsylvania. October 31, 
1945. 

210 Types of Personnel 

211 Gunners 

Ml The 40-mm gun. Training and indoctrination of 
crew; instructor’s handbook. (Project Memorandum 
No. 9.) Morris S. Viteles, Kinsley R. Smith and 
others. OEMsr-700; Service Project No. N-105; 
OSRD No. 1591. University of Pennsylvania. July 
1, 1943. 

212 Code Operators 

Ml The Radio Code Research Project. Final report of 
Project N-107. (Memorandum No. 4.) Albert K. 
Kurtz and Harold G. Seashore. OEMsr-830; Serv¬ 
ice Project No. N-107; OSRD No. 4124. The Psy¬ 
chological Corporation. September 12, 1944. 

M2 The Radio Code Research Project. Final report of 
Project SC-88. (Report No. 8.) Fred S. Keller. 
OEMsr-830; Service Project No. SC-88; OSRD No. 
5379. The Psychological Corporation. July 25, 
1945. 

212.1 Code Learning 

Ml The prediction of code learning ability. (Report 
No. 7.) Albert K. Kurtz. OEMsr-830; Service 
Project No. N-107; OSRD No. 4059. The Psycho¬ 
logical Corporation. August 26, 1944. 

M2 Variety in code learning. A manual of activities 
designed to increase interest and reduce monotony 
in code schools. (Memorandum No. 3.) Harold G. 
Seashore and Stephen E. Stuntz. OEMsr-830; Serv¬ 
ice Project No. N-107; OSRD No. 4083. The Psycho¬ 
logical Corporation. August 31, 1944. 

M3 A comparison of training methods at two levels of 
code learning. (Report No. 1.) Fred S. Keller, 
Katherine W. Estes and Paul G. Murphy. OEMsr- 
830; Service Project No. SC-88; OSRD No. 4329. 
The Psychological Corporation. November 10, 
1944. 

M4 Distribution of practice in code learning. (Report 
No. 2.) Fred S. Keller and Katherine W. Estes. 
OEMsr-830; Service Project No. SC-88; OSRD No. 
4330. The Psychological Corporation. November 
10, 1944. 

212.2 Code Receiving 

Ml The effect of early introduction of sending code 
upon learning to receive. (Report No. 3.) Harold 
G. Seashore, Stephen E. Stuntz and Howard R. 



APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


617 


White. OEMsr-830; Service Project No. N-107; 
OSRD No. 3445. The Psychological Corporation. 
June 7, 1944. 

M2 The use of hand-sent clear text as practice material 
in learning to receive Morse Code. (Report No. 4.) 
Marvin J. Herbert and Fred S. Keller. OEMsr- 
830; Service Project No. SC-88; OSRD No. 5168. 
The Psychological Corporation. June 4, 1945. 

M3 Progress in receiving International Morse Code. 
(Report No. 5.) Fred S. Keller and Edward A. 
Jerome. OEMsr-830; Service Project No. SC-88; 
OSRD No. 5366. The Psychological Corporation. 
July 23, 1945. 

212.21 Code Copying 

Ml Analysis of errors in copying code. (Report No. 5.) 
Harold G. Seashore and Albert K. Kurtz. OEMsr- 
830; Service Project No. N-107; OSRD No. 4010. 
The Psychological Corporation. August 12, 1944. 

212.3 Code Sending 

Ml Goodness of signal formation in sending Interna¬ 
tional Morse Code. (Report No. 6.) Fred S. Keller 
and Marvin J. Herbert. OEMsr-830; Service Proj¬ 
ect No. SC-88; OSRD No. 5364. The Psychological 
Corporation. July 23, 1945. 

M2 Research on Project NS-366. Development of Morse 
Code actuated printer. (Report No. 1.) George K. 
Bennett. OEMsr-830; Service Project No. NS-366; 
OSRD No. 6233. The Psychological Corporation. 
October 31, 1945. 

212.4 Code Instruction 

Ml A comparative study of three methods of teaching 
code in the early weeks of the course. (Report 
No. 6.) Harold G. Seashore, Howard R. White 
and others. OEMsr-830; Service Project No. N-107; 
OSRD No. 3817. The Psychological Corporation. 
June 24, 1944. 

M2 The code-voice method of teaching International 
Morse Code. (Memorandum No. 1.) Fred S. Keller. 
OEMsr-830; Service Project No. SC-88; OSRD No. 
4911. The Psychological Corporation. April 9, 
1945. 

212.41 Code Speeds 

Ml The standardization of code speeds. (Report No. 2.) 
Albert K. Kurtz, Harold G. Seashore and others. 
OEMsr-830; Service Project No. N-107; OSRD No. 
3490. The Psychological Corporation. May, 1944. 

212.42 Miscellaneous Code Problems 

Ml Radio code school practices. (Research Memoran¬ 
dum No. 1.) Albert K. Kurtz, Harold G. Seashore 
and others. OEMsr-830; Service Project No. N-107; 
OSRD No. 1315. The Psychological Corporation. 
March 29, 1943. 

M2 Training radio operators to copy code through 
interference. (Report No. 4.) Harold G. Seashore 
and Stephen E. Stuntz. OEMsr-830; Service Proj¬ 


ect No. N-107; OSRD No. 3747. The Psychological 
Corporation. June 7, 1944. 

M3 Variation of activities in code classes. An experi¬ 
mental study of the problem of monotony in code 
learning. (Report No. 8.) Harold G. Seashore, 
Albert K. Kurtz and others. OEMsr-830; Service 
Project No. N-107; OSRD No. 4082. The Psycho¬ 
logical Corporation. August 31, 1944. 

M4 The relative effectiveness of four and seven hours 
of daily code practice. (Report No. 3.) Fred S. 
Keller and Katherine W. Estes. OEMsr-830; Serv¬ 
ice Project No. SC-88; OSRD No. 4750. The 
Psychological Corporation. February 26, 1945. 

212.5 Oscilloscope Code 

Ml Experiments in training radar operators in visual 
code reception. (Research Report No. 16.) Donald 
B. Lindsley, Irving H. Anderson and others. 
OEMsr-919; Service Project Nos. NS-146 and SC-70; 
OSRD No. 4811. Yerkes Laboratories of Primate 
Biology. March 20, 1945. 

M2 Factors determining accuracy of reception of oscil¬ 
loscope code. (Research Report No. 18.) Irving H. 
Anderson, Alfred L. Baldwin and others. OEMsr- 
919; Service Project Nos. SC-70 and NS-146; OSRD 
No. 5280. Yerkes Laboratories of Primate Biology. 
June 19, 1945. 

213 Radar Operators 

(See also: 230) 

213.1 Bombing Systems 

Ml Low-altitude radar bombing. A manual for the 
airbomber. (n.a.) OEMsr-919; Service Project 
Nos. SC-70 and NS-146. [Yerkes Laboratories of 
Primate Biology] and US Army Air Forces, Air- 
bomber Training Unit, Banana River Naval Air 
Station. October 15, 1944. 

M2 [Thej preparation of: Low-altitude [radar] bomb¬ 
ing. A manual for the airbomber. (Informal Memo¬ 
randum No. 20.) Donald B. Lindsley. [OEMsr- 
919;] Service Project Nos. SC-70 and NS-146. 
[Yerkes Laboratories of Primate Biology.] Decem¬ 
ber 27, 1944. 

M3 Extended training experiment. (Final report.) (n.a.) 
[OEMsr-919; Service Project Nos. SC-70 and NS- 
146.] [Yerkes Laboratories of Primate Biology] and 
US Army Air Forces, Victorville Army Air Field, 
Victorville, California. [1945.] 

M4 Preparation of: Final report on extended training 
experiment. (Informal Memorandum No. 25.) 
Donald B. Lindsley. OEMsr-919; Service Project 
Nos. SC-70 and NS-146. Yerkes Laboratories of 
Primate Biology and US Army Air Forces, Boca 
Raton Field, Florida. August 10, 1945. 

213.2 Shipboard Systems 

Ml Analysis and revision of training program for ship- 
borne radar operators t at the] Fleet Service School, 
Virginia Beach, Virginia. (Informal Memorandum 


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APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


No. 9.) Donald B. Lindsley. Service Project Nos. 
SC-70 and NS-146. [US Army Signal Corps, South¬ 
ern Signal Corps School] Camp Murphy, Florida. 
February 7, 1944. 

M2 Analysis and revision of training program for ship- 
borne radar operators t at the] US Naval Training 
School, Point Loma, California. (Informal Memo¬ 
randum No. 13.) Donald B. Lindsley. Service 
Project Nos. SC-70 and NS-146. t US Army Signal 
Corps, Southern Signal Corps School] Camp 
Murphy, Florida. March 27, 1944. 

M3 Development of final achievement examinations for 
Navy search radar operators. (Research Report No. 
15.) Irving H. Anderson, Alfred L. Baldwin and 
others. OEMsr-919; Service Project Nos. SC-70 and 
NS-146; OSRD No. 4635. Yerkes Laboratories of 
Primate Biology. January 27, 1945. 

213.3 Miscellaneous Systems and Problems 

Ml Radar operator training. Results of study of SCR- 
270-71 operators in training at Drew Field. (Re¬ 
search Report No. 1.) (n.a.) OEMsr-919; Service 

Project Nos. SC-70 and NS-146; OSRD No. 1737. 
Yerkes Laboratories of Primate Biology and US 
Army Signal Corps, Southern Signal Corps School, 
Camp Murphy, Florida. August 16, 1943. 

M2 Summary of work on the selection and training of 
radar operators. (Final Report No. 19.) Donald B. 
Lindsley. OEMsr-919; Service Project Nos. SC-70 
and NS-146; OSRD No. 5766. Yerkes Laboratories 
of Primate Biology. September 24, 1945. 

214 Engineering 

Ml Memorandum on operational drill charts for Solo- 
shell evaporators, destroyer escorts and APD’s con¬ 
verted t tO] steam driven destroyer escorts . . . 
[With] instructor’s manual. (Memorandum No. 14.) 
P. H. Masoner, L. R. Watters and others. OEMsr- 
700; Service Project No. NR-106; OSRD No. 5324. 
University of Pennsylvania. July 10, 1945. 

M2 Progressive engineering instruction. Stage III, 

Operational Training Building. (Memorandum No. 
18.) W. E. Organist and W. G. Willis. OEMsr-700; 
Service Project No. NR-106; OSRD No. 5459. Uni¬ 
versity of Pennsylvania. August 20, 1945. 

M3 Progressive engineering instruction. Stage III, 

Operational Training Building, general quarters 
drills. (Memorandum No. 21.) W. E. Organist. 
[OEMsr-700;j Service Project No. NR-106; OSRD 
No. 5505. University of Pennsylvania. August 28, 
1945. 

215 Height Finders 

Ml Training manual for stereoscopic height finder 
observers. (Chapters 1 to 37. Project Memorandum 
Nos. 7, 10 and 11.) William E. Kappauf, B. Mc¬ 
Millan and M. S. Swan. OEMsr-815; OSRD Nos. 
1544, 1730 and 2008. Brown University. June 15, 
August 12 and October 26, 1943. 


216 Range Finders 

Ml The relationship of errors in height and slant range 
readings made by stereoscopic observers. (Report 
No. 10.) J. K. Adams, William C. Biel and others. 
OEMsr-815; OSRD No. 3594. Brown University. 
April 29, 1944. 

M2 Lesson plans on selection and training for range 
finder officers’ course, fire controlmen, [Type] O 
range finder operators t at the] Naval Training 
Schools, Fort Lauderdale, Florida. (Memorandum 
No. 7.) D. C. Beier, D. G. Ellson and Henry A. 
Imus. OEMsr-1171; Service Project No. N-114; 
OSRD No 3961. University of Wisconsin. July 29, 
1944. 

M3 The influence of the visual tasks required of per¬ 
sonnel in the sixteen weeks’ fire controlmen, 
[Type] O, training course upon their visual pro¬ 
ficiency. (Report No. 7.) J. K. Adams, D. C. Beier 
and Henry A. Imus. OEMsr-1171; Service Project 
No. N-114; OSRD No. 3970. University of Wis¬ 
consin. August 1, 1944. 

M4 The precision of internal adjustment settings by 
student operators and experienced operators on 
stereoscopic range finders. (Report No. 9.) E. B. 
Knauft. OEMsr-1171; Service Project No. N-114; 
OSRD No. 3997. University of Wisconsin. August 
10, 1944. 

M5 Learning curves for operators of stereoscopic range 
finders. (Report No. 12.) D. C. Beier. OEMsr- 
1171; Service Project No. N-114; OSRD No. 4349. 
University of Wisconsin. November 21, 1944. 

217 Destroyer and Destroyer Escort Personnel 

217.1 Distilling Plant Operators 

Ml Operation of destroyer and destroyer escort dis¬ 
tilling plants. Instructor’s manual. (First Edition.) 
H. H. Bailey and H. A. McClure. OEMsr-700; 
Service Project No. NR-106. University of Penn¬ 
sylvania and US Atlantic Fleet, Fleet Operational 
Training Command. March, 1944. 

M2 Memorandum on: Operation of destroyer and de¬ 
stroyer escort distilling plants. Instructor’s manual. 
(Memorandum No. 2.) Bernard J. Covner, W. E. 
Organist and others. OEMsr-700; Service Project 
No. NR-106; OSRD No. 3613. University of Penn¬ 
sylvania. May 15, 1944. 

217.2 Fireroom Operators 

Ml Detailed fireroom operating procedures for de¬ 
stroyer escort vessels, turbo-electric and turbo- 
geared types. H. A. McClure and H. H. Bailey. 
OEMsr-700; Service Project No. NR-106. Univer¬ 
sity of Pennsylvania and US Atlantic Fleet, Fleet 
Operational Training Command. March 15, 1944. 

M2 Memorandum on [the manual]: Detailed fireroom 
operating procedures for destroyer escort vessels, 
turbo-electric and turbo-geared types. (Memoran¬ 
dum No. 1.) Bernard J. Covner, John H. Gorsuch 




APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


619 


and Morris S. Viteles. OEMsr-700; Service Project 
No. NR-106; OSRD No. 3444. University of Penn¬ 
sylvania. March 15, 1944. 

218 Voice Communication Operators 

218.1 Theoretical Factors 

Ml Voice communication courses. Volume I, Handbook 
for instructors. Volume II, Course outlines and 
drills for individual training. Volume III, Course 
outlines and drills for crew training. (Memorandum 
Nos. 13 to 15.) Foster C. Shoup, I. P. Brackett 
and others. OEMsr-830; Service Project No. SC-67. 
The Psychological Corporation. July, 1945. 

M2 Summary of work on the selection and training of 
telephone talkers. (Report No. 19.) Louis A. Mal¬ 
lory and William J. Temple. OEMsr-830; Service 
Project No. N-109(l); OSRD No. 5497. The Psy¬ 
chological Corporation. August 27, 1945. 

M3 Summary of work on voice communication. (Report 
No. 21.) John W. Black. OEMsr-830; Service Proj¬ 
ect No. SC-67; OSRD No. 5568. The Psychological 
Corporation. September 11, 1945. 

M4 Facts about voice communication, (n.a.) [OEMsr- 
830;] Service Project No. SC-67. The Psychological 
Corporation, (n.d.) 

218.2 Intelligibility 

Ml Methods of training telephone talkers for increased 
intelligibility. (Report No. 4.) John C. Snidecor, 
Louis A. Mallory and Edward L. Hearsey. OEMsr- 
830; Service Project Nos. N-109(l) and SC-67; OSRD 
No. 3178. The Psychological Corporation. Janu¬ 
ary 28, 1944. 

M2 Studies of voice factors affecting the intelligibility 
of voice communication in noise. Relation between 
loudness of voice and the intelligibility of airplane 
interphone communication. (Report No. 5.) James 
F. Curtis. OEMsr-830; Service Project Nos. N-109(l) 
and SC-67; OSRD No. 3313. The Psychological 
Corporation. February, 1944. 

M3 The relative intelligibility of typical methods of 
holding the T-17 microphone for communication 
in noise. (Report No. 6.) (n.a.) OEMsr-830; Serv¬ 

ice Project Nos. N-109(l) and SC-67; OSRD No. 
3505. The Psychological Corporation. May, 1944. 

M4 Intelligibility measurement. Techniques and proce¬ 
dures used by the Voice Communication Labora¬ 
tory. (Report No. 7.) C. Hess Haagen. OEMsr-830; 
Service Project Nos. N-109(l) and SC-67; OSRD No. 
3748. The Psychological Corporation. May, 1944. 

M5 Training studies in voice communication. [Part] I, 
Can intelligibility of voice communication be in¬ 
creased by training in voice technique? (Report 
No. 8.) James F. Curtis, I. P. Brackett and others. 
OEMsr-830; Service Project Nos. N-109(l) and SC- 
67; OSRD No. 3862. The Psychological Corpora¬ 
tion. July 5, 1944. 

M6 Training studies in voice communication. [Part] II, 
The use of noise in a training program. (Report 


No. 12.) James F. Curtis. OEMsr-830; Service 
Project No. SC-67; OSRD No. 4261. The Psycho¬ 
logical Corporation. October 18, 1944. 

M7 Phonetic characteristics of words as related to their 
intelligibility in aircraft-type noise. (Report No. 13.) 
Harry M. Mason. OEMsr-830; Service Project No. 
SC-67; OSRD No. 4681. The Psychological Corpo¬ 
ration. February 10, 1945. 

M8 Phonetic characteristics related to intelligibility of 
words in noise. Sounds correctly understood in mis¬ 
understood words. (Report No. 15.) Harry M. 
Mason. OEMsr-830; Service Project Nos. SC-67; 
OSRD No. 5174. The Psychological Corporation. 
June 6, 1945. 

M9 Studies of voice factors affecting the intelligibility 
of voice communication in noise. [Part] II, Pitch. 
(Report No. 16.) I. P. Brackett, C. Horton Talley 
and Harry M. Mason. OEMsr-830; Service Project 
No. SC-67; OSRD No. 5413. The Psychological Cor¬ 
poration. August 4, 1945. 

M10 Intelligibility measurement [inj twelve-word tests. 
(Report No. 17.) C. Hess Haagen. OEMsr-830; 
Service Project No. SC-67; OSRD No. 5414. The 
Psychological Corporation. August 4, 1945. 

Mil Training studies in voice communication. [Part] 
III, Effects of training in articulation. (Report No. 
18.) C. Hess Haagen, James F. Curtis and others. 
OEMsr-830; Service Project No. SC-67; OSRD No. 
5461. The Psychological Corporation. August 20, 
1945. 

M12 Intelligibility measurement [byj twenty-four word 
multiple-choice tests. (Report No. 20.) C. Hess 
Haagen. OEMsr-830; Service Project No. SC-67; 
OSRD No. 5567. The Psychological Corporation. 
September 11, 1945. 

218.3 Telephone Talkers 

Ml Seminar in telephone talking and composition of 
manual for the use of sound-powered phones. 
(Memorandum No. 1.) John C. Snidecor. OEMsr- 
830; Service Project No. N-109. The Psychological 
Corporation. September 28, 1943. 

M2 Information regarding an analysis of recordings 
made from the telephone circuits on board a battle¬ 
ship and a destroyer. (Memorandum No. 3.) (n.a.) 

OEMsr-830; Service Project Nos. N-109(l) and SC- 
67; OSRD No. 3312. The Psychological Corpora¬ 
tion. February, 1944. 

M3 Experimental investigation of a course for tele¬ 
phone talkers. (Report No. 9.) George W. Hibbitt 
and Louis A. Mallory. OEMsr-830; Service Project 
Nos. N-109(l) and SC-67; OSRD No. 3863. The 
Psychological Corporation. July 4, 1944. 

M4 [Submarine telephone talker training.] The status 
of Project N-109. George K. Bennett. [OEMsr- 
830]; Service Project No. N-109. The Psychological 
Corporation. September 16, 1944. 

218.31 Interviewers for Classification 

Ml A preliminary study of the abilities of rated men 





620 


APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


to judge speaking performances. (Report No. 2.) 
John C. Snidecor. OEMsr-830; Service Project No. 
N-109; OSRD No. 1823. The Psychological Cor¬ 
poration. August, 1943. 

M2 A study in training classification. Petty officers to 
select telephone talkers. (Report No. 3.) (n.a.) 

OEMsr-830; Service Project Nos. N-109 and SC-67; 
OSRD No. 1931. The Psychological Corporation. 
November, 1943. 

M3 A manual for the training of interviewers. (Memo¬ 
randum No. 2.) John C. Snidecor and Grant Fair¬ 
banks. OEMsr-830; Service Project Nos. N-109 and 
SC-67; OSRD No. 1827. The Psychological Cor¬ 
poration. (n.d.) 

218.4 Miscellaneous Voice Communication Problems 

Ml Installation and operation of equipment used in a 
basic voice communication course. (Memorandum 
No. 8.) (n.a.) OEMsr-830; Service Project Nos. 

N-109(l) and SC-67; OSRD No. 3749. The Psycho¬ 
logical Corporation. June 7, 1944. 

M2 Microphone position t of the] T-30-S and T-17. 
(Report No. 11.) C. Horton Talley, James F. 

Curtis and C. Hess Haagen. OEMsr-830; Service 
Project No. SC-67; OSRD No. 4260. The Psycho¬ 
logical Corporation. October 18, 1944. 

M3 Voice loudness over aircraft radios and microphones. 
(Report No. 10.) C. Horton Talley, James F. 
Curtis and others. OEMsr-830; Service Project No. 
SC-67; OSRD No. 4290. The Psychological Cor¬ 
poration. October 27, 1944. 

M4 A project for standardizing submarine phraseology 
and developing a training program in submarine 
voice communications. (Division 6. Report No. 
P57/R1421.) M. H. Abrams, William D. Neff and 
others. OEMsr-658, OEMsr-830 and OEMsr-1128; 
Service Project Nos. N-118 and N-109; OSRD No. 
4795. Harvard University, The Psychological Cor¬ 
poration and Columbia University, New London 
Laboratory. February 28, 1945. 

M5 Voice communication courses. Appendix I, Voice 
communication for night fighter operation. (Memo¬ 
randum No. 16.) Gayland L. Draegert and Foster 
C. Shoup. OEMsr-830; Service Project No. SC-67. 
The Psychological Corporation. July, 1945. 

M6 Voice communication courses. Appendix II, Courses 
for Far East Air Forces. Henry M. Moser and 
G. Paul Moore. OEMsr-830; Service Project No. 
SC-67. The Psychological Corporation. July, 1945. 

220 Training in Special Fields 

221 Gunnery 

Ml Developments in the use and construction of train¬ 
ing aids for four-day course in 20-mm gunnery. 
(Project Memorandum No. 7.) Morris S. Viteles, 
Kinsley R. Smith and others. OEMsr-700; Service 
Project No. N-105; OSRD No. 1320. University of 
Pennsylvania. March 5, 1943. 

M2 Unit lesson plans for four-day course in 40-mm 


gunnery. (Project Memorandum No. 8.) Morris S. 
Viteles, Kinsley R. Smith and others. OEMsr-700; 
Service Project No. N-105; OSRD No. 1781. Uni¬ 
versity of Pennsylvania. September 1, 1943. 

M3 Memorandum on [the manual]: How to teach gun¬ 
nery. A short course in effective teaching methods 
for gunnery instructors. (Memorandum No. 13.) 
Kinsley R. Smith, S. Medford Wesley and others. 
OEMsr-700; Service Project Nos. N-105 and NR- 
106; OSRD No. 3876. University of Pennsylvania. 
July 11, 1944. 

M4 Lesson plans for caliber .50 machine gun. (Memo¬ 
randum No. 14.) O. Backstrom, Jr., John H. Gor- 
such and Morris S. Viteles. OEMsr-700; Service 
Project No. N-105; OSRD No. 3909. University of 
Pennsylvania. July 19, 1944. 

M5 How to teach gunnery. A short course in effective 
teaching methods for gunnery instructors. (Revised 
edition.) (n.a.) OEMsr-700; Service Project No. 
NR-106. US Atlantic Fleet, Fleet Operational 
Training Command and University of Pennsylvania. 
October, 1944. 

221.1 Tracking 

Ml Generality of tracking training. (Memorandum 
No. 9.) Guy E. Brown, Jr. OEMsr-581; Service 
Project No. SOS-6; OSRD No. 4508. Tufts College. 
December 28, 1944. 

221.2 Sighting 

Ml Sighting methods of instruction used in naval avi¬ 
ation free gunnery. Final report on ( thej activities 
of NDRC Project N-112. (Memorandum No. 1.) 
Morris S. Viteles and John H. Gorsuch. OEMsr- 
700; Service Project No. N-112. University of Penn¬ 
sylvania. [September 21, 1944.] 

222 Cargo Handling 

Ml Summary of work on the selection and training of 
cargo handling teams for combat-laden vessels. 
(Final Report No. 1.) Floyd L. Ruch. OEMsr- 
1372; Service Project No. N-116b; OSRD No. 5140. 
University of Southern California. May 29, 1945. 

230 Fatigue Factors in Radar Operation 

Ml Radar operator fatigue. The effect of length and 
repetition of operating periods on efficiency of per¬ 
formance. (Research Report No. 6.) Donald B. 
Lindsley, Irving H. Anderson and others. OEMsr- 
919; Service Project Nos. SC-70 and NS-146; OSRD 
No. 3334. Yerkes Laboratories of Primate Biology 
and US Army Signal Corps, Southern Signal Corps 
School, Camp Murphy, Florida. January 4, 1944. 

M2 Concerning harmful effects of radar operation and 
fatigue. (Informal Memorandum No. 10.) Donald 
B. Lindsley. Service Project Nos. SC-70 and NS- 
146. [US Army Signal Corps, Southern Signal Corps 
School] Camp Murphy, Florida. February 29, 1944. 




APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


621 


300 

310 

311 


312 


313 


314 


315 


316 


317 


TESTS 

Tests for Special Types of Personnel 

Torpedomen and Gunner’s Mates 

Ml The development of achievement tests for gunner’s 
mates schools. (Report No. 17.) Norman Frederik- 
sen and A. E. Monroe. OEMsr-705; Service Project 
No. N-106; OSRD No. 5259. College Entrance Ex¬ 
amination Board, Princeton, N. J. June 25, 1945. 

M2 Development of achievement tests for Class A naval 
training schools [for] torpedomen. (Report No. 19.) 
Charles M. Harsh and Joseph B. Cooper. OEMsr- 
705; Service Project No. N-106; OSRD No. 5520. 
College Entrance Examination Board, Princeton, 
N. J. August 31, 1945. 

Signalmen 

Ml Achievement examination for Signalman School. 
(Report No. 18.) M. Duane Bown and Thelburn 
L. Engle. OEMsr-705; Service Project No. N-106; 
OSRD No. 5460. College Entrance Examination 
Board, Princeton, N. J. August 20, 1945. 

Fire Control Equipment Operators 

Ml Achievement examination questions and perform¬ 
ance tests for operators of Navy fire control equip¬ 
ment. (Informal Memorandum No. 5.) W. J. Brog- 
den. OEMsr-1171; Service Project No. N-114. Uni¬ 
versity of Wisconsin. April 7, 1945. 

Landing Craft Operators 

Ml Development of achievement tests for the Landing 
Craft School, Coronado, California. (Report No. 
21.) Norman Frederiksen. OEMsr-705; Service 
Project No. N-106; OSRD No. 5670. College En¬ 
trance Examination Board, Princeton, N. J. Sep¬ 
tember 14, 1945. 

Electricians 

Ml The development of performance tests for use in 
Class A electrical schools. (Memorandum No. 17.) 
Merrell E. Thompson and Norman Frederiksen. 
OEMsr-705; Service Project No. N-106; OSRD No. 
5666. College Entrance Examination Board, Prince¬ 
ton, N. J. September 13, 1945. 

Distilling Plant Operators 

Ml The construction and validation of a work readi¬ 
ness test for distilling plant operators. (Memoran¬ 
dum No. 19.) Bernard J. Covner, Harold A. Voss 
and S. Medford Wesley. t OEMsr-700;] Service Proj¬ 
ect No. NR-106; OSRD No. 5507. University of 
Pennsylvania. August 29, 1945. 

Code Receivers 

Ml The experimental edition of code receiving tests. 
(Report No. 1.) Albert K. Kurtz, Harold G. Sea¬ 
shore and others. OEMsr-830; Service Project No. 


N-107; OSRD No. 1314. The Psychological Cor¬ 
poration. March 29, 1943* 

M2 Instructor’s manual for the code receiving tests, 
(n.a.) [OEMsr-830;] Service Project No. N-107. 

The Psychological Corporation. November, 1943. 
M3 Tentative manual and guide for using the radio 
code test: Speed of Response, Form 1. (n.a.) 

[OEMsr-830;] Service Project No. N-107. The Psy¬ 
chological Corporation. December 15, 1943. 

M4 The code receiving tests. (Memorandum No. 2.) 
Albert K. Kurtz and Harold G. Seashore. OEMsr- 
830; Service Project No. N-107; OSRD No. 3157. 
The Psychological Corporation. February 2, 1944. 
M5 Graduation and rating test for Class A radio schools. 
(Memorandum No. 5.) Albert K. Kurtz and Harold 
G. Seashore. Service Project No. N-107. The Psy¬ 
chological Corporation. August 31, 1944. 

M6 A test of two remedial devices in high-speed code 
reception. (Report No. 7.) Edward A. Jerome and 
Fred S. Keller. OEMsr-830; Service Project No. 
SC-88; OSRD No. 5365. The Psychological Corpo¬ 
ration. July 23, 1945. 

M7 Development of radio code receiving examinations. 
(Informal Memorandum No. 18.) M. Duane Bown 
and Harold O. Gulliksen. OEMsr-705; Service Proj¬ 
ect No. N-106. College Entrance Examination 
Board, Princeton, N. J. September 27, 1945. 

318 Oscilloscope Operators 

Ml Oscilloscope operator tests. (Memorandum No. 2.) 
Donald B. Lindsley. OEMsr-919; Service Project 
Nos. SC-70 and NS-146; OSRD No. 1812. Yerkes 
Laboratories of Primate Biology and US Army Sig¬ 
nal Corps, Southern Signal Corps School, Camp 
Murphy, Florida. [September 1, 1943(?)j 
M2 Instruction manual for oscilloscope operator tests. 
(Memorandum No. 3.) Donald B. Lindsley. 
OEMsr-919; Service Project Nos. SC-70 and NS-146; 
OSRD No. 1811. Yerkes Laboratories of Primate 
Biology and US Army Signal Corps, Southern Sig¬ 
nal Corps School, Camp Murphy, Florida. [Sep¬ 
tember 1, 1943(?)] 

M3 Results from oscilloscope operator tests. (Memo¬ 
randum No. 4.) Donald B. Lindsley. OEMsr-919; 
Service Project No. SC-70 and NS-146; OSRD No. 
1813. Yerkes Laboratories of Primate Biology and 
US Army Signal Corps, Southern Signal Corps 
School, Camp Murphy, Florida. [September 1, 
1943(?)] 

M4 Effect of oscilloscope operation on vision. (Research 
Report No. 4.) Donald B. Lindsley, Irving H. 
Anderson and others. OEMsr-919; Service Project 
Nos. SC-70 and NS-146; OSRD No. 2051. Yerkes 
Laboratories of Primate Biology and US Army 
Signal Corps, Southern Signal Corps School, Camp 
Murphy, Florida. November 15, 1943. 

M5 Vision as related to proficiency in oscilloscope 
operation. (Research Report No. 8.) Donald B. 
Lindsley, Irving H. Anderson and others. OEMsr- 


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APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


919; Service Project Nos. SC-70 and NS-146; OSRD 
No. 3409. Yerkes Laboratories of Primate Biology 
and US Army Signal Corps, Southern Signal Corps 
School, Camp Murphy, Florida. February 24, 1944. 

M6 A validational study of oscilloscope operator tests. 
(Research Report No. 10.) Donald B. Lindsley and 
Irving H. Anderson. OEMsr-919; Service Project 
Nos. SC-70 and NS-146; OSRD No. 3712. Yerkes 
Laboratories of Primate Biology and US Army 
Signal Corps, Southern Signal Corps School, Camp 
Murphy, Florida. April 24, 1944. 

M7 The effect of extraneous illumination upon de¬ 
tection of signals on an A-scan oscilloscope. (Re¬ 
search Report No. 13.) Irving H. Anderson, Alfred 
L. Baldwin and others. OEMsr-919; Service Project 
Nos. SC-70 and NS-146; OSRD No. 4264. Yerkes 
Laboratories of Primate Biology. October 18, 1944. 

318.1 Air-to-Surface Vessel Radar Equipment Operators 

Ml Proficiency measures for classification and assign¬ 
ment of operators of air-to-surface vessel radar 
equipment. (Memorandum No. 5.) Donald B. 
Lindsley. OEMsr-919; Service Project Nos. SC-70 
and NS-146; OSRD No. 2012. Yerkes Laboratories 
of Primate Biology and US Army Signal Corps, 
Southern Signal Corps School, Camp Murphy, 
Florida. September 29, 1943. 

M2 Development of proficiency measures for classifica¬ 
tion and assignment of operators of air-to-surface 
vessel radar equipment. (Research Report No. 2.) 
Donald B. Lindsley. OEMsr-919; Service Project 
Nos. SC-70 and NS-146; OSRD No. 2013. Yerkes 
Laboratories of Primate Biology and US Army 
Signal Corps, Southern Signal Corps School, Camp 
Murphy, Florida. September 29, 1943. 

M3 Visual status of air-to-surface vessel radar operators. 
(Research Report No. 9.) Irving H. Anderson, 
Charles S. Bridgman and others. OEMsr-919; Serv¬ 
ice Project Nos. SC-70 and NS-146; OSRD No. 
3443-B. Yerkes Laboratories of Primate Biology 
and US Army Signal Corps, Southern Signal Corps 
School, Camp Murphy, Florida. March 20, 1944. 

319 Officer Qualification 

Ml Preparation of a preliminary form of an Officer’s 
Selection Test. Harold O. Gulliksen. OEMsr-705; 
Service Project No. N-106. College Entrance Ex¬ 
amination Board, Princeton, N. J. December 11, 
1942. 

M2 Preparation of the United States Navy Officer Quali¬ 
fication Test, Form 1. (Report No. 3.) (n.a.) 

OEMsr-705; Service Project No. N-106; OSRD No. 
1273. College Entrance Examination Board, Prince¬ 
ton, N. J. March 12, 1943. 

M3 Preparation of norms for the Officer Qualification 
Test, Form 1. (Memorandum No. 4.) Norman 
Frederiksen. OEMsr-705; Service Project No. 
N-106. College Entrance Examination Board, 
Princeton, N. J. May 28, 1943. 


M4 Preparation of norms for women for the Officer 
Qualification Test, Form 1. (Memorandum No. 9.) 
(n.a.) OEMsr-705; Service Project No. N-106. Col¬ 
lege Entrance Examination Board, Princeton, N. J. 
July 24, 1943. 

M5 Development and validity of the United States 
Navy Officer Qualification Test. (Report No. 6.) 
Norman Frederiksen and D. A. Peterson. OEMsr- 
705; Service Project No. N-106; OSRD No. 3186. 
College Entrance Examination Board, Princeton, 
N. J. January 7, 1944. 

M6 A statistical evaluation of the United States Navy 
Officer Qualification Test, Forms 2 and 3. (Report 
No. 10.) D. A. Peterson. OEMsr-705; Service Proj¬ 
ect No. N-106; OSRD No. 3978. College Entrance 
Examination Board, Princeton, N. J. August 4, 
1944. 

320 Special Tests 

321 Personal Inventory 

Ml Standardization and validation of the Personal In¬ 
ventory. Psychiatric criterion. (Project Report No. 
1.) Walter C. Shipley, Florence E. Gray and Nancy 
Newbert. OEMsr-834; OSRD No. 1606. Brown 
University. June 24, 1943. 

M2 The analysis of a Personal Inventory and other 
tests. (Memorandum No. 1.) Clarence H. Graham. 
[OEMsr-834;] Service Project No. N-113. [Brown 
University.] March 14, 1944. 

M3 The Personal Inventory, short form, Format C. 
Derivation and preliminary psychiatric validation. 
(Report No. 5.) Walter C. Shipley, Florence E. 
Gray and Nancy Newbert. OEMsr-834; Service 
Project No. N-113; OSRD No. 3390. Brown Uni¬ 
versity. March 15, 1944. 

M4 The comparability of Formats A and B of the 
Personal Inventory. (Report No. 6.) Richard N. 
Berry, H. J. Leavitt and F. A. Mote. OEMsr-834; 
Service Project No. N-113; OSRD No. 3582. Brown 
University. April 21, 1944. 

M5 The Personal Inventory, short form, Format C. 
Psychiatric validation on a pre-testing basis. (Re¬ 
port No. 7.) Walter C. Shipley, Florence E. Gray 
and Nancy Newbert. OEMsr-834; Service Project 
No. N-113; OSRD No. 3604. Brown University. 
May 1, 1944. 

M6 A comparison of Personal Inventory scores with 
service records, one year after testing. (Report 
No. 8.) Walter C. Shipley, Florence E. Gray and 
Nancy Newbert. OEMsr-834; Service Project No. 
N-113; OSRD No. 3755. Brown University. June 
10, 1944. 

M7 Results from the long and short forms of the Per¬ 
sonal Inventory and the General Classification Test. 
(Report No. 9.) Richard N. Berry, Clarence H. 
Graham and F. A. Mote. OEMsr-834; Service 
Project No. N-113; OSRD No. 3962. Brown Uni¬ 
versity. July 31, 1944. 




APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


623 


M8 Summary of research on the Personal Inventory and 
other tests. (Report No. 10.) Walter C. Shipley 
and Clarence H. Graham. OEMsr-834; Service 
Project No. N-113; OSRD No. 3963. Brown Uni- 324 
versity. August 1, 1944. 

M9 An evaluation of the Personal Inventory for pre¬ 
dicting success in parachute school. (Report No. 16.) 

G. A. Satter. OEMsr-705; Service Project No. 

N-106; OSRD No. 4870. College Entrance Exami¬ 
nation Board, Princeton, N. J. March 28, 1945. 

M10 An evaluation of the Personal Inventory and cer¬ 
tain other measures in the prediction of submarine 325 
officers’ evaluations of enlisted men. (Report No. 

22.) G. A. Satter. OEMsr-705; Service Project No. 

N-106; OSRD No. 5557. College Entrance Ex¬ 
amination Board, Princeton, N. J. September 7, 

1945. 

322 Aptitude Tests 

Ml Naval aptitude tests. (Report No. 1.) (n.a.) 

OEMsr-705; Service Project No. N-106; OSRD No. 

1127. College Entrance Examination Board, Prince¬ 
ton, N. J. December 10, 1942. 

M2 Averages, standard deviations and intercorrelations 
of Navy aptitude tests. (Report No. 4.) Harold O. 
Gulliksen, Herbert S. Conrad and Norman Fred- 
eriksen. OEMsr-705; Service Project No. N-106; 

OSRD No. 1536. College Entrance Examination 
Board, Princeton, N. J. June 7, 1943. 

M3 Item analysis of Navy aptitude tests. (Report No. 5.) 
Herbert S. Conrad. OEMsr-705; Service Project 
No. N-106; OSRD No. 3039. College Entrance Ex- 326 
amination Board, Princeton, N. J. December 30, 

1943. 

M4 Validity of Navy aptitude tests in service schools 
at the Great Lakes Naval Training Station. (Re¬ 
port No. 7.) Norman Frederiksen. OEMsr-705; 

Service Project No. N-106; OSRD No. 3245. Col¬ 
lege Entrance Examination Board, Princeton, N. J. 
January 31, 1944. 327 

M5 Validity of an experimental battery of aptitude 
tests at the Ordnance and Gunnery Schools, Wash¬ 
ington Navy Yard. (Report No. 8.) Norman Fred¬ 
eriksen. OEMsr-705; Service Project No. N-106; 

OSRD No. 3619. College Entrance Examination 
Board, Princeton, N. J. April 29, 1944. 

M6 Summary report on research and development of 
the Navy’s aptitude testing program. Final report 
on Contract OEMsr-705 [Covering period from] Sep¬ 
tember 1, 1942 to October 31, 1945. (Report No. 24.) 328 

Herbert S. Conrad. OEMsr-705; Service Project 
No. N-106; OSRD No. 6110. College Entrance Ex¬ 
amination Board, Princeton, N. J. October 31, 

1945. 

323 Spatial Relation Tests 

Ml Preparation of an experimental form of a spatial 400 
relation test. (Memorandum No. 3.) Norman 
Fredericksen. OEMsr-705; Service Project No. 410 


N-106. College Entrance Examination Board, 
Princeton, N. J. May 27, 1943. 

New London-NDRC Questionnaire 

Ml Results obtained from testing recruits with the New 
London-NDRC Questionnaire at the Newport 
Naval Training Station. (Report No. 2.) F. A. 
Mote, Richard N. Berry and Clarence H. Graham. 
OEMsr-834; Service Project No. N-113; OSRD No. 
3040. Brown University. December 6, 1943. 

Mechanical Knowledge Tests 

Ml Suggestions for the revision of the United States 
Navy Mechanical Aptitude Test, Form T. (Memo¬ 
randum No. 2.) Harold O. Gulliksen. OEMsr- 
705; Service Project No. N-106. College Entrance 
Examination Board, Princeton, N. J. January 18, 
1943. 

M2 Selection of test items by correlation with an 
external criterion, as applied to the Mechanical 
Comprehension Test, OQT-O-2. (Memorandum No. 
12.) Harold O. Gulliksen. OEMsr-705; Service 
Project No. N-106; OSRD No. 3187. College 
Entrance Examination Board, Princeton, N. J. 
January 8, 1944. 

M3 Statistical analysis of the Mechanical Knowledge 
Test. (Memorandum No. 13.) Herbert S. Conrad 
OEMsr-705; Service Project No. N-106; OSRD No. 
3246. College Entrance Examination Board, 
Princeton, N. J. January 28, 1944. 

Screen Interpretation Test 

Ml Development of the Screen Interpretation Test for 
airborne radar equipment. (Research Report No. 
12.) Irving H. Anderson, Alfred L. Baldwin and 
others. OEMsr-919; Service Project Nos. SC-70 and 
NS-146; OSRD No. 3897. Yerkes Laboratories of 
Primate Biology. July 15, 1944. 

US Navy General Classification Test 

Ml Preparation of the United States Navy General 
Classification Test, Form 1, and the United States 
Navy Tests of Reading and Arithmetical Reason¬ 
ing, Form 1. (Memorandum No. 7.) Norman 
Frederiksen. OEMsr-705; Service Project No. N-106. 
College Entrance Examination Board, Princeton, 
N. J. June 23, 1943. 

Miscellaneous Special Tests 

Ml Constructing work readiness tests. (Memorandum 
No. 22.) Harold A. Voss and S. Medford Wesley. 
[OEMsr-700;] Service Project No. NR-106; OSRD 
No. 5521. University of Pennsylvania. August 31, 
1945. 

GRADING AND SCORING SYSTEMS 

Grades and Examinations 




624 


APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


411 Evaluation and Validation of Tests 

Ml Analysis of the NROTC selective examination, 

Form C, and suggestions for its revision. (Report 
No. 2.) (n.a.) OEMsr-705; Service Project No. 

N-106; OSRD No. 1290. College Entrance Ex¬ 
amination Board, Princeton, N. J. February 15, 

1943. 

M2 The construction and validation of an Arithmetical 
Computation Test. (Report No. 13.) G. A. Satter 
and Norman Frederiksen. OEMsr-705; Service Proj- 414 
ect No. N-106; OSRD No. 4556. College Entrance 
Examination Board, Princeton, N. J. January 8 , 

1945. 

M3 A statistical evaluation of the Basic Classification 
Test Battery, Form 1. (Report No. 14.) Herbert S. 
Conrad. OEMsr-705; Service Project No. N-106; 

OSRD No. 4636. College Entrance Examination 
Board, Princeton, N. J. May 14, 1945. 420 

M4 A further study of the validity of the Arithmetical 
Computation Test. (Memorandum No. 15.) Nor¬ 
man Frederiksen. OEMsr-705; Service Project No. 

N-106; OSRD No. 5302. College Entrance Ex¬ 

amination Board, Princeton, N. J. July 3, 1945. 

412 Item Analysis 

Ml Factor analysis of the new United States Navy Basic 
Classification Test Battery. (Memorandum No. 10.) 

D. A. Peterson. OEMsr-705; Service Project No. 

N-106; OSRD No. 3004. College Entrance Ex¬ 
amination Board, Princeton, N. J. September 29, 

1943. 

M2 Item analysis and evaluation of the scoring stencil 500 
of the Personal Inventory. (Report No. 4.) Walter 
C. Shipley, Florence E. Gray and Nancy Newbert. 510 
OEMsr-834; Service Project No. N-113; OSRD No. 

3315. Brown University. February 14, 1944. 

M3 Selection of items for the US Navy General Classi¬ 
fication Test, Form 2, and the US Navy Tests of 
Reading and Arithmetical Reasoning, Form 2. (Re¬ 
port No. 9.) G. A. Satter. OEMsr-705; Service 
Project No. N-106; OSRD No. 3756. College 511 
Entrance Examination Board, Princeton, N. J. 

June 8 , 1944. 

M4 Characteristics and uses of item-analysis data. (Re¬ 
port No. 11.) Herbert S. Conrad. OEMsr-705; 

Service Project No. N-106; OSRD No. 4034. Col¬ 
lege Entrance Examination Board, Princeton, N. J. 

August 19, 1944. 

M5 Item differentiation and derivation of a 50-item 
scoring key for the Officer Personal Inventory, 

Form 1. (Memorandum No. 4.) Kinsley R. Smith 
and Harold A. Voss. OEMsr-1298; Service Project 
No. N-117. [Pennsylvania State College.] Febru¬ 
ary 8 , 1945. 

413 Scores and Grades 

Ml Service school grades. (Memorandum No. 11.) 

Harold O. Gulliksen. OEMsr-705; Service Project 
No. N-106; OSRD No. 3177. College Entrance 


Examination Board, Princeton, N. J. January 6 , 
1944. 

M2 The relation of selection test scores to tank escape 
performance t at the] Submarine School. (Report 
No. 3.) Clarence H. Graham, F. A. Mote and 
Richard N. Berry. OEMsr-834; Service Project No. 
N-113; OSRD No. 3262. Brown University. Jan¬ 
uary 31, 1944. 

Norms 

Ml The preparation of norms for the fleet edition of 
the General Classification Test. (Report No. 12.) 
D. A. Peterson. OEMsr-705; Service Project No. 
N-106; OSRD No. 4242-B. College Entrance Ex¬ 
amination Board, Princeton, N. J. October 10, 

1944. 

Factors Affecting Success 

Ml Predicting success in service school from the order 
of assignments. (Report No. 20.) G. A. Satter and 
Herbert S. Conrad. OEMsr-705; Service Project 
No. N-106; OSRD No. 5556. College Entrance 
Examination Board, Princeton, N. J. September 7, 

1945. 

M2 Use of test scores and quality-classification ratings 
in predicting success in Electrician’s Mates School. 
(Report No. 23.) Herbert S. Conrad and G. A. 
Satter. OEMsr-705; Service Project No. N-106; 
OSRD No. 5667. College Entrance Examination 
Board, Princeton, N. J. September 13, 1945. 

PERSONNEL MANAGEMENT 

Job Analysis of Specified Types of Personnel 
Ml Job analysis procedure. (Project Memorandum 
No. 2.) Morris S. Viteles and Kinsley R. Smith. 
OEMsr-700; Service Project No. N-105; OSRD No. 
1209. University of Pennsylvania. January 15, 
1943. 

Destroyer (2,200-Ton) Billets 

Ml Handbook of interviewing guides for billets on 
2,200-ton destroyer. Repair party, engine room and 
fire room. (Preliminary edition.) H. A. McClure. 
OEMsr-700; Service Project No. NR-106. US At¬ 
lantic Fleet, Fleet Operational Training Command 
and University of Pennsylvania. November, 1944. 
M2 Comments on [the] manual entitled: Handbook of 
interviewing guides for destroyer ( 2 , 200 -ton) billets. 
Repair party, engine room, fire room. . . . (Memo¬ 
randum No. 11.) Morris S. Viteles and John H. 
Gorsuch. OEMsr-700; Service Project No. NR-106. 
[University of Pennsylvania.] May 14, 1945. 

M3 Handbook of interviewing guides for billets on 
2,200-ton destroyer. Ship control, combat informa¬ 
tion, communication, damage control, engineering 
[and] gunnery. (First Edition.) H. D. Clarke. 
OEMsr-700; Service Project No. NR-106. US At- 




APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


625 


lantic Fleet, Fleet Operational Training Command 
and University of Pennsylvania. June, 1945. 

M4 Memorandum on: Handbook of interviewing guides 
for billets on 2,200-ton destroyers. Ship control, 
combat information, communication, damage con¬ 
trol, engineering t and] gunnery. (Memorandum No. 
24.) A. G. Bayroff and R. M. Jones. OEMsr-700; 
Service Project No. NR-106; OSRD No. 6115. Uni¬ 
versity of Pennsylvania. October 16, 1945. 

512 Amphibious Forces 

Ml [Memorandum on:] Manual of classification proce¬ 
dure for amphibious training bases. (Memorandum 
No. 1.) Kinsley R. Smith and Harold A. Voss. 
OEMsr-1298; Service Project No. N-117. [Pennsyl¬ 
vania State College.] October 10, 1944. 

M2 [Memorandum on:j The achievement testing pro¬ 
gram in the US Naval Amphibious Training Bases 
t and] the manual: Measuring the achievement of 
the trainee. (Memorandum No. 2.) Kinsley R. 
Smith and Harold A. Voss. OEMsr-1298; Service 
Project No. N-117. [Pennsylvania State College.] 
October 19, 1944. 

M3 [Memorandum on:j Training manual t of the] 
United States Atlantic Fleet, Amphibious Training 
Command. (Memorandum No. 3.) Kinsley R. 
Smith and Harold A. Voss. OEMsr-1298; Service 
Project No. N-117. [Pennsylvania State College.] 
January 2, 1945. 

M4 Analysis of responses of Amphibious Force person¬ 
nel to the: Questionnaire for personnel returning 
from combat zones. (Memorandum No. 5.) Kinsley 
R. Smith and Harold A. Voss. OEMsr-1298; Serv¬ 
ice Project No. N-117. [Pennsylvania State College.] 
March 15, 1945. 

M5 Preliminary summary of results of the study of the 
effectiveness of the classification procedure for offi¬ 
cers, Amphibious Training Command, US Atlantic 
Fleet. (Informal Memorandum No. 6.) Kinsley R. 
Smith and Harold A. Voss. OEMsr-1298; Service 
Project No. N-117. Pennsylvania State College. 
April 12, 1945. 

M6 [Memorandum on the manual:] A course in per¬ 
sonality analysis for specialists [Group] C, special 
case technicians. (Informal Memorandum No. 9.) 
Kinsley R. Smith and Harold A. Voss. OEMsr- 
1298; Service Project No. N-117. Pennsylvania 
State College. April 21, 1945. 

M7 The effectiveness of classification data in predicting 
billet performance in training in the Amphibious 
Force. (Report No. 1.) Kinsley R. Smith, Harold 
A. Voss and others. OEMsr-1298; Service Project 
No. N-117; OSRD No. 5198. Pennsylvania State 
College. June 12, 1945. 

M8 Summary of work in job analysis qualification and 
placement of personnel in the Amphibious Force. 
(Final Report No. 2.) Kinsley R. Smith. OEMsr- 
1298; Service Project No. N-117; OSRD No. 5422. 
Pennsylvania State College. August 8, 1945. 


513 Miscellaneous Analyses Problems 

Ml An analysis of men entering the DD Pool, Pre¬ 
commissioning Training Center, Treasure Island 
[from] May 29 to July 29, 1944. (Report No. 1.) 
Max M. Levin. OEMsr-1340; Service Project No. 
N-116a; OSRD No. 4151. Stanford University. 
September 20, 1944. 

520 Personnel Classification Aids 

Ml Summary of research and development of [person¬ 
nel] classification aids by NDRC Project N-116a. 
(Final Report No. 5.) Ronald K. Campbell. 
OEMsr-1340; Service Project No. N-116a; OSRD 
No. 5647. Stanford University. September 11, 1945. 

521 Mechanical Devices 

Ml Manual of instruction for the use of Findex equip¬ 
ment in personnel placement, USS New Jersey, 
Committee on Service Personnel. John M. Stal- 
naker. June 28, 1943. 

M2 An activity-preference test for the classification of 
service personnel. Final report of Project SOS-7. 
Truman L. Kelley. OEMsr-1213; Service Project 
No. SOS-7; OSRD No. 4484. Harvard University. 
December 21, 1944. 

M3 The selectometer, a classification guide. (Report 
No. 2.) Evan R. Keisler, Max M. Levin and 

J. Bradley Sonderman. OEMsr-1340; Service Proj¬ 
ect No. N-116a; OSRD No. 4746. Stanford Uni¬ 
versity. February 24, 1945. 

522 Point Score for Evaluation 

Ml A point score method for evaluating naval person¬ 
nel. (Memorandum No. 1.) Max M. Levin, Ronald 

K. Campbell and others. OEMsr-1340; Service 
Project No. N-116a; OSRD No. 5197. Stanford 
University. June 12, 1945. 

530 Personnel Records 

531 Files 

Ml A manual of procedures for processing and using 
the Keysort personnel record file. G. A. Satter. 
Service Project No. N-106. College Entrance Ex¬ 
amination Board, Princeton, N. J. May, 1945. 

M2 An experimental personnel record system for ship¬ 
board use. (Memorandum No. 16.) (n.a.) OEMsr- 

705; Service Project No. N-106; OSRD No. 5303. 
College Entrance Examination Board, Princeton, 
N. J. July 3, 1945. 

532 Card Sorting 

Ml A procedure for sorting the enlisted personnel 
qualifications cards. (Report No. 15.) G. A. Satter, 
N. C. Kephart and others. OEMsr-705; Service 
Project No. N-106; OSRD No. 4689. College 
Entrance Examination Board, Princeton, N. J. 
January 22, 1945. 




626 


APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


600 TRAINERS AND OTHER MECHANICAL DEVICES 

610 Gunnery Trainers 

Ml Memorandum on: Drill manual for synthetic anti¬ 
aircraft gunnery trainers. (Memorandum No. 21.) 
A. G. Bayroff, John H. Gorsuch and Morris S. 
Viteles. OEMsr-700; Service Project No. N-105; 
OSRD No. 4813. University of Pennsylvania. 
March 15, 1945. 

M2 Suggestions for three series of target films for gun¬ 
nery trainer, Mark 3. (Informal Memorandum No. 
22.) Morris S. Viteles and John H. Gorsuch. 

OEMsr-700; Service Project No. N-105. University 
of Pennsylvania. July 19, 1945. 

M3 The development of the remote control aerial 
gunnery trainer. (Informal Memorandum No. 12.) 
Karl U. Smith and William C. H. Prentice. 
OEMsr-1171; Service Project No. AC-94. Univer¬ 
sity of Wisconsin. September 10, 1945. 

M4 Design and construction of an airborne synthetic 
gunnery trainer and test device for director-type 
computing sights. (Memorandum No. 4.) D. G. 
Ellson. OEMsr-1171; Service Project No. AC-94; 
OSRD No. 5938. University of Wisconsin. Sep¬ 
tember 26, 1945. 

M5 Knowledge of results as it affects framing accuracy 
in a modified E-14 trainer with the B-29 pedestal 
sight. (Report No. 8.) Charles S. Bridgman, J. E. P. 
Libby and R. L. Solomon. OEMsr-1171; Service 
Project No. AC-94; OSRD No. 6050. University of 
Wisconsin. October 5, 1945. 

M6 A remotely controlled test, RCT, device for the 
analysis of gunner performance on flexible gunnery 
equipment. (Memorandum No. 5.) Carl H. Wedell. 
OEMsr-1171; Service Project No. AC-94; OSRD No. 
6083. University of Wisconsin. October 12, 1945. 
M7 Micromotion analysis of the service of the 3-inch/50 
gun. (Memorandum No. 30.) David B. Porter and 
S. Medford Wesley. OEMsr-700; Service Project 
No. NR-106; OSRD No. 6176. University of Penn¬ 
sylvania and New York University. October 19, 
1945. 

M8 Psychotechnological factors in the design of flexible 
gunnery equipment. (Memorandum No. 6.) Karl 
U. Smith. OEMsr-1171; Service Project No. AC-94; 
OSRD No. 6222. University of Wisconsin. October 
26, 1945. 

M9 The operation of the 5-inch/38 twin mount. (Memo¬ 
randum No. 32.) Morris S. Viteles and John H. 
Gorsuch. OEMsr-700; Service Project No. N-105. 
[University of Pennsylvania.] October 29, 1945. 

611 Fire Control Systems 

Ml The construction and use of a fire control problem 
solution indicator. (Memorandum No. 10.) D. G. 
Ellson. OEMsr-1171; Service Project No. N-114; 
OSRD No. 4381. University of Wisconsin. Novem¬ 
ber 27, 1944. 

M2 Operating instructions for use of the gun fire con¬ 
trol system, Mark 57. (Preliminary edition.) (n.a.) 


[OEMsr-815; Service Project No. N-lll.] US Fleet, 
Headquarters of the Commander-in-Chief t and 
Brown University]. January, 1945. 

M3 Lesson plans for a course of instruction in the 
operation of the gun fire control system, Mark 63. 
(Preliminary edition.) (n.a.) [OEMsr-815;] Service 

Project No. N-lll. [Brown University.] February 
17, 1945. 

M4 Operating instructions [for the] gun fire control 
system, Mark 63. (Preliminary edition. COMINCH 
Report No. P-07.) (n.a.) [OEMsr-815; Service 

Project No. N-lll.] US Fleet, Headquarters of the 
Commander-in-Chief t and Brown University]. 
March, 1945. 

M5 Lesson plans for a course of instruction in the 
operation of the gun fire control system, Mark 57. 
(n.a.) [OEMsr-815;] Service Project No. N-lll. 

[Brown University.] April 30, 1945. 

M6 Achievement examination questions and perform¬ 
ance tests for use in courses of instruction in the 
operation of the gun fire control systems, Mark 52, 
Mark 57 and Mark 63. (Informal Memorandum 
No. 10.) William E. Kappauf and Clarence H. 
Graham. OEMsr-815; Service Project No. N-lll. 
Brown University f and Advanced Fire Control 
School, Navy Yard, Washington, D. C.] June 20, 
1945. 

M7 Preparation of the manual entitled: Operating in¬ 
structions for use of the gun fire control system, 
Mark 57. (Informal Memorandum No. 13.) Wil¬ 
liam E. Kappauf. OEMsr-815; Service Project No. 
N-lll. Brown University. September 4, 1945. 

M8 Preparation of the manual entitled: Operating in¬ 
structions [for the] gun fire control system, Mark 
63. (Informal Memorandum No. 14.) William E. 
Kappauf. OEMsr-815; Service Project No. N-lll. 
Brown University. September 4, 1945. 

611.1 Sights and Sighting 

Ml Need for a check sight on the Mark 15 gunsight 
and on all sights of a similar nature. (Memorandum 
No. 1.) William E. Kappauf. Service Project No. 
N-lll. [Brown University.] January 17, 1944. 

M2 [Gunsighting symbols and definitions.] Revision of 
[Report No.] OD-3447. (Memorandum No. 3.) 
Henry P. Birmingham and William E. Kappauf. 
Service Project No. N-lll. [Brown University.] 
May 3, 1944. 

M3 Observations while training gun pointers in the 
use of the T-10 drive control on a 40-mm gun. 
(Informal Memorandum No. 1.) William C. Biel 
and Leonard C. Mead. t OEMsr-581;] Service Proj¬ 
ect No. SOS-6. [Tufts College.] June 21, 1944. 

M4 A comparison of performance on reading American 
and German aiming circles. (Informal Memorandum 
No. 4.) John P. Nafe. [OEMsr-581;] Service Proj¬ 
ect No. SOS-11. [Tufts College.] January 10, 1945. 

M5 Graphical analysis of triggering reactions on B-29 
sights. (Report No. 2.) J. K. Adams. OEMsr-1171; 




APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


627 


Service Project No. AC-94; OSRD No. 4864. Uni¬ 
versity of Wisconsin. March 27, 1945. 

M6 A comparative test of reticle patterns for the gun- 
sight, Mark 15. (Report No. 3.) Henry P. Birming¬ 
ham, Thomas G. Hermans and others. OEMsr-815; 
Service Project No. N-lll; OSRD No. 4878. Brown 
University. March 30, 1945. 

M7 Design and development of a B-29 ground trainer 
and test devices. (Informal Memorandum No. 3.) 
Karl U. Smith. OEMsr-1171; Service Project No. 
AC-94. University of Wisconsin. May 30, 1945. 

M8 A graphical analysis of sighting performance on 
B-29 sights. (Report No. 4.) Charles S. Bridgman, 
Florence E. Gray and R. L. Solomon. OEMsr- 
1171; Service Project No. AC-94; OSRD No. 5221. 
University of Wisconsin. June 19, 1945. 

M9 Psychological factors in operation and design of 
field artillery, tank destroyer and tank sighting 
equipment. (Final Report No. 6 .) Richard N. 
Berry, Robert H. Brown and others. OEMsr-581; 
Service Project No. SOS-11; OSRD No. 5342. Tufts 
College. July 16, 1945. 

M10 Comparison of variability of computer azimuth 
correction obtained with a standard General Electric 
pedestal sight and a viscously damped sight. (In¬ 
formal Memorandum No. 11.) J. K. Adams, D. G. 
Ellson and Florence E. Gray. OEMsr-1171; Service 
Project No. AC-94. University of Wisconsin. 
August 20, 1945. 

Mil An experimental study of the efficiency of sighting 
performance with modified sight controls as com¬ 
pared to that with standard sight controls on the 
B-29 pedestal sight. (Report No. 7.) D. C. Beier 
and William C. H. Prentice. OEMsr-1171; Service 
Project No. AC-94; OSRD No. 5558. University of 
Wisconsin. September 10, 1945. 

M12 Elementary theory of lead-computing gunsights 
and directors. (Informal Memorandum No. 15.) 
William E. Kappauf. OEMsr-815; Service Project 
No. N-lll. Brown University. September 15, 
1945. 

M13 A comparison of three speed-ring methods and the 
computing sight M-7 in accuracy of fire control on 
the 40-mm gun. (Report No. 14.) John H. Rap- 
parlie and William C. Biel. OEMsr-581; Service 
Project No. SOS- 6 ; OSRD No. 5762. Tufts College. 
September 21, 1945. 

M14 Summary of research on psychological problems in 
the operation of antiaircraft lead-computing sights 
and directors. Final report of Contract OEMsr-815. 
(Report No. 5.) William E. Kappauf. Service 
Project No. N-lll; OSRD No. 5425. Brown Uni¬ 
versity. September 29, 1945. 

611.11 Computers 

Ml A check sight for observing gun pointing with the 
computing sight, M-7. Its reliability and validity. 
(Memorandum No. 6 .) William C. Biel, Guy E. 
Brown, Jr. and others. OEMsr-581; Service Project 


No. SOS- 6 ; OSRD No. 4003. Tufts College. August 

11, 1944. 

M2 The effectiveness of a check sight technique for 
training 40-mm gun pointers who are using the 
computing sight, M-7. (Memorandum No. 7.) 
William C. Biel, Guy E. Brown, Jr. and others. 
OEMsr-581; Service Project No. SOS- 6 ; OSRD No. 
4054. Tufts College. August 22, 1944. 

M3 An evaluation of a frequently used technique for 
appraising tracking on the 40-mm gun equipped 
with the computing sight, M-7. (Memorandum No. 
13.) John H. Rapparlie. OEMsr-581; Service Proj¬ 
ect No. SOS- 6 ; OSRD No. 4976. Tufts College. 
April 23, 1945. 

M4 Evaluation of a plexiglas check sight as a testing 
and training aid with gun pointers on a 40-mm 
gun equipped with the computing sight, M-7. 
(Memorandum No. 14.) Guy E. Brown, Jr. 
OEMsr-581; Service Project No. SOS- 6 ; OSRD No. 
4977. Tufts College. April 23, 1945. 

M5 The relative effectiveness of a check sight tech¬ 
nique compared with two other methods used in 
training gun pointers on the 40-mm gun equipped 
with the computing sight, M-7. (Memorandum No. 

12, ) John H. Rapparlie. OEMsr-581; Service Proj¬ 
ect No. SOS- 6 ; OSRD No. 4975. Tufts College. 
April 25, 1945. 

M6 A sight computer test apparatus for study of rate 
tracking. (Memorandum No. 2.) D. G. Ellson. 
OEMsr-1171; Service Project No. AC-94; OSRD No. 
5735. University of Wisconsin. September 19, 
1945. 

611.12 Panoramic Telescopes 

Ml The effectiveness of a warning mark on the scale 
of the M-12 panoramic sight on 100 -mil errors. 
(Memorandum No. 1.) Richard N. Berry, Robert 
H. Brown and others. OEMsr-581; Service Project 
No. SOS-11; OSRD No. 4265. Tufts College. 
October 18, 1944. 

M2 The development of a counter or odometer-type 
scale to replace the micrometer scale of the pano¬ 
ramic telescope, M-12. (Memorandum No. 2.) 
Lorrin A. Riggs. OEMsr-581; Service Project No. 
SOS-11; OSRD No. 4390. Tufts College. Novem¬ 
ber 28, 1944. 

M3 Test model of panoramic telescope M-12 (T-138). 
(Informal Memorandum No. 5.) John P. Nafe. 
OEMsr-581; Service Project No. SOS-11. Tufts Col¬ 
lege. April 2, 1945. 

M4 Gross errors in reading scales of panoramic tele¬ 
scopes. (Report No. 1.) Richard N. Berry, Robert 
H. Brown and others. OEMsr-581; Service Project 
No. SOS-11; OSRD No. 4934. Tufts College. April 

13, 1945. 

M5 A study of gunnery errors made with different 
panoramic telescopes on Bishop trainers. (Report 
No. 2.) Richard N. Berry, Leonard C. Mead and 
others. OEMsr-581; Service Project No. SOS-11; 
OSRD No. 4935. Tufts College. April 13, 1945. 




628 


APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


M6 Errors in reading scales and changing deflections of 
panoramic telescopes. (Report No. 4.) Richard N. 
Berry, Robert H. Brown and others. OEMsr-581; 
Service Project No. SOS-11; OSRD No. 5070. Tufts 
College. May 18, 1945. 

M7 Errors in setting deflections on panoramic tele¬ 
scopes. (Report No. 3.) Richard N. Berry, Robert 
H. Brown and others. OEMsr-581; Service Project 
No. SOS-11; OSRD No. 5071. Tufts College. May 
18, 1945. 

611.2 Tracking 

Ml An instrument for tracking training. (Project 
Memorandum No. 6.) William E. Kappauf and 
F. A. Mote. OEMsr-815; OSRD No. 1497. Brown 
University. May 4, 1943. 

M2 A study of the Foxboro trainer as a training device 
for learning to track by means of pip-matching. 
(Research Report No. 5.) (n.a.) OEMsr-919; Serv¬ 

ice Project Nos. SC-70 and NS-146; OSRD No. 3102. 
Yerkes Laboratories of Primate Biology and US 
Army Signal Corps, Southern Signal Corps School, 
Camp Murphy, Florida. December 16, 1943. 

M3 Recommendations for the use of the Foxboro 
trainer, BC-968. (Memorandum No. 6.) (n.a.) 

OEMsr-919; Service Project Nos. SC-70 and NS-146; 
OSRD No. 3103. Yerkes Laboratories of Primate 
Biology and US Army Signal Corps, Southern Sig¬ 
nal Corps School, Camp Murphy, Florida. Decem¬ 
ber 16, 1943. 

M4 Description of the Tufts tracking trainer. (Report 
No. 11.) Bradford B. Hudson and Lloyd V. Searle. 
OEMsr-581; Service Project No. SOS-6; OSRD No. 
3286. Tufts College. February 5, 1944. 

M5 A study of the SCR-584 basic trainer as a training 
device for learning range tracking. (Research Re¬ 
port No. 7.) (n.a.) OEMsr-919; Service Project 

Nos. SC-70 and NS-146; OSRD No. 3344. Yerkes 
Laboratories of Primate Biology and US Army Sig¬ 
nal Corps, Southern Signal Corps School, Camp 
Murphy, Florida. February 10, 1944. 

M6 A variable-speed assembly for the azimuth hand- 
wheel drive of the 40-mm gun. (Memorandum 
No. 4.) J. G. Beebe-Center. t OEMsr-581;j Service 
Project No. SOS-6. t Tufts College.] March 1, 
1944. 

M7 A study of the Tufts tracking trainer as a selection 
and training device for trackers on the director, 
M-7. (Report No. 12.) William C. Biel and Lloyd 
V. Searle. OEMsr-581; Service Project No. SOS-6; 
OSRD No. 3606. Tufts College. April 24, 1944. 

M8 Comparison of range tracking methods. Tracking 
to a fixed hairline versus tracking to a rotating 
hairline. (Research Report No. 11.) Irving H. 
Anderson, Alfred L. Baldwin and others. OEMsr- 
919; Service Project Nos. SC-70 and NS-146; OSRD 
No. 3858. Yerkes Laboratories of Primate Biology. 
July 4, 1944. 

M9 A study of the tracking proficiency of student op¬ 
erators during training on aerial tracking of the 


Mark 37 gun director with Mark 4 radar. (Report 
No. 10.) S. D. S. Spragg. OEMsr-1171; Service 
Project No. N-114; OSRD No. 4049. University of 
Wisconsin. August 22, 1944. 

M10 A study in errors of prediction resulting from 
azimuth tracking errors on the director, M-7. 
(Memorandum No. 10.) Alex L. Sweet. OEMsr- 
581; Service Project No. SOS-6; OSRD No. 4509. 
Tufts College. December 28, 1944. 

Mil Tracking with the gunsight, Mark 15. Data on 
tracking accuracy and learning. (Report No. 2.) 
Henry P. Birmingham, Thomas G. Hermans and 
others. OEMsr-815; Service Project No. N-lll; 
OSRD No. 4547. Brown University. January 6, 
1945. 

M12 A comparison of two non-timing methods for 
scoring on-target tracking on the 40-mm gun 
equipped with the computing sight, M-7. (Memo¬ 
randum No. 11.) John H. Rapparlie. OEMsr-581; 
Service Project No. SOS-6; OSRD No. 4647. Tufts 
College. January 29, 1945. 

M13 Analysis of triggering on remote control sights and 
its relation to accuracy in tracking and framing. 
(Report No. 1.) J. K. Adams. OEMsr-1171; Serv¬ 
ice Project No. AC-94; OSRD No. 4863. University 
of Wisconsin. March 27, 1945. 

M14 An investigation of the relative accuracy of five 
methods of tracking aerial targets using Mark 12 
radar. (Report No. 20.) D. C. Beier and H. A. 
Taylor. OEMsr-1171; Service Project No. N-114; 
OSRD No. 4927. University of Wisconsin. April 
16, 1945. 

M15 Retention of on-target tracking skill on the 40-mm 
gun following a training experiment. (Memoran¬ 
dum No. 15.) Guy E. Brown, Jr. OEMsr-581; 
Service Project No. SOS-6; OSRD No. 4978. Tufts 
College. April 24, 1945. 

M16 A mechanical trainer simulating tracking with the 
Mark 12 radar spot presentation. Description and 
learning curve. (Informal Memorandum No. 4.) 
W. J. Brogden. OEMsr-1171; Service Project No. 
N-114. University of Wisconsin. May 8, 1945. 

M17 The design of phototube scoring devices for track¬ 
ing trainers. (Informal Memorandum No. 9.) Wil¬ 
liam E. Kappauf. OEMsr-815; Service Project No. 
N-lll. Brown University. May 23, 1945. 

M18 Supplementary data on the validity of a non¬ 
timing method for scoring on-target tracking on 
the 40-mm gun equipped with the computing sight, 
M-7. (Memorandum No. 17.) John H. Rapparlie. 
OEMsr-581; Service Project No. SOS-6; OSRD No. 
5219. Tufts College. June 18, 1945. 

M19 A photographic determination of the accuracy of 
measures of optical and radar tracking error in 
the gun director, Mark 37, by an optical check- 
scope method. (Memorandum No. 11.) D. C. Beier, 
D. G. Ellson and H. A. Taylor. OEMsr-1171; Serv¬ 
ice Project No. N-114; OSRD No. 5223. University 
of Wisconsin. June 19, 1945. 

M20 Description of a radar air-search tracking trainer. 




APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


629 


611.3 


(Informal Memorandum No. 24.) Donald B. 
Lindsley. OEMsr-919; Service Project Nos. SC-70 
and NS-146. Yerkes Laboratories of Primate Biol¬ 
ogy and US Army Air Forces, Boca Raton Field, 
Florida. August 22, 1945. 

M21 A new type mechanical plan position indicating 
tracking trainer. (Informal Memorandum No. 26.) 
Donald B. Lindsley. OEMsr-919; Service Project 
Nos. SC-70 and NS-146. Yerkes Laboratories of 
Primate Biology and US Army Air Forces, Boca 
Raton Field, Florida. September 4, 1945. 

M22 Variability of B-29 computer output. Mechanical 
tracking using constant azimuth rates. (Report 
No. 5.) J. K. Adams, D. G. Ellson and Florence 
E. Gray. OEMsr-1171; Service Project No. AC-94; 
OSRD No. 5637. University of Wisconsin. Sep¬ 
tember 10, 1945. 

M23 A study of rate tracking by gunners on the B-29 
pedestal sight. (Report No. 6.) J. K. Adams, D. G. 
Ellson and Florence E. Gray. OEMsr-1171; Service 
Project No. AC-94; OSRD No. 5638. University of 
Wisconsin. September 10, 1945. 

M24 The construction and operation of a blind tracking 
demonstrator for the gun fire control systems, Mark 
57, Mark 60 and Mark 63. (Informal Memorandum 
No. 17.) Franklin V. Taylor. OEMsr-815; Service 
Project No. N-lll. Brown University and Ad¬ 
vanced Fire Control School, Navy Yard, Washing¬ 
ton, D. C. September 14, 1945. 

M25 The development of a device to indicate the accu¬ 
racy of on-target tracking of aerial targets. (Report 
No. 6.) J. D. Coakley. OEMsr-614; Service Project 
No. N-lll; OSRD No. 5737. National Academy of 
Sciences. September 17, 1945. 

M26 Studies with the variable-drive T-18 for 40-mm gun 
carriage, M-2-A1. (Report No. 13.) William C. 
Biel, Guy E. Brown, Jr. and William J. Griffiths. 
OEMsr-581; Service Project No. SOS-6; OSRD No. 
5736. Tufts College. September 19, 1945. 

M27 A study of tracking on directors M-5-A2 and 
M-5-A2E1. (Report No. 15.) Robert M. Gotts- 
danker and William C. Biel. OEMsr-581; Service 
Project No. SOS-6; OSRD No. 5929. Tufts College. 
September 25, 1945. 

M28 A camera for recording tracking performance with 
the gunsight, Mark 14. (Memorandum No. 34.) 
A. G. Bayroff, John H. Gorsuch and others. 
OEMsr-700; Service Project No. N-105; OSRD No. 
6230. University of Pennsylvania. October 30, 
1945. 

Directors 

Ml Operating instructions [for the] gun director Mark 
51, Model 3, controlling heavy antiaircraft batteries, 
(n.a.) t OEMsr-815; Service Project No. N-lll.] 
US Fleet, Headquarters of the Commander-in- 
Chief t and Brown University]. July, 1944. 

M2 Preparation of the manual entitled: Operating in¬ 
structions [for the] gun director Mark 51, Model 3, 


controlling heavy antiaircraft batteries. (Memo¬ 
randum No. 5.) William E. Kappauf. [OEMsr- 
815;] Service Project No. N-lll. [Brown Univer¬ 
sity.] October 30, 1944. 

M3 Review of the project’s comments on the operating 
characteristics of the gun directors, Mark 51 and 
Mark 52, and its suggestions for the improvement 
in the design of these directors. (Memorandum 
No. 6.) William E. Kappauf. [OEMsr-815;j Serv¬ 
ice Project No. N-lll. Advanced Fire Control 
School, Navy Yard, Washington, D. C. t and Brown 
University]. November 10, 1944. 

M4 Design, construction and validation of a training 
instrument for optical pointing and training in the 
gun director, Mark 37. (Report No. 14.) D. G. 
Ellson. OEMsr-1171; Service Project No. N-114; 
OSRD No. 4474. University of Wisconsin. De¬ 
cember 18, 1944. 

M5 Operating instructions for the gun director, Mark 
52. (COMINCH Report No. P-6.) (n.a.) [OEMsr- 

815;] Service Project No. N-lll. US Fleet, Head¬ 
quarters of the Commander-in-Chief t and Brown 
University]. January, 1945. 

M6 Preparation of the manual entitled: Operating in¬ 
structions for the gun director, Mark 52. (Informal 
Memorandum No. 8.) William E. Kappauf. 
OEMsr-815; Service Project No. N-lll. Brown 

University and Advanced Fire Control School, 
Navy Yard, Washington, D. C. May 18, 1945. 

M7 A second summary of project comments on director 
operating characteristics and design. (Informal 
Memorandum No. 11.) William E. Kappauf. 
OEMsr-815; Service Project No. N-lll. Brown 

University and Advanced Fire Control School, Navy 
Yard, Washington, D. C. July 26, 1945. 

M8 The design of a tracking head for use on pedestal- 
type directors. (Informal Memorandum No. 18.) 
William E. Kappauf. OEMsr-815; Service Project 
No. N-lll. Brown University and Advanced Fire 
Control School, Navy Yard, Washington, D. C. 
September 18, 1945. 

611.4 Trial Fire and Burst Control 

Ml Polaroid spotting trainer. (Memorandum No. 4.) 
William E. Kappauf. [OEMsr-815;] Service Project 
No. N-lll. Advanced Fire Control School, Navy 
Yard, Washington, D. C. t and Brown University]. 
June 5, 1944. 

M2 An automatic burst-control device for aerial gun¬ 
nery. (Memorandum No. 1.) J. K. Adams, J. E. P. 
Libby and R. L. Solomon. OEMsr-1171; Service 
Project No AC-94; OSRD No. 5185. University of 
Wisconsin. June 8, 1945. 

M3 Comparison of the accuracy of slant range measure¬ 
ment by radar SCR-584 and burst-control telescopes 
in 90-mm gun trial fire. (Memorandum No. 16.) 
Alex L. Sweet. OEMsr-581; Service Project No. 
SOS-6; OSRD No. 5210. Tufts College. June 15, 
1945. 


SECRET 





630 


APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


M4 A further study of radar SCR-584 burst spotting 
on trial fire. (Report No. 16.) William C. Biel and 
Alex L. Sweet. OEMsr-581; Service Project No. 
SOS-6; OSRD No. 5930. Tufts College. September 
25, 1945. 

611.5 Miscellaneous Gunnery Trainer Problems 

Ml A graphical recorder for synchronous linear regis¬ 
tration of several mechanical movements. (Memo¬ 
randum No. 3.) Karl U. Smith. OEMsr-1171; 
Service Project No. AC-94; OSRD No. 5937. Uni¬ 
versity of Wisconsin. September 26, 1945. 

612 Scoring and Recording Devices 

Ml Recording unit for [master] trainer BC-1070-A. . . . 
Application instructions, (n.a.) OEMsr-919; Serv¬ 
ice Project Nos. SC-70 and NS-146. [Yerkes Labo¬ 
ratories of Primate Biology.] October 9, 1944. 

M2 Recording device for remote indication of gun 
position. (Informal Memorandum No. 2.) John P. 
Nafe, Lloyd V. Searle and Kenneth S. Wagoner. 
[OEMsr-581;] Service Project No. SOS-11. [Tufts 
College.] October 9, 1944. 

M3 Check sight scoring methods. (Report No. 1.) Henry 
P. Birmingham, A. S. Householder and others. 
OEMsr-815; Service Project No. N-lll; OSRD No. 
4525. Brown University. January 3, 1945. 

M4 Comparison of on-target method and the standard 
hand-scale method of scoring B-29 sight-camera 
film. (Report No. 3.) Robert R. Sears, E. B. 
Knauft and others. OEMsr-1171; Service Project 
No. AC-94; OSRD No. 5222. University of Wis¬ 
consin. June 19, 1945. 

M5 A system of automatic devices for the detection and 
recording of errors in a 105-mm howitzer battery. 
(Report No. 5.) Richard N. Berry, Robert H. 
Brown and others. OEMsr-581; Service Project No. 
SOS-11; OSRD No. 5313. Tufts College. July 6, 
1945. 

M6 Studies of the reliability of the scoring system of 
the gunnery trainer, Mark 5. (Informal Memoran¬ 
dum No. 12.) William E. Kappauf. OEMsr-815; 
Service Project No. N-lll. Brown University. 
August 29, 1945. 

M7 An investigation of the scoring characteristics of 
the machine gun trainer, Mark 1. (Memorandum 
No. 25.) Morris S. Viteles and John H. Gorsuch. 
OEMsr-700; Service Project No. N-105. [University 
of Pennsylvania.] September 20, 1945. 

612.1 Errors 

Ml The number, percentage, disposition and places of 
occurrence of 100-mil errors in 9440 rounds of artil¬ 
lery fire. (Informal Memorandum No. 3.) John P. 
Nafe. [OEMsr-581;] Service Project No. SOS-11. 
[Tufts College.] November 4, 1944. 

613 Types of Ordnance 


613.1 Machine Gun 

Ml Manual for instruction on machine gun trainer, 
Mark I. (n.a.) [OEMsr-700;] Service Project No. 

N-105. University of Pennsylvania and US Fleet, 
Headquarters of the Commander-in-Chief. Janu¬ 
ary, 1944. 

M2 [Memorandum on:j Manual for instruction on 
machine gun trainer, Mark I. (Memorandum No. 
15.) Morris S. Viteles and John H. Gorsuch. 
OEMsr-700; Service Project No. N-105. [University 
of Pennsylvania.] July 25, 1944. 

613.2 Antiaircraft 

Ml Use of Foxboro trainers in AAATC at Camp 
Stewart and Camp Davis. (Informal Memorandum 
No. 5.) Donald B. Lindsley. [OEMsr-919;j Service 
Project Nos. SC-70 and NS-146. [Yerkes Labora¬ 
tories of Primate Biology and US Army Signal 
Corps, Southern Signal Corps School] Camp 

Murphy, Florida. December 21, 1943. 

M2 Use of Foxboro trainers in AAATC and AARTC 
units. Report of visits by representative of NDRC 
Projects SC-70 and NS-146. (Informal Memorandum 
No. 12.) Donald B. Lindsley. OEMsr-919; Service 
Project Nos. SC-70 and NS-146. [Yerkes Labora¬ 
tories of Primate Biology and US Army Signal 
Corps, Southern Signal Corps School] Camp 

Murphy, Florida. March 15, 1944. 

M3 Study of operator performance on all types of 
antiaircraft equipment. (Report No. 17.) Richard 
N. Berry, William C. Biel and others. OEMsr-581; 
Service Project No. SOS-6; OSRD No. 5931. Tufts 
College. September 25, 1945. 

620 Radar Trainers 

621 Oscilloscope Trainers 

Ml Use of the Philco trainer in the training of A-scan 
oscilloscope operators. (Research Report No. 3.) 
(n.a.) OEMsr-919; Service Project Nos. SC-70 and 
NS-146; OSRD No. 2096. Yerkes Laboratories of 
Primate Biology and US Army Signal Corps, 
Southern Signal Corps School, Camp Murphy, 
Florida. October 15, 1943. 

622 H 2 X Film Trainer 

Ml Instructor’s guide for use of the H 2 X film trainer 
with film commentaries, (n.a.) ( OEMsr-919;] Serv¬ 

ice Project Nos. SC-70 and NS-146. [Yerkes Labo¬ 
ratories of Primate Biology.] January 25, 1945. 

M2 Memorandum on: Instructor’s guide for H 2 X film 
trainer with film commentaries. (Informal Memo¬ 
randum No. 21.) Donald B. Lindsley. [OEMsr- 
919;] Service Project Nos. SC-70 and NS-146. 
[Yerkes Laboratories of Primate Biology and US 
Army Air Forces] Boca Raton Field, Florida. Feb¬ 
ruary 6, 1945. 

623 Ranging with Radar 

Ml The accuracy and precision of student operators’ 



APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


631 


zero-sets on the Mark 4 radar. (Report No. 4.) 
E. B. Knauft. OEMsr-1171; Service Project No. 
N-114; OSRD No. 3723. University of Wisconsin. 
May 18, 1944. 

M2 The design, attachment and precision of an auxil¬ 
iary range dial for the Mark 4 radar. (Memorandum 
No. 5.) E. B. Knauft. OEMsr-1171; Service Proj¬ 
ect No. N-114; OSRD No. 3906. University of 
Wisconsin. July 17, 1944. 

M3 An experimental determination of variable errors 
in ranging on a surface target by radars, Marks 4, 
8 and 10. (Report No. 17.) J. K. Adams, Florence 
E. Gray and E. B. Knauft. OEMsr-1171; Service 
Project No. N-114; OSRD No. 4688. University of 
Wisconsin. February 13, 1945. 

M4 A determination of zero drift and range drift after 
warm-up of radars, Marks 4, 8 and 12. (Report 
No. 18.) E. B. Knauft. OEMsr-1171; Service Proj¬ 
ect No. N-114; OSRD No. 4721. University of 
Wisconsin. February 20, 1945. 

624 Miscellaneous Radar Trainers 

Ml Trainers for reporting and ground-controlled inter¬ 
ception f radar] operators. (Informal Memorandum 
No. 1.) Donald B. Lindsley. f OEMsr-919;] Serv¬ 
ice Project Nos. SC-70 and NS-146. [Yerkes Labo¬ 
ratories of Primate Biology and US Army Signal 
Corps, Southern Signal Corps School] Camp 
Murphy, Florida. July 8, 1943. 

M2 Validation of the modified Army BC-968-A radar 
trainer as a training device for aerial tracking of 
the Mark 37 gun director with Mark 4 radar. 
(Report No. 15.) E. B. Knauft, S. D. S. Spragg 
and H. A. Taylor. OEMsr-1171; Service Project 
No. N-114; OSRD No. 4476. University of Wis¬ 
consin. February 8, 1945. 

M3 Radar scope movies for briefing and reconnaissance 
purposes. (Informal Memorandum No. 30.) Donald 
B. Lindsley. OEMsr-919; Service Project Nos. SC-70 
and NS-146. Yerkes Laboratories of Primate Biol¬ 
ogy and US Army Air Forces, Boca Raton Field, 
Florida. September 24, 1945. 

630 Noise Equipment 

Ml Modified airplane noise generator. (Informal Com¬ 
munication No. 1.) (n.a.) [OEMsr-830;] Service 

Project Nos. N-109(l) and SC-67. The Psychological 
Corporation. January 24, 1944. 

M2 NDRC battle noise equipment, utilization at in¬ 
filtration range. (Informal Memorandum No. 6.) 
Eugene L. Hartley. Service Project No. N-113. 
April 3, 1945. 

M3 Final summary of research on the use of battle 
noise equipment. (Report No. 12.) Eugene L. 
Hartley and Dorothea B. Jones. OEMsr-834; Serv¬ 
ice Project No. N-113; OSRD No. 4931. Brown 
University. April 12, 1945. 

640 Range Estimation Equipment 

Ml The design, accuracy, construction and use of a 


range-correction computer. (Memorandum No. 2.) 
J. K. Adams, D. G. Ellson and William E. Kap- 
pauf. OEMsr-1171; Service Project No. N-114; 
OSRD No. 3509. University of Wisconsin. March 
22, 1944. 

M2 An investigation of the range-estimation trainer. 
Device 5C-4, as a method of teaching range esti¬ 
mation. (Memorandum No. 11.) Morris S. Viteles, 
John H. Gorsuch and others. OEMsr-700; Service 
Project No. N-105; OSRD No. 4263. University of 
Pennsylvania. October 18, 1944. 

M3 Learning range estimation on the firing line. 
(Memorandum No. 17.) Morris S. Viteles, John 
H. Gorsuch and others. OEMsr-700; Service Project 
No. N-105; OSRD No. 4405. University of Penn¬ 
sylvania. November 30, 1944. 

M4 Aerial target range estimation. (Report No. 4.) 
M. W. Horowitz and William E. Kappauf. OEMsr- 
815; Service Project No. N-lll; OSRD No. 5301. 
Brown University. July 3, 1945. 

M5 Evaluation of methods of training in estimating a 
fixed opening range. (Memorandum No. 23.) M. H. 
Rogers, S. J. Sprol and others. OEMsr-700; Service 
Project No. N-105; OSRD No. 5765. University of 
Pennsylvania. September 19, 1945. 

M6 Manual for instruction on mirror range estimation 
trainer, Device 5C-4, equipped with Mark 14 sight 
reticle. (Memorandum No. 24.) D. D. Wickens, 
John H. Gorsuch and Morris S. Viteles. OEMsr- 
700; Service Project No. N-105; OSRD No. 5925. 
University of Pennsylvania. September 25, 1945. 

M7 A comparison of free and stadiametric estimation 
of opening range. (Memorandum No. 29.) Harold 
A. Voss and D. D. Wickens. OEMsr-700; Service 
Project No. N-105; OSRD No. 6114. University of 
Pennsylvania. October 16, 1945. 

650 Stereoscopic Trainers and Related Equipment 

651 Range Finders 

Ml The design, accuracy, construction and use of a 
range finder slide rule. (Memorandum No. 3.) J. K. 
Adams and T. R. Whitney. OEMsr-1171; Service 
Project No. N-114; OSRD No. 3678. University of 
Wisconsin. May 1, 1944. 

M2 The design, construction and use of a motor drive 
providing range movement and tracking errors for 
the Mark 2 or M-2 stereoscopic trainers. (Memo¬ 
randum No. 6.) D. G. Ellson and E. B. Knauft. 
OEMsr-1171; Service Project No. N-114; OSRD No. 
3907. University of Wisconsin. July 17, 1944. 

651.1 Mark 42 

Ml The precision of internal adjustment settings of 
the Mark 42 range finder. (Report No. 3.) E. B. 
Knauft. OEMsr-1171; Service Project No. N-114; 
OSRD No. 3618. University of Wisconsin. April 
24, 1944. 

M2 A comparison of five methods of calibrating the 
Mark 42 range finder. (Report No. 8.) H. A. 


SECRET 





632 


APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


Taylor. OEMsr-1171; Service Project No. N-114; 654 

OSRD No. 3977. University of Wisconsin. August 
4, 1944. 

M3 An investigation of the effect of brightness contrast 
upon operators’ errors in ranging on aerial targets 
with the Mark 42 range finder. (Report No. 11.) 

D. G. Ellson and H. A. Taylor. OEMsr-1171; 

Service Project No. N-114; OSRD No. 4380. Uni¬ 
versity of Wisconsin. November 27, 1944. 

652 Height Finders 

Ml The use of a template in making the interocular 
setting on the height finder. (Project Memorandum 
No. 2.) William E. Kappauf and W. J. Brogden. 660 
OEMsr-815; Research Project No. PDRC-759; OSRD 
No. 1373. Brown University. April 7, 1943. 

M2 A model of the optics of the stereoscopic height 
finder. (Project Memorandum No. 5.) William E. 
Kappauf. OEMsr-815; Research Project No. PDRC- 
759; OSRD No. 1396. Brown University. April 26, 

1943. 

M3 The adjustment of the M-2 trainer for standard 
testing. (Project Memorandum No. 9.) Harold M. 

Fisher and Henry A. Imus. OEMsr-815; [Research 
Project No. PDRC-759;] OSRD No. 1638. Brown 
University. June 17, 1943. 

M4 A study of backlash between the main bearing race 
and the bevel pinion in M-l and M-2 height 
finders. (Report No. 8.) William C. Biel, William 

E. Kappauf and E. B. Knauft. OEMsr-815; [Re¬ 
search Project No. PDRC-759]. Brown University. 
September 9, 1943. 

M5 Height of image adjustment on the stereoscopic 
height finder. (Report No. 5.) J. K. Adams, Wil¬ 
liam C. Biel and others. OEMsr-815; [Research 
Project No. PDRC-759;] OSRD No. 1967. Brown 
University. September 15, 1943. 

M6 The calibration of Army height finders. (Report 
No. 9.) William C. Biel, William E. Kappauf and 
E. B. Knauft. OEMsr-815; [Research Project No. 
PDRC-759;] OSRD No. 3375. Brown University. 

March 18, 1944. 

653 Interpupillary Measurements 
Ml An instrument for the measurement of interpupil- 680 

lary distance. (Report No. 2.) William E. Kappauf 
and W. J. Brogden. OEMsr-815; Research Project 
No. PDRC-759; OSRD No. 1372. Brown Univer¬ 
sity. April 6, 1943. 

M2 A comparison of methods for setting the oculars of 
the height finder at the interpupillary distance 
of the observer. (Report No. 6.) J. K. Adams, 
William C. Biel and others. OEMsr-815; [Research 
Project No. PDRC-759;] OSRD No. 1968. Brown 
University. September 15, 1943. 

M3 The precision of setting the oculars of the range 
finder with interpupillary distance templates of dif¬ 
ferent design. (Report No. 1.) J. K. Adams. 
OEMsr-1171; Service Project No. N-114; OSRD No. 

3273. University of Wisconsin. February 2, 1944. 


Miscellaneous Stereoscopic Trainer Problems 

Ml Preliminary suggestions for a stereoscopic spotting 
trainer. (Project Memorandum No. 3.) Lorrin A. 
Riggs. OEMsr-815; Research Project No. PDRC- 
759; OSRD No. 1374. Brown University. April 3, 

1943. 

M2 A new motor attachment for the M-2, or Mark II 
stereoscopic trainer. (Project Memorandum No. 4.) 
William E. Kappauf. OEMsr-815; Research Project 
No. PDRC-759; OSRD No. 1392. Brown Univer¬ 
sity. April 26, 1943. 

Plan Position Indicator (PPI) Trainer 

Ml Plan position indicator trainer equipment. (In¬ 
formal Memorandum No. 7.) Donald B. Lindsley. 
[OEMsr-919;] Service Project Nos. SC-70 and NS- 
146. [Yerkes Laboratories of Primate Biology and 
US Army Signal Corps, Southern Signal Corps 
School] Camp Murphy, Florida. January 8, 1944. 
M2 A radar trainer and flash-reading method for op¬ 
erators of the plan position indicator. (Research 
Report No. 14.) Irving H. Anderson, Alfred L. 
Baldwin and others. OEMsr-919; Service Project 
Nos. SC-70 and NS-146; OSRD No. 4489. Yerkes 
Laboratories of Primate Biology. December 23, 

1944. 

M3 Use of the plan position indicator flash-reading 
trainer in training Navy search radar operators. 
(Research Report No. 17.) Irving H. Anderson, 
Alfred L. Baldwin and others. OEMsr-919; Service 
Project Nos. SC-70 and NS-146; OSRD No. 4831. 
Yerkes Laboratories of Primate Biology. March 20, 

1945. 

670 Interphone Crew Trainer 

Ml Interphone crew trainer. Installation and operation. 
(Memorandum No. 10.) G. Paul Moore and E. J. 
O’Brien. OEMsr-830; Service Project No. SC-67; 
OSRD No. 5363. The Psychological Corporation. 
August 4, 1945. 

Electric Winch Trainer 

Ml Instruction in operation of electric winch trainer. 
(Preliminary edition.) (n.a.) OEMsr-1372; Service 

Project No. N-116b. University of Southern Cali¬ 
fornia and US Pacific Fleet, Fleet Operational 
Training Command. December, 1944. 

M2 Validation of miniature electric winch as a training 
device. (Informal Memorandum No. 3.) Floyd L. 
Ruch. OEMsr-1372; Service Project No. N-116b. 
University of Southern California. February 5, 
1945. 

M3 Evaluation of a subjective and an objective tech¬ 
nique of rating winch operating ability. (Informal 
Memorandum No. 4.) Floyd L. Ruch. OEMsr- 
1372; Service Project No. N-116b. University of 
Southern California. February 28, 1945. 








APPLIED PSYCHOLOGY PANEL MICROFILM LIST 


633 


690 


Miscellaneous Trainer Problems 

Ml Proposed recording system for students’ perform¬ 
ance on the Trainer BC-1070-A. (Informal Memo¬ 
randum No. 11.) Donald B. Lindsley. t OEMsr- 
919;] Service Project Nos. SC-70 and NS-146. 
[Yerkes Laboratories of Primate Biology and US 
Army Signal Corps, Southern Signal Corps School] 
Camp Murphy, Florida. March 8, 1944. 

M2 Notes on the desired characteristics of trainers. 
(Memorandum No. 7.) William E. Kappauf. 
[OEMsr-815;] Service Project No. N-lll. Advanced 


Fire Control School, Navy Yard, Washington, D. C. 
f and Brown University]. January 2, 1945. 

M3 The use of design of synthetic trainers for military 
training. Dael Wolfle. OSRD No. 5246. July 6, 
1945. 

M4 Proceedings of Part I of the Joint Army-Navy- 
OSRD Conference on psychological problems in 
military training. [Conference held] August 15 and 
16, 1945 t at the] Departmental Auditorium, Wash¬ 
ington, D. C. Edited by: John L. Kennedy. OSRD 
No. 6079. October 11, 1945. 

























■ 
























CROSS REFERENCE 
























A 


Absorbents 

gas mask.Div. 9-550-M2 

Div. 10-200-M2 
Div. 10-200-M3 
Div. 10-202 
Div. 10-202.151 


foreign .Div. 10-202.01 

granular (in air purification).Div. 11-105.21 

manganese (oxygen production) .Div. 11-102.211-M14 

radar 


See: Coatings, antireflective (radar 


countermeasures) 

Absorption 

atmospheric (wave propagation) .Div. CP-510 

underwater sound (by coated steel 

plates) .Div. 6-552-M17 

Absorption coefficients 

underwater sound .Div. 6-510.222 


AC 

See: Hydrogen cyanide (AC, HCN) 
AC-82 Project 

See: Detection, magnetic airborne 
(MAD) land targets 


Accelerometers 


fire control. 

.. Div. 7-323 

Linderman. 

.. Div. 4-326.2 

photoelectric . 

.. Div. 4-326.1 

projectile . 

. .Div. 1-210.31-MI 

toss-bombing. 

.. Div. 4-326 

Div. 4-326.3 

Accumulators 


bladder (for tanks) .. 

.. Div. 12-1512-M8 

high-speed electronic. 

Acetic acid 

.. Div. 17-436.2-M2 

mustard gas detection. 

..Div. 9-422.115-M3 
Div. 9-422.116 

Div. 9-422.117 

Acetoin utilization 


effect of mustard gas. 

Acetylene 

,. Div. 9-312.131-M20 

removal from air.. 

. .Div. 11-105.23 

derivative preparation . 

.. Div. 9-234 

Acid halides 

See: Halides, acid 

Acid ointments. 

.. Div. 9-514 

Div. 9-514.4 

vehicles . 

Acids 

.. Div. 9-514.3 

See: specific acids (e.g., Acetic acid) 


ACL-1 


See: Jet-propulsion equipment, 
ACL-1 unit 


Acoustic direction finding equipment 
See: Direction finders, acoustic 
Acoustic marine pinging speedometer 



See: Speedometers, acoustic marine 
pinging (AMPS) 

Acoustic marine speedometer 

See: Speedometers, acoustic marine 


(AMS) 

Acoustic proximity fuzes 
See: Fuzes, acoustic proximity 
Acoustic wakes 
See: Wakes, acoustic 

Acoustics .Div. 17-400 

magnetostrictive transducer.Div. 6-612.2 

underwater .Div. 6-113 

Div. AMP-201 

Japanese equipment.Div. 6-556.1-M35 

See also: Hearing; Noise; Sound 

Acrylonitrile .Div. 9-225 

Activated charcoal 
See: Charcoal, activated 

Activity preference blank.Div. APP-112.1 

Acuity (in height finding).Div. APP-121 

Adaptometers 

See: Dark adaptometers 
ADE 


See: Audible doppler enhancer (ADE) 

Adenylic acid . 

Adhesives (for magnetostrictive hydro¬ 
phones) . 

Adiabatics 

air explosions . 

chelate compounds . 

Adjustable-time fuzes 
See: Fuzes, variable-time 
Adsorption wave (in charcoal and 

whetlerite) . 

Aerial combat 

See: Gunnery, aerial 

Aeroballistics . 

Aerodynamics . 

controlled-trajectory bombs . 

torpedoes . 

Aeroreflectance . 

Aerosols . 


deposition . 

filler for domes. 

solid . 

See also: Drop dispersion in liquids; 
Fog; Smoke 


Div. 9-312.11-M5 

Div. 6-612.44 

Div. 2-120-M5 
Div. 11-102.211-M19 


Div. 10-202.157 


Div. AMP-502 
Div. 5-100 
Div. 4-242.11-Ml 
Div. 6-810 
Div. 16-240-MI 
Div. 10-100 
Div. 10-101 
Div. 10-102 
Div. 10-500 
Div. AMP-900-M5 
Div. 10-501.12 
Div. 6-612.44-Ml 
Div. 10-504.3 


AEW 


See: Airborne early warning (AEW) 

AF-1 


See: Fluoroacetates, methyl 


SECRET 


637 













































AF-1-Aircraft 


After-burning (rockets). 

. Div. 4-222.128-M4 

shipboard components . 

...Div. 14-321.14-M12 


Div. 4-222.129-M3 


Div. 14-321.14-M16 


Div. 4-238.212 

See also: Early warning radar; Micro- 


Div. 4-411.11 

wave early warning (MEW) 


See also: Early functioning, variable 


Airborne Instruments Laboratory 


time fuze 


Final report for Division 6. 

.. .Div. 6-112-MI 

Afternoon effect. 

.Div. 6-510.4-M2 

Airborne range only (ARO) . 

... Div. 14-214.3-M3 

AGC 



Div. 14-264-M6 

See: Automatic gain control (AGC) 



Div. 14-323.11 

AGL-1 


Aircraft 


See: Aircraft gun-laying radar (AGL) 

B-29’s 


AI-10 Trainers . 

.Div. 14-411.21 

See: B-29’s 


AIA . 

. Div. 14-234.323 

camouflage . 

... Div. 16-262 


Div. 14-242.12-M3 


Div. 6-201-M8 

AIBR Project . 

. Div. 4-221-MI 

defense and attack problems. 

... Div. AMP-504 

Aichi (Japanese aircraft) . 

.Div. 18-802.12-M17 


Div. AMP-504.6 

Aiming 


antiaircraft attacks . 

...Div. AMP-504.42 

aerial gunnery accuracy. 

. Div. AMP-502.1-M17 

Baka attacks . 

... Div. AMP-504.42-M7 


Div. AMP-503.6-M12 

bomb attacks . 

... Div. AMP-504.42 

radial errors .. 

. Div. AMP-803.2-M9 

bombers 


torpedoes 


See: Bombers, defense and attack 

constant bearing method.. 

. Div. AMP-405.2-M3 

problems, fighter attacks; B-29’s, 

de- 

See also: Sights and Sighting 


fense and attack problems 


Aim-wander (aerial gunnery) . 

. Div. AMP-502.1-M9 

rocket attacks . 

... Div. AMP-605 

Air 



Div. 4-412.3 

centrifugal cleaner. 

, Div. 12-1600-M3 

tables . 

... Div. AMP-504.42-M2 


Div. 12-1600-M4 

vulnerability . 

.. . Div. AMP-504.42-M5 

dielectric constant and loss. 

Div. CP-522.2 


Div. AMP-504.43 

impurities and their removal. 

, Div. 11-105 

dispersion of war gases. 

...Div. 11-203.52 


Div. 11-105.1 

evasive tactics . 

...Div. AMP-405.1-M5 


Div. 11-105.2 


Div. AMP-503.6-M29 

moisture removal. 

Div. 11-105.21 


Div. AMP-503.6-M39 

separation cycles . 

Div. 11-103.4 


Div. AMP-504.1-M19 

rectification . 

/ 

Div. 11-103.4-M2 


Div. AMP-504.6-M1 


Div. 11-103.4-M8 

formation, or group flying prob¬ 



Div. 11-104 

lems . 

.. .Div. AMP-504.1-M11 


Div. 11-104.11-MI 


Div. AMP-504.3 


Div. 11-105.1-M2 


Div. AMP-504.6 

equipment .. 

Div. 11-104.1 

infrared operations . 

... Div. 16-433 


Div. 11-104.2 

instruments 



Div. 11-105.1-MI 

German . 

.. .Div. 18-801.12 

Air blast 


Japanese. 

...Div. 18-802.13 

See: Explosions 


interception by radar. 

...Div. 14-122.1-MI 

Air curtains (fog dissipation) . 

Div. 10-503.2-M4 


Div. 14-323.2-M11 

Air-mileage device. 

Div. 17-313.2 


Div. 14-326 

Air raid protection . 

Div. 2-520 


Div. AMP-504.6-M1 

Air resistance 



Div. AMP-703.6-M1 

toss-bombing corrections . 

. Div. 4-312.5 

jamming. 

.. .Div. 15-221.4-M5 

Air-to-air bombing 


trainers . 

.. .Div. 14-411.2 

See: Bombing, air-to-air 


landing at night by infrared . 

... Div. 16-433.1 

Air-to-surface vessel radar (ASV). 

Div. 14-242.3-M5 

landing by radar. 

.. . Div. 14-325 


Div. 14-310.211 

materiel . 

... Div. 18-100 


Div. 14-323.2 


Div. 18-103.3 


Div. 15-221.21-MI 


Div. 14-234.52-MI 

operator tests . 

Div. APP-318.1 

German . 

...Div. 18-801.1 

Air travel-to-arming . 

. Div. 4-244.1 

Japanese . 

.. .Div. 18-802.1 

Airborne early warning (AEW). 

Div. 14-231.21-M12 

mission planning . 

. . . Div. AMP-801.1-M12 


Div. 14-234.122-M10 


Div. AMP-801.2-M4 


Div. 14-321.14 

personnel training. 

... Div. AMP-504.5 


Div. 15-312 

protection from fire and dust. 

.. .Div. 11-201 


638 

























































Aircraft facsimile 


Amines 


protective coatings 

See: Coatings, protective, aircraft 


Aircraft facsimile 
See: Facsimile (aircraft) 

Aircraft gun-laying radar (AGL).Div. 14-241.2-M2 

Div. 14-323.13 
Div. 14-323.31-M3 

Aircraft radio sight (ARS).Div. 14-323.12-MI 

Div. 14-323.12-M2 

Airflow (supersonic) .Div. AMP-101.1 

Airfoils .Div. 14-234.51 

Div. AMP-101.1 

Airframes (Japanese).Div. 18-802.11 

Airstrips (bombing of) .Div. AMP-803.4-M3 

Albanite .Div. 8-605.1 

Albatross I.Div. 15-333.21-M6 

Div. 15-401.5-MI 

Alcohols (complex) .Div. 8-110.2 

Aliphatic compounds 


See: Imines (aliphatic); Nitra- 
mines, aliphatic; Nitrogen com¬ 
pounds, aromatic and aliphatic 


Alkanol amine (preparation) .Div. 9-221.4 

Alligator.Div. 12-400-M15 

Alloys 

aluminum .Div. 18-101 


Div. 18-101.11 
Div. 18-101.3 
Div. 18-902.12-M5 
Div. 18-902.12-M10 


fabrication .Div. 18-101.1 

formability.Div. 18-101.12 

impact fatigue and tensile char¬ 
acteristics .Div. 2-432.1-M2 

Div. 2-432.2 
Div. 10-101.3-M3 

impurities .Div. 18-101.3-MI 

radiographic and fluoroscopic 

inspection .Div. 18-601.33 

beryllium-aluminum .Div. 18-101.13 

chromium-base .Div. 18-502.11 

copper.Div. 18-900-M3 

corrosion-resistant .Div. 18-901.2-M2 

germanium .Div. 14-233.111-M18 

heat-resistant (for ordnance and 

engine parts).Div. 18-503 

high-temperature .Div. AMP-22.2 

magnesium .Div. 2-432.2 

Div. 18-102 
Div. 18-102.1 
Div. 18-102.4 

coatings for .Div. 11-206.5 

Div. 11-206.11-M8 

effect of impact on.Div. 2-432.2 

fatigue .Div. 18-102.12 

formability .Div. 18-102.2 

Div. 18-102.3 

heat treatment .Div. 18-102.1 

physical and stress corrosion .Div. 18-102.13 

Div. 18-102.4 


spot welding .Div. 18-601.31 

magnetostrictive transducer .Div. 6-612.42 

nickel .Div. 6-612.41-M4 

non-ferrous .Div. 18-402.2 

Div. 18-703-MI 
Div. 18-902.2 

ferromagnetism .Div. 18-902.2 

stress-rupture properties .Div. AMP-22.2-M8 

titanium .Div. 4-239.3 

Almy super-soda lime.Div. 10-201.1-M9 

Alternators .Div. 14-235.1-M3 

Altimeters 

aneroid .Div. 4-322.3 

electrical .Div. 4-322-2 

German .Div. 15-261-MI 

Div. 18-801.12-M3 

jamming of.Div. 14-261 

Japanese .Div. 18-801.12-M3 

Kollsman .Div. 4-322.1-MI 

Div. 4-322.1-M2 
Div. 4-330-M4 

photoelectric .Div. 4-322.3-MI 

Raymond .Div. 4-322.41-Ml 

toss-bombing .Div. 4-322 

Div. 4-322.4 
Div. 4-322.42 


Div. 4-322.5 
Div. 4-330-M2 

AN/ASG-10 .Div. 4-322.1 

Div. 4-321.11-M3 
Div. 4-321.11-M5 

X-2.Div. 4-322.5-MI 

Altimetric slides.Div. 4-322.3-M2 

Aluminum 

corrosion by gaseous dielectric.Div. 14-223-MI 

flash welding.Div. 18-601.21 

See also: Alloys, aluminum; Dural 

Aluminum aircraft sheet.Div. 18-101.2 

Aluminum cresylate .Div. 11-303.14 

Aluminum ware 

German .Div. 18-801.3-M3 

Japanese.Div. 18-801.3-M3 

Ambient noise 


See: Noise, ambient (voice communi¬ 
cation ) 

American-British Laboratory (Sum¬ 
mary reports) .Div. 15-124 

American Can Company 
Final report 

See: Contract OEMsr-1105 


Amides 

preparation and analysis.Div. 9-221.5 

Div. 9-229-M3 

toxicity studies .Div. 9-325 

Amidines .Div. 9-229-M3 

Amines 

preparation and analysis.Div. 9-221 

Div. 9-221.6 

toxicity studies .Div. 9-321 

Div. 9-326 


639 




































































Amino acids-AN/APA-5 


Amino acids (reaction with sulfur 
mustard) ... 


Aminoalcohol carbamates 
Aminophenol carbamates 


Aminoquanidine sulphate. 

Ammonia utilization 

effect of sulfur mustard. 

Ammonium dihydrogen phosphate . 

Ammonium picrate. 

Ammunition . 

aircraft . 

German . 

Japanese . 

artillery . 

German . 

Japanese . 

See also: Bombs; Charges, depth; 
Explosives; Grenades; Guns; 
Hedgehog; Mortars; Ordnance; 
Pistols; Propellants; Projectiles; 
Rockets and Rocketry; Rifles; 
Shells; Torpedoes 
Ammunition carriers 

German . 

Japanese . 

Ammunition magazines . 

Amphibious devices . 

Amphibious forces 

job analysis . 

Amphibious operations . 

Amphibious trailers 
See: Vehicles, amphibious 

Amplidynes . 

Amplifiers 

bolometer . 

cathode-coupled . 

driver . 

echo-ranging torpedo . 

gain control . 

guided missile control . 

high-gain (White) . 

infrared . 

intermediate frequency . 


jamming 


Div. 9-312.12-M5 
Div. 9-312.121-M3 
Div. 9-312.121-M4 
Div. 9-312.121-M5 
Div. 9-222-MI 
Div. 9-222.2-M2 
Div. 9-222.1-M2 
Div. 9-222.2-M2 
Div. 9-222.4-M4 
Div. 9-222.4-M6 
Div. 9-222.4-M7 
Div.8-110.4-Ml 

Div. 9-312.131-M17 
Div. 6-611.1 
Div. 6-611.2 
Div. 8-501-M5 
Div. 3-850 
Div. 18-400 
Div. AMP-903.2 
Div. AMP-903.2-M2 
Div. AMP-90S.2-M2 
Div. AMP-903.2-M4 
Div. AMP-703.6-M6 
Div. 18-801.21 
.Div. 18-802.21 


Div. 18-801.21-M10 
Div. 18-801.21-M14 
Div. 18-802.21-M3 
Div. 2-540-M2 
Div. 12-900 
Div. 12-1000 

Div. APP-512 
Div. 16-434 


Div. 14-214.1 

Div. 16-310.221-M3 
Div. 6-645.12-MI 
Div. 6-635.5-M3 
Div. 6-921.2 
Div. 4-238.211 
Div. 5-223-M2 
Div. 4-231.3-M3 
Div. 4-238.211 
Div. 16-310.2-M2 
Div. 14-241.32 
Div. 15-311.123 
Div. 15-314.1 


radar . 

radio communications 

linear audio . 

magnetic . 

noise . 

noise reduction in .... 

radar . 

radio frequency . 

servo . 


shaping . 

square-law . 

square root .. 

titrimeter . 

underwater sound 
measurements 


variable-time fuze 


MC-380 

MC-382 

P-types 

T-types 


10-A 
10-E 


11-A 
video 


wide-band (UHF) . 

Amplitude modulation 

communications (VHF) . 

television . 

underwater sound instrumenta¬ 
tion . 


Div. 15-322.21 
Div. 15-321.21 
Div. 14-234.4-M4 
Div. 14-211.4-M4 
Div. 14-329.142-M2 
Div. 15-526-M2 
Div. 4-238.213-M2 
.Div. 14-241.3 
, Div. 14-241.43 
.Div. 14-214.3-M5 
Div. 14-214.3-M12 
Div. 14-214.3-M13 
Div. 6-645.31 
.Div. 4-238.212 
.Div. 6-631.35 
.Div. 15-521.3-M2 
.Div. 9-413.1-MI 

.Div. 6-612.53-M9 
Div. 6-612.53-M10 
Div. 6-645.15-M6 
.Div. 4-238.2 
Div. 4-238.21 
Div. 4-238.213 
Div. 4-238.22 
Div. 4-238.227 
.Div. 4-238.221 
.Div. 4-238.222 
.Div. 4-238.226 
.Div. 4-237-M8 
Div. 4-237-M9 
Div. 4-238.225 
.Div. 4-222.128-M38 
.Div. 4-237-M5 
Div. 4-237-M7 
Div. 4-238.211-M6 
Div. 4-238.223 
.Div. 4-238.224 
.Div. 14-241.31 
Div. 14-245 
Div. 15-221.1-M2 
Div. 15-221.1-M8 
Div. 15-382 
.Div.l5-243-Ml 

.Div. 17-630-MI 
.Div. 5-410 

.Div. 6-645-M3 


AMPS 

See: Speedometers, acoustic marine 
pinging (AMPS) 

AMS 


See: Speedometers, acoustic marine 


(AMS) 

AN/AIC-6 .Div. 14-261-M3 

AN/APA-2 .Div. 14-234.122-M2 

AN/APA-5 .Div. 14-242.12-M5 

Div. 14-253.1 
Div. 14-329.12-M2 



640 

































































AN/APA-9-AN/APS-13 


AN/APA-5 (continued) 
AN/APA-9 (Aspen) .. 


AN/APA-16 . 

AN/APA-17 
See: Homing devices, M-3100 (AN/ 
APA-17); Direction finders, radio 
M-3000 (AN/APA-17) 

AN/APA-23 . 


AN/APA-30 . 

AN/APA-40 . 

AN/APA-42 

See: Direction finders, radio / 
C-2100 (AN/APA-42) 

AN/APA-46 . 

AN/APA-48 

See: Homing devices, C-1906 
-1950 (AN/APA-48) 

AN/APA-53 . 

AN/APG . 

trainers . 

AN/APG-1 . 


AN/APG-15 


AN/APG-21 (Terry) 


AN/APN-2 

AN/APN-7 

AN/APN-11 

AN/APN-19 


AN/APN-21 

AN/APQ 


AN/APQ-] 


Div. 

14-329.12-M9 

AN/APQ-2 (Rug) . 


15-322.11 

Div. 

14-329.132-M4 


Div. 

15-322.124-M8 

Div. 

14-329.132-M6 


Div. 

15-332.13 

Div. 

14-329.132-M9 


Div. 

15-332.22 

Div. 

15-221.21-M7 


Div. 

15-404-MI 




Div. 

15-404-M2 



AN/APQ-3 . 

.Div. 

15-311.127 



AN/APQ-4 . 


15-311.127 



AN/APQ-5B . 

.Div. 

15-221.21-M5 

Div. 

15-311.31-M3 

AN/APQ-7 (Eagle) . 


14-234.122-M4 

Div. 

15-311.31-M4 


Div. 

14-234.326-M7 

Div. 

15-313.14-M2 


Div. 

14-234.51-MI 

Div. 

15-331.12-M2 


Div. 

14-329.12-M7 

Div. 

15-332-M2 


Div. 

14-329.12-M8 

Div. 

14-323.2-M7 


Div. 

14-329.131 

Div. 

14-329.12-M3 

trainers . 


14-411.1-M2 



AN/APQ-9 (Carpet III) . 


15-322.121 




Div. 

15-322.124-M4 




Div. 

15-322.124-M7 

Div. 

14-329.12-M6 


Div. 

15-322.124-M8 



AN/APQ-13 . 

.Div. 

14-234.122-M6 




Div. 

14-234.122-M7 




Div. 

14-328.2-M3 

Div. 

14-321.14-M17 

AN/APQ-14 



Div. 

AMP-503.2-M21 

See: Homing devices, 

C-1600 (AN/ 


Div. 

14-411.22 

APQ-14) Moth 



Div. 

AMP-502.1-M15 

AN/APQ-20 . 

.Div. 

15-332.15 

Div. 

14-244.1-M2 


Div. 

15-401.3 

Div. 

15-221.21-M6 

AN/APQ-21 . 

.Div. 

15-401.3 

Div. 

AMP-502.1-M15 

AN/APQ-27 . 

.Div. 

15-401.3 

Div. 

15-221.21-M8 

AN/APQ-34 . 

.Div. 

14-233.2-M4 

Div. 

14-234.323 

AN/APR-1 . 

.Div. 

15-311.121 

Div. 

14-323.11 


Div. 

15-331.11-MI 

Div. 

14-323.12-M7 

AN/APR-2 . 

.Div. 

15-311.122 

Div. 

14-323.2 

AN/APR-4 . 

.Div. 

15-311.123 

Div. 

AMP-503.2-M22 

AN/APR-5 . 

.Div. 

15-311.124 

Div. 

14-411.22-MI 


Div. 

15-331.112-M2 

Div. 

14-323.2-M10 


Div. 

15-331.32-MI 

Div. 

14-323.2-M12 


Div. 

15-361.2-M3 

Div. 

14-323.6-M8 


Div. 

15-371.1-M4 

Div. 

14-234.122-M18 


Div. 

15-371.1-M6 

Div. 

14-323.12-M5 


Div. 

15-511-M2 

Div. 

14-323.12-M8 

AN/APR-6 . 

.Div. 

15-311.125 

Div. 

14-323.12-M9 


Div. 

15-511-M2 

Div. 

14-234.323 

AN/APR-7 . 

.Div. 

15-311.126 

Div. 

14-323.2-M9 

AN/APS-4 (ASH) . 

.Div. 

14-323.2-M14 

Div. 

14-323.2-M11 


Div. 

14-411.1-Ml 

Div. 

14-323.2-M13 


Div. 

15-221.21-M7 

Div. 

14-241.3-M5 


Div. 

15-221.21-M9 

Div. 

14-328.121-M2 

AN/APS-6 . 

.Div. 

14-234.323 

Div. 

14-328.111-M7 


Div. 

14-234.325-M2 

Div. 

14-251.9-M11 


Div. 

14-234.325-M3 

Div. 

14-253.1 


Div. 

14-326.1-M7 

Div. 

14-329.16-M2 


Div. 

14-328.113-M2 

Div. 

14-328.121-M8 


Div. 

14-412-M4 



AN/APS-10 . 

.Div. 

14-234 

.Div. 

14-411.1-M2 


Div. 

14-234.122-M5 

Div. 

14-411.1-M4 


Div. 

14-234.323 

Div. 

14-411.1-M5 


Div. 

14-321.1 

.Div. 

15-401.1 

AN/APS-13 . 

.Div. 

14-321.11-M2 




641 
























































AN /APS-15-AN/TRC-5 


AN/APS-15 .Div. 14-241.2-M3 

Div. 14-242.4-M2 
Div. 14-253.1 
Div. 14-329.1 
Div. 14-329.12-MI 
Div. 14-329.12-M10 
Div. 14-329.144-M2 

AN/APS-23 .Div. 14-234.122-M13 

Div. 14-234.122-M17 

AN/APS-26 (Butterfly) .Div. 14-263.1-M5 

AN/APS-27 (Firefly) .Div. 14-321.13 

AN/APS-30 .Div. 14-231.2-M6 

Div. 14-253.1 
Div. 14-329.13-MI 
Div. 14-329.13-M3 

AN/APS-31 .Div. 14-232.15-M3 

Div. 14-233.2-M6 
Div. 14-234.122-M16 
Div. 14-329.13-M5 

AN/APS-32 .Div. 14-234.113-M3 

Div. 14-329.13-M2 

AN/APS-33 .Div. 14-232.15-M3 

Div. 14-233.2-M6 
Div. 14-234.122-M14 
Div. 14-234.122-M15 
Div. 14-329.13-M4 

AN/APS-34 .Div. 14-234.113-M3 

Div. 14-329.13-M6 

AN/APT-1 (Dina) .Div. 15-221.32-MI 

Div. 15-221.32-M3 
Div. 15-321.11 
Div. 15-322.13 
Div. 15-322.21-MI 
Div. 15-322.21-M2 
Div. 15-332.12 
Div. 15-332.24 
Div. 15-404 

AN/APT-2 (Carpet I) .Div. 15-322.122 


Div. 15-322.124-MI 
Div. 15-322.124-M7 
Div. 15-322.124-M8 
Div. 15-332.14 

AN/APT-3 (RC-183, Mandrel) .Div. 15-322.14 

Div. 15-332.12 
Div. 15-332.24 

AN/APT-4 .Div. 15-322.15 

AN/APT-5 .Div. 15-322.123 

Div. 15-332.13 
Div. 15-332.14 

AN/APW-3 .Div. 14-329.2-M6 

AN/APX-11 .Div. 14-324-M2 

AN/APX-14 .Div. 14-328.111-M5 

AN/APX-15 .Div. 14-324.1-M3 

AN/APX-16 .Div. 14-324-M2 

AN/ARA-17 .Div. 14-265.3-M5 

AN/ARC-1 .Div. 15-211.214-M5 

Div. 15-383-M7 

AN/ARQ-2 (Jackal) .Div. 15-401.2 

AN/ARQ-8 .Div. 15-263-MI 

AN/ARQ-10 .Div. 15-321.21 


AN/ARQ-11 


AN/ARQ-13 . 

AN/ARR-3 . 

AN/ARR-15 . 

AN/ART-2 (PAD) 
AN/ART-3 (Jackal) 
AN/ASG-10 . 


components 


AN/ASQ 


AN/CPA-7 

AN/CPQ-3 

AN/CPS-1 


AN/CPS-4 (Beavertail) 


AN/CPS-6 


AN/CRQ-1 
AN/CRT-1 


AN/FPG-1 

AN/MPN-1 


AN/MRT-1 (Cigar) 

AN/PPN-2 . 

AN/SPT-2 . 

AN/SPT-5 . 

AN/SPT-6 . 


AN/SRQ-1 . 

AN/SRQ-11 . 

AN/SRW-2 . 

AN/TPG-1 . 

AN/TPL-1 . 

AN/TPS-10 (Little Abner) 


AN/TRC-1 

AN/TRC-5 


Div. 15-263-M8 
Div. 15-321.23-M2 
Div. 15-321.23-M3 
Div. 15-321.21 
.Div. 6-624.12-M3 
.Div. 17-438.1-MI 
.Div. 15-321.12 
.Div. 15-401.2 
.Div. 4-317 
Div. 4-321.1 
Div. 4-327-M4 
Div. 4-422.2 
.Div. 4-322.1 
Div. 4-322.11 
Div. 4-324.15 
.Div. 6-432.2 
Div. 6-442 
Div. 6-451.4-M7 
Div. 6-470 
.Div. 14-322.1-M10 
.Div. 4-222.124-M2 
.Div. 14-310.12-M3 
Div. 14-322.1-M10 
.Div. 14-234.123-M4 
Div. 14-322.1-M4 
.Div. 14-234.123-M3 
Div. 14-262.1-M2 
Div. 14-322.1-M9 
.Div. 15-263-M6 
.Div. 6-612-62-M9 
Div. 6-624.11-M4 
Div. 6-624.11-M5 
Div. 6-624.12-M3 
.Div. 14-243.2-M4 
Div. 14-323.4-M2 
.Div. 14-234.123-M2 
Div. 14-234.326-M7 
Div. 14-325.1-M4 
Div. 14-411.3-M2 
.Div. 15-211.22-M2 
Div. 15-402.2 
.Div. 14-328.113-M4 
.Div. 15-332.21 
.Div. 15-332.25 
.Div. 15-313.22-M2 
Div. 15-332.23 
Div. 15-332.25 
.Div. 15-263-M7 
.Div. 15-263-M8 
.Div. 15-211.213-M2 
.Div. 14-243.2-M4 
Div. 14-323.4-M2 
.Div. 15-221.23-M4 
.Div. 14-231.21-M14 
Div. 14-234.123-MI 
Div. 14-322.1-M7 
Div. 14-322.1-M11 
Div. 14-322.1-M12 
.Div. 15-211.212-MI 
.Div. 15-211.211-M9 


642 
























































AN/TRC-8-Antennas 


AN/TRC-8 . 

.. .Div. 15-211.211-M11 

pull-up . 

....Div. 4-311 

AN/TRR-2 . 

...Div. 15-211.213-MI 


Div. 4-311.1 

AN/UPN-1 . 

.. .Div. 14-328.121-M3 


Div. 14-329.17-M6 


Div. 14-328.121-M6 


Div. 14-329.17-M7 

AN/UPN-2 . 

.. .Div. 14-328.121-M3 


Div. 14-329.17-M20 


Div. 14-328.121-M6 

sight depression . 

_Div. 4-311 

AN/UPN-3 . 

...Div. 14-328.111-M7 


Div. 4-311.2 

AN/UPN-4 . 

...Div. 14-328.111-M7 

striking 



Div. 15-610-M2 

level-flight toss-bombing . 

... .Div. 4-311 

AN/URQ-1 (Stopwatch) . 

.. .Div. 15-402.3 


Div. 4-311.3 

Anaerobiosis . 

...Div. 9-312.131-M22 

rockets . 

... .Div. 3-245.1 

Analytical technics (mathematical) . 

.. .Div. AMP-10 


Div. 4-412.4-M6 

Analyzers 


Angular momentum invariant .... 

.. . .Div. AMP-703.1-M2 

differential . 

.. .Div. 15-346-M5 

Anhydroenneaheptitol . 

....Div. 8-110.2-MI 


Div. AMP-503.6-M42 

Anomalous atmosphere 


FM sonar . 

.. .Div. 6-635.5-M5 

See: Atmosphere, non-standard 


gas . 

...Div. 17-210-M3 

Anoprop forecasts . 

... .Div. CP-422-M3 


Div. 17-210-M4 

Antenna Group reports. 

... .Div. 14-234-MI 


Div. 17-210-M5 

Antennas 


Henrici harmonic . 

.. .Div. 6-552-M13 

airborne . 

... .Div. 13-104 

noise and sound . 

.. .Div. 15-515 

beacon . 

... .Div. 14-234.111-M5 


Div. 17-425-M3 


Div. 14-328.21 

spectrum . 

.. .Div. 14-251.5 

broad-band . 

... .Div. 15-333.51 


Div. 15-343.241-Mil 

buzz bomb . 

....Div. 14-329.2-M5 


Div. 15-513 

cone . 

... .Div. 15-331.11 

strain . 

.. .Div. 17-510 


Div. 15-331.112 

time-frequency-intensity . 

.. .Div. 13-302.1-M2 


Div. 15-331.31 

video .. 

...Div. 15-311.23 


Div. 15-333.1-MI 

Anchored vessel screening (AVS) 

.. .Div. 6-633.1 


Div. 15-333.21 

Anchor (Mark 1) . 

. .Div. 6-633.11 

dipole 


Bell Telephone Laboratories, Inc. 


See: Dipoles 


(Mark III) . 

. .Div. 6-633.12 

direction-finding . 

. ...Div. 13-104-M3 

Anemometers . 

.. .Div. 10-301.1 

high-gain . 

. .. .Div. 15-332.26 

Angels 



Div. 15-332.27 

See: Corner reflectors 



Div. 15-333.54-M2 

Angle 


horn 


attack 


See: Horns 


aerial gunnery . 

. .Div. AMP-502.1-M31 

long wave . 

....Div. 15-333.52 


Div. AMP-502.13-M14 

loop . 

....Div. 15-331.13 


Div. AMP-502.14-M13 


Div. 15-333.21-M8 


Div. AMP-503.6-M3 


Div. 15-333.22-M3 


Div. AMP-503.6-M5 

radio proximity fuze . 

... .Div.4-211.21-M9 


Div. AMP-503.7-M15 


Div. 4-211.21-M10 


Div. AMP-503.8 


Div. 4-211.23-M2 


Div. AMP-801.1-M4 


Div. 4-211.23-M5 

rockets and rocket tossing . 

. .Div. 3-245.2 


Div. 4-222.132 


Div. 4-421.1-M4 


Div. 4-233-M4 

toss-bombing . 

. .Div. 4-311.4 


Div. 4-233-M5 


Div. 4-312.1-M3 


Div. 4-241-M12 


Div. 14-329.17-M21 


Div. 4-243.23-M2 

depth . 

. .Div. 6-631.45 

mounts for . 


dive 


parabolic . 

...Div. 14-234.21-M7 

correction factor . 

. .Div. 4-312.2 


Div. 14-234.21-M12 

toss-bombing . 

. .Div. 4-321.2-M4 


Div. 14-234.22-M2 


Div. 4-321.3 


Div. 14-234.22-M3 

lead . 

. .Div. AMP-405.1-M6 


Div. 14-234.22-M11 


Div. AMP-405.1-M9 

pillbox . 



Div. AMP-503.6 


Div. 14-234.6-M4 

tables for aerial torpedoes . 

. .Div. AMP-405.1-M9 

power limits . 

...Div. 15-333.4 

look-forward (photoelectric fuzes).. 

. .Div. 4-222.224-M2 

radar 




643 























































Antennas 


airborne .Div. 14-234.111-M5 

Div. 14-234.111-M9 
Div. 14-234.122 

airborne early warning .Div. 14-234.122-M10 

Div. 14-321.14-M15 
Div. 14-321.14-M19 

airborne navigational .Div. 14-234.113-M3 

Div. 14-234.122-M5 
Div. 14-234.4-M9 

bombing .Div. 14-234.122-M4 

Div. 14-329.141 

components .Div. 14-234.23 

design and theory.Div. 14-234 

Div. 14-234.2 
Div. 14-234.22 
Div. 14-234.5-M16 
Div. 14-234.6 

ground installations .Div. 14-234.123 

height finding .Div. 14-234.121-M5 

K-band .Div. 14-234.113 

Div. 14-234.232-M2 
Div. 14-329.141-M3 

measurements .Div. 14-234.4 

panoramic .Div. 14-234.326-M4 

S-band .Div. 14-234.111 

Div. 14-234.4-M5 

search .Div. 14-263-M5 

Div. 14-321.14-M15 

ship-controlled interception .Div. 14-234.111-M10 

Div. 14-234.111-Mil 
Div. 14-234.21-M14 
Div. 14-322.2-M2 

shipboard .Div. 14-234.111-M6 

Div. 14-234.111-M10 
Div. 14-234.111-Mil 
Div. 14-234.112-M4 
Div. 14-234.113-M2 
Div. 14-234.121 

types and systems .Div. 14-234.1 

Div. 14-234.11 
Div. 14-234.12 

X-band .Div. 14-234.112 

Div. 14-234.5-M8 

radiation patterns .Div. 15-332.3 

Div. 15-333.21 
Div. 15-333.22 

aircraft .Div. 13-104.1 

Div. 15-331.1 
Div. 15-331.111-MI 
Div. 15-331.112-MI 
Div. 15-331.12 
Div. 15-331.13 
Div. 15-331.15 
Div. 15-332.17-M3 
Div. 15-333.21-M2 
Div. 15-333.21-M5 
Div. 15-333.21-M9 
Div. 15-333.21-M11 
Div. 15-333.21-M13 

radio communications .Div. 13-100 


radio countermeasures .... 


15-330 


Div. 

15-333 


Div. 

15-333.54 

radio proximity fuze . 


4-233 

See also: Fuzes, radio 

proximity, 


field tests 



receiving . 


15-331 

airborne . 


15-331.1 

shipboard . 

.Div. 

15-331.3 


Div. 

15-331.32 


ring 

See: Antennas, loop, radio proximity 


fuze 

skin-back .Div. 14-234.6-M10 

sleeve .Div. 15-331.14 

Div. 15-332.17 
Div. 15-332.28 

slot .Div. 15-331.16 

Div. 15-333.53 

See also: Dipoles, slotted 

split-can .Div. 15-332.14 

Stingeree .Div. 15-332.17 

stub .Div. 15-331.11 


Div. 15-331.111 
Div. 15-332.12 
Div. 15-332.121 
Div. 15-333.54-MI 


trailing wire .Div. 15-333.1-M8 

Div. 15-333.4 

transmitting .Div. 15-332 

airborne .Div. 15-332.1 

Div. 15-332.18 

ground .Div. 15-332.2 

shipboard .Div. 15-332.2 

tank-mounted .Div. 15-332.3 

transverse 

See: Antennas, loop, radio proximity 
fuze 

wave guide .Div. 14-233.412-M3 

Div. 14-233.412-M13 

whip .Div. 15-331.15 

Div. 15-332.18-M2 

zero-drag .Div. 15-332.17-M2 

AN-148-A .Div. 15-332.16 

CSB .Div. 14-234.6-M7 

CSC 2 .Div. 14-234.21-M13 

Div. 14-234.22-M10 

F-3700 (for AN/SPT-2) .Div. 15-332.21 

F-3900 (for AN/APQ-2) .Div. 15-332.22 

F-4700 (for AN/SPT-6) .Div. 15-332.23 

M-2200 (Fishhook) .Div. 15-332.11 

M-2400 .Div. 15-331.31 

M-2500 (for AN/APT-1 and -3) .Div. 15-332.24 

M-2800 (for AN/APT-1 and -3) .Div. 15-332.12 

M-2900 (for AN/SPT-5 and -6) .Div. 15-332.25 

M-3200 (for AN/APQ-2 and 

AN/APT-5).Div. 15-332.13 

M-3300 (for AN/APT-2 and -5) .Div. 15-332.14 

M-4000 .Div.15-332.121 

M-4400 .Div. 15-332.26 


644 





























































Antennas-Armor plate 


M-4700 . 

M-4900 (for AN/APQ-20) 

M-6200 . 

M-6300 . 

M-6400 . 

M-6600 . 

M-6700 . 

M-6800 . 

SG-1 . 

SG-3 . 


. ..Div.15-332.27 
.. .Div. 15-332.15 
.. .Div. 15-331.2-M3 
...Div. 15-331.32 
Div. 15-332.121 
...Div. 15-331.2-M4 
...Div. 15-331.2-M5 
.. .Div. 15-331.4-M2 
...Div. 15-331.16 
.. .Div. 14-234.121-M3 
Div. 14-234.121-M6 
.. .Div. 14-234.121-M4 


See also: Radiators; Reflectors 

Anthraquinone (2-ethyl) .Div. 9-253 

Antiaircraft 

See: Fire control, antiaircraft; Fire 
control, radar, antiaircraft; Guns, anti¬ 
aircraft; Rocket types, antiaircraft (2.25- 
inch); Shells, antiaircraft 
Antidotes to chemical warfare agents 
See: Decontaminants; Ointments; 

Therapeutic agents and intermedi¬ 
ates 

Antifog compounds .Div. 12-1860 

Antijamming .Div. 15-200 

confusion devices 

See: Confusion reflectors, anti¬ 

jamming against 

electronic .Div. 15-222.1 

German .Div. 15-711.2 

radar 

See: Radar, antijamming of 
radio communications 

See: Radio communications, anti¬ 
jamming of 

training of personnel.Div. 15-641 

Div. 15-650 

Antimalarial agents and inter¬ 
mediates .Div. 9-122-M3 

Div. 9-128 
Div. 9-600 


Antioscillation mounts 

binoculars and telescopes .Div. 16-123 

Antirain compounds .Div. 12-1860 


Antisubmarine attack plotters 
(ASAP) 

See: Plotters, antisubmarine attack 


(ASAP) 

Antisubmarine warfare .Div. 3-730 

surface craft attacks .Div. 3-732 


See also: Submarines, attack against; 
Subsurface warfare 
Antitank warfare 

See: Fire, antitank; Guns, antitank; 
Rocket grenades, antitank (2.36-inch) 
Antitorpedo nets 

See: Harbor defense, antitorpedo nets 
Antitorpedo protection 
See: Harbor defense, antitorpedo nets; 
Listening (underwater) torpedoes; 


Merchant vessel torpedo protection; 

Nets (antitorpedo) 

Antitransmit-receive tubes (ATR) 

See: Tubes, antitransmit-receive (ATR) 

ANTU .Div. 9-721-M2 


Applied Mathematics Panel 

personnel . 

Summary reports. 

Appliers 

See: Vesicants, applicator 

AR 

See: Rocket types, aircraft 
Arbacia punctulata 

effects of vesicants . 

Ark 

See: Weasel 

Arma resolvers . 

Arming 

variable-time fuzes . 

resistance-capacitance .. 

velocity . 

See also: Circuits, arming 

Arming pins . 

Arming rings . 

Armor . 

ballistics . 

body (Japanese) . 

cast . 


Div. AMP-905.1 
Div. AMP-905.2 


Div. 9-361.4-MI 


Div. 14-413-M2 

Div. 4-222.113-MI 
Div. 4-244 
Div. 4-222.128-M18 
Div. 4-238.514 
Div. 4-244.2 

Div. 4-238.513 
Div. 4-222.127-M2 
Div. 4-238.515-M5 
Div. 18-200 
Div. 2-210 
Div. 18-802.22-MI 
Div. 18-200-M2 
Div. 18-601.131-Mil 


German . 

Japanese . 

manufacture . 

prime . 

rolled . 

welding . 

See also: Doron; Laminates, plastic 
Armor plate 

aircraft (Japanese) . 

boron-treated . 


carbon-manganese content . 

cast . 

Class B . 

face-hardened . 

hardness limit . 

homogeneous . 

hydrogen effects . 

nitrogen effects . 

oxygen effects . 


Div. 18-601.131-M12 
Div. 18-601.171-M7 
Div. 18-801.22 
Div. 18-802.22 
.Div. 18-204 
Div. 18-204.1-Ml 
Div. 18-204.2-M2 
Div. 18-200-M2 
Div. 18-204 


Div. 18-802.11 
Div. 18-202 
Div. 18-202.1 
Div. 18-202.12 
.Div. 18-202.11 
.Div. 18-203-M2 
Div. 18-902.12-M3 
Div. 2-432.1-M3 
Div. 18-902.12-M6 
.Div. 18-601.11 
.Div. 18-201.2-MI 
Div. 18-201.2-M2 
.Div. 18-204.2 
Div. 18-802.22-M2 
Div. 18-203 
.Div. 18-203 
Div. 18-203 


SECRET 


645 
























































Armor plate-Attack aids 


rolled . 

spot welding. 

tanks (Czechoslovakian) 
weldability . 


Armor steel 

face-hardened . 

flame-hardened . 

heat-treated . 

low-alloy 

cracking and fracture. 

improvement . 

properties . 

transformation characteristics . 

non-magnetic . 

See also: Steel 
ARO 

See: Airborne range-only (ARO) 

Aro-sol . 

ARS 

See: Aircraft radio sight (ARS) 

Arsanthrene dichloride . 

ARSB 

See: Buoys, anchored radio sonic 
(ARSB) 

Arsenic compounds 
detection and determination .... 


preparation and analysis 


toxicity studies 


Arsenic trichloride . 

Arsines 

absorption by charcoal . 

preparation and analysis. 

toxicity studies. 

See also: Dichlor oar sines; Arsenic 
compounds 

Artificial lines of low distortion ... 

Aryl carbamates. 

AS-69/APT 

See: Antennas, M-2200 (Fishhook) 
AS-97/ART and AS-161/ART 
See: Antennas, whip 


Div. 18-203-M2 
Div. 18-601.131-Mil 
Div. 18-601.32 
Div. 18-803.11 
Div. 18-601.131-M9 
Div. 18-601.133 
Div. 18-601.134 
Div. 18-601.15-M2 
Div. 18*601.171 

Div. 18-202-M5 
Div. 18-204.1 
Div. 18-205 
Div. 2-432.1-M3 
Div. 18-207 

Div. 18-201.1 
Div. 18-201 
Div. 18-201.3 
Div. 18-201.2 
Div. 18-206 


Div. 10-601.1-M2 


Div. 9-213.22 


Div.9-413.1-Ml 
Div. 9-422.2 
Div. 9-422.24 
Div. 9-422.8 
Div. 9-122-M2 
Div. 9-128 
Div. 9-200-M4 
Div. 9-213 
Div. 9-219-M4 
Div. 9-255-MI 
Div. 9-122-M2 
Div. 9-313 
Div. 9-415-MI 
Div. 9-213.11-M10 
Div. 9-213.21 

Div. 10-202.15-M5 
Div. 10-202.154 
Div. 9-213.1 
Div. 9-313.1 


.Div. 6-632.62 
.Div. 9-222-M2 


ASAP 

See: Plotters, antisubmarine attack 
(ASAP) 

ASB radar .Div. 15-221.22-M2 

Asbestos 

filter fiber .Div. 10-201.22-M10 

slurry thickener .Div. 9-562-M8 

Asdic 

See: Transducers, Asdic 

ASG radar .Div. 15-221.21-M2 

Div. 15-722-M4 

ASH 

See: AN/APS-4 (ASH) 

ASM whetlerite 
See: Charcoal, Type ASM 
ASPC 

See: Hedgehog 
Aspen 

See: AN/APA-9 (Aspen) 

Assessment technics 
See: Gunnery, aerial, assessment 
technics 

AS-UP projectile 

See: Projectiles (Specific), underwater, 

AS-UP 

ASV 


See: Air-to-surface vessel radar 
(ASV) 

Atmosphere 

lower 

radio-meteorology .Div. CP-322 

Div. CP-335-M4 
Div. CP-336.1-M2 
Div. CP-336.2 
Div. CP-337 
Div. CP-341-M1 
Div. CP-342 
Div. CP-344-M2 

wave propagation .Div. CP-202.32 

Div. CP-221-M6 
Div. CP-232.2-M9 
Div. CP-232.2-M10 
Div. CP-323-M1 

See also: Troposphere, wave propa¬ 
gation 

non-standard (anomalous) 


wave propagation .Div. CP-220 

Div. CP-221.1 
Div. CP-225 

standard (normal) 

wave propagation .Div. CP-210 

Div. CP-213 

Atmospheric boil.Div. 7-210-M6 

ATR 


See: Tubes, antitransmit-receive (ATR) 
ATT 


See: Automatic target training 
(ATT) 


Attack aids 
underwater 


Div. 6-644 


646 




































Attack angles-Ballistics 


Attack angles 
See: Angle, attack 
Attenuation 

infrared radiation 

radar . 

radio waves . 

sound 

atmospheric 
underwater ..., 


Attenuators 
radar .. 
coaxial 
K-band 
X-band 


Audible doppler enhancer (ADE) 

Audio limiter . 

Audiograms . 

Austenite . 


.Div. 16-320.2 
Div. 17-431 
.Div. 14-251.1 
.Div. 14-122.13 
Div. CP-511 

.Div. 17-431 
.Div. 6-510.2-MI 
Div. 6-510.22-M2 
Div. 6-510.22-M4 
Div. 6-510.221-M6 
Div. 6-612.21-M32 

.Div. 14-251.1 
.Div. 14-251.1-MI 
.Div. 14-251.1-M14 
.Div. 14-251.1-M16 
Div. 14-251.1-M17 
Div. 14-251.1-M18 
Div. 14-251.1-M19 
.Div. 6-631.35 
.Div. 4-617-M2 
.Div. 6-311 
.Div. 18-201.2-M5 


Autocollimating buttons and lenses-Div. 16-422.1 

Autocollimating units .Div. 16-422 

Automatic frequency control.Div. 6-631.31-M2 

Div. 14-232.15 

Automatic gain control (AGC) .Div. 6-560.32-M2 

Div. 6-631.13 
Div. 6-631.21-M5 
Div. 15-383-M4 

Automatic search receivers 


See: Receivers, search, automatic 

Automatic target positioner.Div. 6-644.11 

Automatic target training (ATT) .Div. 6-631.21 

Div. 6-632.04-M6 
Div. 6-644.13-M5 

Automatic volume control (AVC).Div. 6-631.13-M2 

Div. 6-921.3 

Autotransformers .Div. 14-214.5-M2 

AVS 

See: Anchored vessel screening 
(AVS) 

Azimuth handwheel drive .Div. APP-611.2-M6 

Azimuth system (sonar) 

See: Indicators, bearing deviation 
(BDI) azimuth system 

Azines .Div. 9-324 

Azon .Div. 5-232.1 

Azon-razon trainers.Div. 5-233 



B-29’s .Div. AMP-504.1-M12 

Div. AMP-504.1-M14 

defense and attack problems 

fighter attacks .Div. AMP-504.41 

nose attacks.Div. AMP-503.2-M25 

Div. AMP-504.4-M15 

fire control system.Div. AMP-502.2 

ground trainer .Div. APP-611.1-M7 

Bachmann process 
See: Cyclonite (RDX) Bachmann 


process 

Backlash 

computing machines .Div. 7-311-M3 

height finders .Div. 7-210.2-M3 

Div. APP-652-M4 

Back-up strips (non-metallic) .Div. 18-601.12 

Baffles 

hydrophone.Div. 6-552 

Div. 6-623.1-M7 

JP .Div. 6-612.4-M5 

Div. 6-612.62-M19 
Div. 6-612.62-M39 

photocell test equipment.Div. 4—231.52-M2 


Baka See: Rockets, performance 
factors, versus Baka 


BAL .Div. 9-513 

Div. 9-513.4 

derivatives .Div. 9-513.2 

induced hypersensitivity to .Div. 9-312.135 

preparation and analysis .Div. 9-513.1 

therapeutic use .Div. 9-387-M3 

Div. 9-522.11 
Div. 9-522.2-M6 
Div. 9-526-MI 

vehicles.Div. 9-513.3 

Balk 

aluminum .Div. 12-1320 

Douglas fir .Div. 12-1310 

fasteners .Div. 12-1330 

Ball bearings 
See: Bearings 

Ballistics .Div. 1-200 

aero 

See: Aeroballistics 

bombs .Div. 4-242.14-M3 

guns 

external .Div. 1-220 

Div. 1-220.1 

internal .Div. 1-210 

Div. 1-210.1 


647 

















































Ballistics-Bearings 


measuring instruments . 

.Div. 1-210.31 

submarine . 

.Div. 6-501.11 

mortar shells . 

.Div. 4-510 

surface craft . 

.Div. 6-501.12 

rockets . 

.Div. 3-220 

trainers . 

.Div. 6-325.2 


Div. 4-412 

Batteries 


curves . 

.Div. 3-221 

dry . 

.Div. 14-235.1-M7 

external . 

.Div. 3-220-M2 

sea water . 

. Div. 6-647 


Div. 3-221 

storage . 

.Div. 11-209.2 

internal . 

.Div. 3-110-M9 


Div. 13-207.4 


Div. 3-220 

variable-time fuze .. 

. Div. 4-232.1 


Div. 3-221-MI 

Bazooka 


terminal . 

.Div. 3-490-M3 

See: Rocket grenades, antitank (2.36 



Div. 2-200 

inch ) 


underwater . 

.Div. 3-700 

super 



Div. 3-710 

See: Rocket grenades, high-velocity 


Div. 6-810.2-M2 

(T-59) 



Div. AMP-400 

BDI 



Div. AMP-401-M2 

See: Indicators, bearing deviation 


Div. AMP-401-M3 

(BDI) 



Div. AMP-401.4 

Beacons 


Ballistite . 

.Div. 3-361.5 

infrared airborne . 

.Div. 16-433.2 

examination and tests . 

.Div. 3-361.513 

portable radio assault . 

.Div. 13-102-M2 


Div. 8-603-M3 

radar . 

.Div. 14-124.1-MI 

extrusion . 

.Div. 3-361.52 


Div. 14-325-M3 


Div. 8-604.2-M2 


Div. 14-328 

properties . 

.Div. 3-361.51 


Div. 14-328.1 

stability . 

.Div. 3-361.514-M9 


Div. CP-611.1-M8 


Div. 8-602.2-MI 

airborne . 

Div. 14-325-M3 


Div. 8-602.2-M6 


Div. 14-328.12 


Div. 8-603-M3 


Div. 14-328.121 

Balloons (barrage) . 

.Div. AMP-900-M1 

components . 

.Div. 14-328.2 


Div. 11-203.3-MI 

ground . 

. Div. 14-211.5-M6 

Baiun 



Dix. 14-232.112-M 

See: Circuits, balun 



Div. 14-328.11 

Bamboo 



Div. 14-328.111 

concrete reinforcement . 

.Div. 2-522-M5 


Div. 14-328.112 

substitutes .. 

.Div. 11-208.33 

ship-to-shore . 

.Div. 14-328.13 

Bands 


underwater sound 


copper-steel driving . 

.Div. 18-403 

See: Noisemakers 


metal rotating . 

.Div. 1-530-MI 

Beagle . 

.Div. 15-411-M5 


Div. 17-610 

Beam formation 



Div. 18-403.1 

scanning sonar . 

.Div. 6-632.6 

Banking 



Div. 6-632 61 

aircraft . 

.Div. AMP-504.6-M2 

network design . 

.Div. 6-632.62 


Div. AMP-604-M2 

rotor design . 

.Div. 6-632.63 

effect on rocket sighting. 

.Div. AMP-601.2-M18 

Beam-splitters . 

.Div. 7-210.19-MI 

BARB 


Beams 


See: Bombing, angular rate, British 

bending of radio. 

. Div. CP-231.12-M! 

(BARB) 


Bearing deviation indicator (BDI) 


Barium carbonate (purification) 

.Div. 14-232.141-M6 

See: Indicators, bearing deviation 

Barneby-Cheney charcoals 


(BDI) 


See: Charcoal, Barneby-Cheney 


Bearing indicator animated trainer 


Barometers 


(BIAT) . 

.Div. 6-326.2-MI 

aneroid . 

.Div. 4-322.3-M3 


Div. 6-326.2-M4 

Barodmer . 


Bearing repeater . 

. Div. 6-632.04-M6 

Barrage 


Bearings 


See: Balloons (barrage); Jamming, 

ball . 

.Div. 4-232.23 

barrage; Rocket types, barrage 


needle (German) . 

.Div. 18-801.3-M2 

Bat . 

.Div. 15-263-M4 

proximity fuze generator . 

. Div. 4-232.23 

Bathythermographs . 

.Div. 6-501.1 

roller (Japanese). 

.Div. 18-802.12-MI 


Div.6-570.1-M3 

tank (German) . 

.Div. 18-801.24-MI 


648 
























































Beaver I-Bombing 


Beaver I .Div. 15-712-MI 

Beavertail 

See: AN/CPS-4 (Beavertail) 

Bede-Stibitz conjecture .Div. AMP-13-M17 

Beechnut .Div. 15-212.11-M3 

Beepers .Div. 6-935-M2 

See also: Hydrophones, beeper listen¬ 
ing 

Beetle Project.Div. 5-223-MI 

Bell Telephone Laboratories, Inc. 

Final and Summary reports 

See: Contracts OEMsr-346, OEMsr- 
352, OEMsr-783, OEMsr-1189 
Summary report on radio counter¬ 
measures .Div. 15-180 

Bends (wave guide) .Div. 14-233.422 

Benesh machine .Div. 9-322.1-M4 

Div. 9-372-M3 

Benzedrine .Div. 7-220.12-M12 

Div. 7-220.12-M18 

Benzoic acids .Div. 9-522.2-M4 

Benzoquinoline derivatives .Div. 9-600-M6 

Div. 9-600-M9 

Beryllium-aluminum 

See: Alloys, beryllium-aluminum 

Besler smoke unit .Div. 10-501.202-MI 

Bessel functions .Div. AMP-13-M4 

Beta-chloroethylamines 
See: Nitrogen mustards 

Betatron .Div. 17-323.7-M8 

Div. 17-323.7-M9 

Betty (Japanese aircraft) .Div. 18-802.11-M3 

Div. 18-802.11-M13 
Div. 18-802.12-M16 

BIAT 

See: Bearing indicator animated 

trainer (BIAT) 

Bieber’s alloy .Div. 6-612.42-M6 

Binaural listening 

See: Listening (underwater) binaural 
Binding agents 

carbon impregnants .Div. 9-541.111 

composite propellants .Div. 8-603.1-M17 

nitrocellulose .Div. 14-232.141-M6 

Binoculars .Div. 16-120 

antioscillation-mounted .Div. 16-123 

Div. 16-441-M4 

infrared .Div. 16-433.1-M6 

night .Div. 16-121 

Div. 16-121.1 

See also: Telescopes 

Biotin deficiency (effect on mustard 

lesions) .Div. 9-312.132-M17 

Bird (towed) 

See: Towed Bird 

Black body theory .Div. 14.113-MI 

Div. 14-113-M2 

Black fly (DDT effects) .Div. 10-602.23-M4 

Black Maria .Div. 14-321.14-M4 

Div. 14-324-MI 


antennas .Div. 14-234.111-M6 

Div. 14-234.111-M9 

check set .Div. 14-251.6-M15 

Blackout driving .Div. 16-431 

ultraviolet devices .Div. 16-431.2 

Blanket navigational jamming .Div. 15-250-M2 

Blast 

See: Explosions 
Blast pressure 

See: Pressure, blast 
Blast waves 
See: Waves, blast 

Blastmeters .Div. 3-613 

Blastphones .Div. 6-612.62-M23 

Div. 6-642.2-M3 

Bleaches .Div. 11-203.8 

Blockade patrol .Div. AMP-900-M4 

Blood 

effects of chemical warfare agents... .Div. 9-385 

Div. 9-212.5-3 

effects of Compound W.Div. 9-341-Ml 

effects of phosgene .Div. 9-331.1-M8 

effects of sulfur mustard .Div. 9-312.14-M4 

Div. 9-312.14-M6 
Div. 9-312.14-M7 

Bogie wheel (suspension).Div. 12-1512-M5 

Boilers 

devices for increasing combustion 

efficiency .Div. 17-322.2 

Boiling-bed furnace .Div. 10-202.13-M13 

Div. 10-202.13-M20 
Div. 10-202.13-M21 

Bolometers .Div. 14-252.41 

Div. 16-310.22 
Div. 16-310.223 
Div. 17-451-M4 
Div. 17-451-M5 

blind landing .Div. 14-325-MI 

cryostat .Div. 16-310.223-MI 

guided missiles .Div. 5-332 

Littlefuse .Div. 14-252.41-MI 

metal strip .Div. 5-332-M4 

Div. 16-310.222 

Bolts 

bomb rack (German) .Div. 18-801.13-M2 

steel .Div. 12-1340 

Bomb-fall analysis .Div. AMP-804.4-M4 

Bomb hoist (Japanese) .Div. 18-802.15-M4 

Bombers 
B-29’s 
See: B-29’s 

defense and attack problems 

fighter attacks .Div. AMP-503.6-M12 

Div. AMP-504.4 

Bombs and Bombing 

Bombing .Div. AMP-800 

Div. AMP-801 
Div. AMP-806 
Div. 7-120 
Div. 17-323 



649 


























































Bombing-Bombs 


air-to-air . 

angular depression . 

angular rate . 

British (BARB) .. 

damage . 

German structures 
dive . 


efficacy . 

glide . 

level-flight ... 
low-altitude 

multiple hits 
pattern (area) 

radar . 


assessment 


See also: Plotting, bombing 
assessment 

close-control . 

See also: Plotting boards, close 
support 

equipment and accessories .... 
jamming of . 

land targets . 

sea targets . 

trainers and training of per¬ 
sonnel . 

range errors . 


retro . 

scatter . 

skip . 

slant range . 

systems . 

through-overcast (BTO) 
toss . 


equipment 


.Div. AMP-803.5-M2 
,Div. AMP-803.3 
Div. AMP-803.3 
.Div. AMP-802-M2 
Div. AMP-802-M4 
Div. AMP-804.4-M3 
Div. AMP-804.3 
Div. 4-242.14-MI 
Div. 4-311.2 
Div. 4-311.3-M5 
Div. 14-323.6-M6 
Div. AMP-804 
Div. AMP-804.4 
Div.7-122.l-M8 
Div. AMP-803.3-M6 
Div. 4-311.3 
Div. AMP-803.3 
Div. APP-213.1 
Div. 7-121.2 
Div. AMP-801.1-M7 
Div. AMP-803.2 
Div. 14-329 
Div. 14-329.1 
Div. 14-329.11 
Div. 14-265.3 
Div. 14-329.15 
Div. 14-329.151 


Div. 14-329.142-M4 
Div. 14-329.16 


Div. 14-329.14 
Div. 15-221.13-M2 
Div. 15-221.21-M7 
Div. 14-329.13 
Div. 14-329.12 

Div. 14-411.1 
Div. APP-213.1 
Div. 4-624-M2 
Div. 4-624-M4 
Div. AMP-803.3 
Div. 3-532.1 
Div. 6-443 
Div. 7-124.2 
Div. AMP-803.4 
Div. AMP-401-M5 
Div. AMP-803.3-M4 
Div. AMP-803 
Div. 7-124 
Div. 6-470 
Div. 4-300 
Div. 4-310 
Div. 4-311-MI 
Div. 4-311-M2 
Div. AMP-803.5 
Div. 4-320 
Div. 4-328 


equipment (continued) .Div. 4-340 

Div. 14-329.17-M11 

errors and corrections .Div. 4-312 

Div. 4-312.3 

radar .Div. 14-329.17 

range limits .Div. 4-314 

tests .Div. 4-330 

train .Div. 7-121.1-M2 

Div. 7-121.2 
Div. 7-124.1 
Div. AMP-801.1-M4 
Div. AMP-801.1-M5 
Div. AMP-803.1 

vertical (antisubmarine) .Div. 3-532.2 

Bombs .Div. 4-242.1 

Div. 4-242.13 
Div. 4-242.14 
Div. 6-723 

aerosol and war gas dispersion .Div. 10-504.2 

Div. 11-203.521 

air-burst .Div. 4-242.12 

antiparked aircraft (Japanese) .Div. 18-802.21-M7 

antipersonnel (Japanese) .Div. 18-802.21-M4 

antisubmarine (ASB) .Div. 3-731.1 

Div. 3-854 
Div. AMP-400-M1 

follow-through .Div. 8-402-M4 

scatter .Div. 6-646.12 

Div. 8-402-M2 

armor-piercing .Div. 2-220-M2 

jet-accelerated .Div. 3-540 

shaped-charge assisted .Div. 8-402-M10 

Baka 

See: Rockets, performance factors, 
versus Baka 

bird’s eye .Div. 5-340-MI 

blast .Div. 2-110-M5 

Div. AMP-804.3-M1 

British (4,000-lb) .Div. 4-243.11-M4 

Div. 4-243.11-M6 
Div. 4-243.11-M8 

bursts .Div. 17-323.1 

cable .Div. 3-593 

chemical warfare (CWB) .Div. 3-492-M4 

Div. 3-570 
Div. 3-571 
Div. 3-573 

controlled-trajectory .Div. 4-242.11 

See also: Guided missiles; Toss 
bombing 

demolition .Div. 3-593-MI 

depth .Div. AMP-400-M2 

Div. 4-243.11-M7 
Div. 6-723 

distribution .Div. AMP-801.1 

drops .Div. 17-323.1 

general-purpose (1,000 and 

2,000-lb) .Div. 4-243.11-M9 

glider .Div. 15-332-MI 

Div. 15-333.21-M7 


650 































































Bombs-Boron 


high-angle dirigible .Div. 5-230 

Div. 5-231 
Div. 5-232 
Div. 5-232.1-M4 
Div. 5-232.2-M2 

high-angle heat-homing 

See: Felix 

homing glide .Div. 5-210 

hydro .Div. 6-723 

incendiary .Div. 2-522-M2 

Div. 4-242.13-M2 
Div. 11-301.1 
Div. 11-301.15 
Div. 11-301.3-M5 
Div. 11-303.12-M5 
Div. AMP-803.2-M1 
Div. AMP-803.2-M5 
Div. AMP-804.1 
Div. AMP-804.3 

damage and evaluation .Div. 3-593-MI 

Div. 11-301.5 
Div. 11-301.17 
Div. AMP-804.1 

fillings .Div. 11-301.146 

Div. 11-301.16 
Div. 11-301.17 

See also: Fuel, incendiary 

M-47 .Div. 11-301.11-M3 

Div. AMP-804.3-M2 
Div. AMP-804.3-M4 

M-50 .Div. 11-301.5-M6 

Div. 11-301.15 
Div. 11-304.21-MI 
Div. AMP-804.3-M3 
Div. AMP-804.3-M4 


M-52 .Div. 11-301.5-M2 

M-56 .Div. 11-301.5-M4 

Div. 11-303.3-MI 

M-69 .Div. 11-301.12 

Div. 11-301.14 
Div. 11-301.4-M7 
Div. 11-304.21-Ml 

integral motor target .Div. 3-723-MI 

Japanese (63-kg) .Div. 18-802.21-M9 

medium-angle dirigible (Roc) .Div. 5-220 

Div. 5-221 

control .Div. 5-223 

See also: Guided missiles, con¬ 
trol mechanisms 

tests .Div. 5-222 

trainer .Div. 5-224 

near-miss .Div. 12-2000-M3 

passive protection against.Div. 2-520 

house structure .Div. 2-521 

protective and reinforcing ma¬ 
terials .Div. 2-522 

photoelectric target-seeking .Div. 5-231-M3 

photoflash .Div. 11-202.2 

Div. 17-323.4 

plastic .Div. 11-301.13 


radar homing (RHB) .Div. 5-320-MI 

Div. 14-329.2-M3 
Div. 14-329.2-M4 
Div. 15-263-M2 

radiation properties .Div. 4-243.11 

radiation resistance .Div. 4-243.21 

recoverable .Div. 6-646.4-M3 

smoke target .Div. 10-504.2-M11 

stability .Div. 3-243 

television-equipped radio-con¬ 
trolled .Div. 5-311 

See also: Television, transmit¬ 
ting equipment (airborne) 

vertical antisubmarine (VASB) .Div. 3-532.2-MI 

waterproofing .Div. 11-301.145-MI 

M-30 .,.Div. 4-222.113-M3 

Div. 4-243.11-M10 

M-41 Div. 4-243.23-MI 

M-64 Div. 4-222.113-MI 

Div. 4-222.113-M3 
Div. 4-243.11-M10 
Div. 4-622-MI 

M-65 Div. 4-222.113-MI 

Div. 4-222.113-M3 

M-66 Div. 4-222.113-M3 

M-81 Div. 4-222.113-MI 

Div. 4-243.11-M10 

Bombsights and Bombsighting 

Bombsights and bombsighting .Div. 7-122 

Div. 7-122.4 
Div. AMP-802 

angular rate .Div. 7-122.1 

Div. 7-122.2 

correction of time delays.Div. AMP-802-M1 

far infrared .Div. 16-320.3 

hand-held .Div. 7-122.4-M2 

low-level .Div. 7-122.1 

radar .Div. 14-234.122-M4 

Div. 14-310.211-M10 
Div. 14-329.143 

See also: AN/APQ-7 (Eagle) 

toss .Div. AMP-803.5-M7 

Bookphones .Div. 6-612.71-M22 

Boosters 

bearing deviation indicator .Div. 6-631.42-M5 

echo-ranging .Div. 6-631.12-M3 

Div. 6-631.12-M4 
Div. 6-631.21-M3 
Div. 6-631.31-M8 

explosives .Div. 8-110.3-MI 

fire control (hydraulic) .Div. 7-111.1-MI 

shaped-charge .Div. 8-704 

Boozer .Div. 15-312.2 

Borates (tributyl and triethyl).Div. 9-213.1 

Boresight datum line .Div. 4-311.4-MI 

Div. 4-311.4-M4 

Boresights .Div. 16-112.11-MI 

Boric acid ointment .Div. 9-522.12-M9 

Boron compounds .Div. 9-251 



651 






























































Boron-Budd rockets 


Boron sintering . 

. .Div. 14-233.113 

BRLG (continued) . 

.Div.4-233.1-M2 

Boron treatment 



Div. 4-233.1-M5 

See: Armor plate, boron-treated, 



Div. 4-237-M3 

Bott Stereopsis Test . 

. .Div. 7-220.15 


Div. 4-237-M4 

Bourdon system (for pressure mea- 



Div. 4-238.32-M5 

surement) . 

. .Div. 3-611-M6 


Div. 4-238.513-MI 

Bowler 



Div. 4-243.11-MI 

See: Torpedo types, Bowler 



Div. 4-243.11-M2 

Boxes 



Div. 4-243.21-Ml 

echo . 

. .Div. 14-251.3 


Div. 4-243.21-M3 

multiple-phase . 

. .Div. 14-235.1-MI 


Div. 4-245-M2 

transmit-receive . 

. .Div. 14-233.312 


Div. 4-245-M3 


Div. 14-241-M3 


Div. 4-614 


Div. 14-241-M5 


Div. 4-622-MI 

BPEG . 

...Div. 4-222.21-M2 


Div. 4-626-MI 


Div. 4-222.21-M3 

BRLG-8 . 

.Div. 4-211.21-M1 

Brakes 



Div. 4-238.32-M3 

aircraft . 

. .Div. 12-1810 


Div. 4-239.1-M4 

muzzle 


BRLG-10 . 

.Div. 4-238.222-M4 

See: Muzzle brakes 



Div. 4-238.227-M2 

Brass corrosion . 

. .Div. 9-254-M4 

BRLG-11 . 

.Div. 4-231.1-M7 


Div. 14-223-MI 


Div. 4-238.224 

Brass usage 


Bromine . 

.Div. 9-422.112-MI 

See: Cartridge brass 



Div. 9-422.112-M2 

Break point indicator 



Div. 9-422.118-M2 

See: Indicators, break point 


Broom . 

.Div. 15-411-M4 

Breech rings (German) . 

. .Div. 18-801.23-M10 

Brown stereoscopic trainer 


Bridges 


See: Range finders, types, stereoscopic 


articulated . 

.. .Div. 12-1200-M18 

BRTD . 

.Div. 4-211.21-M13 

bombing of .. 

. . .Div. AMP-804.4-M2 

BRTG . 

.Div. 4-233.1-M7 

capacitance .. 

...Div. 13-207.31-M3 


Div. 4-233.1-M8 

impedance . 

.. .Div. 6-553-MI 


Div. 4-238.225-M2 


Div. 6-645.15-M2 


Div. 4-238.225-M5 


Div. 6-645.15-M6 


Div. 4-238.226 


Div. 14-252.1-M8 


Div. 4-238.31-M2 

Inglis . 

. .Div. 12-1200-M2 


Div. 4-243.11-M3 

microwave . 

. .Div. 14-233-M4 


Div. 4-243.11-M5 


Div. 14-252.1-M6 


Div. 4-243.21-M2 

ponton . 

..Div. 12-1100 


Div. 4-625-M2 


Div. 12-1200 

BRTG-Z . 

.Div. 4-243.21-M4 


Div. 12-1300 


Div. 4-621-M3 

portable . 

. .Div. 12-1340-MI 

Brushes 


Schering . 

. .Div. 14-261.1 

electrical . 

.Div. 14-235.11 

solid floor treadway . 

. .Div. 12-1200-M14 

integrator . 

.Div. 4-324.22-MI 


Div. 12-1200-M20 

BTO 


thermistor . 

. .Div. 14-252.4-M8 

See: Bombing, through-overcast (BTO) 


Div. 14-252.42 

Bubblers . 

.Div. 9-422.117 


Div. 15-521.11-MI 

Bubbles . 

.Div. 6-510.12-MI 

tube . 

. .Div. 12-1200-M12 


Div. 6-540.2 

Wien . 

. .Div. 6-426-M11 


Div. AMP-102 

BRLG . 

. .Div. 4-211.21 


Div. AMP-407-M1 


Div. 4-231.2-M2 

acoustic effects . 

.Div. 6-540.22 


Div. 4-232.2-M13 


Div. 6-540.3 


Div. 4-232.2-M14 

cavitation . 

.Div. 6-712-M3 


Div. 4-232.21-M2 


Div. 6-810.23-MI 


Div. 4-232.22-M2 

explosion (underwater) . 

.Div. 12-2000-MI 


Div. 4-232.23-M2 

formation and dissolution . 

.Div. 6-510.23-M10 


Div. 4-232.23-M6 


Div. 6-540.21 


Div. 4-233-M4 

See also: Wakes 



Div.4-233.1-Ml 

Budd rockets 



652 















































Buffalo-California 


See: Rocket types, specifically named, 

Budd (4.5-inch) 

Buffalo .Div. 12-400-M7 

Div. 12-400-M15 

Bullets 

See: Projectiles 
Buoyancy 


control .Div. 6-651.5 

submarines .Div. 6-501.321 

Buoys 

anchored radio sonic (ARSB) .Div. 6-625.2 

directional radio sonic (DRSB) .Div. 6-624.2 

trainers .Div. 6-326.3 

expendable radio sonic (ERSB).Div. 6-624.1 

performance tests .Div. 6-624.12 

components .Div. 6-624.11 

trainers .Div. 6-326.3-M4 

radio sonic .Div. 6-123 

trainers .Div. 6-326.3 

submarine marker .Div. 6-646.33 

BUPS .Div. 14-328.121 

BUPX .Div. 14-328.111 

antenna .Div. 14-234.112-M2 

Div. 14-234.112-M6 
Div. 14-234.112-M8 

Burning characteristics 

ballistite .Div. 3-361.511 

double-base powders .Div. 3-361.21 

Div. 3-361.211 


double-base powders ( continued ).Div. 3-361.215 

incendiary bomb .Div. 11-301.5-M3 

Div. 11-304 

rocket .Div. 3-612 

Burning rates 

gun and rocket propellants .Div. 3-249 


Div. 3-355 
Div. 3-612 
Div. 8-601 

Burst heights 

variable-time fuzes .Div. 4-238.223-M2 

Div. 4-241 
Div. 4-626-M3 

Bursters .Div. 11-301.11 

Div. 11-303.3-M2 

underground .Div. 2-522-MI 

Bursts 

antiaircraft shell .Div. 4-730-M4 

Div. 8-301 

control .Div. APP-611.4 

mortar shell .Div. 4-626 

spotting .Div. APP-611.4-M4 

Bushings (Japanese aircraft) .Div. 18-801.11-MI 

Butterfly 

See: AN/APS-26 (Butterfly) 

Butyrate utilization 


effect of sulfur mustard.Div. 9-312.131-M20 

Buzzers (radio countermeasures) .Div. 15-517-M2 



Cables 

aircraft control ... 

Block Island system 
Collyer . 

electrical (Japanese) 

hebbphone . 

hydrophone . 

radar . 

tow . 


depressors for .. 

transducer . 

transmission lines . 
AN/ASG-10 . 

Cacodyls . 

Cadmium compounds 
Calcium carbonates 
protective fabrics . 


Div. 18-103.1 
Div. 18-103.11 
Div. 6-554-M35 
Div. 6-632.53-M4 
Div. 6-632.53-M5 
Div. 18-802.3-M4 
Div. 6-612.715 
Div. 6-625.1 
Div. 14-233.411 
Div. 6-624.3-M7 
Div. 6-643.12-M2 
Div. 15-821 
Div. 6-643.12-M3 
Div. 6-643.12-M6 
Div. 6-632.53 
Div. 15-371.3 
Div. 4-321.11-MI 
Div. 4-321.11-M3 
Div. 9-213.13 
Div. 9-215 

Div. 9-541.113-M6 


Calculators 
bomb spacing 

lead angle . 

radar range . 

radio field strength 
Calibration 
sonar . 


technics . 

theory . 

Calibrators 

amplifier . 

echo repeater . 

radar bombing . 

sweep . 

California Institute of Technology 
Final and summary reports for 
Division 6 See: Contract OEMsr-124 
and Contract OEMsr-329 
Progress reports on chemical war¬ 
fare . 


Div. AMP-801.3-M2 
Div. 6-644.21 
Div. 14-112-MI 
Div. CP-202.4-M2 
Div. CP-211-M14 

Div. 6-550 
Div. 6-553 
Div. 6-556 
Div. 6-552 
Div. 6-551 

Div. 3-622 
Div. 6-643.4 
Div. 14-329.144 
Div. 14-251.2 


Div. 9-121 
































































Calorimeters-Carbon 


rockets 


foreign (continued) . 

....Div. 10-201.31 

See: Rockets, California Institute of 



Div. 10-201.32 

Technology (CIT) 


mesh size .. 

....Div. 10-201.2 

Calorimeters . 

.Div. 15-521.12 

E-3 . 

....Div. 10-201.1-M33 

Caltrops . 

.Div. 18-801.3-MI 


Div. 10-202.156-M20 

Cameras 


M-10 . 

_Div. 10-201.1 

acceleration . 

.Div. 3-624.13-M2 

M-ll . 

. ...Div. 10-201.1-M33 

aerial . 

.Div. 16-111.1 


Div. 10-202.156-M20 


Div. 16-111.15 

Cankerworms (DDT effects on). 

,... Div. 10-602.23-MI 

aerial gunnery . 

. Div. AMP-502.14-M6 

Cannons 



Div. AMP-502.14-M7 

See: Guns 



Div. 16-111.13-M4 

Canteens (German and Japanese) .. 

... .Div. 18-801.3-M5 

ballistic . 

.Div. 3-624.13-M3 

Cantharides .. 

....Div. 9-513.4 

bomb flight recording . 

.Div. 5-222-M4 

Capacitance bridge 



Div. 5-234 

See: Bridges, capacitance 



Div. 5-421.1-MI 

Capacitive rotation system (CR) 


DeBrie . 

.Div. 16-301.11-M6 

design . 

....Div. 6-632.211 

Fairchild . 

.Div. 14-264.1 -M5 

experimental . 

....Div. 6-632.21 

firing error indicator . 

. Div. 17-443.32 

performance tests . 

....Div. 6-632.212 

night photography . 

.Div. 16-111.41 

Capacitors 


oscilloscope . 

.Div. 4-617-M3 

button mica . 

. ...Div. 14-225-M3 

pinhole rectifying . 

.Div. 16-111.3-M10 

toss-bombing . 

... .Div. 4-328.3 

radar . 

.Div. 14-264.1 

Capped shot . 

... .Div. 18-401 

ribbon-frame . 

.Div. 3-624.11 

Carbamates 


rocket experimentation . 

. Div. 3-624 

preparation and analysis . 

. ...Div.9-122-M3 


Div. 3-624.1 


Div. 9-213-M9 


Div. 3-624.13 


Div. 9-222 

rotating drum. 

.Div. 8-401-MI 


Div. 9-255-M6 


Div. 8-401-M3 

toxicity studies .. 

.... Div. 9-322 


Div. 8-401-M5 


Div. 9-326 

rotating-mirror . 

.Div. 3-624.12 

Carbamic acids 



Div. 8-401-M4 

preparation and analysis .. 

.... Div. 9-222.5 

Schmidt . 

.Div. 16-111.15-M2 

Carbohydrate deficiency 



Div. 16-111.41-M2 

effect on mustard gas lesions .... 

.. ..Div.9-312.132-M6 

solar yaw . 

.Div. 3-624.13-MI 

Carbon 


stabilizing devices . 

.Div. 16-111.13 

activated . 

....Div. 9-541.11-M5 

target plate . 

.Div. AMP-801.4-M7 


Div. 9-561-M5 

television . 

.Div. 5-421.1 


Div. 10-202.13-M5 

time precision measurement . 

.Div. 17-452 

See also: Charcoal, activated 


tracking performance recording .... 

.Div. APP-611.2-M28 

Carbon black . 

_Div. 3-361.26-M4 

underwater . 

.Div. 6-501-M2 

ballistite stability . 

.. . .Div. 8-602.2-MI 

wide-field . 

.Div. 16-111.41-MI 

charcoals . 

....Div. 10-202.1-M12 


Div. 16-111.411 -Ml 

Carbon compounds 


K-18 . 

.Div. 16-111.11-M10 

preparation and analysis . 

.... Div. 9-230 

Camouflage . 

.Div. 16-200 

toxicity studies . 

.... Div. 9-330 

applications . 

.Div. 16-260 

Carbon dioxide 


instruments for study of. 

.Div. 16-270 

removal from air . 

....Div. 11-105.22 

Camphor compounds . 

. Div. 9-242 

Carbon monoxide 


Cancellation systems . 

.Div. 13-207.5 

absorption by charcoal . 

... .Div. 10-201.1-M34 

Candida (Monilia) albicans . 

.Div. 9-530-M2 


Div. 10-202.15 M6 

Candles 



Div. 10-202.153 

chlorate oxygen . 

.Div. 11-102.223 


Div. 10-202.154-M13 

gas generating . 

. Div. 10-504.12 


Div. 10-202.156-M9 

Harvard . 

.Div. 11-301.21 


Div. 10-202.2 

incendiary . 

.Div. 11-301.21 

biological effects .. 

... .Div. 11-106.2 

oxygen generation . 

.Div. 11-102.223 

detection and determination - 

.... Div. 9-422.7 

Canisters 



Div. 10-202.151-M6 

gas mask 


Carbon monoxide pentamer . 

.... Div. 9-233 

design . 

.Div. 10-201 

Carbon-oxygen compounds 


experimentation and testing . 

.Div. 10-201.1 

preparation and analysis . 

... .Div. 9-231 

foreign . 

.Div. 10-201.3 


Div. 9-231.4 


654 











































































Carbon-Charcalite 


toxicity studies .Div. 9-331 

Carbonyl chlorofluoride .Div. 9-331.2 

Carbonyl monochloride monofluor¬ 
ide (COC1F) .Div. 9-231.33 

Div. 10-202.152-M9 
Div. 10-202.156-M16 

Carbowax .Div. 9-522.2-M6 

Carburetors (Japanese aircraft) .Div. 18-802.12-M2 

Cargo handling 

crew selection and training .Div. APP-222 

Carlisle charcoals 

See: Charcoal, Carlisle 

Carpet .Div. 15-322.12 

Div. 15-640-MI 

See also: AN/ APT-2 (Carpet I); 

AN/APQ-9 (Carpet III); 

AN /APT-5; RC-156 transmitter 
Carpet Sweeper 

See: AN/APQ-1 (Carpet Sweeper) 

Cartridge belts 

German .Div. 18-801.21-M7 

Japanese .Div. 18-802.21-M16 

Cartridge brass .Div. 18-402 

density-volume changes .Div. 18-402.3 

stress-corrosion cracking preven¬ 
tion .Div. 18-402.1 

Cartridges 

crystal .Div. 14-422.1-M2 

liquid carbon dioxide .Div. 3-413 

Carvacrol derivatives .Div. 9-222.4-M3 

Cascading .Div. AMP-101.1-M12 

Casein 

reactions with mustard gas .Div. 9-312.121-MI 

Div. 9-312.121-M4 
Div. 9-312.121-M5 
Div. 9-312.132-M16 

Casketphones 

See: Millerphones 
Cast propellants 

See: Propellants (specific), cast 
Castings 

centrifugal .Div. 18-502.13 

Div. 18-702 
Div. AMP-301 

malleable .Div. 18-701 

pilot static .Div. 18-502.13 

precision .Div. 18-502.13 

Div. 18-703 

CAT gear 

See: Noisemakers, towed parallel bar, 

CAT 

Cathode-Ray Tube Section reports -Div. 14-242.2-M2 

Cathode-ray tubes 
See: Tubes, cathode-ray 
Cathodes 

aluminum .Div. 14-231.21-M13 

knurled-type .Div. 14-232.143-M2 

magnetron .Div. 14-232.14 

Div. 14-232.143 


oxide-coated .Div. 14-232.141 

sintered iron sponge mercury .Div. 14-231.21-M9 

Div. 14-231.21-M12 

tantalum cylinder .Div. 15-344-MI 

thoriated .Div. 14-232.142 

Cats 

arsine toxicity .Div. 9-313.1-M4 

diisopropyl fluorophosphate tox¬ 
icity .Div. 9-311.1-M4 

Cavitation .Div. 6-551-M6 

ballistics .Div. AMP-401.2 

Div. AMP-401.5 
Div. AMP-402-M2 

torpedoes .Div. 6-712 


Div. 6-810.23 

See also: Drag 
Cavitation indicator 
See: Indicators, cavitation 


Cavities 

asymptotic .Div. AMP-401.2-M8 

magnetron .Div. 14-232.17 

radar .Div. 14-211.5 


Div. 14-233.412-Mil 

Cavity charges 
See: Charges, cavity 
CC 

See: Cyanogen chloride (CC and CK) 

CC-2 

See: Impregnants, carbon (CC-2) 

Cellocotton filling 

incendiary bombs .Div. 11-301.146 

Div. 11-301.161 

Cells 

animal (vesicant toxicity) .Div. 9-361.4 

Div. 9-387-M2 

See also: Yeast cells 

Cellulose nitrates .Div. 8-203-M3 

Div. 8-606 
Div. 8-607.4-MI 

effect on powder burning .Div. 3-361.214 

Celluloses 

effects on powder burning .Div. 3-361.214 

pyrolysis .Div. 10-202.154-MI 3 

Cement (organic) .Div. 6-612.44-M14 

Centibel scale .Div. 14-242.23-M2 

Centimeter wave propagation 
See: Wave propagation, centimeter 
Centrifugal inmelting 

See: Inmelting (centrifugal) 


Centrifuges .Div. 4-615 

Ceramics 

dielectric usage .Div. 14-131.11 

jet propulsion devices .Div. 18-505 

Ceresin wax .Div. 4-239.1-M2 

CG 

See: Phosgene (CG) 

CH 


See: Semi-mustard (CH) 


Chaff .Div. 15-241.1 

Charcalite .Div. 10-202.142-M2 


SECRET 


655 























































Charcoal-Chemical warfare 


Charcoal . 

. .Div. 10-202.1 

Charges 


absorption testing . 

. .Div. 10-202.15 

antisubmarine contact . 

. .Div. 6-112-M3 


Div. 10-202.19 

antisubmarine projector (ASPC) 


activated . 

. .Div. 9-550-M2 

See: Hedgehog 



Div. 10-202.13 

cavity . 

. .Div. 8-406 


Div. 10-202.134 

See also: Charges, shaped 


See also: Carbon, activated 


cemented ball-powder . 

..Div. 3-361.26-MI 

aging and deterioration . 

. .Div. 10-201.1-M30 

depth . 

..Div. 3-731.3 


Div. 10-202.16 


Div. 6-646.11 

amine-impregnated . 

. .Div. 10-202.152-M5 


Div. 6-646.21-M12 

Barneby-Cheney . 

..Div. 10-202.131-M9 


Div. 6-646.23 

Carlisle . 

. .Div. 10-202.11-M9 


Div. 6-653 


Div. 10-202.12-M4 

Mark VI and Mark IX . 

. .Div. 2-133-MI 


Div. 10-202.131-M9 

Mark VII . 

. .Div. AMP-401.1-M2 

extruded . 

. .Div. 10-202.1*M4 

line . 

..Div. 2-110-M4 

high-copper . 

..Div. 10-201.1-M9 


Div. 8-302-M3 

humidified . 

. .Div. 10-202.17 


Div. 8-404-MI 

impregnated . 

. .Div. 10-202.14 

projected . 

. .Div. 3-592-M6 

X-ray and microscopic examina- 



Div. 17-121.3 

tion . 

. .Div. 10-202.143 

rocket grenade 


manufacture . 

. .Div. 10-202.12 

powder (T-4) . 

..Div. 3-320-M4 

physical properties and structure . 

..Div. 10-202.11 


Div. 8-604.2-M6 

particle size . 

. .Div. 10-201.21 

rotating-cone . 

. .Div. 8-404-M2 


Div. 10-202.18 


Div. 8-404-M3 

pore size . 

...Div. 10-202.111 

scatter . 

. .Div. 6-646.12 

primary . 

.. .Div. 10-202.12-M4 


Div. 6-646.23-M7 

reactivation . 

.. .Div. 10-202.132 

shaped . 

. .Div. 8-402 

silvered . 

.. .Div. 10-202.12-M3 

defense against . 

. .Div. 2-510 

types 


See also: Penetration 


A . 

..Div. 10-202.11-M3 

space (between parallel plane 


AS . 

...Div. 10-202.1-M7 

grids) . 

. .Div. 14-113-M3 


Div. 10-202.11-M3 

thin-webbed . 

. .Div. 3-355-MI 


Div. 10-202.16-M12 

underwater . 

. .Div. 6-646.1 

ASC. 

. . Div. 10-201.1-M31 

See also: Grains 



Div. 10-202.111-M2 

Charts 



Div. 10-202.111-M3 

gnomonic . 

. .Div. AMP-503.1-M14 


Div. 10 202.12-M14 

kinetic definition. 

.Div. 16-162.2 


Div. 10-202.134-M4 

nomographic . 

. .Div. 16-281 


Div. 10-202.14-M24 

peak position . 

. .Div. 6-442-M2 


Div. 10-202.16 

Chelate compounds . 

..Div. 11-102.211 


Div. 10-202.141-M18 

See also: Salcomine 


ASCM . 

. . Div. 10-202.1-M11 

Chemical engineering . 

. .Div. 11-200 


Div. 10-202.16-M15 

Chemical warfare 


ASM . 

.. .Div. 10-202.12-M9 

Summary and monthly progress 



Div. 10-202.12-M10 

reports . 

. .Div. 9-10 


Div. 10-202.12-M13 


Div. 9-100 

ASV. 

.. Div. 10-202.12-M12 


Div. 9-120 

CWS . 

...Div. 10-202.11 

Chemical warfare agents 



Div. 10-202.14 

acidic elements . 

..Div. 9-421.3 


E-6.D 

D 

E-l 1 .D 

E-13.D 

PCC .D 

PCI .D 

D 

D 

D 

D 

D 

TU-8.D 


v. 10-202.16-M5 antidotes 

v. 10-202.17-M2 See: Ointments, prophylactic and 

v. 10-202.16-M19 therapeutic (chemical warfare); Ther- 

v. 10-202.16-M19 apeutic agents and intermediates, 

v. 10-202.14-M31 chemical warfare 

v. 10-201.1-M23 detection and determination .Div. 9-400 

v. 10-202.11-M6 Div. 9-410 

v. 10-202.11-M9 Div. 9-415 

v. 10-202.13-M10 automatic instruments .Div. 9-413 

v. 10-202.13-M12 Div. 9-413.3 

v. 10-202.13-M19 field kits .Div. 9-412 

v. 10-202.15-M3 field kits (foreign) .Div. 9-412.2 




656 

































































Chemical warfare-Circuits 


laboratory equipment .Div. 9-414.1 

laboratory methods .Div. 9-414 

specific agents .Div. 9-422 

Div. 9-422.8 

identification .Div. 9-400 


Div. 9-420 
Div. 9-421 
Div. 9-422 
Div. 9-422.8 


microscopical .Div. 9-421.1 

Div. 9-422.2 
Div. 9-422.5 

preparation and analysis.Div. 9-200 

protection against .Div. 9-500 

radioactive .Div. 10-402.35 

See also: specific radioactive com¬ 
pounds (e.g., Chlorpicrin, radioactive) 

systemic effects .Div. 9-110-M3 

toxicity studies .Div. 9-123 

Div. 9-125-M2 
Div. 9-300 
Div. 9-380 

laboratory equipment .Div. 9-370 

See also: Gases, war 
Chemical warfare analysis 

training of personnel.Div. 9-414-M3 

Chemical warfare bombs (CWB) 

See: Bombs, chemical warfare (CWB) 

Chemical warfare medicine .Div. 9-110 

Chemical warfare reagents.Div. 9-411 

Div. 9-411.4 
Div. 9-422.24 

Chemicals 

regenerative 

oxygen production .Div. 11-102.21 


production of Compound 1120 ... .Div. 10-402.32-M3 

Div. 10-402.32-M7 

war uses .Div. 11-203 

CHEX (BGX) .Div. 14-328.111-Ml 

Div. 14-328.111-M2 

Chicago, University of, Toxicity 
Laboratory 

See: Toxicity Laboratory 
Chickens 

HS-casein utilization .Div. 9-312.121-MI 

Chicks 

See: Jammers and Jamming Systems, 
expendable 

Chloracetophenone .Div. 10-202.15-M4 

Div. 10-202.155-M3 
Div. 10-202.156-M5 

Chloramine-T 

See: Dichloramine-T (DCT) 


Chlorinated lime storage .Div. 11-203.81 

Chloroamides 

decontamination systems .Div. 9-562-M6 

evaluation and stabilization .Div. 9-541.22 

impregnants .Div. 9-541.2 

ointments .Div. 9-511 

Div. 9-511.4 


preparation .Div. 9-511 

Div. 9-541.21 

reactions with N-mustards .Div. 9-522.21-M2 

S-series 
See: S- 

solvents for . Div. 9-541.23 

Div. 9-562-M6 

Chloroarsines 
See: Dichloroarsines 

Chloroparaffin substitutes .Div. 9-541.111-M4 

Chlorosulfonic acid smoke . Div. 9-422.42 

Div. 10-502-M3 

Chlorpicrin 

absorption .Div. 10-202.15-M12 

Div. 10-202.155 
Div. 10-202.16-M6 

identification . Div. 9-422.5 

radioactive .Div. 10-402.35-MI 

Chokes 

radio frequency .Div. 4-238.521-M2 

radio power supply .Div. 15-381.1-MI 

resonant charging .Div. 14-211.42 

Choline 

reactions with mustard gas .Div. 9-312.132-M15 

related esters .Div. 9-231.1-MI 

Choline compound toxicity .Div. 9-331.3 

Choline esterase .Div. 9-321.2-M2 

Chromastereopsis .Div. 7-230.1-M3 

Chromatography 


See: Propellants, chromatographic 

studies; Explosives, chromatographic 


studies 

Chromium 

gun liners .Div. 1-420.33 

Div. 1-420.4 

See also: Alloys, chromium-base 
Chronographs 

doppler .Div. 7-324-MI 

T-4 .Div. 7-324-M2 

T-5 (field) .Div. 14-323.31-M4 

Cigar 

See: AN/MRT-1 (Cigar) 

Cindy antenna .Div. 14-234.113-M2 

Circuit breakers .Div. 8-607.5-M4 

Circuits 

airborne early warning .Div. 14-321.14-M7 

amplifier (underwater sound) .Div. 6-645.12 

anticlutter .Div. 14-321.14-MI 3 

arming .Div. 4-238.5 

Div. 4-238.51 
Div. 4-238.515 
Div. 4-244 


See also: Arming, variable-time fuzes 

audio noise tester .Div. 4-238.7-MI 

Div. 14-233.151-M3 
Div. 15-332.12 
Div. 6-612.34 
Div. 6-631.42 
Div. 6-921.2 
Div. 15-383-M5 
Div. 6-632.211 


balun 
band-pass 
bearing deviation indicator 


Butterfly . 

capacitive rotation system 



657 




























































Circuits-Coatings 


computing .Div. 14-211.4-M4 

depth-scanning sonar .Div. 6-632.421 

double-tuned .Div. 14-212.2 

driver See: Drivers 

electrical rotation system .Div. 6-632.311 

electronic counter .Div. 17-436.2-M6 

equivalent .Div. 6-612.31 


Div. 6-612.32-M2 
Div. 14-212.3 
Div. 14-232.1-M5 
Div. 14-232.12-M4 


flame thrower firing.Div. 3-822-M2 

Div. 3-823-M2 

fuze dead-time correction .Div. AMP-704 

gain compensating .Div. 6-631.1 

infrared control .Div. 16-310.2-M2 

multivibrator .Div. 14-212.7 

noise reducing .Div. 17-438.1 

oscillator-diode .Div. 4-238.3 

Div. 4-238.31 
Div. 4-621-M4 

photocell .Div. 4-231.51 

Div. 4-238.4 

double-input .Div. 4-231.51-M5 

Div. 4-238.43 

Pintell .Div. 4-238.7-M2 

pulsed .Div. 14-212.4 

Div. 14-230-M2 
Div. 14-231.221-M10 

radar .Div. 14-211 

Div. 14-212 

radar beacon .Div. 14-328.22 

radar ranging .Div. 14-212.5 

Div. 14-243.2 

tracking .Div. 14-244.5 

radio countermeasure .Div. 15-380 

Div. 15-383 

components .Div. 15-381 

reaction grid detection .Div. 4-238.3-M3 

Div. 4-238.32-M3 
Div. 4-238.32-M4 
Div. 4-238.32-M5 

rectifier filter .Div. 14-212.1 

rotoscope .Div. 6-632.11 

simultaneous lobe comparison .Div. 6-631.421 

step-sweep .Div. 1-620-MI 

sweep .Div. 6-632.02 

telephone .Div. APP-218.3-M2 

toss-bombing integrator.Div. 4-324.21 

transformation .Div. 14-212.6 

thyratron servo control .Div. 14-214.3-MI 

trigger .Div. 14-212.8-M5 

variable-time fuze .Div. 4-238 

Div. 4-238.7 

MC-380 .Div. 4-238.1 

See also: Resistors, photocell 

XQHA sonar .Div. 6-632.221 

See also: POD fuzes 
Circulatory system 
See: Blood 


CK 

See: Cyanogen chloride (CC and CK) 

Cleavage fracture 

See: Welding, ship, cleavage fracture 
Climatology 

See: Meteorology, wave propagation; 

Radar forecasting 

Clogston’s scaling formulas.Div. 15-341.6-M5 

Close control bombing 
See: Bombing, radar, close control 
Close support plotting board 

See: Plotting boards, close support 

Closure (in fighter attacks).Div. AMP-504.4-M16 

Clothing 

acoustical insulation .Div. 17-435-242 

decontamination .Div. 9-563 

protective (against chemical warfare 

agents) .Div. 9-540 

Div. 9-541.12 
Div. 9-541.22-M4 
Div. 9-541.22-M5 
Div. 9-543.2 


tubular fibers for.Div. AMP-900-M3 

See also: Fabrics 
Clouds 

effect on wave propagation .Div. 14-122.23 

infrared attenuation .Div. 16-320.2-M3 

radar attenuation .Div. CP-511-M1 


Div. CP-511-M5 
Div. CP-511-M11 

See also: Gas clouds; Smoke 
Clutter 

radar .Div. CP-621.6 

ground .Div. 14-263.1 

(CN) 2 or C 2 N 2 
See: Cyanogen gas (C 2 N 2 ) 

CNBR .“...“.Div. 10-202.15-M10 

Coal 

anthracite 

See: Carbon, activated 

briquetted .Div. 10-202.111-M3 

Coastal artillery 

See: Fire control, radar, coastal artil¬ 
lery 
COAT 

See: Teachers, conning officer 
attack (COAT) 

Coatings 

acoustic absorbent.Div. 6-652 

antireflective (radar counter¬ 
measures) .Div. 14-132 

electrode .Div. 18-601.132 

fused .Div. 18-901.11 

gun 

See: Gun liners 

inorganic .Div. 18-901.11 

lens (light-transmission) 

See: Lenses, coatings, magnesium 
fluoride; Lenses, coatings, non-crazing 
organic .Div. 11-206-M3 




























































Coatings-Communications 


protective . 

.Div. 11-206 

spherical . 

.Div. AMP-203.2 

aircraft . 

.Div. 11-206-MI 


Div. 7-112.4-M4 


Div. 11-206.11-M3 


Div. 7-112.4-M5 


Div. 11-206.2 

underwater sound . 

.Div. 6-645.14 

aircraft control cables . 

.Div. 18-103.11 

Color 


cartridge brass . 

.Div. 18-402.1 

acuity factors . 

.Div. 16-230-MI 

corrosion and blistering ... 

.Div. 11-206.4 

camouflage . 

.Div. 16-230 

magnesium alloys . 

.Div. 11-206.5 

Colorimetry 



Div. 11-206.11-M8 

detection of toxics . 

.Div. 9-411.4-M2 

optical instruments. 

.Div. 16-161.12 


Div. 9-422.121-M5 


Div. 16-161.5 


Div. 9-422.13-M2 

rock salt and silver chloride 


Div. 9-422.13-M5 

plates . 

.Div. 16-320.4 


Div. 9-422.21-M2 

ship bottoms . 

.Div. 11-206-MI 


Div. 9-422.3-MI 


Div. 11-206.1 


Div. 9-422.7-M6 

See also: Paint, antifouling; Fabrics, 

radar application . 

.Div. 14-242.23-M2 

carbon-coated 


See also: Photometry 


quartermaster hardware . 

.Div. 18-901.1 

Columbia Broadcasting System, Inc., 


tropical deterioration . 

.Div. TD-101.4 

Final report on radio counter¬ 


Coaxial transmission lines 


measures . 

.Div. 15-170 

See: Transmission lines, radar, 

coaxial 

Columbia University, Division of War 

Cobalt compounds 


Research, Final and summary reports 

chelates . 

.Div. 11-102.211-M33 

for Division 6 



Div. 11-102.211-M34 

See: Contracts OEMsr- 20, OEMsr- 


Div. 11-102.211-M37 

1128, OEMsr-1130 and OEMsr-1131 



Div. 11-102.211-M38 

Combat Information Center equip¬ 


toxicity studies. 

.Div. 9-314 

ment . 

.Div. 17-620 

See also: Salcomine 


Combat leadership. 

.Div. APP-170-M1 

Cobar . 

.Div. 6-635.2 

Combustion 



Div. 6-635.22 

ballistite . 

.Div. 3-361.512 

COC1F 


double-base powders . 

.Div. 3-361.22 

See: Carbonyl monochloride 

mono - 

propellants . 

.Div. 3-354 

fluoride (COCIF) 


explosives . 

.Div. 8-203.2 

Cocoanut shell charcoal . 

.Div. 10-202.01-M2 

Communications 



Div. 10-202.134-M5 

diving operations . 

.Div. 17-436.41 

Codes and Coding Systems 


electrical systems . 

.Div. CP-204 

Codes 


equipment . 

.Div. 17-436.3 

copying . 

.Div. APP-212.21 


Div. 17-436.323 

operator training . 

.Div. APP-212 


Div. 17-436.4 


Div. APP-212.1 


Div. 17-436.46 


Div. APP-212.4 


Div. 17-630 


Div. APP-212.42 

tests . 

.Div. 17-436.32 


Div. APP-212.5 


Div. 17-436.324 

oral . 

.Div. 17-435.11-MI 

general research on . 

.Div. 13-200 

oscilloscope . 

.Div. APP-212.5 


Div. 17-436 

permutation . 

.Div. 7-111.2-M3 

infrared . 

.Div. 16-303 

receiving . 

.Div. APP-212.2 

foreign . 

.Div. 16-303.3 


Div. APP-317 

optical . 

.Div. 16-303.1 

sending . 

.Div. APP-212.3 

voice and code.. . 

.Div. 16-303.2 

speeds . 

.Div. APP-212.41 

interphone 


Coding systems (specific) . 

.Div. 13-301 

See: Interphones 


Bell Telephone-Western Electric ... .Div. 13-301.3 

radio 


Hazeltine . 

.Div. 13-301.2 

See: Radio communications 


RCA-Bedford . 

.Div. 13-301.1 

ship-to-shore . 

.Div. 6-646.24-M2 

See also: Decoding systems; 

Speech 

submarine internal. 

.Div. 6-623.4 

privacy systems 



Div. 17-436.42 

Coils 



Div. 17-436.46-MI 

Helmholtz . 



Div. APP-218.4-M4 

projector simulator . 

.Div. 6-321.5-M2 

phraseology. 

.Div. 17-441-M2 


Div. 6-321.5-M3 


Div. APP-218.4-M4 


659 

























































Communications-Compressors 


Commutation 


Commutators 


Comparators 


Compasses 


gyro 


magnesyn remote-indicating 

magnetic . 

Compensators 


Compound KB-10 
See: Compound TL-154 (KB-10) 


Compound KB-16 
See: Compound TL-186 (KB-16) 


Compound T-1202 

See: Fluoroacetates, methyl 
Compound TL-145 


Compound TL-146 
reactions with hexamethylene 


Compound TL-154 (KB-10) 


Compound TL-186 (KB-16) 


.Div. 17-440 

preparation and analysis 


Div. 17-441 

(continued) . 

. .Div. 10-402.36-M7 

.Div. 16-450 

toxicity studies . 

. .Div. 9-322.1 

.Div. 13-200.1 


Div. 9-326-MI 

.Div. APP-218 


Div. 9-384-M3 

Div. APP-218.4 

Compound TL-316 . 

. .Div. 9-322.2 


Compound TL-329 . 

. .Div. 9-327 

.Div. 14-235.11 


Div. 9-361.3-MI 

.Div. 17-436.52 

Compound TL-481 . 

Compound TL-551 

. .Div. 9-522.2-M4 

.Div. 6-612.713-M7 

See: Fluoroacetates, methyl 


Div. 6-632.211-M9 

Compound TL-1217 . 

. .Div. 9-222.5-M7 

.Div. 6-632.63-M16 

Compound TL-1299 . 

Compound W 

. .Div. 9-222.5-M7 

.Div. 14-251.1-M12 

immunochemical studies . 

. .Div. 9-525 

.Div. 17-323.81 

preparation and analysis . 

. .Div. 9-241 


toxicity studies . 

. .Div. 9-341 

.Div. 18-801.12-M2 


Div. 9-387-MI 


Compound X-104-B . 

..Div. 11-303.11-M4 

.Div. 14-329.142-M3 

Compound 1070 


Div. 17-311 

detection and determination . 

..Div. 9-255-M3 

.Div. 18-802.13-M5 


Div. 9-422.121 

.Div. 14-329.142-M3 


Div. 9-422.13-M2 

.Div. 17-312 

metal corrosion . 

. .Div. 9-254-M4 

.Div. 17-314 

preparation and analysis . 

. .Div. 9-221.2 

.Div. 17-310 

therapeutic treatment for . 

. .Div. 9-522.21 


toxicity studies . 

. .Div. 9-321.2 

.Div. 6-121.2 


Div. 9-327 

.Div. 6-451.1-M6 

Compound 1080 



See: Fluoroacetates, sodium (Co: 
pound 1080) 

m- 

.Div. 9-222.5-M5 

Compound 1120 


Div. 10-402.36-M7 

See: Disulfur decafluoride (^ 2 ^io f 
Compound 1120) 

Compound 1130 

z, 

.Div. 9-211.3 

detection and determination . 

. .Div. 9-255-M3 

.Div. 9-231.32-MI 


Div. 9-422.121 

.Div. 9-231.32-MI 


Div. 9-422.13-M2 

.Div. 9-211.4-M2 

metal corrosion . 

.. Div. 9-254-M4 


preparation and analysis . 

. .Div. 9-221.2 


therapeutic treatment for . 

. .Div. 9-522.21 


toxicity studies . 

..Div. 9-321.2 

Div. 9-522.2-MI 


Div. 9-384-M3 

.Div. 9-321.1 

Compound 1133 . 

. .Div. 9-221.2 

Div. 9-361.3-MI 

Compound 1149 



detection . 

. .Div. 9-422.121 


preparation and stability . 

. .Div.9-221.1-M2 

.Div.9-221.1-M3 

protective fabrics for . 

. .Div. 9-541.22-M6 

Div. 9-522.2-M2 

Compression 


.Div. 9-321.1 

propellants . 

..Div. 3-353 

Div. 9-326-MI 

variable-time fuzes . 

. .Div. 4-623 

Div. 9-361.3-MI 

Compressors 



air . 

. .Div. 11-102.141 

.Div.9-222.5-Ml 


Div. 11-302.321-M2 

Div. 9-222.5-M2 

four-stage . 

. .Div. 11-102.141-M10 

.Div.9-322.1-M4 

oxygen . 

. .Div. 11-102.14 

Div. 9-322.2 


Div. 11-102.15 


supersonic . 

. .Div. AMP-101.2 

.Div. 9-222.5 

two-stage . 

. .Div. 11-102.141-M9 

Div. 10-402.36-M6 


Div. 11-102.142 


660 

































































Computations-Contract OEMsr-1105 


Computations 


bombing .... 
radar . 

rockets . 

Computers 

aerial gunnery 


central station 

Mark 14. 

antiaircraft 


trunnion tilt .... 
antisubmarine attack 

bombing . 

electronic . 


ground course . 

gun lead . 

relay 

See: Relay interpolators 
rocket . 

scanning sonar pattern . 

stabilization and universal . 

toss-bombing 

See: Integrators, toss-bombing 
Mark 42 . 


Div. AMP-10 

Div. AMP-13 

Div. AMP-703.2-M12 

Div. 7-121 

Div. 14-112 

Div. 14-213 

Div. 3-211 

Div. 14-323.1-MI 
Div. 14-323.13-M3 
Div. 14-323.2-M7 
Div. AMP-501-M5 
Div. AMP-503.5 
Div. AMP-503.6-M27 
Div. 14-323.12-M6 
Div. AMP-503.5 
Div. 14-323.2-M7 
.Div. 7-112.2-M6 
Div. 7-112.3 
Div. 14-323.32-M5 
Div. APP-640-M1 
Div. AMP-904 
.Div. 6-644.23-M3 
.Div. 7-123 
.Div. 7-112.2-M6 
Div.7-112.4-M2 
Div. 14-112-M3 
Div. 14-213-M3 
.Div. 14-411.1-M4 
. Div. AMP-503.6-M27 


.Div. AMP-601.1 
Div. 14-323.6-M8 
.Div. 6-632.06-M5 
.Div. AMP-503.5-M11 


Div. 7-122.3-M6 
Div. 7-122.3-M7 
Div. 7-122.3-M8 


See also: Integrators; Directors; Sights, 


lead-computing 

Computing machines .Div. 7-310 

Div. 7-311 
Div. 7-312 
Div. AMP-12 

electronic digital .Div. AMP-12-M4 

linear differential equation .Div. 7-311-M2 

radar .Div. 14-213 

special-purpose .Div. AMP-12-M5 

Stibitz (Model B) .Div. 7-312.3 

Computron .Div. 7-112.4-M2 

Concrete 

explosive effects on .Div. 2-220 

terminal ballistic tests .Div. 2-220 

Condensers .Div. 4-237 

Conductometers .Div. 6-612.53-M16 

Div. 6-612.53-M18 

Cones 


ballistics of .Div. 1-220.1 

explosive .Div. 8-400 

Confusion devices (underwater) .Div. 15-242 

See also: Noisemakers; Hammer 
bottles 

Confusion reflectors .Div. 15-240 

accessories .Div. 15-243 

antijamming against .Div. 15-222.2 

Div. 15-241-M4 

Connectors 

toss-bombing (AN/ASG-10) .Div. 4-321.11-M3 

transmission lines .Div. 14-233.422-M12 

Div. 14-233.422-M14 
Div. 15-371.3 

Conning officer attack teachers (COAT) 

See: Teachers, conning officer attack 


(COAT) 

Conning towers 

acoustic treatment .Div. 6-652 

protection against flame attack.Div. 11-302.52 

Constant and loss 
See: Dielectric constant and loss 

Contacts (electrical) .Div. 4-750 

Div. 18-902.4 

Contaminants 


See: Water, contaminants; Chemical 


warfare agents 

Contract NObs-2074, University of 
California, Division of War Re¬ 
search .Div. 6-116 

Contract OEMsr-20, Columbia Uni¬ 
versity, Division of War Research.Div. 6-112 

Contract OEMsr-30, University of 
California, Division of War Re¬ 
search .Div. 6-116 

Contract OEMsr-33, Radio Cor¬ 
poration of America .Div. 6-123 

Contract OEMsr-43, General Elec¬ 
tric Company .Div. 6-122.1 

Contract OEMsr-44, General Elec¬ 
tric Company .Div. 6-122.2 

Contract OEMsr-58, Harvard Uni¬ 
versity .Div. 6-113 

Contract OEMsr-124, California In¬ 
stitute of Technology .Div. 6-111.1 

Contract OEMsr-287, Harvard Uni¬ 
versity .Div. 6-113 

Contract OEMsr-323, General Elec¬ 
tric Company .Div. 6-122.3 

Contract OEMsr-329, California In¬ 
stitute of Technology .Div. 6-111.2 

Contract OEMsr-346, Bell Tele¬ 
phone Laboratories, Inc.Dvi. 6-121.1 

Contract OEMsr-352, Bell Telephone 

Laboratories, Inc.Div. 6-121.2 

Contract OEMsr-783, Bell Tele¬ 
phone Laboratories, Inc.Div. 6-121.3 

Contract OEMsr-1046, Massachu¬ 
setts Institute of Technology.Div. 6-114 

Contract OEMsr-1105, American 


SECRE 


661 


























































Can Company-CRO 


Can Company .Div. 6-124 

Contract OEMsr-1128, Field Engi¬ 
neering Group .Div. 6-112 

Div. 6-112.11 

Contract OEMsr-1128, New London 

Laboratory .Div. 6-112.1 

Contract OEMsr-1130, Underwater 

Sound Reference Laboratories .Div. 6-112 

Div. 6-112.2 

Contract OEMsr-1131, Program 

Analysis Group .Div. 6-112 

Div. 6-112.3 

Contract OEMsr-1189, Bell Tele¬ 
phone Laboratories, Inc.Div. 6-121.4 

Contract OEMsr-1342, Newark Col¬ 
lege of Engineering .Div. 6-115 

Contract OEMsr-1419, Leeds and 

Northrup Company .Div. 6-125 

Converters 

axis .Div. AMP-503.5-M13 

crystal .Div. 14-233.14-M2 

liquid oxygen .Div. 11-103.5 

loran .Div. 14-327.113 

microwave .Div. 14-233.151-MI 

Div. 14-233.151-M2 

noise figures .Div. 14-125.1 

single-ended potential .Div. 14-212.8-M4 

Copper 

corrosion by gaseous dielectrics .Div. 14-223-MI 

pulse transmission energy loss .Div. 14-211.4-M1 

Cordage 

tropical deterioration .Div. TD-101.1 

Cordite .Div. 1-210.2-MI 

Div. 3-310-MI 
Div. 3-355-M2 

extrusion .Div. 8-603.2-MI 

Div. 8-607.3-M4 

Cores 

caliber .30 armor-piercing steel.Div. 2-210-M9 

ferrite .Div. 17-630 

underwater sound .Div. 6-612.42-M10 

hipersil .Div. 6-645.14 

molybdenum permalloy .Div. 6-645.14-MI 

Weston permalloy powder .Div. 6-612.42-M10 

transformer .Div. 15-381.1-M5 

Cork substitutes .Div. 11-209.1 

Corneal tissue 

effects of carbamates .Div. 9-322.1-M2 

Div. 9-326-MI 
Div. 9-384-M3 

effects of Compound 1130 .Div. 9-321.2-M3 

Div. 9-321.2-M4 
Div. 9-384-M3 

effects of nitrogen mustards .Div. 9-326-MI 

Div. 9-361.2 

effects of sulfur mustards .Div. 9-312.131 

Div. 9-361.2 

effects of various chemical war¬ 
fare agents .Div. 9-384 

See also: Eyes; Vision 


Corner reflectors .Div. 14-267 

Div. 15-241.3 
Div. CP-611.1 

antenna .Div. 15-332.21 

Div. 15-332.24 

ship and life raft identification.Div. 14-267.1 


Div. CP-611.1-M5 
Div. CP-611.1-M6 
Div. CP-611.1-M10 
Div. CP-611.1-M11 

Corners 

See: Bends (wave guide) 

Corrosion 

See: Metals, corrosion 

Cosmic rays .Div. 14-600-M3 

Cotton 

powder bags .Div. 4-710-M3 

tropical deterioration .Div. TD-101.1-M1 

Countermeasures 

radar .Div. 14-262 

radio 

against German installations .Div. 15-711 

against Japanese installations .Div. 15-712 

equipment .Div. 15-300 

Div. 15-390 

field tests .Div. 15-720 

Div. 15-721 
Div. 15-722 

operational effectiveness .Div. 15-700 

Div. 15-710 

Summary reports .Div. 15-100 

Div. 15-110 

testing equipment .Div. 15-500 

Div. 15-510 
Div. 15-517 

trainers and training.Div. 15-600 

Div. 15-650 
Div. 15-660 

See also: Antijamming; Jamming; 

Jammers and Jamming Systems 

sonar .Div. 6-650 

Div. 6-653 

See also: Flame attack, counter¬ 
measures 
Countermining 

See: Mines, underwater, Japanese 


Couplings 

transducer network .Div. 6-612.33 

wave guide .Div. 14-233.422 

Coxswains (selection of) .Div. APP-140 

CR Sonar 


See: Capacitive rotation system (CR) 

Creams 

See: Ointments 

Creep data .Div. AMP-13-M10 

Cresatin .Div. 16-152-MI 

Div. TD-102.3-M2 
Div. TD-102.3-M6 

CRO 

See: Oscilloscopes, cathode-ray 


i 



662 























































Cryptography-Cylinders 


Cryptography 


protection against (continued) ... 

.Div. 10-202.152-M2 

See: Rotors, cryptographic; Codes 



Div. 10-202.154-M27 

Crystal Clock Project . 

.Div. 14-327.114 


Div. 10-202.154-M31 

Crystallography 



Div. 10-202.156-M20 

See: Explosives, crystallographic 


Div. 10-202.16-M21 

studies 



Div. 10-202.17-M6 

Crystals 


radioactive . 

.Div. 10-402.35-M2 

German . 

.Div. 14-233.1-M6 

toxicity studies . 

.Div. 9-323.1 

measurements and tests. 

.Div. 14-233.15 

Cyanogen gas (C 2 N^) 



Div. 14-233.152 

experimentation . 

.Div. 10-202.152 

noise figures . 

.Div. 14-211.61-MI 


Div. 10-402.34 


Div. 14-233.15 

protection against . 

.Div. 10-202.152-M5 


Div. 14-233.151 


Div. 10-202.152-M7 

piezoelectric . 

.Div. 6-611.1 


Div. 10-202.154 

See also: Hydrophones, crystal; Q 


toxicity studies . 

.Div. 10-202.152-M7 

Sonars 



Div. 10-202.152-M8 

quartz substitute 


Cyanogens 


See: Quartz substitutes 


detection and determination .. 

.Div. 9-422.4 

supersonic radar trainers . 

.Div. 14-422.1 

preparation and analysis . 

.Div. 9-223 

video . 

.Div. 14-241.5 


Div. 9-223.3 

S-band . 

.Div. 14-241.52 

toxicity studies . 

.Div. 9-323 


X-band .Div. 14-241.51 

See also: Detectors, crystal; Rectifiers, 

crystal 

Cunningham Papers .Div. AMP-504.1-M3 

Curate .Div. 3-551.4 

Cursors .Div. 6-632.04 

Div. 14-242.4-M2 

CWB 

See: Bombs, chemical warfare (CWB) 

CXBH-1 .Div. 14-310.211-M3 

CXGA 

See: Direction finders, radio, M-2600 

(CXGA) 

CXGQ .Div. 14-243.1-M4 

Div. 14-321.2-MI 

CXHR .Div. 14-322.2 

Cyanates 

preparation and analysis .Div. 9-223 

Div. 9-223.3 

toxicity studies .Div. 9-323 

Cyanogen chloride (CC and CK) 

detection and determination .Div. 9-422.41 

Div. 10-201.1-M15 
Div. 10-401.111-M2 
Div. 10-401.111-M3 
Div. 10-402.2-M15 

experimentation .Div. 10-202.141-M8 

Div. 10-202.15-M10 
Div. 10-202.152 
Div. 10-202.156-M19 
Div. 10-402.33 
Div. 10-402.34 

preparation and analysis .Div. 9-223.1 

Div. 9-223.3-M2 

protection against .Div. 10-201.1-M4 

Div. 10-201.1-M23 
Div. 10-201.1-M24 
Div. 10-201.32-MI 


Cyanuric acid .D 

Cyanuric chloride .D 

Cycleweld .D 

D 

D 

Cyclonite (RDX) .D 

D 

D 

D 

D 

D 

D 

D 

D 

D 

D 

Bachmann process .D 

D 

D 

D 

D 

Composition A .Div. 

Composition B 

See: Cyclotol (RDX-B) 

mixtures .Div. 

Div. 

Ross process . Div, 

Cyclophoria .Div, 

Cyclotol (RDX-B) .Div 

Div. 

Div 

Cylinders 

copper crusher .Div 

diffraction around .Div. 

oxygen (Japanese) .Div. 

plastic deformation of.Div 

Div 


9-223.3-M3 

9-223.1-M6 

6-612.44-M2 

6-612.61-M2 

6-612.713-M8 

8-101 

8-105-M5 

8-110.3-M2 

8-110.3-M4 

8-110.4-M5 

8-110.4-M7 

8-203-MI 

8-602-M2 

8-602.4-M3 

8-607-M2 

8-801-MI 

8-101-M7 

8-101-M11 

8-110.4-M2 

8-110.4-M4 

8-203-M2 

8-101-M15 


8 - 101.2 

8-102-M4 

8-101.2-MI 

7- 220.19-M3 

8 - 101.1 
8-109-M5 
8-110.4-M5 

2-431.21 
CP-231.21-MI 
18-802.15 
2-431.2 
2-431.22 



663 
















































D 


Damage probability 
antiaircraft fire . . 


housing (by incendiaries) . 

plane-to-plane rocket firing. 

See also: Fire power, antiaircraft 
(efficacy); Aircraft, defense and at¬ 
tack problems, vulnerability; Prob¬ 
abilities 
Damping 

See: Flame damping; Metals, 
damping 

Dark adaptometers. 

Dart tests 

See: Torpedo components, dart 
tests 

David Taylor Model Basin 
See: Hydrophones, crystal, David 
Taylor Model Basin 
DB-3 [4-(p-nitrobenzyl)pyridine] cy¬ 
anogen chloride detection. 

mustard gas detection . 


DBM 

See: Direction finders, radio, 
M-4100 (DBM-1) 

DBT (di-p-biphenyl thiocarbazone) 
See: Thiocarbazones 

DBX explosive. 

DCDI 

See: Indicators, depth charge di¬ 
rection (DCDI) 

DCRE 

See: Depth charge range estimator 
(DCRE) 

DCT 

See: Dichloramine-T (DCT) 

DDT. 

analysis 

detection and determination 

dispersal. 

physical properties. 

particle size. 

solubility . 


.Div. AMP-700 
Div. AMP-704-M1 
Div. AMP-705.1-M2 
Div. 11-304.2 
Div. 11-304.21 
Div. 4-412.3 


Div. APP-151 


Div. 9-411.2-M4 
Div. 9-422.41 
Div.9-312.1-M7 
Div. 9-411.2 
Div. 9.415-Ml 
Div. 9-422.114 
Div. 9-422.117 
Div. 9-422.118-M2 
Div. 9-422.121-M5 
Div. 9-422.13 


Div. 8-203.1-M2 


Div. 10-302.1-M20 
Div. 10-600 
Div. 9-712.1 
Div. 9-712.11 
Div. 9-712.13 
Div. 10-602 
Div. 10-601 
Div. 10-601.2 
Div. 10-601.1 


toxicity tests.Div. 10-602.2 

vehicles.Div. 9-712.12 

Dead-reckoning tracer 

See: Tracers, dead-reckoning 

Dearborn-Johnson Stereopsis Test.Div. 7-220.13 

Div. 7-220.15-M10 


Deceleration 

antiaircraft rockets.Div. 3-246 

torpedoes.Div. 3-722 

Div. 3-722.1 
Div. AMP-405.1-M7 
Div. AMP-405.3-M2 

Decelerometers.Div. 3-623 

Decipede jet propulsion unit.Div. 8-607.6-M6 

Decoder .Div. 14-124.1-M4 

Decoding systems.Div. 13-302 

See also: Coding systems; Speech 
privacy systems 
Decontaminants 

A and B.Div.9-515-M2 

NDR-602 and NDR-620 .Div. 9-522.2-M6 

40 .Div. 9-511.4-M3 

Decontamination (chemical warfare) .... Div. 9-560 

painted surfaces.Div. 9-562 

Div. 9-564 


Decoys (underwater) 

See: Noisemakers 
Deflection 

aerial gunnery target.Div. AMP-503.3 

mast .Div. 6-632.21 

missile (by steel plates).Div. 18-902.13-MI 

own-speed .Div. AMP-503.3 

pitch.Div. 6-632-21 

position firing.Div. AMP-503.4-M5 

rocket (by wind).Div. 3-243.1 

roll .Div. 6-632.21 

Deformation 

plastic 

See: Cylinders, plastic deforma¬ 
tion; Diaphragms, plastic defor¬ 
mation; Explosions, underwater, 
marine structure deformation; 

Plates, plastic deformation of; 

Solids (plastic deformation of); 

Steel, plastic deformation of 

radial (of gun barrels).Div. 1-320-MI 

DEGN .Div. 8-607.3-M5 

Delay lines .Div. 14-211.2 

Div. 14-263-M15 

Delay tank .Div. 14-263.2 

Demagnetization of military vehicles .... Div. 17-315 

Demodulation.Div. 15-384.2 

Demonstrators 

See: Tracking, performance factors, 
blind 


664 








































Densitometers-Detectors 


Densitometers. 

. .Div. 6-501.322 

Bell Telephone Laboratories, Inc. , 

.. Div. 6-425 

Density gradients (sea-water). 

. .Div. 6-501.322-M4 

General Electric Company ... 

..Div. 6-422 

Deperming . 

.Div. 6-451.1-M11 

Gulf Research and Development 


Depth angle 


Company. 

, .Div. 6-421 

See: Angle, depth 


AN/ASQ-1 .... 

, .Div. 6-431 

Depth charge direction indicator 



Div. 6-431.1 

(DCDI) 


AN/ASQ-2 ... 

..Div. 6-432.2 

See: Indicators, depth charge direc- 


mines (land) . 

. .Div. 17-100 

tion (DCDI) 



Div. 17-110 

Depth charge range estimator (DCRE) 

. Div. 6-642.3 

mines (underwater) .... 

..Div. 6-633.21 


Div. 6-642.31 

by cobar . . 

.. Div. 6-635.22-M5 

Depth charges 


by echo-ranging . 

. .Div. 6-633.2-MI 

See: Charges, depth 


by subsight. 

. .Div. 6-635.23-M4 

Depth controls 


mortar fire .. 

..Div. 14-234.326-M5 

expendable sonar countermeasures . 

. .Div.6-651.5-M3 

naked-eye scanning . 

..Div. 6-201 

torpedoes. 

. .Div. 7-321.222 

particles and mass.. 

, .Div. 17-220 

Depth-scanning sonar. Integrated 


plastics and metal in body 

. .Div. 17-221 

Type B (DSS). 

. .Div. 6-632.42 

ships (by radar). 

, .Div. CP-202.312 

design. 

. .Div. 6-632.421 

ships (by sonar) ... 

. .Div. 6-553.3 

performance tests . 

.Div. 6-632-422 

small object (SOD) . 

, .Div. 6-530.22-M18 

Destroyer escorts 



Div. 6-633.2 

personnel training. 

.Div. APP-217 


Div. 6-633.21 

Destroyers 



Div. 6-633.22-M2 

job analyses. 

.Div. APP-511 

storms (by radar) . 

. .Div. CP-110-M8 

personnel training. 

.Div. APP-217 


Div. CP-336.1-M4 

Detection and Detectors 


submarines . 

. .Div. 6-112-M2 

Detection 



Div. 6-122.1 

aircraft . 

.Div. CP-202.11 


Div. 6-520.1-M2 

by subsight . 

. .Div. 6-635.23-M3 


Div. 6-560.2-MI 

See also: Aircraft, interception 



Div. 6-560.3 

by radar; Airborne early warning 



Div. 6-632 

(AEW); Echoes, radar, aircraft; 



Div. 6-635.11-MI 

Radar 


from aircraft . 

. .Div. 6-421 

bombs (unexploded). 

. .Div. 17-222 

See also: Search (antiaircraft and 


firearms carried on the person. 

..Div. 17-223 

antisubmarine) 


gas. 

. .Div. 17-210 

torpedo . 

. .Div. 6-632-M23 

See also: Chemical warfare agents, 



Div. 6-633.21 

detection and determination 


See also: Underwater sound detec¬ 


ground objects (by radar). 

Div. 14-310.13 

tion and ranging (USDAR) 


See also: Targets, radar, moving 


Detectors 


ground; Moving target identifi¬ 


Butterfly 


cation (MTI) 


See: AN/APS-26 (Butterfly) 


magnetic airborne (MAD) . 

Div. 6-400 

cathode-ray tube . 

. .Div. 14-242.24-M2 


Div. 6-401 

crystal . 

. .Div. 14-233.12 


Div. 6-402 


Div. 15-384.2 


Div. 6-443 

See also: Crystals 


aircraft installations . 

. .Div. 6-450 

far infrared. 

. .Div. 16-310.2 

automatic firing systems . 

. .Div. 6-432 

foreign . 

. .Div. 16-310.33 

compensating flight procedure .. 

. .Div. 6-451.3 

thermal. 

, .Div. 16-310.3 

land targets. 

. .Div. 6-470 

US Army. 

. .Div. 16-310.31 

production models. 

. .Div. 6-430 

US Navy. 

..Div. 16-310.32 

test equipment. 

.Div. 6-462 

Firefly 



Div. 6-624.12 

See: AN/APS-27 (Firefly) 


trainers. 

Div. 6-460 

Golay heat . 

, .Div. 16-310.24 

magnetic airborne (MAD) systems .. 

. .Div. 6-420 

mine 



Div. 6-426 

metallic land. 

. .Div.17-111.11 

Airborne Instruments Laboratory 

, .Div. 6-423 


Div. 17-111.31 


Div. 6-423.1 

non-metallic land . 

, .Div. 17-111.21 


Div. 6-423.2 


Div. 17-111.31 


Div. 6-424 

supersonic underwater. 

.. Div. 6-633.23-M2 


665 


























































Detectors-Dinamate 


moving vehicle 

See: AN/APS-26 (Butterfly); 

AN/APS-27 (Firefly) 

near infrared .Div. 16-302 

portable Nan (PND).Div. 16-310.311 

portable ship (PSD).Div. 16-310.321 

radar.Div. 14-241.6 

low-level .Div. 14-233.152-M2 

phase-sensitive .Div. 14-212.8-M8 

scanning Nan (SND).Div. 16-310.312 

small object (SOD) 

British .Div. 6-633.24 

UCDWR types.Div. 6-633.22 

stabilized ship (SSD).Div. 16-310.322 

standing wave.Div. 14-241.6-M3 

Div. 14-252.1-MI 
Div. 14-252.1-M2 
Div. 15-525-M2 

torpedo 

Electro Protective Corporation.Div. 6-626.1-Ml 

Div. 6-626.1-M5 

phase-sensitive .Div. 6-921.2 

Div. 6-921.3-M4 

triode phase.Div. 6-645.12-M4 

water vapor.Div. 11-106.21 

See also: Locators 

Detonation .Div. 8-500 

Div. AMP-101.1 

flash photography of.Div. 8-401 

hydrodynamic theory.Div. 2-131-Ml 

mines .Div. 17-122 

subsurface 

See: Explosions, underground; 

Explosions, underwater 

velocity.Div. 8-501 

Detonators 

cord .Div. 8-202-M15 

hydrostatic.Div. 6-646.24 

mechanical mine.Div. AMP-902-M1 

shaped charge.Div. 2-510-M2 

variable-time fuze.Div. 4-238.52 

Div. 4-238.523 

Devarda nitrogen determination 

method.Div. 8-606-M5 

Dewey super-soda lime.Div. 10-201.1-M9 

DH and DHX 
See: Sulfur mustards 
Diamines 

preparation and analysis.Div. 9-221.3 

toxicity studies.Div. 9-321.3 

Diamond milling.Div. 16-161.3-M2 

Diaphragms 

gas turbine.Div. 18-502.13 

plastic deformation of.Div. 2-431.22 

Div. AMP-302.4 

snap .Div. 6-625 

Diarylethylenes.Div. 9-411.4-M4 

Diathermy 

See: Shielding, diathermy 

Dichloramine-T (DCT).Div. 9-411.4-M6 


Dichloramine-T (DCT) (continued) Div. 9-422.115 

Div. 9-422.118-M2 

Dichloroarsines 

detection and determination .Div. 9-413.1 

Div. 9-422.21-Ml 
Div. 9-422.24 
Div. 9-422.8 

preparation and analysis.Div. 9-213.14 

toxicity studies.Div. 9-313.1-M3 

Div.9-313.1-M4 
Div. 9-313.1-M5 

Dichotomies (mathematical).Div. AMP-21.1-MI 

Dichromate.Div. 9-422.22 

Div. 9-422.8-M10 

Dickinson field conductivity meter 
See: Meters, field conductivity 
(Dickinson) 

Dielectric constant and loss 

potting materials.Div. 4-239.1-M3 

wave propagation .Div. 14-234.4-M18 

Div. CP-520 

measurements.Div. 14-131.2 

Div. 14-233.413-M4 
Div. 14-234.5-M5 
Div. 14-234.5-M15 
Div. CP-521 
Div. CP-522.2 

media .Div. CP-522 

Dielectric layer (atmospheric) .Div. CP-221-M14 

Dielectrics 

development and experimentation ... .Div. 14-130 

Div. 14-131 
Div. 14-131.1 

fuze components.Div. 4-237-M2 

Div. 4-239.3 

transmission properties.Div. 14-131.3 

wave guides.Div. 14-233.412-M2 

Div. 14-233.412-M9 
Div. 14-233.412-M21 

Diesel engines 
See: Engines, Diesel 

Diethyl phthalate .Div. 9-422.117 

Differential equations 
See: Equations, differential 

Diffraction of radio waves .Div. 14-111-M4 

Div. 14-213-M2 
Div. CP-233 

Diffusion 

war gases.Div. 10-202.156-M19 

Div. 10-401.12 

wave propagation .Div. CP-323 

Dina 

See: AN/APT-1 (Dina) 

DINA [5i’s(2-nitroxyethyl) nitramine] .. .Div. 8-104 

Div. 8-602.3-MI 

Dinah 

Japanese aircraft.Div. 18-802.11-M4 

Div. 18-802.11-M11 

mine detector.Div. 17-111.2-M6 

Dinamate.Div. 15-321.11-M2 


666 



























































Dinamate-Discontinuities 


Dinamate (continued) 

Div. 15-321.11-M4 

NLS-505 . 

..Div. 13-101.21-MI 

Dinitrophenols. 

..Div. 8-110.12-M3 


Div. 13-101.21-M3 

Dinitrotoluene . 

. .Div. 3-355-M2 

SCR-502 . 

..Div. 13-102-MI 

Diodes 


See also: Homing devices 


radar . 

. .Div. 14-211.61 

Directivity 



Div. 14-233.134-M4 

See: Sound, underwater, directivity 


ultra high frequency. 

. .Div. 15-346-MI 

Directors 


variable-time fuze. 

. .Div. 4-231-M2 

antiaircraft gun . 

. .Div. 7-112.2 


Div. 4-231.2 


Div. 7-201-M8 

Dioptometers . 

. .Div. 16-162.3 


Div. 14-214.3-M8 

Diphenyl ether. 

..Div. 9-212.112-M6 


Div. 14-323.32 

Diphosgene 



Div. AMP-703.2 

preparation. 

. .Div. 9-231.31 


Div. APP-611.2-M19 

therapeutic treatment for. 

.. Div. 9-524 


Div. APP-611.2-M27 

toxicity studies. 

. .Div. 9-331.1 


Div. APP-611.3 

Dipole moment . 

. .Div.7-112.4-M4 


Div. APP-624-M2 


Div. AMP-203.2-M1 

training and trainers. 

. .Div.7-112.2-M3 

Dipoles. 

. .Div. 15-331.12 


Div. APP-611.1-M12 


Div. 15-331.31 


Div. APP-611.1-M14 

arrays . 

..Div. 14-234.22-M12 


Div. APP-611.2-M9 

cylindrical . 

. .Div. 15-333.1 


Div. APP-611.3 

fan . 

..Div. 15-333.1-M3 

See also: Triangle solvers 


polarized . 

. .Div. 14-328.21-M4 

attack . 

..Div. 6-644.2 

radiation field. 

. .Div. CP-221-M16 


Div. 6-644.23 


Div. CP-221-M21 

Model B . 

. .Div. 6-644.22 

slotted . 

. .Div. 14-113-M5 

Model III . 

. .Div.6-644.21 

Direction finders 



Div. 6-645.3 

acoustic . 

..Div. 17-437.3 

curved-flight . 

. .Div. AMP-503.1-M8 

radio (RDF). 

. .Div. 13-100 


Div. AMP-503.2-M13 


Div. 15-313 


Div. AMP-703.2-M9 


Div. 17-630 


Div. AMP-703.2-M14 


Div. AMP-703.31 


Div. AMP-703.2-M16 

airborne. 

..Div. 13-100 

dive-bombing . 

. .Div. 4-321.4-M3 


Div. 15-313.1 

elevation traverse small-gun. 

. .Div. AMP-703.2-M5 

See also: Spinners, antenna 


linear and quadratic. 

. .Div. AMP-503.1-M4 

associated equipment. 

. .Div. 13-102 

pedestal-type. 

. .Div. APP-611.3-M8 

evaluator for. 

..Div. 13-102-M3 

rocket-tossing . 

.. Div. 4-422.2 

high-frequency. 

..Div. 13-101 

torpedo. 

. .Div. 7-141 

high-frequency (Japanese) . 

..Div. 15-211.23-M6 

aerial . 

. .Div. AMP-405.1-M3 


Div. 15-211.23-M7 

Japanese. 

. .Div. AMP-405.5-M1 

polarization errors. 

. .Div. 13-101.2 

radar (Mark 32-34). 

. . Div. 7-141-MI 


Div. 13-101.21 


Div. 7-141-M3 

relation of errors in ionosphere .. 

. .Div. 13-101.3 


Div. 14-323.5-M6 

semiportable. 

..Div. 13-101.2-MI 


Div. 14-323.5-M7 

shipboard . 

..Div. 15-313.2 

toss-bombing . 

. . Div. 4-321 

trainer (for C-2100, AN/APA-42) . 

..Div. 15-660 


Div. 4-422.2 

ultra high frequency. 

Div. 13-102.2 

AN/ASG-10 


US Navy. 

.Div. 15-313.11 

See: AN/ASG-10 


vertical field patterns. 

. Div. CP-213-M1 

Mark 1 . 

. .Div. 4-321.2 

C-2100 (AN/APA-42). 

. .Div. 15-313.14 

performance . 

..Div. 4-321.3 

M-2S00 . 

. .Div. 15-313.15 

tests . 

. .Div. 4-321.4 


Div. 15-331.2-MI 

See also: Fire control 


M-2600 (CXGA) . 

. .Div. 15-331.21 

Dirigible bombs 



Div. 15-331.2-MI 

See: Bombs, high-angle dirigible; 


M-3000 (AN/APA-D) . 

..Div. 15-331.2-MI 

Bombs, medium-angle dirigible 



Div. 15-331.2-M5 

(Roc) 


M-4100 (DBM-1). 

. .Div. 15-313.22 

Discontinuities 



Div. 15-331.2-MI 

atmospheric. 

Div. 14-122.12-M4 


Div. 15-331.4-MI 

plastic material . 

Div. 2-434-M8 

M-7100 . 

. .Div. 15-313.23 

radar ray. 

Div. CP-222.1-M3 


667 

































































Discontinuities-Drag 


wave guide . 

. .Div. 14-233.423 

DM (diphenylamine chloroarsine) . .. . 

. .Div. 9-213.14-MI 

Discriminators 



Div. 9-413.1-MI 

microwave frequency . 

. .Div. 14-212.8-M7 


Div. 9-422.8 

response. 

..Div. 6-921.1 

DNOC (grasshopper insecticide). 

. .Div. 10-602.23-M3 

Dishes (antenna) .. 

. .Div. 14-234.122-M9 

Dodar. 

.Div. 17-434.31 


Div. 14-234.122-M12 

Dofographs . 

. .Div. AMP-503.1-M12 


Div. 14-234.6-M6 

Dogs 


Dispensers 


arsine toxicity. 

. .Div. 9-313.1-M4 

confusion reflector . .. 

. .Div. 15-243-M2 

carbamate toxicity. 

. .Div. 9-322.1-M3 

underwater ordnance . 

..Div. 6-646.23 

phosgene and diphosgene toxicity .. 

. .Div. 9-331.1-M7 

screw-type . .. 

. .Div. 6-646-MI 

Dolphin Project. 

. .Div. 14-323.5 

surface craft . 

. .Div. 6-646.23-M8 

Domes 


See also: Racks, underwater 


radar 


ordnance 


See: Radomes 


Dispersers (exhaust gas) . 

..Div. 11-106.111 

sonar. 

. .Div. AMP-201 

Dispersing agents 


British-type. 

. .Div. 6-555-M4 

See: Binding agents, carbon im- 



Div. 6-555-M7 

pregnants 


corrugated. 

.. Div. 6-555-M5 

Dispersion 



Div. 6-555-M15 

aerial gunnery . 

. .Div. AMP-502.141-M3 


Div. 6-555-M28 


Div. AMP-502.141-M5 

echo-ranging projector. 

. . Div. 6-555 


Div. AMP-502.141-M7 


Div. 6-621-M5 


Div. AMP-504.1-M6 


Div. 6-626.2-M2 


Div. AMP-504.21-M15 


Div. 6-631.43-M8 

bombing . 

. .Div. AMP-801.1 

Donutron. 

. Div. 15-341.1 

chromatic . 

. .Div. 7-230.1 

DOP smoke. 

. .Div. 10-501.11-M7 

radio waves . 

. .Div. 14-122.12-M3 

Doppler 


See: Wave propagation 


aural. 

. .Div. 15-221.11-M3 

rockets . 

. . Div. 3-245 

pulse. 

. .Div. 14-124-M2 

Distilling plants 



Div. 14-310.13-M2 

operators tests . .. 

. .Div. APP-316 

rockets . 

..Div. 4-412.4-M2 

operator training . .. 

. .Div. APP-217.1 

sonar. 

. .Div. 6-631.34-M2 

Disulfur decafluoride (S 2 F 10 ,Z, Com¬ 



Div. 6-631.35-M2 

pound 1120) 



Div. 6-921.1 

absorbents for ., 

. .Div. 9-550-M2 

applications. 

. .Div. 6-631.3 


Div. 9-564-MI 

frequency modulation . 

. .Div. 6-635.12 


Div. 10-202.156-M4 

recognition . 

.. Div. 6-560.32 


Div. 10-202.156-M12 

sound ranging (atmospheric) . , 

..Div. 17-434.5-MI 

detection . 

. .Div. 9-422.121 

Doppler doubler. 

. .Div. 6-631.35-M5 

preparation and analysis . 

. .Div. 9-212.2 


Div. 6-631.35-M6 


Div. 9-212.5-M3 


Div. 6-631.35-M8 


Div. 10-402.32 

Doppler enablement . 

. .Div. 6-921.1 


Div. 10-402.36 

Doppler gate. 

..Div. 6-921.3-MI 

toxicity studies. 

. .Div. 9-315 


Div. 6-921.3-M9 

Dive angle 


Doppler multiplier . 

..Div. 6-631.3-MI 

See: Angle, dive 


Doppler nullifier 


Dive bombing 


See: Own-doppler nullifier (ODN) 


See: Bombing, dive 


Dopplerizers . 

..Div. 6-643.5 

Diving (underwater) 


Doron. 

. .Div. 11-208.2 

See: Communications, diving op¬ 



Div. 11-208.21-M4 

erations 



Div. 11-208.21-M5 

Divinyl sulfone (DVS) 



Div. 11-208.22 

chemical reactions. 

. Div. 9-212.3-MI 

See also: Laminates, plastic 


toxicity studies. 

..Div. 9-312.111 

Double-peaking device. 

. .Div. 15-322.21-M3 


Div. 9-312.12-M7 

DPT (diphenyl thiocarbazone) 



Div. 9-312.12-M8 

See: Thiocarbazones 



Div. 9-312.12-M9 

Drag 



Div. 9-312.3 

airfoil . 

..Div. AMP-101.1-M11 

Divinyl sulfoxide. 

. .Div. 9-212.3-MI 

bomb doors and radomes ., 

. .Div. AMP-504.6-M4 


Div. 9-312.12-M7 

cavity . 

. .Div. AMP-401.2-M8 


668 


SECRE^ 



























































Drag-Echo ranging 


cavity (continued) Div. AMP-401.3 

rockets .Div. 3-243.3 

propellent gases.Div. 3-351 

underwater ballistics.Div. 3-712 

Div. 6-810.2-M3 
Div. AMP-401.3 
Div. AMP-402-M1 

underwater sound devices.Div. AMP-402-M3 

Driftmeters (Japanese).Div. 18-802.13-M3 

Drisko 


See: Transducers, magnetostriction, 

Drisko 

Drivers 

crystal (R-l and R-2).Div. 14-422.1-M5 

sonar projector .Div. 6-631.45-M17 

Div. 6-632.06-M4 
Div. 6-641.1-M3 

Drod.Div. 9-312.136-M2 

Div. 9-371-M3 

Drones .Div. 16-310.221-M6 

Div. 5-312 

Drop dispersion of liquids.Div. 11-203.524 

See also: Aerosols 

Drosophila (DDT toxicity).Div. 10-602.22 

DRSB 

See: Buoys, directional radio sonic 
(DRSB) 

Drying agents.Div. 10-202.142 


DSS 

See: Depth-scanning sonar, Inte 


grated Type B (DSS) 

Ductility 

metals.Div. 18-103.3-MI 

steel .Div. 18-602.52 

wrought gun tubes.Div. 18-302.2 

Ducts (atmospheric) .Div. CP-222.2-M2 

Div. CP-222.3 
Div. CP-223-M10 

DUKW.Div. 12-300 

Div. 12-1600-M5 
Div. 12-1600-M6 

applications.Div. 12-400 

Duplexing.Div. 14-233.3 

Div. 14-233.43-MI 

Dural .Div. 2-210-M4 

Dust 

radar attentuation by .Div. CP-511-M1 

removal from engine intake.Div. 11-201.2 

DVS 

See: Divinyl sulfone (DVS) 

Dynamics 

fluid .Div. AMP-100 

Div. 6-700 

theory.Div. 6-710 

Div. 6-713 

gas.Div. AMP-101 

torpedoes.Div. 6-921.4 

Dynamometers .Div. 4-612 



Eagle Project 
See: AN/APQ-7 (Eagle) 

EAR 

See: Electronic aural responder 
(EAR) 

Ear defenders.Div. 17-435.211 

Early functioning 

variable-time fuze.Div. 4-222.121-M6 

Div. 4-222.128 
Div. 4-222.129-M3 
Div. 4-222.129-M4 
Div. 4-411.2-M2 

Early warning radar.Div. CP-202.1 

Div. CP-202.4-M1 
Div. CP-232.2-M11 
Div. 15-222.1-M3 

See also: Airborne early warning 
(AEW); Microwave early warning 
(MEW) 

Earphones.Div. 17-436.31-M2 

Earth 

curvature of 

/ 


See: Wave propagation, earth’s 
curvature (influences of) 
fluctuations of field 
See: Magnetic field, earth (fluc¬ 
tuations) 

See also: Soil 
EAS 

See: Electronic automatic search 
(EAS) 

Eastman range finder trainer 
See: Range finding, selection and 
training of personnel, trainers 
Echo boxes 

See: Boxes, echo 
Echo doppler indicator 

See: Indicators, echo doppler (EDI) 

Echodromics .Div. 5-100-M3 

Div. 5-221-MI 
Div. 5-222-MI 

Echo ranging .Div. 6-560.3 

Div. 6-570.21 
Div. 6-630 


SECRE? 


669 




































Echo ranging-Electrodes 


console . 

gear. 

See also: Torpedo types, echo-rang- 
ing; Q Sonars 

Echo recognition group trainer 
See: Trainers, echo recognition 
group 

Echo repeaters. 


artificial. 

electronic design 
mechanical design 
performance 
self-contained 
See: Gas Pipe 
surface model 

theory . 

types.. 


Echo-sounding equipment 
Echoes 

radar . 


aircraft . 

See also: Radar cross-sections 

atmospheric sources. 

clouds. 

ground . 

jamming . 

lightning . 

periscopes . 

rain. 

S-band . 

Schnorkel. 

shell bursts . 

ships . 

snow . 

storms . 


.Div. 6-631.5 

water. 

. .Div. 14-122.114-M2 

.Div. 6-551-M14 


Div. 14-122.112 

Div. 6-624.12-M7 

window. 

See also: Reflections, microwave 

. .Div. 14-122.114-M2 


radio-meteorological. 

. .Div.CP-344-M4 


underwater . 

. .Div. 6-632-M24 


masking of . 

. .Div.6-560.32-M6 


submarine . 

..Div. 6-122.2 

.Div. 6-612.61-M10 


Div. 6-530.22 

Div. 6-612.61-M29 

See also: Wakes, echoes; Reflec¬ 


Div. 6-612.71-M11 

tions, underwater sound 


Div. 6-634.1 

Echoscopes . 

. .Div. 6-635.11 

Div. 6-643 


Div. 6-635.12 

Div. 6-651.4-M5 


Div. 6-635.14 

.Div. 6-643.26 


Div. 6-635.21 

.Div. 6-643.11 


Div. 6-635.5-MI 

Div. 6-643.12 

frequency modulation . 

. .Div. 6-635.213 

Div. 6-643.3 

sine sweep . 

ED 

See: Ethyl dichloroarsine (ED) 

. .Div. 6-635.211 

Div. 6-643.27 

Eddy current fields. 

..Div. 6-451.2 

Div. 6-643.1 


Div. 6-451.4 

Div. 6-612.41-M14 

Eddy current loss . 

. .Div. 15-381.1-M5 

Div. 6-643.2 

Edge fire. 

. .Div. 2-220-M18 

Div. 6-643.25 

EDI 


Div. 6-634 

See: Indicators, echo doppler (EDI) 
EDNA 


Div. 14-122.113-M4 

See: Haleite (EDNA) 


Div. 14-122.113-M5 

Ednatol . 

. .Div. 8-109-M5 

Div. 14-122.23-MI 


Div. 8-405-M2 

Div. 14-122.23-M3 


Div. 8-405-M3 

Div. 15-221.11 


Div. 8-405-M4 

Div. CP-511-M1 


Div. 8-405-M6 

Div. CP-600 


Div. 8-405-M10 

Div. CP-620 

Egg Project. 

. .Div. 12-2000-M5 

Div. CP-621.7 

Eikonometers . 

. .Div. APP-122 

Div. CP-622 

EJ and EJA 


Div. CP-622.5 

See: Powders, jet-propulsion, EJ 


Div. CP-623 

and EJA 


Div. CP-622.3 

Electric field 

See: Magnetic field 


Div. CP-621 

Electric Mouse. 

.Div. 14-329.132-MI 

Div. CP-621.4 

Electrical rotation system (ER). 

Div. 6-632.01-M7 

Div. 14-264.1-M6 


Div. 6-632.06-M8 

Div. 14-262.1-M4 


Div. 6-632.11-M9 

Div. 14-262.1-M8 


Div. 6-632.3 

Div. CP-621.3 


Div. 6-632.63 

Div. 14-321.12-M2 

design. 

..Div. 6-632.311 

Div. CP-622.1 

performance tests . 

..Div. 6-632.312 

Div. CP-621.2 

Electricians’ performance tests . 

. .Div. APP-315 

Div. 14-122.114-M2 

Electrocoating . 

..Div. 11-206.8-M3 

Div. CP-621.5 

Electrodes . 

..Div. 18-601.13 

Div. CP-623-M5 

armor-welding . 

.Div. 18-601.131 

Div. 14-321.12-M3 

austenitic. 

Div. 18-601.131 

Div. CP-622.1 


Div. 18-601.134 

Div. CP-622.4 

chemical warefare detection . 

. .Div. 9-422.112 

Div. 15-221.11-M2 

ferritic . 

Div. 18-601.131 

Div. CP-622.2 


Div. 18-601.133 

Div. CP-621.5 

manganese-molybdenum . 

Div. 18-601.131-M6 

Div. CP-621.1 


Div. 18-601.133-MI 


670 

























































Electromagnetic field-Ethylene 


Electromagnetic field 


differential (continued) 

Div. AMP-503.6 

See: Magnetic field 


electromagnetic . 

Div. AMP-203.1-M4 

Electromagnetics . 

. .Div. AMP-203 

first-order. 

.Div. AMP-12-M1 


Div. 14-111 

Gamov and Seeger .. 

Div. AMP-13-M22 

Electromagnetometers . 

. .Div. 17-112-M9 

Lagrange’s. 

.Div. 14-111-M10 

Electronic aural responder (EAR) ... . 

. .Div. 6-631.33 


Div. 14-111-M12 

Electronic automatic search (EAS) .... 

. .Div. 6-631.23 


Div. 14-112-M7 

Elephant 


s 

Div. 14-251.3-M8 

See: Jammers and Jamming Sys- 


/ 

Div. 14-251.3-M9 

terns, radar, shipboard (X-MBT) 


LaPlace’s . 

.Div. 14-265.2-M2 

Elephant 


Maxwell’s . 

.Div. 14-265.2-MI 

Emulsifiers 


non-linear integral . 

.Div. AMP-900-M5 

carbon impregnants . 

. .Div. 9-541.111 

Poisson’s . 

.Div. 14-265.2-M2 

explosives . 

. .Div. 8-802 

polynomial . 

.Div. AMP-13-M16 

EN 


Riccati-type. 

.Div. CP-221.1-Ml 

absorption by charcoal. 

. .Div. 10-202.156-M3 


Div. CP-222.1-M6 


Div. 10-202.156-M22 

Whitney’s . 

.Div. AMP-13-M18 

experimentation. 

. .Div. 10-202.156-M10 

Equilibrators . 

.Div. AMP-302.3 

Engineering personnel training. 

. .Div. App-214 

Equivalent circuits 


Engines 


See: Circuits, equivalent 


aircraft . 

. .Div. 18-101.13 

ER sonar 


German . 

..Div. 18-801.11 

See: Electrical rotation system (ER) 



Div. 18-801.12-M6 

ERSB 


Japanese . 

. .Div. 18-802.12 

See: Buoys, expendable radio sonic 


protection of . 

. .Div. 11-201 

(ERSB) 


automobile (German Volkswagen) .. 

. .Div. 18-801.3-M6 

Esch device. 

.Div. 12-600-MI 

Diesel . 

. .Div. 11-106.12 

Esplanadephones. 

.Div.6-612.6-M5 

gasoline (sabotage of). 

..Div. 11-205 

Esso smoke generators 



Div. 11-205.2 

See: Generators, Esso smoke 


internal combustion . 

. .Div. 11-106.11-MI 

Esters 


submarine ... 

. .Div. 11-106.12-MI 

cellulose. 

.Div. 10-201.22-M7 

tanks (German Panther, Mark V) .. 

. .Div. 18-801.24-M3 

chlorothiolformic. 

.Div. 9-212.4 

Enhancer 


nitro . 

.Div. 8-106-M3 

audible doppler (ADE) 



Div. 8-607.2-MI 

See: Audible doppler enhancer 


phosphorous-containing. 

.Div. 9-211.4 

(ADE) 


preparation and analysis. 

.Div. 9-211.4 

ENIAC. 

. .Div. AMP-12-M4 


Div. 9-231.1 

Enzymatic degradation 



Div. 9-810-M5 

mustard gas derivatives .. 

. .Div. 9-312.121 

Estimators 



Div. 9-522.12-M17 

depth charge range (DCRE) 


Enzymes 


See: Depth charge range estimator 


effect of carbamates ... 

. .Div. 9-322.1-Ml 

(DCRE) 


effect of Compounds 1070 and 1130 . 

..Div. 9-321.2-MI 

Ethanedithiol . 

. Div. 9-212.113-MI 

effect of methyl fluoroacetate 

. .Div. 9-351-M2 


Div. 9-212.113-M4 


Div. 9-351-M3 


Div. 9-213.11-M8 

effect of nitrogen mustards. 

. .Div. 9-321.1-M4 

Ethanol 



Div. 9-321.1-M10 

mustard gas detection . 

.Div. 9-422.117 


Div. 9-361.3-M3 

Ethanol amines . 

.Div. 9-221.4 

effect of sulphur mustards. 

..Div. 9-312.11-MI 

Ethomine . 

.Div. 11-102.211 


Div. 9-312.12 

Ethyl alcohol (torpedo fuel). 

.Div. 6-830.2 


Div. 9-361.3-M3 

Ethyl centralite. 

.Div. 3-361.213 

Epithelial tissue 



Div. 8-602.2-M11 

See: Corneal tissue; Eyes; Skin 


Ethyl dichloroarsine (ED). 

Div. 9-213.14-M5 

Equalizers 



Div. 9-213.14-M6 

potential . 

. .Div. 14-212.8-M8 


Div.9-313.1-M4 

reverberation ... 

. .Div.6-520.2-M2 


Div. 9-413.1-MI 

Equation solver ... 

Div. 14-413-MI 


Div. 9-422.21-Ml 

Equations 



Div. 9-422.24 

ballistics . 

. Div. AMP-13-M3 


Div. 9-422.8 

differential .... 

Div. AMP-13 

Ethylene in sulfur mustard production. 

.Div. 9-212.11-M3 


671 


























































Ethylene-Eyes 


Ethylene derivatives.Div. 9-234 

Ethylenedinitramine 
See: Haleite (EDNA) 

Ethylene imine .Div. 10-202.156-M7 

Div. 10-402.2-MI 

Ethylene urea.Div. 8-103.1 

Evaporators 

liquid oxygen.Div. 11-103.5-M2 

Soloshell.Div. APP-214-M1 

Evasive tactics 

See: Aircraft, evasive tactics: Sub¬ 
marines, evasive devices; Torpedo 
types, aerial, evasive tactics of tar¬ 
gets from 
Examinations 

See: Grades (for examinations); 

Scoring and Scoring Devices 
Exhaust 

See: Gases, exhaust (submarine) 

Exhaust stack (Japanese).Div. 18-802.12-M3 

Expanders 

oxygen .Div. 11-102.13 

turbo .Div. 11-102.13-M4 

Expendable sonar countermeasures 
See: Depth controls, expendable 
sonar countermeasures 
Explosions and Explosives 


Explosions.Div. 2-100 

Div. 2-110 
Div. 8-400 
Div. 8-500-M2 

contact.Div. 2-210-M8 

Div. 2-220 
Div. AMP-101 

direct (on welded armor plate).Div. 18-601.14 

photography of 

See: Detonation, flash photogra¬ 
phy of 

properties of matter during.Div. 2-400 

pressure-time curves .Div. 6-510.12-M3 

smoke reduction.Div. 2-113-M2 

underground.Div. 2-240 

underwater .Div. AMP-403 


Div. AMP-407-M1 
Div. 2-130 
Div. 2-133 
Div. 6-510.23 
Div. 6-551-Mil 

marine structure deformation.Div. 2-132 

pressure 

See: Pressure, blast, underwater 
shock waves 

See: Waves, underwater, shock 


test equipment.Div. 2-131.1 

uplift effect.Div. 2-521-M2 

See also: Detonation 
Explosives 

Bibliography of Division 8.Div. 8-10 


Div. 8-105-M5 


liquid 


plastic 


thermal 


averages . 

Exposure chambers 

chemical warfare toxicity studies .... Div. 

Div. 


..Div. 

8-202-M16 

Div. 

8-604 

Div. 

8-603.1 

. .Div. 

8-105-M5 

Div. 

8-110.4-M6 

Div. 

8-110.4-M7 

. .Div. 

8-110.3 

. . Div. 

8-203.1 

. . Div. 

8-110 

Div. 

8-110.4 

.. Div. 

8-304 

.. Div. 

9-820 

. .Div. 

8-200-M2 

. .Div. 

2-500 

. .Div. 

8-404 

. .Div. 

8-109-M6 

Div. 

8-109-M7 

Div. 

8-109-M9 

. . Div. 

8-100 

Div. 

8-109 


8-200 

.. Div. 

8-202 

. .Div. 

8-700 

..Div. 

8-201 

. .Div. 

8-300 

. .Div. 

8-203 

. .Div. 

AMP-13-M7 

.. Div. 

7-313.1-M4 


9-372 

9-322.1-M4 


Exterior ballistics 

See: Ballistics, guns, external 
Extruded charcoals 

See: Charcoal, extruded 
Extruded grains and powders 
See: Grains (rocket propellant) ex¬ 
truded; Ballistite, extrusion 


Extruded tubes (ballistite).Div. 3-361.523 

Extrusion die.Div. 3-361.511 

Div. 3-361.522 

Extrusion press .Div. 3-361.521 

Eyes 

chemical warfare medicine.Div. 9-110-MI 

effect of amides.Div. 9-325 

effect of amines and carbamates.Div. 9-326-M2 

effect of Compound TL-329 .Div. 9-327 

effect of diisopropyl fluorophos- 

phates.Div. 9-311.1-M2 

effect of nitrogen mustards.Div. 9-321.1-M13 

Div. 9-361.2 

effect of sulfur mustards.Div. 9-361.2 

Fairchild .Div. 5-222-M3 

heat-homing .Div. 5-330-MI 

lewisite and mustard distribution ... .Div. 9-362-M2 

quadrant .Div. 5-222-M2 

rabbits 

BAL ointment.Div. 9-522.11-M4 

carbamate toxicity.Div. 9-322.1-M7 



672 




























































Eyes-Field intensity 


Compound 1130 toxicity.Div.9-321.2-M4 

diisopropyl fluorophosphate tox¬ 
icity .Div.9-311.1-Ml 


FA 

See: Fluoroacetates 
Fabrics 

aircraft (decontamination) .Div. 9-562-M2 

carbon-coated.Div. 9-541.11 

Div. 9-563 

aging.Div. 9-541.112 

wear .Div. 9-500-M3 

Div. 9-541.113 

fungus proofing.Div. TD-102.1 

impregnated 

camouflage pigmentation.Div. 9-541.111-M3 

storage .Div. 11-208.14 

tests and test equipment.Div. 9-543 

Div. 9-543.1 

insect-resistant .Div. 9-713 

powder bag.Div. 4-710 

Quartermaster Corps studies.Div. 11-208.1 

tropical deterioration.Div. TD-101.1 

water repellency.Div. 11-208.12 

wear resistance.Div. 11-208.11 

See also: Clothing 
Facsimile 

aircraft.Div. 13-206.2 

privacy.Div. 13-303 

antijamming.Div. 15-212.13-MI 

Fading 

microwaves .Div. CP-240 

S-band echoes.Div. CP-622.2-M3 

Fairprene.Div. 6-612.53-M15 

Falcon Project 
See: AN/APG-13 (Falcon) 

Fampas.Div. 6-635.241 

Fanny 


See: Homing devices, C-1700 
(Fanny ) 

Farnsworth Television and Radio 
Corporation 

Summary reports on radio counter¬ 
measures .Div. 15-130 

Fathometers 
See: Silent fathometers 
Fatigue in metals 

See: Strain; Stress; Welding, ship, 
fatigue tests 
FD radar 

See: Fire control, radar; Radar, 
shipboard 


effect of various chemical agents... .Div. 9-384-MI 
See also: Corneal tissue; Vision, 
range- and height-finding 


F 


Federal Telephone and Radio Cor¬ 
poration 

Final report on radio counter¬ 
measures .Div. 15-190 

Feedback theory.Div. 6-911.3 

Feeds 

antenna .Div. 14-234.21 

horn 

See: Horns 

Felix.Div. AMP-805-M6 

Div. 5-240 

See also: Guided missiles, heat¬ 
homing 

Ferret.Div. 15-311.112-MI 

Div. 15-311.112-M2 
Div. 15-311.113 
Div. 15-333.21-M12 

Ferromagnetism 

See: Alloys, non-ferrous, ferromag¬ 
netism 

Ferry designs .Div. 12-1200 

Fiberglas 

See: Laminates, fiberglas 
Fido 

See: Torpedo types, Fido 

Fiducial marks (in stereo reticles).Div. 7-210.33-M5 

Div. 7-210.34-M2 

Field Engineering Group (Final re¬ 
port) 

See: Contract OEMsr-1128, Field 
Engineering Group 
Field intensity 

magnetostrictive transducers .Div. 6-612.51-M14 

wave propagation .Div. 14-111-M7 

Div. 14-111-M8 
Div. 14-111-M9 
Div. 14-122.24-M3 
Div. CP-211 
Div. CP-221-M6 
Div. CP-231.12-MI 
Div. CP-232 
Div. CP-233-M7 
Div. CP-333 

measurements and measuring 

equipment.Div. 13-200.2-M5 

Div. 13-205 
Div. 13-206.1 


\ 


SECRET 


673 







































Field strength calculator: 


Fire control 


Field strength calculators 


rocket (continued) 

Div. 4-222.122 

See: Calculators, radio field 



Div. 4-222.123-MI 

strength 



Div. 4-411.2 

Fighter tail warning. 

. .Div. 14-321.11 


Div. 4-412.2-M3 

Files 



Div. 4-222.128-M5 

personnel record . 

. .Div. APP-531 


Div. 4-222.128-M17 

Findex . 

. .Div. APP-521-M1 


Div. 4-222.128-M25 

Keysort. 

..Div. APP-531-M1 


Div. 4-222.128-M26 

Films 



Div. 3-249 

aluminum . 

..Div. 14-132-M4 


Div. 3-480 

assessor. 

. .Div. AMP-502.13-M15 

Fire, Fire Control and Firing 



Div. AMP-504.51-M13 

Fire 


magazines (or containers) for. 

. .Div. 16-111.14 

antiaircraft . 

. .Div. AMP-700 

personnel training. 

. . Div. AMP-504.51 


Div. AMP-701 


Div. APP-610-M2 


Div. AMP-702 

radar (H 2 X) trainer. 

..Div. APP-622 

efficacy of. 

. .Div. AMP-705.1 

radarscope. 

. .Div. APP-624-M3 

antitank. 

..Div. AMP-901.1 

range camera and Waller. 

. .Div. AMP-502.14-M1 

artillery . 

..Div. APP-612.1 

sight-camera (B-29). 

..Div. APP-612-M4 

breaching. 

. .Div. 2-220-M10 

Waller . 

. .Div. AMP-504.51 

plane-to-plane . 

..Div. 14-323.1-M2 

Films (or coverings) 



Div. AMP-502.2 

See: Coatings 



Div. AMP-503.3-M2 

Filters 



Div. AMP-503.6-M3 

aerosol . 

. .Div. 10-201.22 

See also: Rocket types, plane-to- 


asbestos paper. 

. .Div. 10-201.22 

plane; Rocket types, aircraft 


band-pass. 

. .Div. 6-632.03 

support. 

. .Div. AMP-504.52-M4 


Div. 6-645.13-MI 

trial . 

..Div. APP-611.4 


Div. 6-645.31-Ml 


Div. AMP-702 


Div. 6-921.3-M7 

Fire bombs 


bump-back . 

. .Div. 6-632.01-M8 

See: Bombs, incendiary 


coaxial . 

. .Div. 15-361 

Fire control. 

. .Div. 7-100 

gas mask canister . 

. .Div. 10-201.2 


Div. 7-220.1-M3 

high-pass . 

. .Div. 15-222.1-M4 

aerial gunnery. 

. .Div. 16-112.1 


Div. 15-222.1-M5 


Div. AMP-502.1-M6 


Div. 15-222.1-M11 


Div. AMP-502.1-M33 


Div. 15-361.2 


Div. AMP-502.2-M3 

low-pass . 

. .Div. 15-361.1 


Div. AMP-503 


Div. 15-362 


Div. AMP-503.2-M17 

microwave. 

. .Div. 15-361.1-M3 


Div. AMP-503.2-M24 


Div. 15-523 


Div. AMP-504.41-M6 

motor noise. 

. .Div. 15-311.21-M5 


Div. AMP-504.5-M6 

near infrared transmitting. 

. .Div. 16-301.3 


Div. AMP-703.4-M12 

radar transmitter . 

..Div. 14-231.6 

mirror methods . 

. .Div. 16-112.11 


Div. 14-241.7 

prism methods. 

. .Div. 16-112.13 

radio countermeasures. 

. .Div. 15-360 

tables . 

..Div. AMP-503.1 

rejection. 

..Div. 14-124.2-MI 

wire methods . 

. .Div. 16-112.12 

reverberation suppression (RSF) .... 

. .Div. 6-631.32 

antiaircraft . 

. .Div. AMP-700-M2 

thyratron. 

.. Div. 4-324.22-M2 


Div. AMP-703 

ultraviolet radiation. 

. .Div. 16-424 


Div. AMP-703.6 

underwater sound. 

. .Div. 6-645.13 


Div. 7-112 

Filter condensers 



Div. 7-112.4 

See: Condensers 


automatic devices and aids. 

. . Div. 7-300 

Finishes (camouflage usage). 

. .Div. 16-220 


Div. AMP-601.1 

Finned tube unit (oxygen generation) . 

..Div. 11-102.213-MI 

formulas. 

..Div. AMP-503.1 

Fins 


harmonization . 

..Div. 16-112 

destroyer . 

. .Div. 12-1910-M5 


Div. 14-323.1-M2 


Div. 12-1910-M6 


Div. AMP-502.2-M13 

mortar shell . . 

. .Div. 4-513 


Div. AMP-601.2-M17 

rocket .... 

..Div. 4-222.121-M3 

hydraulic systems. 

..Div. 7-111.1 


Div. 4-222.121-M5 







674 



























































Fire control-Flame throwers 


optical instruments 
See: Optical instruments 
personnel 

selection of Type R operators.Div. APP-112 

test equipment for operators.Div. APP-313 

radar .Div. 14-323 

aircraft.Div. AMP-502.1-M11 

aircraft (trainers) .Div. 14-411.2 

antiaircraft .Div. 14-323.3 

antiaircraft (ground).Div. 14-323.31 

antiaircraft (jamming of).Div. 15-230 

antiaircraft (shipboard) .Div. 14-323.32 

antijamming.Div. 15-222.1-M1 

Div. 15-222.1-M6 

coastal artillery .Div. 14-323.4 

field artillery.Div. 14-328.113-MI 

jamming .Div. 15-512-M6 

plane-to-ground.Div. 14-323.2 

plane-to-plane .Div. AMP-502.2-M8 

Div. 14-323.1 
Div. 14-323.13 

plane-to-ship.Div. 14-323.2 

shipboard (antijamming of).Div. 15-222.1-MI 

shipboard (jamming of) .Div. 15-221.22-MI 

rockets .Div. 14-323.6 

torpedoes.Div. 14-323.5 

rockets .Div. 3-626-M6 

Div. AMP-601 

attack devices.Div. AMP-601.1 

sonar.Div. 6-632.04-M7 

Div. 6-632.41-M4 
Div. 6-632.421-M6 

Summary reports of Division 7.Div. 7-101 

Div. 7-201 

tanks.Div. 7-210.1-M2 

trainers .Div. APP-611 

See also: Directors 
Fire control systems 

Mark 52 .Div. APP-611-M6 

Mark 57 .Div. APP-611 

Div. APP-611.2-M24 

Mark 60 .Div. APP-611.2-M24 

Mark 63 .Div. APP-611 

Div. APP-611.2-M24 

Fire leaves.Div. 11-301.23-M4 

Fire power 

aircraft formation.Div. AMP-504.2 

B-29’s .Div. AMP-504.21 

antiaircraft (efficacy of) .Div. AMP-705 

Fire prevention 

aircraft.Div. 11-201.1 

coatings .Div. 11-206.6 

rocket installations .Div. 4-412.4-M9 

Fire warfare.Div. 11-300 

Firebrick .Div. 18-704.2-MI 

Firefly 

See: AN/APS-27 (Firefly) 

Fireroom operator training.Div. APP-217.2 

Firing 

apex .Div. 4-512-MI 


apex (continued) Div. 4-512-M2 

blind.Div. 14-323.12-M3 

Div. AMP-502.2-M4 

errors .Div. APP-612.1 

experimental (ballistic tests).Div. 1-210.3 

mines 

See: Mines, clearance 

position .Div. AMP-503.4 

rockets .Div. 3-220 

forward (from aircraft) .Div. 3-110-M10 

Div. 3-110-M11 
Div. 3-245-M4 
Div. 3-531.4 
Div. 3-532.3 
Div. 3-532.31 
Div. 3-561.1-M3 
Div. 3-562-MI 
Div. 14-323.6 

high-angle.Div. 4-222.128-M11 

Div. 4-222.128-M35 
Div. 4-222.129-M4 
Div. 4-411.11-M5 

induction.Div. 3-222 

salvo 

See: Salvos 

speed.Div. AMP-503.4 

static 

ballistite tests.Div. 3-361.514-M2 

PIR fuze .Div. 3-432-M2 

rocket motors.Div. 3-410-M6 

Div. 3-441-M3 

rocket test equipment .Div. 3-626 

sun .Div. 4-247 

See also: Detonators, variable-time 
fuze; Fuzes, variable-time, field tests 


Firing error indicator 

See: Indicators, firing error 

Firing rings (rockets).Div. 3-470 

Firing tower construction (rockets).Div. 4-412.4-M9 

Fisa protector.Div. 1-420.5 

Fish (towed) 

See: Hydrophones, blimp-towed 
Fish (toxicity of chemical warfare 

agents) .Div. 9-381-M2 

Fish Project (4G-2).Div. 6-921.5 

Fishhook 

See: Antennas, M-2200 (Fishhook) 

Fivonite (tetramethylolcyclopenta- 

none tetranitrate).Div. 8-108 

Flak 

See: Shells, antiaircraft 

Flame attack.Div. 11-302.5 

Div. 11-302.51 

countermeasures .Div. 11-302.5 

Flame damping 

cyanogen chloride.Div. 10-402.33 

hydrogen cyanide .Div. 9-223.3-M2 

Flame hardening (armor plate).Div. 18-205 

Flame throwers .Div. 3-820 

Div. 11-302 


ECRET 


675 










































































Flame throwers-FNH 


Flame throwers (continued) 

airborne. 

mechanized . 


mobile service units 


physiological effects of 
portable. 


pump-operated 
range. 

tank-mounted . 


US Navy (Mark 1). 

Flare gun (pneumatic). 

Flares . 

colored. 

guided missiles. 

See also: Scanners, guided mis¬ 
siles 

rocket . 

illuminating . 

vertical (VF) . 

underwater. 


Div. 11-300 
Div. 3-822 
Div. 11-302.2 
Div. 11-302.3 
Div. 11-302.321 
Div. 11-302.322 
Div. 11-302.323 
Div. 11-302.33 
Div. 11-303-M4 
Div. 11-303.12-M6 
Div. 11-302-M5 
Div. 11-302.2 
Div. 11-302.322-MI 
Div. 11-302.322-M2 
Div. 9-386.2 
Div. 3-821 
Div. 11-302.1 
Div. 11-302.11 
Div. 11-302.12 
Div. 11-302.13 
Div. 11-302.4 
Div. 11-303.4 
Div. 11-303.41 
Div. 3-823 
Div. 11-302.32 
Div. 11-302.33 
Div. 11-303.41-M2 
Div. 6-646.32-M7 
Div. 11-202.1 
Div. 11-202.12 
Div. 5-333 
Div. 5-333 


Div. 3-810 
Div. 3-810-M2 
Div. 3-532.2-MI 
Div. 3-810-MI 
Div. 11-202.11 
Div. 6-646.32 


Flashless propellants 
See: Powder, flashless 

Flash welds.Div. 18-601.23 

Flatware (silver-plated).Div. 18-901.12 

Flight curves (toss bombing) .Div. 4-318 

Float lights (Mark V and Mark VI).Div. 6-646.31 

Float markers (radar) .Div. 14-267.1-M4 

Float struts (Japanese).Div. 18-802.11-M20 

Flowmeters (German) .Div. 18-802.13-M4 

Fluctuations 

atmospheric sound.Div. 17-432 

underwater sound.Div. 6-510.3 

Fluomine.Div. 11-102.211-M36 


Div. 11-102.211-M43 


Fluorine 


Div. 9-252-MI 
Div. 10-402.31 
Div. 10-402.311 


Fluorine compounds 

detection and determination .Div. 9-422.3 

Div. 9-422.8-M14 


preparation and analysis.Div. 9-252 

toxicity studies.Div. 9-350 

Fluorite (synthetic) .Div. 16-111.11-M8 

Div. 16-161.11 

Fluoroacetates 

methyl 

preparation and analysis.Div. 9-252-M3 

Div. 9-252.1 

therapeutic treatment for.Div. 9-526 

toxicity studies .Div. 9-351 

Div. 9-387-M3 
Div. 9-387-M4 

sodium (Compound 1080).Div. 9-255-M14 

Div. 9-721.1 

Fluorobutyrates .Div. 9-231.32 

Fluorocarbons .Div. 9-232 

Fluorocrotonates .Div. 9-231.32-MI 

Fluoroethanols .Div. 9-252-M3 

Div. 9-252.1-M2 

Fluorophosphates 

alkyl .Div. 9-211.12 

detection .Div. 9-422.31 

diisopropyl (PF-3) 

preparation and analysis.Div. 9-211.11 

Div. 9-252-M3 

therapeutic treatment for.Div. 9-526 

Div. 9-521-M2 

toxicity studies.Div. 9-311.1 

Div. 9-387-M3 
Div. 9-521-M2 

isopropyl methane (MFI).Div. 9-211.5-M2 

preparation and analysis.Div. 9-211.1 

Div. 9-252-M2 
Div. 9-252-M3 

therapeutic treatment for .Div. 9-521 

Fluorosulfonate .Div. 9-252-M2 

Flute 

See: Magnetrons, 150-watt (Flute 
series) 

Fly control .Div. 9-712.2-M2 

Flybar .Div. 17-437.1 


Flying 

See: Aircraft, defense and attack 
problems 
Flying blind 

See: Aircraft, formation or group 
flying problems 

Flying Dutchman .Div. 15-221.12-M7 

Flynn’s snow motor 
See: Motors, snow (Flynn’s) 

FM sonar.Div. 6-635.5 

systems.Div. 6-635 

Div. 6-635.2 
Div. 6-635.21-M9 
Div. 6-635.24 
Div. 6-635.242 


test and training equipment .Div. 6-635.4 

Div. 6-635.5 

theory.Div. 6-635.1 

See also: QLA 

FNH.Div. 8-602.2-M13 




























































F og-F ury larsines 


Fog .Div. 10-503 

dissipation.Div. 10-503.2 

generation.Div. 10-503.1 

radar attenuation .Div. CP-511-M11 

See also: Aerosols; Antifog com¬ 
pounds; Smoke 

Fohn wind .Div. CP-421-M1 

Forecasting of radar conditions 
See: Radar forecasting 
Food 

containers .Div. 11-206.8 

for troops 
See: Troop feeding 
Forgings 

See: Steel forgings 

Formaldehyde (ethanolamine syn¬ 


thesis) .Div. 9-221.4 

Forming limits (aluminum aircraft 

sheet) .Div. 18-101.2-M4 

Div. 18-101.2-M6 

Fortification designs .Div. 2-530 

Foundry materials and processes.Div. 18-700 

4G-2 Project 
See: Fish Project (4G-2) 

Fourier series.Div. 14-112-M6 

Div. 14-112-M8 
Div. 14-124-MI 

Fractionation of liquid air.Div. 11-103.4-M5 

Fragmentation 

barrage rockets .Div. 3-521 

shells.Div. 8-405 

antiaircraft .Div. AMP-504.42 

velocity.Div. 8-405 

Frances (Japanese aircraft) .Div. 18-802.11-M15 

Div. 18-802.11-M21 
Div. 18-802.11-M18 

Frank (Japanese aircraft).Div. 18-802.11-M17 

Div. 18-802.11-M19 

Freon analysis.Div. 10-401.1-M2 

Frequency 
automatic control 
See: Automatic frequency control 

radar.Div. 14-251.4 

standards.Div. 14-251.42 

Frequency modulation 

communications.Div. 17-630-MI 

focus depth.Div. 6-635.14 

guided missiles.Div. 5-410 

jamming usage .Div. 15-211.31 


Div. 15-231-M3 

sonar 

See: FM sonar 

See also: specific frequency modu¬ 
lation devices (e.g. Gauges, fre¬ 


quency modulating) 

Frequency response curves.Div. 6-612.51-MI 

Fresnel integrals.Div. 3-211-Ml 

Friction loss in fluids.Div. 6-713-MI 

Friendly aircraft locator 


See: Locators, friendly aircraft 


Front line instrumentation.Div. 17-300 

Fruit flies 

See: Drosophila (DDT toxicity) 

Fuel 

aircraft (Japanese).Div. 18-802.14 

blocks.Div. 10-504.11 

containers .Div. 11-206.8 

flame thrower.Div. 9-210 


Div. 11-302.321-M4 
Div. 11-302.53-M2 
Div. 11-303 
Div. 11-303.12-M5 

incendiary .Div. 11-301.15-M4 

Div. 11-301.3 
Div. 11-301.5-M5 
Div. 11-303 
Div. 11-304.2-MI 
Div. 11-304.21-M7 

See also: Bombs, incendiary. 


fillings 

measuring devices.Div. 17-322 

Div. 17-322.1 

phosphorus mixtures for flame 

throwers.Div. 11-303.13 

propulsion.Div. 9-831 

sabotage.Div. 11-205 

Div. 11-205.1 

soap-thickened .Div. 11-303.11 

solid .Div. 3-320-M7 

Div. 11-208.42 

stove and lantern.Div. 11-208.4 

thickened.Div. 11-302-M5 

Div. 11-302.12-M2 
Div. 11-303.1 
Div. 11-303-M6 

torpedo .Div. 6-830.2 

decomposition studies .Div. 6-830.21 

Fuel systems (Japanese aircraft).Div. 18-802.14 

Fuel tanks 

radiation properties .Div. 4-243.3 

Function heights 


See: Burst heights, variable-time 


fuze 

Fungi and tropical deterioration.Div. 16-150 

Div. TD-100 

materials .Div. TD-101 


Fungus fouling of optical instru¬ 
ments 

See: Optical instruments, tropical 
deterioration 

Fungus proofing .Div. 16-152 

Div. TD-102 

electronic equipment .Div. TD-102.2 

Furan 

See: Furylarsines 
Furnace (boiling bed) 

See: Boiling-bed furnace 

Furniture (steel).Div. 18-902.12-M12 

Furylarsines 

preparation and analysis.Div. 9-213.12 



677 






















































Furylarsines-Fuzes 


toxicity studies . 

,. .Div. 9-313.2 

MC-380 (M-2) (continued) 

Div. 4-238.221 

Fusion (binocular). 

. .Div. 7-220.11 


Div. 4-238.41-M4 


Div. 7-230.21 


Div. 4-238.41-M5 

Fuzes 



Div. 4-245-MI 

acoustic proximity. 

. .Div. 4-213 


Div. 4-247-M4 


Div. 6-634.1-Ml 


Div. 4-247-M5 

adjustable-time 



Div. 4-618 

See: Fuzes, variable-time 



Div. 4-619-MI 

barometrically-set . 

. .Div.4-214 


Div. 4-238.4 

bomb 


point-initiating . 

.. Div. 8-402-M9 

armor-piercing (12-inch) . 

. .Div. 3-430-MI 

primacord . 

. .Div. 8-705-MI 

German Rheinmetall . 

..Div. 18-801.21-M9 

projectile (Japanese) . 

. .Div. 18-802.21 

incendiary (M-69) . 

. .Div. 11-301.12 

projector charge. 

. .Div. 3-430-M3 

See also: BPEG; BRLG; BRTD; 


radio-proximity . 

. .Div.4-211 

BRTG; Fuzes, photoelectric 



Div. 4-624-MI 

proximity, bomb; Fuzes, vari- 



Div. 4-625-MI 

able-time, bomb; Fuzes, radio 


antiaircraft shell. 

. .Div.4-211-MI 

proximity, bomb 



Div. 4-211.1-MI 

detonating. 

..Div. 8-705 


Div. 4-730-M4 

hydrostatic arming . 

.Div. 6-646.12-M10 


Div. AMP-704 

magnetic flux-change . 

. .Div. 6-646.21 

battery-powered . 

. .Div.4-211.1 

magnetic proximity . 

. .Div. 6-646.21 

bomb . 

. .Div. 4-211-M3 


Div. 6-554.4-M4 


Div. 4-211.1-M2 

mechanical impact (Japanese). 

Div. 18-802.21-M23 


Div. 4-211.1-M4 

mortar . 

. .Div. 4-232.2-M25 


Div. 4-211.21 


Div. 4-241-M6 


Div. 4-222.11 


Div. 4-500 


Div. 4-222.115 


Div. 4-514-MI 


Div. 4-243.11 


Div. 4-514-M3 


Div. 4-243.21 


Div. 4-619-M4 

See also: BRLG; BRTG; BRTD 


See also: Fuzes, radio proximity, 


field tests . 

. .Div.4-222.1 

mortar; MRLG; MROG 


generator-powered. 

. .Div. 4-211.2 

mousetrap (ASB) . 

.Div. 3-731.1-MI 

jamming . 

. .Div. 4-246 

photoelectric proximity . 

. .Div. 4-212 


Div. 15-241.1-M7 


Div. 4-212.3 


Div. 15-262 

bomb . 

..Div. 4-212.1 

mortar . 

. .Div.4-211-M3 


Div. 4-222.21 


Div. 4-211.23 

condenser-powered. 

. .Div. 4-222.222 


Div. 4-222.13 

field tests . 

. . Div. 4-222.2 


Div. 4-222.133 


Div. 4-222.23 


Div. 4-238.514-M4 

See also: Firing, sun 



Div. 4-238.514-M5 

light intensities . 

. .Div. 4-222.224-M7 


Div. 4-243.13 


Div. 4-222.224-M10 


Div. 4-243.23-MI 


Div. 4-248 

rocket . 

.. Div. 3-430 

night operation . 

. .Div.4-222.23-MI 


Div. 4-211-M3 


Div. 4-248-MI 


Div. 4-211.1-MI 

rocket (M-l) . 

. .Div.4-212.2 


Div. 4-211.1-M2 


Div. 4-222.22 


Div. 4-211.1-M3 


Div. 4-222.226 


Div. 4-211.1-M5 


Div. 4-413-M3 


Div. 4-211.22 


Div. 4-222.225 


Div. 4-222.12 

See also: RPEB-2 



Div. 4-222.129 

MC-380 (M-2) . 

. .Div. 4-222.21-MI 


Div. 4-243.12-MI 


Div. 4-222.223 


Div. 4-243.22-M5 


Div. 4-222.224 


Div. 4-412.3-M3 


Div. 4-222.225-M2 

sensitivity measurements. 

. .Div.4-625 


Div. 4-222.226-M2 

See also: POD fuzes; BRLG 



Div. 4-231.4-M8 

MC-382 (M-3) . 

. .Div. 4-222.128 


Div. 4-231.4-MI 1 


Div. 4-222.129-M4 


Div. 4-238.1 


Div. 4-222.223 








































Fuzes 


MC-382 (M-3) (continued) 


T-4 

T-5 


T-6 


T-30 


T-32 

T-50 


T-51 


T-58 

T-82 


T-91 . 

T-92 . 
T-132 


Div. 4-238.222 

T-171 . 

..Div. 4-232.22-M8 

Div. 4-238.32-MI 


Div. 4-238.3-M4 

Div. 4-238.521-M7 


Div. 4-238.514-M4 

Div. 4-243.12-MI 


Div. 4-238.514-M5 

Div. 4-245-MI 


Div. 4-238.523-M5 

Div. 15-241.1-M7 


Div. 4-616-M7 

.Div. 4-222.123-M3 

T-172 . 

..Div. 4-211.23-M3 

.Div. 4-222.121 


Div. 4-211.23-M4 

Div. 4-222.123 

1 

Div. 4-222.132 

Div. 4-222.129-M5 


Div. 4-232.23-M8 

Div. 4-236-M3 


Div. 4-233-M6 

Div. 4-412.3-M3 


Div. 4-233-M7 

Div. AMP-605-M3 


Div. 4-513-MI 

.Div. 4-222.122 

T-2003 . 

. .Div. 3-430-M6 

Div. 4-222.123 

T-2004 . 

. .Div. 4-222.125 

Div. 4-238.225-MI 


Div. 4-222.126 

Div. 4-238.515-MI 

T-2005 . 

. .Div.4-222.125 

Div. 4-238.515-M2 


Div. 4-238.225-M9 

.Div. 4-222.124 


Div. 4-243.22-M5 

Div. 4-222.126 

See also: Fuzes, variable-time 


Div. 4-236-M7 

rocket 


Div. 4-238.225-M3 

CIT. 

.. Div. 3-430-M2 

Div. 4-238.225-M4 

HIR . 

. . Div. 3-431 

Div. 4-238.514-M2 


Div. 18-902.13-M5 

Div. 4-241-M4 

PIR. 

.. Div. 3-432 

Div. 4-241.1 

SIR . 

.. Div. 3-433 

. Div. 4-232.2-M24 

See also: Fuzes, photoelectric 


Div. 4-238.523-M3 

proximity, rocket; Fuzes, variable¬ 


.Div. 4-222.111 

time, rocket; Fuzes, radio prox¬ 


Div. 4-222.127 

imity, rocket; RPEB-2; RRLG 


Div. 4-222.129-M5 

storage of. 

..Div. 11-206.7 

Div. 4-232.23-M6 

underwater projectiles. 

..Div. 3-723-M2 

Div. 4-238.223-M2 


Div. 3-731.1-M11 

Div. 4-238.512-M2 


Div. 3-731.2-M2 

Div. 4-238.513-M2 


Div. 3-731.3 

Div. 4-241-M5 


Div. 6-646.21 

Div. 4-245-M4 

variable-time . 

. . Div. 4-200 

Div. 4-411.1-M5 


Div. 4-210 

.Div. 4-211.21-M8 


Div. 4-215 

Div. 4-222.112 


Div. 4-626-M3 

Div. 4-222.115 


Div. 8-705-M2 

Div. 4-241-M9 

bomb . 

.. Div. 4-200-MI 

Div. 4-411.1-M5 


Div. 4-221-M2 

.Div. 17-323.4-M3 


Div. 4-238.512-M3 

.Div. 4-222.113 


Div. 4-238.515-M4 

Div. 4-222.115 


Div. 4-241-M8 

Div. 4-238.225-M10 


Div. 4-241-M10 

.Div. 4-222.114 


Div. 4-241-M11 

Div. 4-238.225-M7 


Div. 4-241-M12 

.Div. 4-222.114 


Div. 4-242.13-M2 

.Div. 4-222.131 


Div. 4-243.11 

Div. 4-232.2-M24 


Div. 4-244.1-M3 

Div. 4-232.22-M8 


Div. 4-245 

Div. 4-232.23-M8 

See also: Fuzes, radio proximity, 


Div. 4-238.225-M6 

bomb; Fuzes, photoelectric prox¬ 


Div. 4-238.225-M8 

imity, bomb 


Div. 4-238.513-M3 

combat area performance. 

.. Div. 4-221 

Div. 4-238.523-M5 

components. 

.. Div. 4-230 

Div. 4-626-M2 


Div. 4-239 


field tests. 

. . Div. 4-222 


/’HCRET 


679 



































F uzes-Gauges 


interaction.Div. 4-245 See also: Photocells, variable- 

measurements .Div. 4-620 time fuze, tests and test equip- 

operational uses.Div. 4-220 ment 

performance .Div. 4-240 See also: Fuzes, photoelectric prox- 

radiation resistance.Div. 4-243.21-M2 imity; Fuzes, radio proximity 

Div. 4-243.21-M4 Fuze setter (M-8) Div. 7-112.4-MI 

radius of action.Div. 4-241.1 FXA 

Div. 4-412.4-M4 See: Noisemakers, ammonia-jet 

rocket .Div.4-200-Ml (FXA) 

Div. 4-221-M2 FXH 

Div. 4-238.512-M4 See: Hammer bottles 

Div. AMP-604 FXP 

testing equipment.Div. 4-600 See: Noisemakers, mechanical, 

Div. 4-610 towed rotary (FXP) 

Div. 4-619 FXR 

vibration .Div. 4-622 See: Noisemakers, towed parallel 

bar, FXR 



Galvanometers .Div. 9-413.1-MI 

Gamma-fluorobutyrates 
See: Fluorobutyrates 
Gamov and Seeger 
See: Equations, Gamov and Seeger 
Gas clouds 

diffusion.Div. 9-413.3-M4 

movement .Div. 10-302.1 

Gas concentrations 

open beaches .Div. 10-302.2-M4 

wooded areas .Div. 10--302.2 

Gas flow.Div. AMP-602-M5 

Gas generators 
See: Generators, gas 

Gas masks.Div. 9-550 

Div. 10-200 
Div. 11-204.2 

absorbents 

See: Absorbents 


acoustical considerations .Div. 17-435.12 

See also: Helmets, acoustical in¬ 
sulation 

design .Div. 11-204.2-M3 

See also: Canisters 

Gas Pipe (echo repeater).Div. 6-643.23 

Gas tubes 

See: Tubes, gas, noise generating 

Gases .Div. 10-400 

exhaust (submarine).Div. 11-106.11 

general.Div. 10-401 

experimentation.Div. 10-401.1 

instruments and devices .Div. 10-401.11 

penetration and persistence .Div. 10-401.12 

Summary reports for Division 10 . . .Div. 10-100 

Div. 10-101 
Div. 10-102 


tests (closed court).Div. 10-401.122 

tests (house interior).Div. 10-401.124 

tests (wind tunnel).Div. 10-401.121 

powder.Div. 1-210.2 

war .Div. 10-402 

Div. 10-402.1 
Div. 11-203.5 

dispersion .Div. 11 -203.52 

experimentation and analysis.Div. 10-402.2 

preparation.Div. 10-402.3 

Div. 10-402.36 

See also: Chemical warfare agents 
Gasoline 

fuming nitric acid mixtures.Div. 8-702 

leaded and de-leaded.Div. 11-203.72 

Div. 11-208.41 

Gates (radar ranging).Div. 14-212.7 

Div. 14-243.21 

Gauges 

acceptance.Div. 4-619-MI 

automatic thread.Div. 12-1830 

blast .Div. AMP-101.1-M5 

Div. AMP-101.1-M18 

bore-friction .Div. 1-210.31-MI 

capacitance pressure.Div. 8-607.5-M5 

capacitor-type tank.Div. 17-322.1-M2 

Div. 17-322.1-M3 

condenser .Div. 8-607.6-MI 

copper-ball crusher.Div. 3-621-M3 

frequency-modulating .Div. 2-111.11-M9 

hull deflection .Div. 17-323.52 

macropore measuring (Pearson).Div. 10-202.17-M9 

piezoelectric .Div. 2-111.11 

piston thrust .Div. 3-621-M2 

rocket testing.Div. 3-621 


680 























































Gauges-Gloss 


rocket thrust . 

. .Div. 3-621 

ground . 

. .Div. 10-602.11 


Div. 3-621.1 

mobile . 

. .Div. 10-602.12 

strain . 

. .Div. 2-111.11-MI 


Div. 10-602.122 


Div. 17-436.511 

electrostatic X-ray. 

. .Div. 17-323.7-M7 


Div. 17-436.512 


Div. 17-323.7-M12 


Div. 17-436.521-MI 

flame thrower. 

. .Div. 11-302.13 


Div. 17-436.521-M4 

fog. 

. .DLv. 10-501.202-M2 

thread-collocating . 

. .Div. 1-620-M2 

gas. 

..Div. 3-870 

tourmaline . 

. .Div. 2-111.11-M8 

harmonic. 

..Div. 6-612.53-M14 

wire strain . 

. .Div. 3-621.1 

interference. 

. .Div. 13-204 

GCA 



Div. 15-401.4 

See: Ground-controlled, approach 



Div. 15-402.4-MI 

(GCA) 



Div. 15-620-M4 

GCI 


See also: Jammers and Jamming 


See: Ground communications in - 


Systems 


terceptor (GCI) 


mustard gas dispersal . 

. .Div. 10-504.1 

Gear reduction units 


noise 


jamming transmitter. 

. .Div. 15-321.23-MI 

See: Tubes, gas, noise generating; 


variable-time fuze. 

. .Div.4-238.512 

Generators, airplane noise 



Div. 4-612-MI 

peroxide oxygen. 

..Div. 11-102.221-M2 

Gears (oil) . 

. .Div. 7-321.2 

pulse. 

.. Div. 6-632.63 

Gees (pursuit curves). 

. .Div. AMP-503.7-M7 


Div. 14-231.221-M10 

Geier 



Div. 14-251.6 

See: Torpedo types, Geier 



Div. 15-512 

Gels 


radio frequency. 

. .Div. 13-201.2 

gasoline . 

..Div. 11-303.12 

signal . 

..Div. 13-206.1-M6 


Div. 11-303.44 


Div. 14-251.6 

silica. 

. .Div.9-411.3 


Div. 14-327.111-M5 


Div. 9-421.2 


Div. 15-512 


Div. 9-422.121-M5 


Div. 15-620 


Div. 9-422.23 

smoke. 

. .Div. 10-501.2 


Div. 9-422.7-M7 

coil type . 

. .Div. 10-501.201 


Div. 10-402.2-M8 

combustion type. 

. .Div. 10-501.202 

See also: Protek 


Esso. 

..Div. 10-501.201-M2 

thixotropic . 

. .Div. 11-303.44 

exhaust type. 

..Div. 10-501.203 

turpentine-carbon disulfide. 

. .Div. 11-303.12-M51 

sweep . 

,. .Div. 14-242.5 

General Electric Company 



Div. 15-383-M9 

Final report on radio counter¬ 



Div. 15-512-M5 

measures . 

. .Div. 15-150 

trigger . 

.. .Div. 14-251.6-M17 

Final and Summary reports on 


variable-speed. 

.. .Div. 15-391-MI 

antisubmarine warfare 


variable-time fuze.. 

.. .Div. 4-232.2 

See: Contracts OEMsr-43, OEMsr- 


Germanium (crystal rectifiers).. 

.. .Div. 14-233.111 

44, OEMsr-323 



Div. 14-233.113-M2 

Generators 



Div. 14-233.113-M3 

airplane noise. 

.. .Div. APP-630-M1 


Div. 14-233.132-M2 

alternating current (Japanese).. 

.. .Div. 18-802.3-M3 


Div. 14-233.152-M4 

aerosol 



Div. 15-384.11 

Besler . 

. . .Div. 10-602.11-M2 

Gilson’s metal locator . 

.. .Div. 17-221-M3 

carrier- and jeep-mounted . 

Div. 10-602.122 

Glass 


Hochberg-LaMer . 

Div. 10-602.11-M2 

dielectric usage . 

.. .Div. 14-131.12 


Div. 10-602.11-M3 

metallization. 

...Div. 14-251.1-M8 


Div. 10-602.11-M4 


Div. 14-251.1-M20 


Div. 10-602.21-M3 

molding. 

. ..Div. 16-161.2 


Div. 10-602.21-M5 

Glass wool. 

. ..Div. 11-104.131-MI 


Div. 10-602.21-M6 

Glidden compound. 

. ..Div. 4-239.1-M4 


Div. 10-602.23-MI 

Glide bombs 



Div. 10-602.23-M3 

See: Bombs, homing glide 



Div. 10-602.23-M4 

Gliders. 

. Div. 17-437.2-MI 

DDT . 

...Div. 10-602.1 

Glomb (camouflage of). 

. .Div. 16-263 

airborne. 

. ..Div. 10-602.121 

Gloss (camouflage usage). 

. .Div. 16-210 


SECRET 


681 

























































Glucose absorption- 


uided missiles 


Glucose absorption and mustard gas .... Div. 9-312.14-M8 
Glutathione 

binding by mustard gas .Div. 9-312.11-M3 

reaction with divinyl sulfone.Div. 9-312.3-M4 

Glycero-phosphatase (mustard gas 

effects) .Div. 9-312.131-M18 

Glycogen 

effects of Compound W .Div. 9-341-Ml 

effects of mustard gas .Div. 9-312.14-M8 

Glycolurils (diacetyl and dimethyl) ... .Div. 9-231.2-M2 

Div. 9-541.21-Ml 

Glycosides .Div. 8-110.2-M3 

GO-9 (conversion to radio counter¬ 
measures) .Div. 15-321.3-M2 

Div. 15-321.3-M3 
Div. 15-321.3-M5 

Goats (carbamate toxicity) .Div. 9-322.1-M3 

Goggles 

acoustical insulation.Div. 17-435.241-M3 

rangefinder.Div. 4-720 

Golay heat detector 
See: Detectors, Golay heat 
GPI 

See: Indicators, ground position 
(GPI) 

Grades (for examinations) .Div. APP-400 

Div. APP-410 
Div. APP-413 
Div. APP-414 

See also: Scoring; Tests 
Gradients 

See: Density gradients (sea water); 

Temperature gradients (sea water) 

Gradiometers .Div. 17-222.1 

magnetic .Div. 17-131.1-MI 

Grains (rocket propellant) .Div. 3-320 

Div. 3-341 
Div. 3-353-M2 

cruciform.Div. 3-322 

Div. 3-361.514-M6 
Div. 3-410-M5 

extruded .Div. 3-342 

Div. 3-361.514 
Div. 3-361.524 

hexaform.Div. 3-323 

multiweb .Div. 3-361.524-M4 

Div. 3-361.524-M5 

radially-burning.Div. 3-341.1 

Div. 3-361.514-M7 

triform.Div. 3-321 

See also: Charges; Powder; Pro¬ 
pellents 

Grasp sight.Div. 7-131 

See also: Sights, rocket, aircraft- 
mounted 

Grasshoppers (DDT effects).Div. 10-602.23-M3 

Gratings (microwave reflectors).Div. 14-234.22-M4 

Div. CP-611 

Gravity drop (aircraft rockets) .Div. AMP-603-M2 


Grenades 

chemical warfare (CWG).Div. 3-570 

Div. 3-573-MI 

high explosive (Japanese 50-mm) ... .Div. 18-802.21-Ml3 
noisemaker 

Mark I.Div. 6-651.33 

Mark II.Div. 6-651.12 

Div. 6-651.33 

See also: Noisemakers 
rocket 

See: Rocket grenades 

smoke.Div. 10-501.21-MI 

white phosphorus .Div. 11-301.147 

Grids 

acoustic scattering.Div. AMP-201-M5 

amplifier (radio frequency).Div. 14-241.43 

plotting (sound).Div. 17-434.331 

rocket motor.Div. 3-411 

stereographic .Div. AMP-703.5-M6 

wind-correction sighting (toss 

bombing).Div. 4-312.4-M3 

Ground communications interceptor 

(GCI) .Div. CP-202.1-M1 

Div. CP-231.11-MI 

German (jamming of).Div. 15-711-MI 

trainers .Div. APP-624-M1 

Ground-controlled approach (CGA) ... .Div. 14-242.12-M4 

Div. 14-325.1 

trainers .Div. 14-325.1-M3 

Div. 14-411.3 

Ground return (radar) 

See: Echoes, radar, ground 
Group operator trainers 
See: Trainers, group operator 

Guerin press .Div. 18-102.2 

Guided missiles .Div. 5-200 

Div. AMP-806-M4 

bird-controlled.Div. 5-340 

control mechanisms .Div. 5-210 

Div. 5-300 
Div. 5-360 

German .Div. 15-263-MI 

Div. 15-332-MI 

heat-homing .Div. 5-330 

Div. AMP-805 

See also: Felix 

jamming of.Div. 15-263 

Div. 15-404 
Div. 15-411-M4 
Div. 15-411-M5 
Div. 15-411-M6 

radar homing.Div. 5-320 

Div. 14-329.2 
Div. 15-263-M2 

radio-controlled .Div. 5-310 

Div. 15-263-MI 
Div. 15-332-MI 

Summary reports of Division 5.Div. 5-10 

television -con trolled .Div.5-311 


682 





















































Guided missile! 


Guns 


See also: Bombs, high-angle diri¬ 
gible; Bombs, medium-angle diri¬ 
gible (Roc); Homing devices 
Guinea pigs 

See: Skin, sulfur mustard toxicity, 
guinea pigs; Skin, arsine toxicity 


Guns and Gunnery 

Gun barrels.Div. 1-300 

aircraft (German) .Div. 18-801.23-M7 

erosion 

chemical factors.Div. 1-410.1 

mechanical factors.Div. 1-410.3 

See also: Stress, gun barrels 

thermal factors .Div. 1-410.2 

See also: Heating, gun barrels 

small arms (German).Div. 18-801.23-M4 

Div. 18-801.23-M21 

Gun carriage 

amphibious (motor).Div. 12-600 

antitank (German 75-mm, Pak-40) ... .Div. 18-801.23-M22 

Gun climb.Div. 14-323.1-M2 

Gun emplacements (dust removal).Div. 11-207.2 

Gun erosion .Div. 1-400 

Div. 1-410 

prevention.Div. 1-420 

resistance tests .Div. 1-420.2 

Div. 1-420.23 

Gun harmonization 
See: Fire control, harmonization 
Gun-laying radar 
airborne 


See: Aircraft gun-laying radar 
(AGL) 

ground.Div. 14-323.4-M2 

Gun liners.Div. 1-420.3 

Gun mounts (German machine).Div. 18-801.23-M11 

Gun pointer.Div. APP-611.11 

Gun steel.Div. 18-300 

high-strength .Div. 18-304 

ingot practices .Div. 18-303 

Gun train indicators 
See: Indicators, gun train 

Gun tube steel .Div. 18-301 

fractures.Div. 18-301.2 

Div. 18-302.5-M3 

properties .Div. 18-301.1 

Gun tubes 

German .Div. 18-801.23 

seamless .Div. 18-302.2-M4 

Div. 18-303-MI 
Div. 18-303-M5 

wrought.Div. 18-302 

Div. 18-302.6 

heat treatment .Div. 18-302.5 

improvements.Div. 18-302.3 

manufacture (basic open hearth) ... .Div. 18-202.11-M4 

Div. 18-302.1 

tensile and impact properties.Div. 18-302.4 

37-mm .Div. 18-302.6-M2 

76-mm .Div. 18-902.15-MI 


Gun turrets 
See: Turrets (gun) 

Gunnery .Div. 7-110 

Div. 7-111 

aerial .Div. 14-600-MI 

Div. AMP-500 
Div. AMP-501 
Div. AMP-504.1 
Div. AMP-504.52-M5 
Div. AMP-900-M2 

assessment technics.Div. AMP-405.1-M3 

Div. AMP-501-M10 
Div. AMP-502.1-M13 
Div. AMP-502.1-M29 
Div. AMP-502.11-M8 
Div. AMP-502.13-M2 
Div. AMP-502.14 
Div. AMP-503.2-M7 
Div. AMP-503.2-M16 
Div. AMP-503.3-M5 
Div. AMP-504.1-M15 
Div. AMP-504.5-M4 
Div. AMP-801.1-M2 
Div. AMP-802-M3 


destroyer .Div. APP-511 -M3 

Div. APP-511-M4 

fighter .Div. 14-323.6-M6 

flexible.Div. APP-610-M6 

Div. APP-610-M8 

trainers .Div. AMP-504.52-M1 

Div. AMP-504.52-M2 

hydraulic controlled.Div. 7-111.1 

predictions through smoothing.Div. 14-244.4-MI 

trainers .Div. APP-610 


Div. APP-611.4-MI 
Div. APP-611.5 
Div. APP-612-M6 
Div. APP-654-M1 

training .Div. APP-211 

Div. APP-221 

See also: PUSS (Pilot’s Universal 
Sighting System) 


Guns 

antiaircraft .Div. 18-300 

Japanese.Div. 18-802.21-M35 

Div. 18-802.23-M16 

20-mm .Div. AMP-705.1-M7 

Div. AMP-705.1-M8 
Div. APP-221-Ml 

40-mm .Div. AMP-703.3-M12 

Div. AMP-703.6-M4 
Div. APP-211 
Div. APP-221-M2 


Div. APP-611.1-M3 
Div. APP-611.1-M13 
Div. APP-611.11 
Div. APP-611.12 


90-mm .Div. AMP-703.6-M2 

Div. APP-611.4-M3 

5-inch.Div. AMP-703.6-M5 


683 



















































Guns-Harvard University 


antitank 


60-caliber (continued) 

Div. AMP-705.1-M8 

German (PzB). 

..Div. 18-801.23-M2 

20-mm . 

. .Div. 18-802.23 

Italian (20-mm) . 

. .Div. 18-803.12 


Div. AMP-504.4-M8 

Japanese (47-mm) . 

. .Div. 18-802.23-M14 

3 inch-38 . 

. .Div. APP-610-M9 

erosion-testing. 

. .Div. 1-420.22 

*3 inch-50 . 

. .Div. APP-610-M7 

German 


mounted on rolling ships. 

.. Div. AMP-904-M1 

88-mm . 

..Div. 18-801.23-M20 

recoil . 

. .Div. 2-331 

170-mm . 

..Div. 18-801.23-M14 

recoilless . 

. .Div. 1-210.1-M4 

high-velocity. 

..Div. 1-210.1-M5 

tank-mounted (Japanese) . 

..Div. 18-802.23-M12 

Hispano-Suiza. 

. .Div. 1-510-M2 


Div. 18-802.23-M17 

hyper velocity . 

. .Div. 1-340 

towed . 

..Div. 12-1720 

Japanese (75-mm) . 

. .Div. 18-802.23-M21 

See also: Howitzers; Mortars; Rifles 


Johnson aircraft automatic (20-mm) . 

..Div. 1-610 

Gunsights 


See also: Projectiles (specific) 


See: Sights and Sighting 


pre-engraved 


Gymnast. 

..Div. 15-331.1-M3 

machine 


Gyro-caging mechanism. 

..Div. 4-325.1-M3 

British (Sten 9-mm). 

..Div. 18-803.12 


Div. 4-325.1-M4 

German . 

..Div. 18-801.23 

Gyroscopes . 

. .Div. AMP-503.5-M12 

hypervelocity . 

. .Div. AMP-504.1-M10 

fluid . 

. .Div. 6-646.25 

Japanese . 

. .Div. 18-802.23 


Div. 7-322.1 

oftset. 

.Div. AMP-504.4 

Hooke’s joint . 

. .Div. AMP-502.1-M34 

trainer . 

. .Div. APP-612-M7 

pitch indicating. 

. .Div.4-325.1-M6 


Div. APP-613.1 


Div. 4-325.1-M7 

vibration of mounts. 

. .Div. AMP-504.1-M13 

substitutes. 

..Div. 7-322 

50-caliber . 

..Div. AMP-502.141-M1 


Div. 7-322.2 


Div. AMP-504.4-M8 

toss-bombing . 

. .Div.4-325 


Div. AMP-705.1-M7 


Div. 4-325.1 


Div. AMP-705.1-M8 

Gyrosights 



Div. APP-221-M4 

See: Sights, gyroscopic; Sights, lead¬ 


60-caliber . 

..Div. AMP-705.1-M7 

computing, gyroscopic 




toss bombing . 

.Div. AMP-803.5-M4 

Half-tracks (White). 

..Div. 12-1710-M6 

H (chemical warfare) 


Halonitroso compounds . 

,. .Div. 9-228 

See: Sulfur mustards 


Hammer bottles. 

,. .Div. 6-651.315 

Hail 



Div. 6-651.33-M4 

radar attenuation by. 

.Div. CP-511-Ml 

See also: Noisemakers 



Div. CP-511-Mil 

Hammer boxes 


Hairline ('tracking usage). 

.Div. APP-611.2-M8 

See: Spring hammer box 


Hairy Butterfly . 

.Div. 15-331.1-M4 

Harbor defense. 

..Div. 6-112-M4 


Div. 15-331.1-M5 


Div. 6-625 

Haleite (EDNA). 

.Div. 8-103 


Div. 6-510.4-MI 


Div. 8-110.3-M5 

antitorpedo nets . 

..Div. 12-1420-MI 


Div. 8-405-M2 


Div. 12-1420-M2 


Div. 8-405-M3 


Div. AMP-405.4-M2 


Div. 8-405-M4 


Div. AMP-405.4-M3 


Div. 8-405-M5 

See also: Nets, antitorpedo; Listen¬ 



Div. 8-405-M6 

ing (underwater) torpedoes 



Div. 8-405-M10 

Harmonization 


Halides 


See: Fire control, harmonization 


acid. 

.Div. 9-231.3 

Harvard stack 


arsenical . 

.Div. 9-213.2 

See: Stacks, Harvard 


sulfur ... 

.Div. 9-212.2 

Harvard University 



Div. 9-219-M3 

American-British Laboratory 



*, SECRET : 


684 



















































Harvard University-Height finding 


See: American-British Labora¬ 
tory 

Radio Research Laboratory 

See: Radio Research Laboratory 
Final reports for Division 6 
See: Contracts OEMsr-58; OEM- 
sr-287 

Hastelloy. 

Hawkeye (antenna). 

Haze 

atmospheric . 

optical factors of. 

HBX explosive . 


HCN 

See: Hydrocyanic acid (AC, HCN) 
Headlights 

blackout driving .. 

red. 

infrared . 

See also: Searchlights 
Head-on attacks 
See: Angle, attack 
Headphones 

expendable radio sonic buoy. 

tests and test equipment. 

Heads 

radio frequency. 

torpedo . 

Headsets 

acoustical insulation of . 

permoflux . 

tests and test equipment. 

Healing 

See: Skin, healing of lesions; 
Wound Healing Project 
Hearing 

aids. 

noise factors. 

See also: Insulation 

physiological factors. 

pitch and intensity 

See: Pitch, auditory (discrimina¬ 
tion of); Noise 

threshold. 

See also: Acoustics; Ear; Noise; 
Sound 

Heat exchangers . 

Heat flow 

gun tube steel. 

rockets . 


Div. 1-420.34 
Div. 14-234.122-M8 

Div. 16-240-MI 
Div. 7-210.11-MI 
Div. 8-202-M12 
Div. 8-202-M13 
Div. 8-801-M4 
Div. 8-802-MI 


Div. 16-425 
Div. 16-431.3 
Div. 16-431.1 


Div. 6-624.11-Ml 
Div. 6-560.2-M3 
Div. 6-624.12-M5 

Div. 14-233.2 
Div. 14-322.1-M11 
Div. 6-712 
Div. 6-810.23 

Div. 17-435.243 
Div. 17-436.3-MI 
Div. 6-623.1-M6 
Div. 17-436.322 
Div. 17-436.31-M8 


Div. 17-435.212 
Div. 17-435 
Div. 17-435.2 

Div. 17-435.21 


Div. 17-435.25 


Div. 11-104.13 

Div. 18-702-M6 
Div. AMP-602 


Heat homing 

See: Eye, heat-homing; Guided 
missiles, heat-homing; Felix 
Heat transfer 

rockets . 

Heating 

gun barrels. 

See also: Gun barrels, erosion, 
thermal factors 

projectiles . 

Hebbphones 

Nos. 1-5, 8. 


Hedgehog 


practice ammunition for. 

Height Finding and Height Finders 

Height finders . 


accuracy. 

Beavertail 
See: AN/CPS-4 
personnel selection 

personnel training 

radar . 

mobile . 

stereoscopic. 

M-l . 


M-2 


trainers . 

See also: Reticles 
Height finding 

radar . 

components ... 


Div. 3-241.1 
Div. 1-310 


Div. 1-530 

Div. 6-612.71-M7 
Div. 6-612.711 
Div. 6-612.712 
Div. 6-612.713 
Div. 6-612.714 
Div. 6-612.715 
Div. 3-430-M3 
Div. 3-712-MI 
Div. 3-731.1-M4 
Div. 3-731.2 
Div. 3-731.21 
Div. 3-731.22 
Div. 6-696.26-MI 
Div. 3-855 

Div. 7-201-M6 
Div. 7-201-M7 
Div. 7-210-M2 
Div. 7-210-M3 
Div. 7-210-M4 
Div.7-210.11-M2 
Div. 7-210.11-M5 
Div. 7-210.112-M3 
Div. 7-210.2 
Div. 7-210.21-M3 
Div. 7-220.19-M4 
Div. 7-210.21 


Div. APP-120 
Div. APP-122-M4 
Div. APP-215 
Div. CP-202.311 
Div. 14-322.1-M2 
Div. AMP-703.3 
Div. 7-210.11-M5 
Div. 7-210.15-MI 
Div. 7-210.2-M3 
Div. 7-210.21 
Div.7-230.1-M2 
Div. 7-230.1-M3 
Div. APP-652-M4 
Div. APP-652-M4 
Div. 7-210.2-M3 
Div. APP-652 


Div. 14-322 
Div. 14-322.3 




SECRET/ 


685 












































Height finding-Humidity 


ground.Div. 14-322.1 

shipboard .Div. 14-322.2 

range errors.Div. APP-216-M1 

Helium impurities .Div. 17-323.83 

Helmets 

acoustical insulation .Div. 17-435.241 

crash-flak (German) .Div. 18-801.3-M7 

Japanese .Div. 18-801.3-M5 

Hematology 
See: Blood 
Henry Project 
See: CXGQ 

Hession smoke unit.Div. 10-501.202-Ml 

Hexamethylene diamine 

absorption by charcoal.Div. 10-202.156-M6 

Hexamethylene tetramine (HMT) 

charcoal impregnation.Div. 10-202.14-M23 

nitration .Div. 8-101-M2 

treatment of nitrogen mustard 

poisoning.Div. 9-221.1-M3 

Div. 9-522.2-M2 
Div. 9-522.2-M3 

Hexamine .Div. 9-212.112-M10 

Hexane vapor.Div. 10-202.156-M13 

Hexanitrodiphenylamine toxicity .Div. 9-321.4 

High explosives 
See: Explosives 

High power (radar) .Div. 14-222 

Hills 

obstacles to wave propagation .Div. CP-231.22 

Div. CP-231.222 
Div. 13-200.2-M4 

Hirschfelder system (internal bal¬ 
listics) .Div. 1-210.1-M10 

Hits 

aerial gunnery .Div. AMP-502.14 

Div. AMP-504.1-M9 
Div. AMP-504.4-M18 

antiaircraft fire .Div. AMP-504.42 

Div. AMP-700-M1 
Div. AMP-703.2-M11 

bombing 

direct .Div. 2-520-MI 

multiple.Div. AMP-801.2 

Div. AMP-803.1-M5 
Div. AMP-803.1-M9 

nearby .Div. 2-520-M2 

percentages .Div. AMP-803.2-M6 

Div. AMP-803.2-M7 

probabilities and errors.Div. AMP-803.1-M2 

Div. AMP-803.1-M4 
Div. AMP-803.2-M2 
Div. AMP-801.1 
Div. 7-121.1 

rocket.Div. AMP-605-M2 

See also: Damage probability; 

Probabilities 

HMT 

See: Hexamethylene tetramine 
(HMT) 


HMX explosive.Div. 8-102 

Div.8-110.3-M2 
Div. 8-110.3-M4 
Div. 8-105-M5 

HN 

See: Nitrogen mustards 

Hogging tests (oil tankers) .Div. 18-602.1-M6 

Div. 18-602.1-M8 

Homare (Japanese aircraft).Div. 18-802.12-M23 

Hopcalites.Div. 10-202.142-MI 

Div. 10-202.143-M3 
Div. 10-202.151-M6 
Div. 10-202.152-M2 

Homing devices.Div. 15-313 

C-1600 (AN/APQ-14) Moth.Div. 15-331.13-M2 

Div. 15-830-M2 

C-1700 (Fanny) .Div. 15-313.12 

C-1900 .Div. 15-313.13 

C-1906 and -1950 (AN/APA-48).Div. 15-313.111 

Div. 15-331.1-M7 

M-3100 (AN/APA-17).Div. 15-313.15 

See also: Direction finders, radio; 

Guided missiles 

Hornet.Div. 4-211.1-M6 

Horns.Div. 14-234.6-M8 

Div. 14-234.21 
Div. 15-332.15 

biconical .Div. 14-328.21-Ml 

broad-band coaxial line.Div. 14-233.413-M8 

S-band .Div. 14-234.111-M8 

Horse serum.Div. 9-515-M3 

Horseshoes (Japanese) .Div. 18-801.3-M7 

Hot wire detection of mustard gas ... .Div. 9-422.113 

Div. 9-422.8-M10 

Houses 

obstacles to wave propagation.Div. CP-231.223 

Howard-Dolman Stereopsis Test .Div. 7-220.12-M2 

Div. 7-220.14-M8 

Howitzers 

Japanese .Div. 18-802.23 

105-mm .Div. APP-612-M5 

HP stacks 
See: Hebbphones 

HRY equipment .Div. 14-310.14-M2 

HS 

See: Levinstein mustard 

Hugoniot calculations .Div. 2-120-M5 

Div. 2-131-M7 

Hugophones .Div. 6-612.71-M6 

Hulls 

construction .Div. 18-602.5 

Liberty ships and oil tankers.Div. 18-602.1-M4 

V-bottom.Div. 12-1910-M12 

Div. 12-1910-M21 

See also: Ships, bottom cleaning 
and protection 
Humidity 

effect on wave propagation .Div. CP-222.1-M2 

Div. CP-321 
Div. CP-332-M3 


686 






















































Humidity-Hydrophones 


effect on wave propagation (cont’d) 

Div. CP-333.3 

calibration 


measuring instruments. 

. .Div. 14-122.2-M2 

See: Transducers, calibration 


Humidity test chamber 


condenser . 

..Div. 6-553.1-M4 

variable-time fuze. 

. .Div. 4-619-M3 

crystal . 

. .Div. 6-553.1-M2 

HVAR 



Div. 6-554 

See: Rocket types, aircraft, high- 



Div. 6-554.3 

velocity 


British . 

. .Div.6-554-M25 

H 2 X . 

. .Div. 14-243.2-M3 


Div. 6-554.3 


Div. 14-329.12-M4 

Brush Development Company 

. .Div.6-553.1-M3 


Div. 14-329.141-MI 


Div. 6-554-M21 

horn-fed antenna. 

. .Div. 14-234.21-M8 


Div. 6-554.3 

supersonic trainer. 

. .Div. 14-411.11 


Div. 6-611-MI 

Hydrazines . 

. .Div. 9-226 

David Taylor Model Basin. 

. . Div. 6-554-M24 

Hydrabombs 



Div. 6-554-M29 

See: Bombs, hydro 


Massachusetts Institute of Tech¬ 


Hydrochloric acid 


nology . 

. .Div.6-553.1-M5 

absorption by charcoal. 

. .Div. 10-201.1-M7 


Div. 6-553.2-M8 

Hydrodynamics . 

. .Div. AMP-102 


Div. 6-553.2-M11 

torpedoes. 

. .Div. 6-810 


Div. 6-554-M25 

Hydrofoil. 

. .Div. 6-712-MI 


Div. 6-554.3-M8 

Hydrogen 



Div. 6-611-M2 

generation. 

..Div. 11-203.3 

Submarine Signal Company. 

..Div. 6-554.3-M7 

radioactive . 

Div. 10-402.35-M4 

See also: JK listening equipment 


Hydrogen cyanide (AC, HCN) 


tourmaline . 

. .Div.6-554.3 

absorption by charcoal. 

. .Div. 10-202.15-M6 


Div. 6-556.1-M32 


Div. 10-202.15-M13 

XMX . 

. .Div.6-553.1-M8 


Div. 10-202.151-M5 

directional radio sonic buoy . 

. .Div. 6-624.21-Ml 


Div. 10-202.152-M8 

expendable radio sonic buoy . 

. .Div. 6-554.2-M12 


Div. 10-202.154 


Div. 6-624.12-M6 


Div. 10-202.156-M9 


Div. 6-612.62 


Div. 10-202.16 

inertia-type carbon (General Elec¬ 



Div. 10-202.17-M6 

tric Company) . 

..Div. 6-554-M14 


Div. 10-202.18-M2 


Div. 6-554-M27 

detection and determination . 

. .Div.9-422.42 

magnetostriction . 

..Div. 6-554 


Div. 10-401.111-M3 


Div. 6-554.2 

ethanolamine synthesis. 

. .Div. 9-221.4 


Div. 6-612.22-M4 

preparation and properties. 

. .Div.9-223.3-M2 


Div. 6-612.41-M8 


Div. 10-202.156-M19 


Div. 6-612.53-MI 


Div. 10-402.33 


Div. 6-612.55-M5 

radioactive . 

. .Div. 10-402.35-M5 


Div. 6-612.6-M2 

toxicity studies . 

. . Div. 9-323.2 


Div. 6-612.62 

water content. 

. . Div. 9-223.2 

David Bogen (OBY). 

. .Div. 6-612.613-M18 

Hydrogen fluoride 


JP and JP-1. 

. .Div. 6-612.55 

absorption by charcoal. 

. .Div. 10-202.15-M14 


Div. 6-612.44-M4 


Div. 10-202.156-M17 


Div. 6-612.62 

experimentation. 

. .Div. 10-402.2-M3 

MKX . 

. .Div. 6-612.63 

Hydrogen peroxide 


MOX . 

..Div. 6-612.63 

preparation. 

..Div. 9-253 

pit-log strut. 

. .Div. 6-612.613-M14 

torpedo fuel . 

.Div. 6-830.2-M8 

thimble . 

. .Div. 6-612.6-MI 


Div. 6-830.21-M2 

Thuras. 

. .Div.6-554-M7 

Hydrophones 



Div. 6-554-M21 

absolute efficiency. 

. .Div.6-551-M3 


Div. 6-554.2-M2 


Div. 6-551-M4 


Div. 6-554.2-M8 


Div. 6-552-M4 

Thuras doughnut . 

,. .Div.6-612.62-MI 


Div. 6-552-M8 


Div. 6-612.62-M4 

beeper listening. 

. .Div. 6-612.611-M14 

tube . 

,. Div. 6-612.62 


Div. 6-612.611-M23 


Div. 6-612.8 


Div. 6-612.611-M24 

Naval Ordnance Laboratory. 

, ..Div.6-553.1-M3 

blimp-towed . 

. .Div. 6-624.3 


Div. 6-553.1-M6 

cable-connected . 

. .Div.6-625.1 


Div. 6-554-M12 


687 





















































Hydrophones-Impregnants 


Semmes .Div. 6-554-M6 

Radio Corporation of America .Div. 6-553.1-M3 

standard .Div. 6-553.1 

Div. 6-612.53-M4 
Div. 6-612.6-MI 

Woods Hole Oceanographic Insti¬ 
tution .Div. 6-554-M34 

See also: Transducers 


Hydropulse 

See: Motors, hydropulse 

Hydroximyl chlorides .Div. 9-231.4-M2 

Hygrometers.Div. CP-343 

Hyper velocity gun 
See: Guns, hypervelocity; Guns, 
machine, hypervelocity 

Hysteresis .Div. 14-241.413-M9 

Div. 14-251.71-M3 


I 


Ice 

dielectric constant and loss.Div. CP-522.1 

Div. CP-522.13 

Identification 

infrared systems.Div. 16-440 

moving target 

See: Moving target identification 
(MTI) 

surface craft (from air).Div. 16-441 

Identification friend-or-foe (IFF) .Div. 14-324 

Div. 14-412-M8 

antenna .Div. 14-234.122-M9 


Div. 14-234.122-Mil 
Div. 14-234.122-M12 
Div. 14-234.21-M14 
Div. 14-234.21-M15 

See also: Corner reflectors; Detec¬ 
tion; Locators, friendly aircraft; 

Position identification; Recogni¬ 


tion 

Igniters and Ignition 

Igniters 

flares (underwater).Div. 6-646.32-M5 

gasoline-nitric acid mixtures.Div. 8-702 

incendiary fuels.Div. 11-303.3 

mousetrap .Div. 3-420-M3 

rocket.Div. 3-110-M9 

Div. 3-420 
Div. 4-222.121-M4 
Div. 4-222.121-M6 

ballistite.Div. 3-422.1-MI 

Div. 3-422.1-M3 

black powder .Div. 3-421-MI 

plastic cases for.Div. 3-422.1 

tinplate cases for .Div. 3-422.2 

torpedo .Div. 6-830.1 

Ignition (rocket) 

ballistite .Div. 3-361.512 

double-base powder .Div. 3-361.22 

thermal .Div. 3-223 

Illinois, University of 


Progress reports on chemical warfare . .Div. 9-126 


Image orthicon tube 
See: Tubes, image orthicon 

Imines (aliphatic) .Div. 8-105-M3 

Impact 

bomb .Div. 17-323.3 

double-base powders.Div. 3-361.25 

effect on tensile properties.Div. 2-432 

Div. 18-902.12 

projectile.Div. 8-202 

on water .Div. AMP-404 

properties of matter during.Div. 2-400 

Impact loading .Div. 2-420 

Div. 18-902.13 

Impact velocity .Div. 2-432.1-Ml 

Div. 18-902.12 

Impedance 

antenna .Div. 15-333.1 

dipole.Div. 14-113-M5 

Div. 15-333.1-M5 
Div. 15-333.1-M6 

matching .Div. 14-252.1-M3 

radar.Div. 14-252.1 

Div. 15-522 

transmission lines .Div. 14-233.41-MI 

Div. 14-233.413-M5 

wave guides.Div. 14-233.41-Ml 

underwater sound.Div. 6-551-M7 

Div. 6-612.51-M5 
Div. 6-645.15-MI 

magnetostriction transducer.Div. 6-612.32 

Div. 6-612.511 

variable-time fuze (input) .Div. 4-231.4-M12 

Div. 4-236-MI 
Div. 14-232.17-MI 

Impregnants 

carbon (CC-2).Div. 9-541.1 

Div. 9-541.12 

charcoal .Div. 10-202.141 

chloroamide 

See: Chloroamides, impregnants 

clothing .Div. 9-541 

Div. 9-542 


















































Impregnants-Indicators 


See also: Charcoal, impregnated; 

Clothing, protective; Fabrics, im¬ 
pregnated 

Impregnating field kits.Div. 9-542.1 

Impulse counters .Div. 17-436.2 

Impulse signalling 
See: Volflag impulse signalling 
system 
Impulses 

detonation processes.Div. AMP-101.1-M15 

rocket (measurements).Div. 3-244 

shock (mine clearance).Div. 3-361.24 

See: Shock impulse 
Inanition 

effect on mustard gas lesions.Div. 9-312.132-M19 

Incendiaries .Div. 11-300 

Div. 11-301 

sabotage.Div. 11-301.2 

Div. 11-301.22 
Div. 11-301.23 

See also: Bombs, incendiary 

Inclinometers .Div. 7-321.221-MI 

Index of refraction 
See: Refractive index (wave propa¬ 
gation ) 

Indicator screens 
See: Screens, cathode-ray tube 
Indicators 

acoustic range-sound level.Div. 6-554.3-M5 

air speed 

German .Div. 18-801.12-MI 

sonic.Div. 17-436.323-M2 

angle of attack (rockets) .Div. AMP-601.1-MI 

audio .Div. 14-242.11 

auditory flight .Div. 17-437 

bandwidth adjustment.Div. 15-314.21-MI 

bank and turn (Japanese) .Div. 18-802.13-MI 

bearing deviation (BDI) .Div. 6-321.2 

Div. 6-631.12-MI 
Div. 6-631.31-M12 
Div. 6-631.4 
Div. 6-631.432 
Div. 6-631.44 
Div. 6-631.45 
Div. 6-632.222 

azimuth system .Div. 6-631.45 

depth system.Div. 6-631.45 

Models X-3 and X-4.Div. 6-631.421 

Div. 6-631.422 
Div. 6-631.44-M5 

patterns .Div. 6-921.2 

performance .Div. 6-631.44 

theory .Div. 6-631.41 

Div. 6-631.411 
Div. 6-631.412 

trainers.Div. 6-321.21 

Div. 6-321.22 

break point.Div. 10-202.154-M10 

cavitation.Div. 6-642.1 

Div. 6-642.11 


depth charge direction (DCDI).Div, 

Div, 

dive-angle .Div 

Div, 

echo doppler (EDI).Div 

fire-control (problem solution) .Div. 

firing error .Div. 

Div. 

acoustic system .Div. 

aperiodic system.Div. 

magnetic bullet system.Div. 

FM sonar.Div. 

function (variable-time fuze).Div. 

glider position .Div. 

ground position (GPI).Div. 

Div. 

gun train.Div. 

infrared .Div. 

Div. 

loran.Div. 

Div. 

moving screen.Div. 

oxygen-want .Div. 

Div. 

See also: Oximeter 

plan position (PPI) .Div. 

Div. 

Div. 

Div. 

Div. 

Div. 

Div. 

Div. 

photographic .Div. 

photographic projection (P 4 I) .Div. 

photographs .Div. 

Div. 

Div. 

plotting .Div. 

precision (P 3 I).Div. 

Div. 

Div. 

relay radar .Div. 

sinusoidal potentiometer.Div. 

vertical.Div. 

position (sonic) .Div. 

QH sonar.Div. 

quado.Div. 

Div. 

radar.Div. 

Div. 

Div. 

Div. 

Div. 

radio frequency envelope.Div. 

Div. 

Div. 

radio frequency power.Div. 

Div. 

range height .Div. 


SECRET 


. 6-642.2 
6-642.21 
4-327 

AMP-503.8-M3 
. 6-631.34 
APP-611-M1 
17-443 
17-443.2 
17-443.22 
17-443.23 
17-443.21 
6-635.5-M6 
4-626-MI 
16-320.1 
14-327.2-M2 
14-329.142 
6-646.26-MI 
16-310.221-M3 

16- 310.221-M6 
14-327.111-M6 
14-327.114-M8 

13- 203.2 

17- 321-MI 
17-321-M2 

14- 242.3 
14-321.14-M5 

14- 327-MI 
APP-611.2-M21 
APP-660 
6-631.411-M6 
6-632.04 
6-644.22-M8 

15- 333.21-M10 
14-242.32 
14-321.14-Mil * 
14-411.11-M4 
14-411.11-M5 
14-265 
14-242.31 
14-243.1-M3 
14-244.3-M3 
14-266-MI 
14-211.3 

14- 322.3-MI 
17-437.2 
6-632.04-M10 

15- 314.21-M2 
15-314.21-M3 
14-242 
14-242.1 

14- 242.12 

15- 314.2 
15-314.21 
14-251.72-M3 
14-251.9-M2 

14- 251.9-M8 

15- 521.2 
15-521.3-MI 
14-322.3-M3 

689 




































































Indicators-Iowa State College 


rate-of-climb. 

..Div. AMP-502.1-M30 

rocket tossing. 

, .Div. 4-422.3 

German . 

..Div. 18-801.12-M4 

toss-bombing. 

..Div. 4-324 

Japanese . 

. .Div. 18-801.12-M4 


Div. 4-324.1 

release point (bombing). 

. .Div. 14-265.3-M3 

components. 

. .Div. 4-324.2 


Div. 14-265.3-M5 


Div. 4-324.22 

right-left (Jacobs) . 

. .Div. 6-426-M4 

fixed-time . 

..Div. 4-324.13 


Div. 6-612.21-M17 

Magnavox (Mark 20). 

. .Div. 4-324.14 


Div.6-612.5-Ml 


Div. 4-324.3-M7 


Div. 6-623.3-M3 

reversing electrical . 

..Div. 4-324.12 

spurious response . 

. .Div. 15-311.21-M7 

tests .. 

..Div. 4-324.3 

target doppler (TDI) . 

..Div. 6-631.34 

AN/ASG-10. 

. .Div. 4-321.11-M3 

tilt angle. 

. .Div. 7-321.221 


Div. 4-321.11-M5 

See also: Detectors; Remote indica- 



Div. 4-321.14 

tion systems 


Interceptors 


Indicator Section reports. 

. .Div. 14-242-MI 

ground communication (GCI) 


Induction field sensitivity 


See: Ground communications 


radio-proximity fuze. 

. .Div. 4-233-MI 

interceptor (GCI) 



Div. 4-624-MI 

Interchangers 


Inflammability 


See: Heat exchangers 


See: Bombs, incendiary, damage and 


Interference 


evaluation; Incendiaries; Wood, 


radar . 

. .Div. 14-262.1 

burning tests 



Div.CP-323.l-Ml 

Infrared 


radio communications . 

. .Div. CP-731 

far. 

..Div. 16-310 

static. 

. .Div. 13-202.21 

image-forming . 

..Div. 16-400 

simulated . 

..Div. 17-412-M2 


Div. 16-410 

See also: Noise; Precipitation static 



Div. 16-411 

Interference blanker. 

..Div. 14-262.1-M3 

devices and equipment. 

. .Div. 16-420 

Interferometers 


tactical applications . 

. .Div. 16-430 

acoustic . 

..Div. 6-510.22-M6 

near . 

. .Div. 16-300 

optical testing. 

.Div. 16-162.4 

equipment. 

..Div. 16-301 

shock waves . 

Div. 2-120-M7 

light sources. 

. .Div. 16-301.1 

Interior ballistics 


Infrared ranging and detection 


See: Ballistics, guns, internal 


(IRRAD) . 

. Div. 16-305 

Interjectors 


Injectors 


sonar signal. 

. .Div. 6-632.06-MI 

echo . 

. .Div. 6-323-M3 

Interphones . 

..Div. 6-553-M5 

propane . 

. .Div. 9-414.1-M2 


Div. 17-436.321 

Inmelting (centrifugal) . 

.Div. 1-640 

aircraft . 

. .Div. 17-436.31-M3 

Insect control. 

. .Div. 9-700 

trainer . 

. .Div. APP-218.2-M2 


Div. 9-710 


Div. APP-670 

Insect repellents. 

. .Div. 9-711 

Interpolators 


Insecticides . 

. .Div. 9-712 

relay . 

. .Div. AMP-13-M8 


Div. 9-712.2 

Interpolymers (methacrylate). 

. .Div. 11-303.12-M9 

Insulation 


Interpupillary measurements. 

. .Div. APP-121-M1 

acoustical. 

. .Div. 17-435.24 


Div. APP-653 

electrical . 

Div. TD-101.3 

Interpupillometers . 

..Div. APP-112.2 

thermal . 

.Div. 11-104.131 

Intervalometers . 

. .Div. AMP-801.3-M1 

Integrated Type B (Scanning sonar) 



Div. 6-646.22 

See: Depth-scanning sonar, Inte¬ 


toss-bombing . 

. .Div. 4-328.1 

grated Type B (DSS) 


Invar . 

..Div. 7-210.22 

Integrators 


Inverters 


acceleration. 

Div. 4-324.11 

electronic. 

. .Div. 3-615-M2 


Div. 14-329.17-M12 

400-cycle . 

. .Div. 17-314 


Div. 14-329.18 

Iodoplatinate (mustard gas detection) . 

..Div. 9-422.116 


Div. 14-411.4 


Div. 9-422.118-M2 


Div. AMP-803.5-M10 

Ionospheric measurement . 

..Div. 13-205 

double-triode .. 

.. .Div. 14-212.8-M2 

Iowa State College 


error . 

Div. 14-412-M5 

Progress reports on chemical war¬ 


first-order equation. 

Div. AMP-12-M1 

fare . 

..Div. 9-122 


path .Div. 6-644.14 





690 


































































Irises-Jet-propulsion equipment 


Irises (wave guide).Div. 14-233.423 

Iron 

Armco .Div. 2-432.1-M2 

Div. 18-902.12-M5 

dielectric usage .Div. 14-131.15 

IRRAD 

See: Infrared ranging and detection 
(IRRAD) 


JAA (training system) .Div. 6-623.3-M5 

Jackal 

See: AN/ARQ-2 (Jackal); AN/ 

ART-3 (Jackal) 

Jammers and Jamming Systems.Div. 15-320 


Div. 15-322.16 
Div. 15-323 
Div. 15-400 
Div. 15-410 


automatic 

See: Tuning, automatic (jam¬ 
ming systems) 


expendable . 

.. .Div. 

15-412 

guided missile. 

. .Div. 

15-411-M4 


Div. 

15-411-M5 


Div. 

15-411-M6 

MAS . 

.. .Div. 

15-263-M3 


Div. 

15-263-M5 

measurements. 

.. .Div. 

15-520 

practice . 

. . .Div. 

15-610 


Div. 

15-640 

radar . 

.. .Div. 

15-322 


Div. 

15-322.16 


Div. 

15-404 

airborne. 

. ..Div. 

15-322.1 


Div. 

15-401.1 


Div. 

15-401.3 


Div. 

15-401.5 


Div. 

15-411-MI 

components. 

.. .Div. 

15-322.2 

field tests. 

.. .Div. 

15-722 

ground. 

.. .Div. 

15-322.1 


Div. 

15-402.1 

ground (A-500) Tuba . 

. ..Div. 

15-402.1 

shipboard . 

. . .Div. 

15-322.1 


Div. 

15-403.1 


Div. 

15-403.3 

shipboard (X-MBT) Elephant .. 

.. . Div. 

15-403.2 

radio communications . 

. .Div. 

15-321 


Div. 

15-321.3 

airborne . 

... Div. 

15-321.1 


Div. 

15-321.13 


Div. 

15-401.2 


Div. 

15-401.4 


Irving (Japanese aircraft).Div. 18-802.11-M16 

IS-WAS animated trainer.Div. 6-326.2-M3 

Div. 6-326.2-M4 

Isocyanates .Div. 9-223.3-M3 

Isoquinolines .Div. 9-600-M5 

Isotherms.Div. 10-202.17-M9 

Item analysis .Div. APP-412 


J 


airborne (continued) Div. 15-401.21 

components.Div. 15-321.2 

Div. 15-321.23 

ground.Div. 15-402.2 

Div. 15-402.3 
Div. 15-402.4 

step tone.Div. 15-211.321-M7 

test equipment .Div. 15-500 

Div. 15-510 
Div. 15-517 

See also: Generators, interference 

Jamming .Div. 15-200 

barrage.Div. 15-231 

Div. 15-321.1-MI 
Div. 15-321.1-M2 
Div. 15-321.12-M2 
Div. 15-322.123-M3 

electronic.Div. 15-230 

specific devices .Div. 15-260 

spot frequency.Div. 15-232 

Div. 15-322.124-M3 
Div. 15-322.124-M8 
Div. 15-333.1-M9 
Div. 15-401.3-M3 
Div. 15-401.3-M4 

static-burst .Div. 15-211.321-M6 

Jamming of radar 

See: Radar, jamming of 
Jamming of radio communications 
See: Radio communications, jam¬ 
ming of 

Jamming signals 

See: Signals, jamming (against 


radio communications) 

JAPIR .Div. 16-302.3 

Jeep .Div. 12-200 

Jets and Jet Propulsion 

Jet-propulsion equipment.Div. 3-440 

Div. 3-840 
Div. 8-603.1-M8 
Div. 8-607.6 

ACL-1 unit.Div. 8-607.6-M3 

Div. 8-607.6-M4 
Div. 8-603.1-M10 


SECRET 

wtaaftr) i 


691 














































Jet-propulsion equipment-Lagrange 


take-off unit.Div. 3-596 

Div. 3-841 

torpedo.Div. 3-722.3 

Jet-propulsion powders 

See: Powders, jet propulsion 
Jets 

bomb accelerator.Div. 3-540 

formation of.Div. 8-400 

inclined .Div. 3-243.2 

liquid.Div. 11-303.42 

shaped-charge.Div. 8-402-M5 

target penetration of.Div. 2-310 

Div. 8-404 

theory.Div. AMP-101.2-M2 

Div. AMP-103 

Jiggler process.Div. 10-202.131 

Jill (Japanese aircraft) .Div. 18-802.11-M5 

Jittering.Div. 15-211.31-M3 

Div. 15-211.31-M4 

JK listening equipment .Div. 6-554.1-MI 

Div. 6-556.1-Ml 
Div. 6-556.1-M2 
Div. 6-621-M4 
Div. 6-621-M5 
Div. 6-631.43-M3 


K-bob springs.Div. 4-324.22-M4 

K-effect (ultra short wave propagation) . .Div. CP-224-M15 
Kdrman theory of plastic deforma¬ 
tion .Div. 2-430 

Kasei (Japanese aircraft).Div. 18-802.12-M26 

Kawasaki (Japanese aircraft) .Div. 18-802.12-M25 

KB-numbered compounds 
See: Compound KB, etc. 

Keels (ship).Div. 12-1910-M3 

Kellner-Schmidt 

See: Metascopes, Kellner-Schmidt 
Kenvil ballistite 
See: Ballistite 


See: Lewisite (M-l, L) 

Laccol .Div. 9-243-MI 

Lactic acid .Div. 9-312.121-M2 

Ladderphone stacks.Div. 6-612.71-M26 

Div. 6-612.31-M8 


See also: Hydrophones, crystal 
Jostle IV .Div. 15-401.21 

JP 

overside listening system.Div. 6-622.2 

through-the-hull listening system ... .Div. 6-622.2-M5 

JPl 

topside listening system .Div. 6-580.1-MI 

Div. 6-623.1 
Div. 6-623.2-M2 
Div. 6-642.11-M3 

trainers .Div. 6-321.6 

Div. 6-623.1-M2 

JP-2 .Div. 6-623.1-M10 

JP-3 .Div. 6-623.1-M10 

JQ sonar .Div. 6-556.1 

JT sonar .Div. 6-623.2 

Judy (Japanese aircraft) .Div. 18-802.11-M19 

Div. 18-802.14-M5 

Jungle 

radio communications 


See: Radio communications, jun¬ 
gle conditions 
sounds 

See: Noise, jungle; Signalling, 
supersonic 


K 


Keratolytics. 

... Div. 

9-312.136-MI 

Ketenes and Ketones 



preparation and analysis.. 

.. .Div. 

9-231.2 


Div. 

9-331.1-M2 

synthesis of chloroamides.. 

... Div. 

9-511.3-MI 


Div. 

9-511.3-M5 

See also: Thioketones 



Keystone Stereopsis Test. 

.. .Div. 

7-220.15-M6 

Kidneys (nitrogen mustard toxicity) . 

.. .Div. 

9-321.1-MI 

Kinetic definition chart 



See: Charts, kinetic definition 



Kinsei (Japanese aircraft).. 

. . .Div. 

18-802.12-M18 

Klystrons .. 

.. . Div. 

13-201.1-MI 


Div. 

14-241.411 


L 

Lag line.Div. 6-321.5-M7 

Div. 6-631.42 

Lagrange 

See: Equations, Lagrange's 









































Laminated scrolls-Levinstein mustard 


Laminated scrolls 


spiral (continued) 

Div. 4-222.121-Mil 

See: Scrolls (laminated) 



Div. 4-222.129-M5 

Laminates 


tank-mounted. 

..Div. 3-491.214 

fiberglas. 

, ..Div. 3-410-M8 

target . 

..Div. 3-625.1-M2 

plastic. 

..Div. 11-208.2 


Div. 3-491.213 


Div. 11-208.21 

trailer-mounted . 

. .Div. 4-411.3 

See also: Dovon 


Lawson technique. 

. .Div. 14-111-M2 

Lamps (near infrared arc and flash) .. 

. .Div. 16-301.11 


Div. 14-233-M2 


Div. 16-301.12 

Layer effect (underwater sound). 

. .Div. 6-510.41 

Land combat vehicles 


Lead compounds . 

. .Div. 9-218 

See: Vehicles, land combat 


Lead sulfide (photoconductive cells) .. 

. .Div. 16-302.12 

Landing craft 


Leads 


booster-propelled. 

..Div. 12-1000-M2 

angular travel. 

. .Div. AMP-503.6-M6 


Div. 12-1000-M3 

formulae . 

. .Div. AMP-502.13-M9 

tests for operators. 

. .Div. APP-314 

kinematic. 

. .Div. AMP-503.6 

See also: DUKW; Jeep; Paddy 


own-speed . 

..Div. AMP-503.3-M6 

vehicle; Vehicles, amphibious; 


radial . 

..Div. AMP-503.6-M36 

Weasel 


traverse . 

..Div. AMP-503.6-M14 

Landing gear (Japanese aircraft) .... 

. .Div. 18-802.11 

true. 

..Div. AMP-503.6 

Landing piers. 

. .Div. 12-1200-M15 

See also: Sights, lead-computing 


LaPlace 


Leather 


See: Equations, LaPlace’s 


dressings . 

. .Div. 11-206.9 

Launchers 


fungus proofing. 

. .Div. 11-206.9-M4 

booster. 

. .Div. 3-491.1-M3 


Div. TD-102.4 

grenade (Japanese). 

. .Div. 18-803.23-M4 

Leeds and Northrup Company, Final 


rocket. 

.. Div. 3-490 

report for Division 6 



Div. 3-491 

See: Contract OEMsr-1419 



Div. 3-491.211 

Lenses 



Div. 3-491.22-MI 

acoustic . 

..Div. 6-632.421-M4 


Div. 3-491.231-M2 

autocollimating 



Div. 3-491.233 

See: Autocollimating buttons and 



Div. 3-491.234 

lenses 



Div. 4-412.4-M8 

camera . 

. .Div. 16-111.11 

aircraft-mounted . 

. .Div. 3-110-M10 

night photography. 

. .Div. 16-111.411 


Div. 3-110-M11 

coatings 



Div. 3-480-M2 

magnesium fluoride . 

. .Div. 11-206.51 


Div. 3-491.1 

non-crazing . 

. .Div.4-234.1 


Div. 3-532.1-M3 

fuze (photoelectric proximity). 

. .Div. 4-234 

amphibious vehicle-mounted 

. .Div. 3-491.23 


Div. 4-238.44-M3 

barrage. 

. .Div. 3-491.212 

crazing . 

. .Div. 4-234-M5 


Div. 3-491.231 

lucite . 

..Div. 4-234-M6 


Div. 3-491.232 


Div. 4-234.1-M3 

CIT Types. 

..Div. 3-491.212 

oxygen mask (fog-proof) . 

. .Div. 11-203.4-M3 


Div. 3-491.22 


Div. 11-203.4-M4 


Div. 3-491.231 

Levinstein mustard 



Div. 3-491.232 

absorption by charcoal. 

. .Div. 10-201.1-M13 

DUKW-mounted . 

..Div. 3-491.231 

detection and determination. 

. .Div. 9-413.1-MI 

helical 



Div. 9-413.3-MI 

See: Launchers, rocket, spiral 



Div. 9-422.114 

jeep-mounted . 

..Div. 3-491.212 


Div. 9-422.115 

jungle. 

..Div. 3-491.21 


Div. 9-422.118 

land . 

..Div. 3-491.2 


Div. 9-422.13-M2 


Div. 3-491.21 


Div. 9-422.8 

multiple-charge . 

. .Div. 3-491.211-MI 

evaporation. 

. .Div. 10-501.12-MI 

PT boat-mounted . 

. .Div. 3-491.221 

preparation and analysis. 

. .Div. 9-212.112 

shipboard . 

..Div. 3-491.2 


Div. 10-402.2-M6 


Div. 3-491.22 


Div. 10-501.12-MI 

spin-stabilized. 

. .Div. 3-491-213 

purification. 

..Div. 11-203.511 


Div. 3-491.234 

steel corrosion. 

. .Div. 9-254 

spiral . 

..Div. 3-491.232-M9 

storage stability. 

. .Div. 11-203.51 



693 


























































Levinstein mustard-Lumped constants 


thickening.Div. 11-203.512 

toxicity studies .Div. 9-312.1-MI 

Div. 9-312.121 
Div. 9-312.131 
Div. 9-312.132 
Div. 9-362-MI 
Div. 9-522.12-M10 

Lewisite (M-l, L) 

detection and determination .Div. 9-213.14-M4 

Div. 9-413.1 
Div. 9-422.21-M5 
Div. 9-422.23 
Div. 9-422.24 
Div. 9-422.8 

preparation and analysis.Div. 9-213.11 

radioactive .Div. 9-213.11-M9 

therapeutic treatment for .Div. 9-512 

Div. 9-522.2-M6 
Div. 9-523 

toxicity studies .Div. 9-312.132-M8 

Div. 9-360-MI 
Div. 9-362 
Div. 9-384-M3 

See also: Arsenic compounds; Ar¬ 
sines 

Lewisite-mustard mixtures .Div. 9-253.1 

Div. 9-254 
Div. 11-203.512-M3 

Liberty ships 
See: Ships, Liberty 

Lichtsprecher .Div. 16-303.3-M4 

Life rafts 

corner reflector equipped.Div. 14-267.1 

Div. CP-611.1-M6 
Div. CP-611.1-M10 


inflation at low temperatures . .. , 

.... Div. 

11-203.1 

pneumatic. 

.Div. 

12-1850 

Lighthouse tubes 



See: Tubes, lighthouse 



Lily (Japanese aircraft). 

.Div. 

18-802.11-M4 


Div. 

18-802.11-M14 

Limiters (antijamming) . 

.Div. 

15-211.1-M11 


Div. 

15.212.12-M2 

Linear arrays (antennas).. 

.Div. 

14-234.122-M17 


Div. 

14-234.232 

Liners (gun) 



See: Gun liners 



Link Crab. 

.Div. 

14-411.3-M3 

Liquids (dielectric usage). 

.Div. 

14-131.14 

Listening (underwater). 

.Div. 

6-530.22-M2 


Div. 

6-560.2 


Listening (underwater) ('continued) Div. 6-621 

aircraft.Div. 6-624 

binaural.Div. 6-560.1 

Div. 6-621-MI 

equipment .Div. 6-620 

field tests.Div. 6-560.22 

laboratory tests .Div. 6-560.21 

ranges.Div. 6-570.22 

surface craft .Div. 6-622 

Div. 6-622.1 

torpedoes .Div. 6-626 

training of personnel.Div. 17-442 

Lithium.Div. 11-203.31 

Little Abner 

See: AN/TPS-10 (Little Abner) 

Lloyd mirror effect .Div. 6-510.111 

Loading 

radio-proximity fuze.Div. 4-233.1 

rapid (metals).Div. 18-902.14 

See also: Impact loading 

Lobo Unit.Div. 11-102.213-M2 

Locators 

friendly aircraft.Div. 13-102.21 

phase-actuated (PAL).Div. 6-622.1-M2 

trainers .Div. 17-441.2 

regenerative object .Div. 6-634.1-M2 

retrodirective (near infrared).Div. 16-320.2-MI 

small object (SOL).Div. 6-554.4-M11 

tank (by radio) .Div. 13-102.1 

underwater object (UOL).Div. 6-554.4-M12 

See also: Detection and Detectors 

Lodar .Div. 14-235.1-M4 

Div. 14-327.111-M2 

Loran .Div. 14-327 

Div. 14-327.1 
Div. 14-327.11 
Div. CP-713-M2 

jamming vulnerability.Div. 15-250-MI 

trainers .Div. 14-411.5-M6 

Loudspeakers (underwater).Div. 6-612.62-M45 

Lousicides .Div. 9-712.2-MI 

LRASV (antenna) .Div. 14-234.122-M2 

Lubricants 

aircraft control cable.Div. 18-103.11 

containers .Div. 11-206.8 

synthetic .Div. 9-810 

See also: Oil 
Lucite 


See: Lenses, fuze (photoelectric 
proximity), lucite 

Lumped constants.Div. 15-362 


694 






















































M 


M-curves (bilinear).Div. 14-122.1-M3 

M-l 

See: Lewisite (M-l, L) 

M-29 

See: Weasel, M-29 
Machine guns 
See: Guns, machine 
Magazines 

See: Ammunition magazines 
Magnesium 

deficiency (effect on mustard gas 


lesions).Div. 9-312.132-M18 

rocket fuel .Div. 3-362-M4 


See also: Alloys, magnesium 
Magnetic airborne detection (MAD) 
See: Detection, magnetic airborne 
(MAD) 

Magnetic attack trainer (MAT) 

See: Trainers, magnetic attack 
(MAT) 

Magnetic bullet system 
See: Indicators, firing error, mag¬ 


netic bullet system 
Magnetic field 

aircraft.Div. 4-760-MI 

compensation .Div. 6-451 

Div. 6-451.4 

permanent and induced .Div. 6-451.1 

earth (fluctuations) .Div. 6-444 

interaction with dielectrics.Div. 14-131.1-M2 

measurements.Div. 4-760 

mine clearance .Div. 17-122.2 

submarine.Div. 6-441 

Magnetic mines 
See: Mines, magnetic 

Magneto (Japanese).Div. 18-802.12-M7 

Magnetometers.Div. 17-131.1 

aircraft.Div. 6-421-M3 

saturated core.Div. 6-410 

design.Div. 6-412 

noise.Div. 6-414 

sensitivity.Div. 6-413 

theory.Div. 6-411 

wave train.Div. 6-426-M9 

Magnetrons.Div. 14-231.2-M5 


Div. 14-232.1 
Div. 14-232.19 
Div. 14-241.412-MI 
Div. AMP-203.1 
Div. 15-341 
Div. 15-341.6 
Div. 15-344-MI 

centimeter frequencies.Div. 14-232.11 

Div. 14-233.412-M15 

cold.Div. 14-232.19-M10 


continuous-wave. 

. .Div. 

14-231.4-M5 

\ 

Div. 

15-341.3-M2 


Div. 

15-341.4-M5 

1 

Div. 

15-341.4-M7 

Div. 

15-341.4-M10 


Div. 

15-341.4-M13 


Div. 

15-341.4-M15 


Div. 

15-341.6-M7 


Div. 

15-344-MI 

cylindrical . 

..Div. 

AMP-203.1 

flux plotting. 

..Div. 

14-265.2-MI 

K-band (1-cm). 

. .Div. 

14-232.111 


Div. 

15-341.6-M4 

one-anode . 


AMP-203.1-M5 

output . 

. Div. 

14-233.423-M9 

plane . 

.. Div. 

AMP-203.1 

Rising-Sun. 

. Div. 

14-232.111-M9 


Div. 

14-232.12-M3 

S-band (9- to 12-cm). 

.. Div. 

14-232.113 

spectra . 

. .Div. 

14-232.18 

split-anode . 

. . Div. 

14-232.19-M5 

stability . 

.. Div. 

14-231.23-M3 


Div. 

14-232.16 

X-band(3-cm). 

. .Div. 

14-232.112 

25-100 watt. 

.. Div. 

15-341.1 

150-watt (Flute series) . 

. . Div. 

15-341.2 

200-300 watt . 

. .Div. 

15-341.3 

1-kw (Piccolo series) . 

. Div. 

15-341.4 

10-kw . 

..Div. 

15-341.5 

Magnets. 

. .Div. 

6-462-MI 


Div. 

6-612.42 

Maintenance Group (radar) .... 

. .Div. 

14-501-M4 

Maintenance of true bearing (MTB) . 

..Div. 

6-631.22 


Malalignment 
See: Rockets, malalignment 
Malaria 

See: Antimalarial agents and in¬ 
termediates 
Mal-launching 

See: Rockets, mal-launching 

Malodorants .Div. 9-255-MI 

Mamie .Div. 17-111.2-M6 

Mamoru (Japanese aircraft).Div. 18-802.12-M19 

Mandrel 

See: AN/APT-3 (RC-183, Mandrel) 

Maps and Mapping 

Mappers (thermal strip) .Div. 16-310.313 

Mapping 

photographic systems .Div. 16-111.3-M5 

See also: Photogrammetry 

video.Div. 14-242.24-M5 

Maps 

radar.Div. 14-242.4-MI 

waffle relief.Div. 14-423-MI 

stereographic .Div. AMP-703.5-M6 


SECRET 


695 

























































Marine speedometers-Metals 


Marine speedometers 
See: Speedometers, marine 
Markers 

air-to-surface vessel .Div. 14-325-M2 

frequency scale .Div. 6-612.53-M3 

sea.Div. 11-203.22 

Div. 6-646.3 

See also: Float lights (Mark V and 
Mark VI); Float markers (radar) 

Martensite.Div. 18-201.2-M3 

Div. 18-201.2-M6 

Martin resilient wheel spoke.Div. 12-1840-M2 


Div. 12-1840-M3 

MAS 

See: Jammers and Jamming Sys¬ 
tems, guided missile, MAS 
Masking 

radio communications .Div. 15-526 

sonar countermeasures.Div. 6-651.3 

underwater sound.Div. 6-560.2 

Div. 6-560.21 

reverberation .Div. 6-560.32-M4 

See also: Noise, underwater, 
masking 
Masks 

See: Gas masks; Oxygen masks 
Massachusetts Institute of Technology 
Final report for Division 6 
See: Contract OEMsr-1046 
Mast deflection 
See: Deflection, mast 
MAT 

See: Trainers, magnetic attack 
(MAT) 

Matchmeters.Div. 14-251.9-M9 

MATD 

See: Detection, mines; Detection, 
torpedo 
Materiel 

See: War materiel 

Mathematical tables .Div. AMP-11 

Maxwell 

See: Equations, Maxwell’s 
MCE (ethyl dimethyl amidocyano- 


phosphate) 

detection and determination .Div. 9-422.43 

preparation.Div. 9-211.5 

Mean point of impact (MPI).Div. 4-242.14-M3 

Div. 4-421.2 

Measuring instruments.Div. 17-320 

marine .Div. 17-323.5 


See also: specific instruments or 
the object of measurement (e.g. 
Densitometers; Gauges; Field in¬ 
tensity, wave propagation, meas¬ 
urements and measuring equip¬ 
ment) 

Mechanical geographical attack plot¬ 
ter (MGAP) 


See: Plotters, mechanical geo¬ 
graphical attack (MGAP) 
Mechanical rotation system (MR) 


See: Rotoscopes 

Mechanics of particles.Div. AMP-300 

Div. AMP-302 

Mechanics of rigid bodies .Div. AMP-300 

Medium-angle bombs 


See: Bombs, medium-angle diri 


gible (Roc) 

Melting practices 

armor plate steel.Div. 18-201.3-M3 

wrought gun tubes .Div. 18-302.1-M3 

Merchant vessel screening (MVS).Div. 6-626.1 

Merchant vessel torpedo protection ... .Div. 12-1400 

Div. 12-1430 


See also: Harbor defense, antitor¬ 


pedo nets; Nets, antitorpedo 
Mercury 

contamination by stainless steel.Div. 14-223-M3 

charcoal humidification .Div. 10-202.17-M9 

Merthiosal fungicide.Div. TD-102.3-M1 

Div. TD-102.3-M3 

Mess gear (camouflage of).Div. 18-901.2 

Mess kit (German).Div. 18-801.3-M5 

Metaflectors.Div. 16-422-M3 

Metals and Metallurgy 
Metal-containing compounds 
preparation and analysis.Div. 9-122-MI 


Div. 9-122-M2 
Div. 9-210 
Div. 9-219 

toxicity studies .Div. 9-122-MI 

Div. 9-122-M2 
Div. 9-310 

Metalloid compounds 


preparation and analysis.Div. 9-210 

Div. 9-219 

toxicity studies .Div. 9-310 

Metallurgy (war) 

Indices of Division 18 reports.Div. 18-10 

Metals 

corrosion .Div. 14-223 

chemical warfare agents.Div. 9-254 

double-base powders.Div. 3-361.23 

tropical deterioration.Div. TD-101.6 

damping .Div. 18-102.1-M2 

Div. 18-502.12 

heat-resisting .Div. 18-502.1 

jet-propulsion devices.Div. 18-505 

NRC-2A.Div. 18-601.131-M9 

Div. 18-601.131-M10 
Div. 18-601.133 


Div. 18-601.171-M4 
Div. 18-601.171-M8 

properties .Div.18-902 

high-temperature .Div. 18-500 

Div. 18-501 

low-temperature .Div. 18-902.3 


696 

















































Metals-Microwave early warning 


tensile. 

..Div. 2-432 

frequency (continued) 

Div. 14-251.41 


Div. 18-102.1-MI 


Div. 15-514 


Div. 18-902.1 

See also: Tachometers 



Div. 18-902.12 

fuel consumption (German) . 

. .Div. 18-802.13-M4 


Div. 18-902.14-M2 

gas concentration ... 

. .Div. 10-401.111 

rare 


hot-wire. 

. .Div. 10-302.1-Ml7 

See: Contacts (electrical) 



Div. 10-401.11-Ml 

See also: specific metals and alloys 


noise figure. 

. .Div. 14-125.1-M2 

Metascopes . 

. .Div. 16-421.2 

practice attack . 

..Div. 6-323-MI 

Kellner-Schmidt. 

. .Div. 16-421.21 

propeller noise discrimination .... 

. .Div. 6-311 

TypeB. 

. .Div. 16-421.22 

sound level. 

. .Div. 6-541.1-M2 

Type F . 

. .Div. 16-421.23 

sound pressure. 

..Div. 17-436.323-MI 

Meteorology 


telemetering retardation . 

. .Div. 17-323.2 

chemical warfare. 

.. Div. 10-300 

Methyl carbamates. 

. .Div. 9-222.2 

field tests. 

. .Div. 10-302 

Methyl red . 

. .Div. 9-422.8-M7 

micro . 

..Div. 10-300-M3 

Metrazol . 

. .Div. 7-220.12 


Div. 10-301-M3 

MEW 



Div. 10-301-M4 

See: Microwave early warning 



Div. 10-302.1 

(MEW) 


wave propagation . 

. .Div. CP-110 

Meyer waves. 

..Div. AMP-101.1-M7 


Div. CP-202.5 

MFA 



Div. CP-222-M3 

See: Fluoroacetates, methyl 



Div. CP-222-M6 

MFI 



Div. CP-300 

See: Fluorophosphates, isopropyl 



Div. CP-310 

methane (MFI) 



Div. CP-311 

MGAP 



Div. CP-312 

See: Plotters, mechanical geograph¬ 



Div. CP-320 

ical attack (MGAP) 



Div. CP-330 

MHF 



Div. CP-410-M2 

See: Height finders, radar, mobile 



Div. 13-103 

Mice 



Div. 14-122.2 

arsine toxicity. 

. .Div. 9-313.1 

Australia and New Zealand. 

. .Div. CP-332 

carbamate toxicity. 

. .Div. 9-322.1-M4 


Div. CP-335-M1 


Div. 9-322.2 

Canal Zone and Panama. 

. .Div. CP-336.1 

Compound 1070 toxicity. 

.. Div. 9-327 

equipment and instruments. 

..Div. CP-301 

diphosgene toxicity. 

. .Div. 9-331.1-MI 


Div. CP-340 

nitrogen mustard toxicity. 

..Div. 9-321.1-M12 


Div. CP-344 

Mickey 


Great Britain . 

. .Div.CP-222.l-M8 

See: Range finders, radio-optical 



Div. CP-333 

Micro-H system. 

. .Div. 14-329.12-M3 


Div. CP-333.1 


Div. 14-329.12-M5 


Div. CP-333.2 

Micrometers (stereo). 

. .Div. 7-220.12-M20 


Div. CP-333.3 

Microphones. 

..Div. 15-401.2-M5 

India . 

..Div. CP-334 


Div. APP-218.2-M3 

New England. 

. .Div. CP-336.2 

carbon . 

. .Div. 17-436.31-M5 

Philippines and Pacific Ocean 


condenser. 

. .Div. 17-436.324-M4 

areas . 

. .Div. CP-335 


Div. 17-443.23-M4 


Div. CP-336.3 

firing-error indicator. 

. .Div. 17-443.34 

Persian Gulf . 

. .Div. CP-331 

probe . 

. .Div. 6-642.44 

Western Hemisphere . 

..Div. CP-337 

sound-ranging (atmospheric) . 

. .Div. 17-434.31-M3 

See also: Radar forecasting 


collinear . 

. .Div. 17-434.2-MI 

Meters 


underwater 


aircraft course (German). 

. .Div. 18-801.12-M5 

See: Hydrophones; Listening (un¬ 


audibility . 

.Div. 6-560.21-M7 

derwater) 


blast (diaphragm) . 

. .Div. 2-111.12-M5 

Micropipette. 

..Div. 9-371-M4 

breather pump calibration. 

. .Div. 10-201.1-M16 

Microwave early warning (MEW) .... 

. .Div. 14-231.3-M3 

contrast (stereo ranging) . 

. .Div. 7-210.15-M4 


Div. 14-263-M4 

exposure (photographic) . 

. .Div. 16-111.2 


Div. 14-263-M9 

field conductivity (Dickinson) . 

.Div. 10-402.3-MI 


Div. 14-265.1-M9 

frequency. 

Div. 4-613 


Div. 14-322.1-MI 



697 

























































Microwave early warning-Monitor hoist 



Div. 14-322.2-M2 


Div. 17-111.3 


Div.CP-621.l-M2 

magnetic . 

.. .Div. 17-131 

Microwaves . 

.. .Div. CP-201.1 


Div. 18-802.24-M3 


Div. 14-121.1 

firing devices . 

.. .Div. 17-132.111 

frequencies . 

.. .Div. 14-121 

protection against. 

.. .Div. 4-760-M2 

Microwave Antenna Conference re- 


shore control . 

.. .Div. 12-2000-MI 

ports. 

.. .Div. 14-501-M10 


Div. 17-132.11 


Div. 14-504 

underwater . 

.. .Div. 17-132 

tests and measurements . 

.. .Div. 14-121.2 


Div. 17-132.1 

See also: Wave propagation; 



Div. AMP-407 

Radar 


Japanese . 

.. .Div.2-133-M2 

Mid-functioning (VT fuzes).. 

.. .Div. 4-222.122-M3 

Mirrors 


Mie theory .. 

.. .Div. AMP-202-M1 

height finders. 

.. .Div. 7-210.23 

scattering of light . 

,. . Div. CP-512-M1 

triple . 

. .. Div. 16-422.3 

smoke. 

. .Div. 10-501.1-M2 

Missiles 


Millerphones . 

. Div. 6-612.8 

See: Bombs; Grenades; Guided mis¬ 


Millimeter wave propagation 


siles; Projectiles; Rockets; Shells; 


See: Wave propagation, millimeter 


T orpedoes 


MI MO (simulator). 

Div. 5-224 

Mission planning 


Mine and torpedo detection (MATD) 


See: Aircraft, mission planning 


See: Detection, mines; Detection, 


Missouri, University of 


torpedo 


Progress reports on chemical war¬ 


Mines . 

..Div. 17-130 

fare . 

, ..Div. 9-127 

acoustic . 

..Div. 17-132.12 

Miticides . 

.. .Div. 9-713-M2 

antipersonnel . 

. .Div. AMP-902-M3 

Mixers 


antisubmarine 


crystal . 

. .Div. 14-233.12 

See: Torpedoes, echo-ranging 



Div. 15-384.2 

antitank. 

. .Div. 17-112 

electronic tube . 

. .Div. 6-645.11-M3 


Div. 17-122.1-M3 

incendiary fuel . 

. .Div. 11-303.2 


Div. 17-122.1-M4 

wave guide . 

. .Div. 15-371.1-M2 


Div. AMP-901.2 

MKX 



Div. AMP-902-M3 

See: Hydrophones, magnetostric¬ 


Japanese . 

. .Div. 18-802.24-M3 

tion, MKX 


clearance . 

. .Div. 8-304-M3 

MNO explosive . 

. .Div. 8-109-M2 


Div. 8-304-M5 

Mobilometers . 

. .Div. 11-303.12-M10 


Div. 17-100 

Modulation 



Div. 17-120 

See: Amplitude modulation; Fre¬ 



Div. 17-122 

quency modulation 



Div. AMP-902 

Modulators . 

. .Div. 14-124.2-M3 

by amphibious Snake device . ... 

. .Div. 3-592-MI 


Div. 14-211.61-M3 


Div. 3-592-M4 


Div. 14-231 


Div. 12-900-M5 


Div. 14-231.3 


Div. 17-121.2 


Div. 14-231.4 

by bombing. 

. .Div. 4-242.12-MI 


Div. 14-233.2-MI 


Div. 4-242.12-M3 


Div. 14-323.11-M2 


Div. AMP-902-M2 


Div. 14-412-M3 


Div. AMP-902-M4 

hard tube. 

. .Div. 14-231.1 

by rockets . 

..Div. 3-592 

line type . 

. .Div. 6-632.62-MI 

detectors 



Div. 14-231.2 

See: Detectors, mine 


low-frequency. 

. .Div. 6-632.62-M3 

German . 

. .Div. 18-801.3-M4 

noise factors . 

..Div. 14-231.5 

indicator . 

. .Div. 2-111.12-M4 

rotary spark gap. 

. .Div. 14-231.23 


Div. 2-113-MI 

triggered switch. 

. .Div. 14-231.21-M2 


Div. 17.122.1-MI 

Molds 



Div. 17-122.1-M2 

See: Fungi and tropical deteriora¬ 


land . 

. .Div. 17-111 

tion 


firing devices . 

. .Div. 17-123 

Molybdenum (gun liners). 

. .Div. 1-420.32 


Div. 17-132.111 

Monel metal. 

..Div. 9-254-M6 

metallic and non-metallic . 

. .Div. 17-111.1 

Monitor hoist (QH sonar) . 

.. Div. 6-632.06 


SECRET 


698 

























































Monitors-MROG 


Monitors 

dynamic.Div. 6-641.2 

extended range (OCP).Div. 6-612.613-M12 

Div. 6-641.12 

noise level.Div. 6-642.1 

masking.Div. 6-642.1-Ml 

tests and performance.Div. 6-642.11 

trainer .Div. 6-324-M2 

sound gear (SGM) 

OAX.Div. 6-635.4-M3 

Div. 6-641.1 
Div. 6-641.11 
Div. 6-641.12-MI 

OAY .Div. 6-554.3-M45 

Div. 6-612.62-M20 
Div. 6-641.3 

See also: Ring stacks (laminated) 

Monkeys 


carbamate toxicity.Div. 9-322.1-M3 

effects of oil clouds .Div. 4-386.1-M2 

Morse code.Div. APP-212 

See also: Codes and Coding Systems 

Mortars .Div. 4-500 

Japanese .Div. 18-802.23 

recoilless .Div. 3-830 

chemical (4.2-inch).Div. 3-831 

60-mm .Div. 3-832 

81-mm .Div. 3-833 

Mortimer Project.Div. 4-211.23-M2 

Div. 4-211.23-M6 

Mosquitoes 

DDT toxicity.Div. 10-602.21 

resistant fabric .Div. 9-713-MI 

Moth 

See: Homing devices C-1600 (AN/ 

APQ-14) Moth 

Motional admittance.Div. 6-612.3-M2 

Motional impedance 
See: Impedance, underwater 
Motivation (in tracking and ranging) .. .Div. 7-220.16 
Motors 

aeropulse.Div. AMP-103-M1 

follow-up.Div. AMP-704-M12 

hydropulse .Div. 9-832 

Div. AMP-103 

jet-propulsion.Div. 8-607.6-MI 

rocket.Div. 3-249-M4 

Div. 3-410 
Div. 3-415 
Div. 4-411.1 

ASPC .Div. 3-412-MI 

Div. 3-415-MI 
Div. 3-422.1-M2 
Div. 3-422.1-M4 

barrage .Div. 3-320-MI 

Budd .Div. 4-222.128-M20 

bumble bee.Div. 3-415-M9 

Cenco .Div. 4-411.1-M2 

Div. 4-411.1-M4 


component mass influenced by 

motor dimensions .Div. 3-414 

Revere .Div. 4-222.123-MI 

Div. 4-222.128-M20 
Div. 4-222.129-M3 
Div. 4-411.2-M2 

seals and storage .Div. 3-412 

1.25- inch .Div. 3-422.1 -M5 

2.25- inch .Div. 3-320-M3 

Div. 3-422.1-M5 
Div. 3-422.1-M6 
Div. 3-531.1-MI 

3.25- inch .Div. 3-320-M2 

Div. 3-321 
Div. 3-322-MI 
Div. 3-323-M2 
Div. 3-415-M4 
Div. 3-415-M5 
Div. 3-420-M5 
Div. 3-531.2-MI 

5- inch.Div. 3-322-M3 

Div. 3-415-M7 
Div. 3-551.2-MI 

6- inch.Div. 3-415-M2 

8-inch.Div. 3-323-MI 

11.75-inch.Div. 3-415-M6 

Div. 3-415-M8 

See also: Fuzes, radio proximity, 
field tests 

rudder-rudder .Div. 6-911.3-M3 

snow (Flynn’s) .Div. 12-510-M11 

servomechanism.Div. 6-645.32 

torpedo counter-rotating.Div. 6-933 

total correction (fire control).Div. AMP-503.5-M9 

Div. AMP-503.5-M15 

Mounts 

See: Antioscillation mounts; Guns, 
machine, vibration of mounts 
Mousetrap 

See: Bombs, antisubmarine (ASB) 

Moving target identification (MTI) ... .Div. 14-263 
See also: Targets, radar, moving 
ground 
MOX 

See: Hydrophones, magnetostric¬ 
tion, MOX 

MPI 

See: Mean point of impact (MPI) 

MR sonar 
See: Rotoscope 

MRLG .Div. 4-232.22-M5 

Div. 4-238.515-M3 
Div. 4-243.23-MI 
Div. 4-512-Ml 
Div. 4-512-M2 
Div. 4-513-MI 
Div. 4-514-M2 

MROG.Div. 4-211.23-M3 

Div. 4-211.23-M4 
Div. 4-233-M5 



699 






















































MROG-Nikko 


MROG (continued) Div. 4-233-M7 Mustard gas 

Div. 4-513-MI See: Levinstein mustard; Nitrogen 

MTB mustard; Semi-mustard; Sesqui- 

See: Maintenance of true bearing mustard; Sulfur mustard 


(MTB) Muzzle blast.Div. 2-330 

MTI Muzzle brakes .Div. 2-331 

See: Moving target identification Muzzle erosion.Div. 1-430 

(MTI) Muzzle velocity 

Munitions antiaircraft fire .Div. AMP-703.6-M2 

See: Ammunition; Bombs; Charges; Div. AMP-705.1-M5 

Explosives; Grenades; Guns;Hedge- measuring instruments.Div. 7-324 

hog; Mortars; Ordnance; Pistols; mortar shell .Div. 4-515 

Propellents; Projectiles; Rockets; Myasthenia gravis .Div. 9-526-M2 

Rifles; Shells; Torpedoes 



N-alkyl carbamates.Div. 9-222.1 

N-109 Project 
See: Project N-109 

NA carbamate .Div. 9-255-M4 

Div. 9-255-M6 

NA-143 Project 

See: Detection, magnetic airborne 
(MAD), land targets 
NA-191 detection system 
See: JAPIR 
NAD 

See: Noisemakers, submarine-simu¬ 
lating (NAD) 

NAE 

See: Noisemakers, mechanical, ro¬ 


tary (NAE) 

NAN markers.Div. 16-433.1-M7 

Nancy (US/E) infrared systems.Div. 16-303.2-M4 

Div. 16-303.2-M7 

Napalm soaps.Div. 11-303.11 

Div. 11-303.43-M2 

Navigation systems 

electronic.Div. 13-200.4 

two-star .Div. 16-142 

Navigational radar .Div. 14-327 

jamming of.Div. 15-250 

Naviprop forecasts .Div. CP-422-M2 

Nebraska, University of 

Progress reports on chemical war¬ 
fare .Div. 9-128 

NENO explosive .Div. 8-109-M2 

Nets 

antitorpedo.Div. AMP-405.4 

Div. 12-1410 
Div. 12-1420 

See also: Harbor defense, antitor¬ 
pedo nets; Merchant vessel torpedo 
protection 


Networks 

admittance transforming.Div. 15-383-MI 

equivalent .Div. 14-111-M10 

Div. 14-111-M12 

non-linear .Div. 14-212.8-M6 

resistance-capacitance.Div. 14-212.8-MI 

scanning sonar .Div. 6-632.62 

See also: Circuits 

Neurotic Inventory (NRC Standard 

Test).Div. 7-220.11 


New London Laboratory 
Final report for Division 6 
See: Contract OEMsr-1128 
New London-NDRC Questionnaire 
See: Tests, New London-NDRC 
Questionnaire 

Newark College of Engineering 
Final report for Division 6 
See: Contract OEMsr-1342 
Nickel 


annealing of.Div. 6-554.2-M14 

Div. 6-612.41 

Japanese production.Div. 18-802.3-MI 

magnetostrictive transducer usage ... .Div. 6-612.41 
Nicotinic acid (mustard gas reactions) .. .Div. 9-312.11-M5 
Night fighters 

aircraft interception by radar.Div. 14-326.1 

tactics.Div. AMP-504.6-M3 

voice communication .Div. APP-218.4-M5 

Night landings (amphibious).Div. 16-434.1 

Night lookout 

selection.Div. APP-150 

trainer .Div. APP-150-M4 

Night surveying (by IRRAD).Div. 16-305.1 

Nigrosine.Div. 3-361.26-M4 

Div. 3-361.52-MI 
Div. 8-602.2-MI 

Nikko (light-beam telephone).Div. 16-303.3-M2 



700 









































Nitella-Noise 


Nitella (sulfur mustard toxicity) .Div.9-312.1-M5 

Nitramines .Div. 8-101 

Div. 8-102 
Div. 8-103 
Div. 8-104 
Div. 8-105 
Div. 8-106 

aliphatic.Div. 8-106-M4 

Div. 8-106-M5 

See also: DINA [bis (2-nitroxyethyl) 


nitramine] 

Nitration 

preparation of explosives.Div. 8-110.1 

kinetic studies .Div. 8-110.13 

Nitric acid (from urine) .Div. 11-209.3 

Nitriles .Div. 9-225 

Nitroamides .Div. 8-105-MI 

Nitrobenzene (p-ethyl).Div. 9-213.1 

Div. 10-401.1-MI 

Nitrobenzene (as mustard gas simu¬ 
lator) .Div. 10-402.2-M9 

Nitrocellulose 
See: Cellulose nitrates 
Nitrogen compounds 

aromatic and aliphatic.Div. 8-106 

heterocyclic.Div. 9-224 

preparation and analysis.Div. 9-200-M4 


Div. 9-212.5-M4 
Div. 9-220 
Div. 9-229 
Div. 9-255-MI 
Div. 9-255-M9 


toxicity studies .Div. 9-320 

Div. 9-327 
Div. 9-361.1 

Nitrogen dioxide 

absorption by charcoal.Div. 10-201.32-M3 

Div. 10-202.156-M18 

Nitrogen mustards 

detection and determination .Div. 9-415-M3 


Div. 9-422.12 
Div. 9-422.122 
Div. 9-422.13 
Div. 9-422.8-M12 
Div. 9-422.8-M13 

preparation and analysis.Div. 9-221 

Div. 9-221.1 

therapeutic treatment for .Div. 9-221.1-M3 

Div. 9-522 
Div. 9-522.2 

toxicity studies .Div. 9-321.1 

Div. 9-360 
Div. 9-361 
Div. 9-384-M3 
Div. 9-387-MI 

systemic effects.Div. 9-361.3 

Nitroglycerin 

diffusion prevention (propellants) ... .Div. 8-601-M4 

effect on powder burning.Div. 3-361.214 

exudation from ballistite.Div. 3-361.514-M11 


separation from double-base powders. .Div. 8-602.1-M3 

Div. 8-604.2-M3 

Nitroparafhns.Div. 8-800 

Nitrophenols 
See: Phenols, explosive 

Nitropropane . Div. 9-213.1 

Nitrosocarbamates.Div. 9-222.3 

Nitrosohydroxylamines.Div. 8-105-M6 

Div. 8-105-M7 

Nitrosyl chloride.Div. 10-202.152-M4 

NO-94 Project 

See: Torpedoes, aerial, Mark 24 
NO-149 Project 
See: Torpedoes, aerial 
NO-149-C Project 
See: Torpedoes, aerial, Mark 13 
NO-157 Project 

See: Torpedoes, surface-launched 
NO-157-B Project 
See: Torpedoes, echo-ranging, Bell 
Telephone Laboratories, Inc. 

NO-181 Project 
See: Torpedoes, echo-ranging 
Noise 


aircraft.Div. 17-412-MI 

Div. 17-414 

ambient (voice communication).Div. 17-436.3-M2 

battle .Div. 17-411 

Div. 17-411.1 
Div. APP-160 
Div. APP-630 

jungle.Div. 17-411.2 

radar.Div. 14-125 

Div. 15-221.12 

measurements.Div. 14-125.1 

radio communications .Div. 15-526 

Div. CP-731 

masking .Div. 13-204-M3 

measurements.Div. 13-202.22-M2 

static.Div. 13-202 

Div. 13-202.22 

See also: Precipitation static 

radio frequency.Div. 17-413 

tubes (electronic).Div. 6-645.11-M2 

See also: Tubes, noise-generating 

underwater .Div. 6-580 

ambient .Div. 6-580.33 

background.Div. 6-580.3 

Div. 6-580.31 

cavitation .Div. 6-712 

dockside.Div. 6-641.31 

harbor .Div. 6-625.11 

masking.Div. 6-560.31 

Div. 6-560.32-M4 
Div. 6-634.2-MI 

self.Div. 6-580.32 

Div. 6-626.2-M2 
Div. 6-911.3 
Div. 6-913-M5 



701 

















































Noise-OCO 


torpedoes.Div. 6-626.1-M4 

Div. 6-910 
Div. 6-911.2 
Div. 6-911.3 
Div. 6-912.1 
Div. 6-913 

See also: Acoustics; Interference; 


Sound 

Noise control and reduction .Div. 17-400 

Div. 17-426 

aircraft.Div. 17-425 

Div. 17-435.22-M2 

outboard motors.Div. 17-424 

radar.Div. 14-125.2 

radio communications .Div. 17-438 

shipboard .Div. 17-423 

tanks.Div. 12-1710 

Noise generation .Div. 17-410 

electronic.Div. 17-412 

Noise generators 


See: Tubes, noise generating; Gen¬ 
erators, interference 
Noise level monitor 
See: Monitors, noise level 
Noise peak limiter 
See: Wasmansdorff noise peak limiter 


Noisemakers .Div. 6-651 

acoustic measurements.Div. 6-651.11 


Div. 6-651.2 
Div. 6-651.311 
Div. 6-651.312 
Div. 6-651.315-M3 
Div. 6-651.33-M2 
Div. 6-651.33-M4 
Div. 6-651.34-MI 

ammonia-jet (FXA).Div. 6-651.11-M4 

Div. 6-651.34 

design.Div. 6-651.3-M3 

electronic (NAC) .Div. 6-651.12-M3 

Div. 6-651.314-MI 
Div. 6-651.32 

explosive .Div. 6-651.33 

gas ejection.Div. 6-651.34 


OAX 

See: Monitors, sound gear (SGM), 

OAX 

OAY 

See: Monitors, soimd gear (SGM), 

OAY 

OBJ radar trainer.Div. 14-411.5-M7 

Oboe.Div. CP-422-M1 


mechanical .Div. 6-651.31 

rotary (NAE) .Div. 6-651.11-M4 

Div. 6-651.12 
Div. 6-651.313 

towed rotary (FXP).Div. 6-651.312 

XNAG .Div. 6-651.314 

stationary echo repeater.Div. 6-651.4-M5 

submarine-simulating (NAD).Div. 6-651.12-M4 

Div. 6-651.4 

towed parallel bar 

CAT .Div. 6-651.311-M6 

FXR .Div. 6-651.11-M4 

Div. 6-651.311 

See also: Hammer bottles 
Nomograms 

modified refractive index.Div. 14-122.24-M2 

radar bombing.Div. 14-329.11-Ml 

Nomographs.Div. 4-328.1 

Non-aural recognition 


See: Sound, underwater, recogni¬ 
tion (non-aural) 

Northwestern University 

Progress reports on chemical war¬ 


fare .Div. 9-123 

Nosmeagle.Div. 14-329.143-M3 

Nosmo . 

See: Simulators, doppler (Nosmo) 

Notch sensitivity (magnesium alloys) .. .Div. 18-102.11 
Nozzles 

barrage rocket.Div. 3-520-M7 

incendiary fuel dispensing .Div. 11-302.321-M4 

Div. 11-303.43 

jet-propulsion.Div. 3-440 


Div. 3-441 
Div. 8-607.7 
Div. AMP-101.2 

smoke dispensing .Div. 10-501.2 

pneumatic spray.Div. 10-502-M4 

theory and design.Div. AMP-101.2 

NRC-2A 

See: Metals, NRC-2A 
Nullifier 

own-doppler (ODN) 

See: Own-doppler nullifier (ODN) 


o 


Oboe (continued) Div. 14-329.132 

Ocean (electromagnetic model of).Div. 15-333.22-M4 

Oceanography .Div. 6-501 

Sound transmission.Div. 6-510.4 

OCT radar trainer.Div. 14-411.5-M8 

OCO 


See: Bathythermographs, subma¬ 
rine 


702 















































OCP-Oscillators 


OCP 


Optical instruments (continued) 

Div. 16-180 

See: Monitors, extended range 


aerial . 

..Div. 16-110 

(OCP) 


camouflage study . 

. .Div. 16-272 

o-Cyanophenacyl chloride. 

..Div. 9-223.3-MI 

fungus proofing of 

..Div. TD-102.3 

ODN 


manufacture and inspection . 

..Div. 16-101 

See: Own-doppler nullifier (ODN) 



Div. 16-160 

Odographs . 

. .Div. 6-644.13-M4 


Div. 16-161 


Div. 17-313 

Summary reports of Division 16 ... 

. .Div. 16-101 


Div. 17-313.1 

testing of. 

. .Div. 16-160 

aerial . 

..Div. 17-313.11 


Div. 16-162 

ground. 

. .Div. 17-310-MI 

photoelectric and photographic .. 

. .Div. 16-162.1 


Div. 17-313.12 

tropical deterioration . 

. .Div. 16-151 

See also: Compasses 



Div. TD-101.5 

Odometers. 

..Div. APP-611.12-M2 

Ordnance. 

. . Div. 2-300 

Odor control. 

..Div. 9-712.2-M2 


Div. AMP-903 

o-Ethavan (preparation). 

. .Div. 11-102.211 


Div. APP-613 

Officer candidate selection . 

. .Div. APP-170 

foreign . 

. .Div. 18-803.1 

Officer Qualification Tests . 

. .Div. APP-319 


Div. 18-803.2 

Offsets 


German . 

..Div. 18-801.2 

gravity . 

. .Div. AMP-502.1-M21 

Japanese. 

. .Div. 18-802.2 

impact-point. 

..Div. AMP-803.3-M2 


Div. 18-802.24 

trail . 

. .Div. AMP-502.1-M21 

protection of . 

. .Div. 11-206.7 


Div. AMP-502.12-M15 

shipboard . 

.. Div. AMP-904 

See also: Guns, machine, offset 


underwater . 

. .Div. 3-130 

Ogives . 

. .Div. 6-712-M4 


Div. 3-140 

Ohio State University 



Div. 6-122.3 

Final report on radio countermea- 



Div. 6-640 

sures . 

..Div. 15-140 


Div. 6-646 

Oil 



Div. 6-646.4 

aerosol . 

. .Div. 10-501.22 

Summary reports of Division 3 .. 

. .Div. 3-110 

effect on lung tissue. 

. .Div. 9-386.1 

See also: Ammunition; Bombs; 


fuze potting (tung). 

. .Div.4-239.1-Ml 

Charges; Explosives; Grenades; 



Div. 4-239.1-M2 

Guns; Hedgehog; Mortars; Pistols; 


hydraulic and recoil. 

. .Div. 11-200.1 

Projectiles; Rockets; Rifles; Shells; 


incendiary bombs . 

. .Div. 11-301.4 

T orpedoes 


lubricating . 

. .Div. 10-601.1-MI 

Orthogonalizadon . 

. .Div.6-632.421-M7 

transducer filler. 

. .Div. 6-612.44-M13 


Div. 6-632.421-M16 

See also: Fuel; Lubricants 


Orthorators. 

. .Div. APP-111.1 

Oil cooler (Japanese) . 

..Div. 18-802.12-M16 

Oscar (Japanese aircraft). 

. .Div. 18-802.11-MI 

Oil lines (Japanese) . 

. .Div. 18-801.11-MI 


Div. 18-802.14-M3 

Oil tankers 


Oscillator keyer . 

. .Div. 13-207.31-MI 

See: Ships, oil tankers 


Oscillators 


Oilite . 

.. Div. 4-232.23-M2 

blocking. 

..Div. 14-212.5 


Div. 4-232.23-M3 

coaxial cavity. 

. .Div. 15-351 

Ointments 



Div. 15-372.2 

chloroamide 


colliding . 

. .Div. AMP-302.1-M1 

See: Chloroamides, ointments 


constriction. 

. .Div. 15-343.21-M3 

prophylactic and therapeutic 


continuous-wave . 

..Div. 14-241.412 

(chemical warfare) . 

.. Div. 9-510 


Div. 15-351.2 


Div. 9-515 

crystal . 

..Div. 14-327.114 

irritancy. 

.. Div. 9-500-M3 

Dzwon’s Q-stabilized. 

. Div. 6-426-M10 

See also: Acid ointments; Thera¬ 


frequency-modulated . 

..Div. 14-251.9-M4 

peutic agents, chemical warfare 


frequency stabilization. 

. .Div. 14-241.412 

Oleate paste decontaminants. 

. .Div. 9-562-M7 


Div. 14-263-M8 

Olefine preparation . 

. .Div. 9-227 

K-band. 

. .Div. 14-241.411-M5 

Operation Neptune 



Div. 14-241.411-M8 

radio countermeasure aspects . 

Div. 15-124-M2 

local . 

. .Div. 14-241.41 

Optical bars . 

.. Div. 7-210.22 

low-power . 

.. Div. 15-352 

Optical instruments . 

Div. 16-100 

Div. 16-140 


Div. 15-341-M2 


SECRET 


703 



































































Oscillators-Paint 


magnetron.Div. 14-232.19-M2 

Div. 14-232.19-M3 

microwave.Div. 15-351.1 

modulated.Div. 14-233.14-MI 

Div. 15-353 

moving target identification (MTI) .. .Div. 14-263-M8 

phase-shift.Div. 6-631.31-M3 

pulsed .Div. 14-251.5-MI 

Div. 14-251.5-M2 
Div. 14-251.6-M3 
Div. 14-251.61 
Div. 15-512.1 

radio countermeasures.Div. 15-321.22 

Div. 15-350 
Div. 15-511 

trainer (F-4100) .Div. 15-610.1 

reaction grid detection.Div. 4-222.126-M2 

Div. 4-238.3 
Div. 4-238.32 

reflex .Div. 14-241.413 

resnatron 

See: Resnatron 

saw-tooth swept.Div. 6-635.4-MI 

S-band (SB-846B) .Div. 14-232.21 

self-quenched .Div. 15-321.12-M2 

torpedo .Div. 6-921.3-M8 

tuning-fork type.Div. 3-626-M5 

variable-time fuze.Div. 4-238.3 

Div. 4-238.33 

Oscillographs .Div. 17-323.6 

cathode-ray .Div. 1-620-MI 

Div. 17-323.61 

firing-error indicator.Div. 17-443.31 

high-frequency recording.Div. 17-323.62 

moving-coil.Div. 6-510.23-M5 

Oscilloscopes.Div. 14-251.7 

Div. 14-251.71 
Div. 14-327.112-MI 

A-scan.Div. APP-318-M7 

Div. APP-621 

cathode-ray .Div. 13-102-MI 

recording.Div. 4-617-M3 

trainers and training.Div. APP-621 

Div. APP-318 

Osmium.Div. 10-202.154-M2 

Div. 18-902.4-Ml 

Otis Intelligence Test .Div. 7-220.15-M7 


Overdamped systems (computing ma¬ 
chines) . 

Overside system 

See: JP, overside listening system 
Own-doppler nullifier (ODN). 


Oximeters . 

Oxygen . 

aircraft usage of 


cutting 

See: Weldability, armor plate 
effect in armor plate 
See: Armor plate, oxygen effects 

generation. 

airborne units. 

chemical methods . 

mechanical methods. 

mobile units . 


non-regenerative method 
regenerative method 
skid-mounted units 

small units . 

test units . 

trailer units. 

liquid. 

production. 

shipboard units. 

trailer units . 

submarine usage of . 

Oxygen masks. 


See also: Gas masks 
Owl (smoke measurements) 


Div. 7-311-M3 


Div. 6-631.31 
Div. 6-631.32 
Div. 6-632.421-M9 
Div. 6-642.4-M5 
Div. 6-921.1 
Div. 11-106.3 
Div. 17-321 
Div. 11-100 
Div. 11-101 
Div. 11-106 
Div. 11-106.2 
Div. 11-106.21 


.Div. 11-102 
.Div. 11-102.111 
.Div. 11-102.2 
.Div. 11-102.1 
.Div. 11-102.12 
Div. 11-104.13-M5 
Div. 11-104.13-M6 
.Div. 11-102.22 
Div. 11-102.21 
Div. 11-102.12 
Div. 11-102.11 
Div. 11-102.213 
Div. 11-102-M2 
Div. 11-102.12-M2 
Div. 11-103 
Div. 11-103.1 
Div. 11-103.3 
Div. 11-102.141-M10 
Div. 11-106 
Div. 11-106.1 
Div. 11-203.4 
Div. 17-435.12-MI 
Div. 17-435.241-M3 

Div. 10-501.11-M4 
Div. 10-501.11-M6 
Div. 10-501.11-M7 



PA-1 and PA-2 
See: Prisms, supersonic 

PA toxic .Div. 9-255-M4 

Packed columns (air rectification).Div. 11-104.11 

portable units.Div. 11-104.12 


PAD 

See: AN /ART-2 (PAD) 

Paddy vehicle.Div. 12-700 

Paint 

antifouling .Div. 11-206-M4 



704 


























































Paint-Peroxide 


antifouling (continued) 

Div. 6-555 

static dive-angle. 

. .Div. AMP-503.8-M4 

camouflage usage .. 

.. .Div. 16-220 

Penetration 


chemical warfare detector . 

,. .Div. 9-411.1 

armor . 



Div. 9-422.121-M2 

concrete 



Div. 9-422.8-M6 

See: Concrete, explosive effects on 


chlorophyll . 

. .Div. 16-220-MI 

panel . 

. .Div. 8-404-M4 

magnetostriction transducers . 

. .Div. 6-612.44 


Div. 8-405 

Paint removers . 

. .Div. 11-206.3 

soil 


PAL 


See: Soil, explosive effects in 


See: Locators, phase-actuated (PAL) 


steel plates . 

. .Div. 18-902.13-MI 

Palladous chloride. 

. .Div. 9-421.1-M2 

theory . 

..Div. 2-310 

PAMS 



Div. 2-311-M2 

See: Speedometers, phase acoustic 



Div. 8-404 

marine (PAMS) 



Div. 8-405 

Pancake effect (gases). 

. .Div. 10-401.123 

See also: Charges, shaped, defense 


Panoramic reception. 

. .Div. 13-203 

against 



Div. 13-203.1 

Penetrometers . ... 

. .Div. 10-201.22-M16 

Panoramic search receivers 


Penicillin (effect on mustard gas 


See: Receivers, search, panoramic 


lesions). 

. .Div. 9-522.12-M16 

Panther (receiver) . 

. .Div. 15-311.4 


Div. 9-522.2-M5 

Pantothenic acid deficiency 


Pentaerythritol. 

..Div. 8-110.2-M4 

effect on mustard gas lesions. 

. .Div. 9-312.132-M12 


Div. 8-110.2-M5 

Paper (chemical warfare detector) .... 

. .Div. 9-411.1 

Pentareflectors . 

. .Div. 7-210.12 


Div. 9-422.121-M4 

Pentodes 


Para amino benzamide . 

. .Div. 9-312.132-M11 

underwater sound. 

. .Div. 6-645.11-M4 

Parabola Section reports. 

. .Div. 14-501-MI 

variable-time fuze. 

. .Div. 4-231-MI 

Parachute drops (rockets). 

. .Div. 3-522 


Div. 4-231-M2 

Parachute harness 



Div. 4-231.4 

German . 

.Div. 18-801.13-M3 


Div. 4-238.227-M3 

Japanese. 

Div. 18-801.13-M3 

gassy . 

. .Div. 4-222.224-M11 

Parallel bars 



Div. 4-222.224-MI2 

See: Noisemakers, towed parallel 



Div. 4-222.224-M13 

bar 


Pentolite . 

. .Div. 8-109-M5 

Parameters 



Div. 8-109-M7 

radio countermeasures. 

. .Div. 15-221.11-MI 


Div. 8-201-M3 

smoke. 

..Div. 10-302.1-M9 

Pentose utilization 


Paraphenylenediamine compounds . .. 

. .Div. 9-321.3 

effect of sulfur mustard. 

. .Div. 9-312.131-M11 

PARS 


PEP 


See: Sights, rocket, PARS 


See: Fuzes, photoelectric proximity 


Particles 


PEP-2 


See: Mechanics of particles 


See: PETN explosive 


Paste 


PEEPER 


See: Ointments 


See: Plotter, polar inverse exponen¬ 


Pattern rotation (sonar) 


tial pattern (PE *PPER) 


See: Rotation 


Peracids. 

..Div. 9-312.11-M4 

Paul (Japanese aircraft). 

..Div. 18-802.11-M2 

Percentages 


Peach pits (as charcoal source). 

. .Div. 10-202.134-M3 

comparison of. 

. .Div. AMP-21.1-MI 


Div. 10-202.134-M4 

statistical testing of two. 

. .Div. 4-770-M3 

Peak clipper units. 

. .Div. 17-438.2 

Perforation 


Peak recognition tests . 

. .Div. 6-560.21-M5 

See: Penetration 


Peanut 


Periscopes . 

. .Div. 16-130 

See: Sights, rocket, Peanut 


aircraft . 

. .Div. 16-132 

Pearson’s normal bivariate surface 


submarine . 

.Div. 16-131 

table. 

Div. AMP-13-M24 

trainers. 

. .Div. 6-325.1 

Pecans (as charcoal source) . .. 

Div. 10-202.11-M5 

tank . 

Div. 16-133 

Pedographs . 

Div. 17-313.3 

Permalloy . 

Div. 6-612.42 

Pelican. 

Div. 12-800 

Permendur . 

Div. 6-612.42 

Pendulums 


Peroxide 


double ballistic ... 

Div. 2-210 

ointment . 

Div. 9-512 

rocket sighting ... 

Div. AMP-601.2-M7 

oxygen generation. 

Div. 11-102.221 



705 



























































Personal inventory-Photography 


Personal Inventory . 

. Div. APP-321 

Phosgene (CG) 


scoring stencil. 

. .Div. APP-412-M2 

absorption by charcoal . 

. .Div. 10-202.155 

Personnel 



Div. 10-202.156-Mil 

classification 



Div. 10-202.157-M4 

data available to ships’ officers .... 

. .Div. APP-180 


Div. 10-202.16-M10 

mechanical devices . 

. .Div. APP-520 


Div. 10-202.16-M12 


Div. APP-521 

detection and determination. 

. .Div. 9-411.3-M3 

emotionally unstable. 

. .Div. APP-160 


Div. 9-413.2-MI 

job analysis. 

. .Div. APP-510 


Div. 9-415-M3 


Div. APP-513 


Div. 10-402.2-M8 

management. 

. .Div. APP-500 


Div. 10-402.2-M15 


Div. APP-513 

preparation. 

. .Div. 9-231.31 

prediction of service school success .. 

. .Div. APP-420 


Div. 10-402.36-MI 

records . 

. .Div. APP-530 

properties. 

. .Div. 10-202.156-M19 


Div. APP-532 

therapeutic treatment for. 

. .Div. 9-524 

See also: Files, personnel record 


toxicity studies . 

. .Div. 9-331.1 

selection. 

..Div. 17-440 

Phosphine. 

. .Div. 9-211.3 


Div. APP-100 

Phosphonic acid 


training . 

..Div. 17-440 

ethanefluoro . 

. .Div. 9-211.4-M2 


Div. APP-200 

Phosphoric acid ointment . 

,. .Div. 9-514.4 


Div. APP-210 

Phosphors 


mechanical devices. 

. .Div. APP-600 

infrared . 

, ..Div. 16-411.1 

special fields. 

..Div. APP-220 


Div. 16-421.2-MI 

Perturbation theory (wave propaga- 


zinc sulfide . 

.. .Div. 16-411.11 

don) . 

. .Div. CP-221.1-M4 

radar screen. 

.. .Div. 14-242.231 

Peter. 

. .Div. 15-403.1 

Phosphorus 


Peter Pan. 

. .Div. 15-263.1-M3 

plasticized white (PWP) . 

.. .Div. 10-504.21 

PETN explosive. 

. .Div. 8-109-M6 


Div. 11-301.11-MI 


Div. 8-109-M7 


Div. 11-301.11-M2 


Div. 8-201 -M3 

Phosphorus compounds 



Div. 8-201-M6 

German . 

. ..Div. 9-211.5 

PF-3 



Div. 9-422.43 

See: Fluorophosphates, diisopropyl 


preparation and analysis. 

.. .Div.9-122-M2 

Div. 9-211 

(PF-3) 

Phantastron . 

..Div. 14-212.7-M4 


Div. 9-255-MI 



toxicity studies . 

.. .Div. 9-311 

Phase acoustic marine speedometer 


See also: Fluorophosphates 


(rAMb) 


Phosphorus trifluoride. 

.. .Div. 10-202.156-M8 

See: Speedometers, phase acoustic 


Phosphoryl chlorofluoride . 

.. .Div. 9-211.2 

marine (PAMS) 


Photocells 


Phase-actuated locator (PAL) 


double . 

.. .Div. 4-231.51 

See: Locators, phase-actuated (PAL) 


gas detection . 

.. .Div. 9-413.3-MI 

Phase shifters 

. .Div. 6-612.53-M21 


Div. 9-422.7-M6 


Div. 6-632.06-M7 

near infrared detection. 

.. .Div. 16-302.1-MI 


Div. 6-632.62 Ml0 

variable-time fuze. 

.. .Div. 4-231.5 


Div. 14-233.412-M21 

double . 

.. .Div. 4-231.51 


Div. 14-243.22 

sensitivity . 

. ..Div. 4-231.5 


Div. 14-251.61 


Div. 4-238.4 


Div. 14-322.3-M2 


Div. 4-238.41-M5 

Phenols 


tests and test equipment. 

.. .Div. 4-222.221-M5 

amino 



Div. 4-231.52 

See: Ammophenol carbamates 



Div. 4-238.44 

explosives. 

.. .Div. 8-110.12 

See also: Circuits, photocell 


Phlegmatization of explosives 


See also: Fuzes, photoelectric prox¬ 


See: Waxes 


imity; Tubes, photoelectric 


Phonetics 


Photoflares . 

.. .Div. 3-722.4-M4 

See: Speech, intelligibility 


Photogrammetry . 

. ..Div. 16-111.3 

Phonograms . 

...Div. 4-617-MI 

Photography 


Phorias. 

.. .Div. APP-121-M3 

aerial . 

. ..Div. 16-111 

Phorodromics. 

.. .Div.5-100-M2 


Div. 16-111.11-M5 























































Photography-Plotting 


night.Div. 16-111.4 

Div. 17-323.4-M2 

equipment (tropical deterioration of) . .Div. TD-101.5 

Div. TD-102.3 

flash 

See: Bombs, photoflash; Deto¬ 
nation, flash photography of; 

Powders,aerial photographic flash 


radar.Div. 14-264 

rocket.Div. 3-624.2 

Div. 3-624.21 

tracer (for shell trajectories) .Div. 1-220.2 

Photometers .Div. 16-273 

ultraviolet.Div. 10-402.21 

Photometry 

cathode-ray tube screens.Div. 14-242.23-M2 

detection of toxics.Div. 9-422.13-M2 

Div. 9-422.7-M4 

near infrared .Div. 16-302.2 

See also: Colorimetry 

Photomultipliers .Div. 15-343.1-M5 

Phototubes 

See: Tubes, photoelectric 

Piano (jammer) .Div. 15-411-M6 

Piccolo Project 

See: Magnetrons, 1-kw (Piccolo 
series) 

Picoline .Div. 10-201.1-M32 

Div. 10-202.141-Ml 7 

Picric acid .Div. 8-107-MI 

Div. 9-221.1-M14 

Piezoelectric crystals 
See: Crystals, piezoelectric 
Pigs 


See: Skin, sulfur mustard toxicity, 


pigs 

Pillboxes 

See: Antennas, pillbox 

Pillenwerfer .Div. 6-651 

Pimpernel .Div. 15-411-MI 

Pings 

patterns .Div. 6-560.3-M3 

rounded.Div. 6-631-M3 

Pip-matching (tracking) .Div. APP-611.2-M2 

Pistols 

depth charge .Div. 3-731.3-MI 

Pi-2C and SIC 
See: Torpedoes, magnetic 
Pitch 

aeroballistics.Div. AMP-502.142 

correction with spherimeter.Div. AMP-503-M4 

auditory (discrimination of) .Div. 6-311 

Div. 6-560.1-M4 
Div. 17-435.23 

ship.Div. 14-234.33-MI 

Div. 14-600-M5 

torpedoes.Div. AMP-405.3-M3 

Div. 6-810.21-M6 

Pitressin.Div. 9-524-M2 

Pivots (gyroscopic sight).Div. 7-112.11-M6 


Plan position indicator (PPI) 

See: Indicators, plan position (PPI) 
Plane-to-plane fire 
See: Fire, plane-to-plane 
Plant products 

chemical warfare.Div. 9-240 

Div. 9-243 
Div. 9-340 


Plastic stress and strain 
See: Strain, plastic 
Plastic waves 
See: Waves, plastic 
Plasticizers 

explosive .Div. 8-602.3 

tropical deterioration of.Div. TD-101.2 

Plastics 

decontamination of.Div. 9-562 

dielectric usage .Div. 14-131.13 

fungus proofing of.Div. TD-102.2 

magnetostriction transducer.Div. 6-612.44 

optical .Div. 16-161.1 

packaging usage .Div. 11-206.8-M4 

terminal ballistic tests.Div. 2-230 

tropical deterioration of.Div. TD-101.2 

Plates 

air rectification .Div. 11-104.11 

plastic deformation of.Div. 2-431.1 

ship (MS, HTS and STS).Div. 18-902.12-M11 

vibrating (radiation patterns).Div. AMP-201-M6 

Plating 

chromium .Div. 1-420.33 

Div. 1-420.4 
Div. 18-900-MI 

electro .Div. 1-420.4 

pyrolytic .Div. 1-630 

silver.Div. 18-901.12 

Platinum (gas detection usage) .Div. 9-422.112-M4 

Plotting and Plotters 
Plotters 

antisubmarine attack (ASAP).Div. 6-632.05 

Div. 6-644.1 
Div. 6-644.12 

attack.Div. 6-644.22 

B-scope.Div. AMP-900-M7 

Div. AMP-900-M11 

course.Div. 6-644.12-M2 

Div. 6-644.13-M3 
Div. 17-313 

mechanical geographical attack 

(MGAP).Div. 6-644.13 

polar inverse exponential pattern 

(PE TPER).Div. 6-632.06-M8 

sonic ray .Div. 6-510.11-M8 

stereoscopic (mapping).Div. 16-111.3-M4 

vector impedance locus.Div. 6-612.53-M20 

Div. 6-612.53-M22 

Plotting .Div. 14-265 

bombing assessment .Div. 14-265.3 


See also: Bombing, radar, asses- 
ment 






























































Plotting-Power supplies 


flux.Div. 14-265.2 

mortar location .Div. 14-265.4 

Plotting boards 

close support .Div. 14-265.1 

See also: Bombing, radar, close 
control 

Tenney fire control .Div. 7-112.4-M3 

Plotting grids 

See: Grids, plotting (sound) 

Plugs 

conning tower unit .Div. 11-302.52-MI 

erosion vent .Div. 1-420.21 

hydropressure.Div. AMP-404-M2 

radio-proximity fuze (MC-382) .Div. 4-222.128 

transmission line cable.Div. 14-233.411-M3 

Plungers (wave guide) .Div. 14-233.422-M4 

PN crystals .Div. 6-611.1-M6 

PND 

See: Detectors, portable NAN (PND) 

POD fuzes.Div. 4-211.1-M5 


Poisons 

See: Chemical warfare agents 
Poisson 

See: Equations, Poisson's 
Polarization 

antennas .Div. 15-333.3 

radio waves .Div. 14-121.1-M5 

Div. 14-123 
Div. CP-211-M15 
Div. CP-212-M2 
Div. CP-540 


Polymers 

explosive .Div. 8-107 

Div. 8-604.1-M2 

gasoline thickening.Div. 11-301.3-M8 

Polymethyl methacrylate.Div. 11-203.512-M12 

Polynitrates.Div. 8-110.11 

Polynitronaphthalenes .Div. 8-110.11-Ml 

Polynomials (orthogonal).Div. AMP-703.2-M8 

Polystyrenes .Div. 14-131.13-MI 

Polysulfides.Div. 9-212.12 

Polyvinyl sheeting.Div. 16-151-M3 

Ponton bridges 
See: Bridges, ponton 

Pontons (vehicle flotation) .Div. 12-900-M2 

Position identification .Div. 11-203.2 

advanced .Div. 11-203.21 

Position memory (tracking).Div. 14-244.5-M2 

Post-hole digger.Div. 3-860 

Potassium chloride (bleaching) .Div. 14-242.232 

Potentiometers.Div. 4-325-MI 

Div. 6-644.21-M6 
Div. 14-211.3 

Potting materials 

variable-time fuze.Div. 4-239.1 

underwater sound gear.Div. 6-612.44-M8 

Pouring rings.Div. 18-704.1-M2 

Powders 

aerial photographic flash.Div. 11-202.3 

black.Div. 3-362-MI 


chemical warfare detector ... 
DDT (water-dispersible) ... 

double-base. 

chemical analyses . 

chromatographic studies . 

experimental studies. 

Assuring. 

manufacture . 

properties . 

radiation effects on. 

spectrophotometric studies 
temperature effects. 

eccentric and non-eccentric . 
flashless . 


jet-propulsion 
EJ and EJA 


nickel-catalyzed 

notched . 

Pyro . 

Radford sheet . 

rolled-sheet ... 

salted . 


small-batch production 
smokeless. 


examination and testing. 

manufacture . 

NT . 

stick . 

See also: Ballistite; Charges; Explo¬ 
sives; Propellants 
Power plant (torpedoes) 

See: Torpedoes, powder plant 
Power supplies 

radar . 


radio countermeasures 
radio frequency. 


. .Div. 

9-411.1 

. .Div. 

9-712.12-M5 

. .Div. 

3-361 

. .Div. 

3-361.33 

. Div. 

3-361.31 

Div. 

3-361.3 

.Div. 

3-361.212 

.Div. 

3-361.1 

Div. 

8-607.2 

.. Div. 

3-361.2 

Div. 

3-361.26 

. .Div. 

3-361.212 

Div. 

3-361.215-MI 

. .Div. 

3-361.32 

. .Div. 

3-361.211 

Div. 

3-361.215-MI 

. .Div. 

4-222.128-M11 

..Div. 

1-210.2-MI 

Div. 

3-310-MI 

Div. 

8-605 

. .Div. 

3-330 

. .Div. 

4-222.121-M8 

Div. 

8-603.2-M3 

Div. 

8-603.2-M4 

. .Div. 

3-361.26-M5 

..Div. 

4-222.128-M36 

. .Div. 

8-602.2-M13 

. . Div. 

3-361.31-MI 

Div. 

3-362-M6 

. .Div. 

8-602.3-MI 

Div. 

8-607.2-M2 

. .Div. 

4-222.121-M2 

Div. 

4-222.128-M28 

Div. 

4-222.128-M33 

Div. 

4-222.128-M35 

. .Div. 

8-607.2 

. .Div. 

3-361.4 

Div. 

8-602-MI 

Div. 

8-602.2-M11 

Div. 

8-602.2-M13 

Div. 

8-602.2-M14 

Div. 

8-602.4 

Div. 

8-607.4 

. .Div. 

3-361.42 

. .Div. 

3-361.41 

. .Div. 

3-361.42-MI 

. .Div. 

8-602.2-M7 

Div. 

8-602.2-M8 


.Div. 

14-235 

Div. 

14-235.1 

Div. 

14-252.4 

.Div. 

15-221.13-MI 

Div. 

15-391 

Div. 

15-521 

Div. 

15-521.3 


708 







































































Power supplies-Projectiles 


variable-time fuze.Div. 4-232 

PPI 

See: Indicators, plan position (PPI) 

Preamplifiers .Div. 6-645.12-M2 

Div. 14-422.1-M4 

Precipitation static.Div. 13-202 

Div. 13-202.1 
Div. 13-202.21 

See also: Interference; Noise; Static 
Predictors 


antiaircraft .Div. 7-112.3-MI 

antisubmarine .Div. 6-644.22-M2 

Pre-engraved projectiles 
See: Projectiles (specific) pre-en- 
graved 

Preselectors .Div. 15-311.21-M8 

Pressure 

blast .Div. 2-111 

Div. 2-111.1 

Div. 2-111.12 

Div. AMP-101.1-M15 

underwater .Div. 2-131 

double-base powders (effects on).Div. 3-361.211 

gas tube (radar).Div. 14-252.3 

rocket chamber .Div. 3-248 

Div. 3-611 

shell band.Div. 1-530 

Pressure gaps 
See: Spark gaps 

Pressure reproducers.Div. 7-321.224-M4 

Pressure vessels .Div. 18-801.13-MI 

Div. 18-802.3-M5 

Pres-to-logs .Div. 10-202.134-MI 

Pribar.Div. 6-635.2-MI 

Primers 

ballistite .Div. 3-361.53 

explosive .Div. 8-703 

sealing of.Div. 11-206.7-M2 

Printers 

Morse code actuated.Div. APP-212.3-M2 

variable-ratio .Div. 16-111.3-M11 

Prisms 

mason.Div. 6-635.12-M3 

roof.Div. 16-161.3 

supersonic .Div. 6-553.3 


Div. 6-635.212 

trihedral (triple-mirror) 

See: Mirrors, triple 
Probabilities 

analysis and theory.Div. 2-540-MI 

Div. AMP-20 
Div. AMP-21 

applications .Div. AMP-22 

distributions . Div. AMP-11 

graphs .Div. AMP-11-M6 

See also: Aircraft, defense and at¬ 
tack problems, vulnerability; Dam¬ 
age probability; Hits 
Program Analysis Group 
Final reports for Division 6 


See: Contract OEMsr-1131 

Project AC-70.Div. 6-800-M5 

Project AC-82 

See: Detection, magnetic airborne 
(MAD) land targets 
Project 4G-2 
See: Fish Project (4G-2) 

Project N-109.Div. APP-218.3-M4 

Project N-121 .Div. 6-900-M3 

Project NA-143 

See: Detection, magnetic airborne 
(MAD) land targets 
Project NO-94 . 

See: Torpedoes, aerial, Mark 24 
Project NO-109 
See: Torpedoes, aerial 

Project NO-149-B .Div.6-910-M5 

Project NO-149-C 
See: Torpedoes, aerial, Mark 13 

Project NO-149-F .Div.6-931-Ml 

Project NO-157 

See: Torpedoes, submarine- 

launched; T orpedoes, surface- 
launched 
Project NO-157-B 
See: Torpedoes, echo-ranging, Bell 


Telephone Laboratories, Inc. 

Project NO-157-F .Div.6-931-Ml 

Project NO-177 .Div. 6-800-M5 

Project NO-181 
See: Torpedoes, echo-ranging 

Project Tube Shop reports.Div. 14-503-M2 

Projected line charge 
See: Charges, line, projected 

Projectiles .Div. 1-500 

Div. 2-320 
Div. 3-110-M7 
Div. 3-110-M8 

design.Div. AMP-903.1 

passive protection against .Div. 2-520 

Div. 2-522 

stability .Div. 3-243-MI 

Div. 3-243-M2 

velocity.Div. 2-311 

Projectiles (specific) 

armor-piercing (caliber .30).Div. 2-230-MI 

frangible .Div. 2-321 

Div. AMP-502.12-M11 
Div. AMP-504.52 

German 

anticoncrete (15-cm) .Div. 18-801.21-M14 

armor-piercing .Div. 18-801.21-M13 

Div. 18-801.21-M27 

armor-piercing (Gerlich) .Div. 18-801.21-M4 

armor-piercing (20-mm) .Div. 18-801.21-M19 

armor-piercing (28/20-mm) .Div. 18-801.21-M17 

armor-piercing (37-mm) .Div. 18-801.21-M22 

armor-piercing (50-mm) .Div. 18-801.21-M17 

Div. 18-801.21-M18 


Div. 18-801.21-M21 



709 






















































Projectiles-Propellants 


armor-piercing (75-mm) .Div. 18-801.21-M8 

Div. 18-801.21-M27 

armor-piercing (88-mm) .Div. 18-801.21-M26 

armor-piercing (7.62-cm) .Div. 18-801.21-M25 

armor-piercing (10.5-cm) .Div. 18-801.21-M23 

high-explosive (20-mm) .Div. 18-801.21-M15 

high-explosive (37-mm) .Div. 18-801.21-M5 

high-explosive (50-mm) .Div. 18-801.21-M2 

Div. 18-801.21-M20 

high-explosive (75-mm) .Div. 18-801.21-M8 

Div. 18-801.21-M16 

high-explosive (80-mm) .Div. 18-801.21-MI 

high-explosive (8.8-cm) .Div. 18-801.21-M6 

high-velocity .Div. AMP-900-M8 

Italian 

armor-piercing (20-mm) .Div. 18-801.21-M19 

Japanese 

armor-piercing (20-mm) .Div. 18-802.21-M10 

armor-piercing (40-mm) .Div. 18-802.21 -M15 

Div. 18-802.21-M30 

armor-piercing (57-mm) .Div. 18-802.21-M32 

armor-piercing (75-mm) .Div. 18-802.21-M20 

armor-piercing (120-mm) .Div. 18-802.21-M5 

armor-piercing (140-mm) .Div. 18-802.21-M21 

armor-piercing (15-cm) .Div. 18-802.21-M24 

armor-piercing (5-inch) .Div. 18-802.21-M28 

high-explosive (20-mm) .Div. 18-802.21-M6 

high-explosive (47-mm) .Div. 18-802.21-M18 

Div. 18-802.21-M22 
Div. 18-802.21-M34 

high-explosive (57-mm) .Div. 18-802.21-M32 

high-explosive (70-mm) .Div. 18-802.21-M14 

high-explosive (75-mm) .Div. 18-802.21-MI 

Div. 18-802.21-M3 
Div. 18-802.21-M14 

high-explosive (80-mm) .Div. 18-802.21-M8 

high-explosive (105-mm) .Div. 18-802.21-M19 

Div. 18-802.21-M33 
incendiary and tracer (25-mm) . .. .Div. 18-802.21-M11 
incendiary and tracer (30-mm) ... .Div. 18-802.21-M27 

machine gun (50-caliber) .Div. AMP-503.6-M15 

naval (40-mm) .Div. 18-403-MI 

non-shattering .Div. 2-210-M10 

pre-engraved.Div. 1-520 

See also: Guns, Johnson aircraft 
automatic (20-mm) 

sabot.Div. 1-510.1 

Div. AMP-903.1-M5 

short-baseline .Div. 2-311-MI 

subcaliber .Div. 1-510 

tungsten carbide .Div. 2-322 

Div. 18-801.21-M17 

underwater .Div. 3-720 

Div. 3-723 
Div. 3-731 
Div. 6-646.11 
Div. 6-720 

AS-UP .Div. 3-731.4 

British (Type C).Div. 3-711 

jet-propelled.Div. 6-111.1-MI 


subcaliber .Div. 6-646-M3 

towed .Div. 6-646.4-M2 

See also: Ammunition; Charges; 

Grenades; Guided missiles; 

Hedgehog; Ordnance; Rockets 
and Rocketry; Shells; Torpedoes 


Projector test gear (PTG) .Div. 6-641.1-M4 

Div. 6-641.14 

Projectors 

flashlight perspective .Div. 16-111.3-MI 

microfilm chart .Div. 14-327-M2 

radar chart .Div. 14-242.4-M3 

retrobombing .Div. 3-492.1-M4 

rocket.Div. 3-492 

antisubmarine .Div. 3-492 

barrage.Div. 3-492.2 

underwater sound 

absolute efficiency.Div. 6-551-M3 

Div. 6-551-M4 

artificial .Div. 6-321.5 

crystal.Div. 6-554.1 

echo-ranging.Div. 6-551-M9 

Div. 6-623.2-M2 

performance of.Div. 6-551-Ml2 

recorder trace .Div. 6-322.1-M3 

sonar calibration .Div. 6-553.2 

Div. 6-554.1 

testing .Div. 6-552-MI 1 

training controls .Div. 6-631.2 

wide-range .Div. 6-553.2 

XQHA .Div. 6-554.1-M6 

Div. 6-554.4-M13 
Div. 6-554.4-M14 

vertical bombing .Div. 3-492.1 

Div. 3-532.2-M10 
Div. 6-554.1-M6 
Div. 6-554.4-M13 
Div. 6-554.4-M14 

Proknock.Div. 11-205.2 


See also: Engines, gasoline (sabo¬ 


tage of) 

Propagation (wave) 

See: Wave propagation 
Propellants 

analyses .Div. 8-602 

Div. 8-602.1 

chromatographic studies .Div. 8-602.4 

foreign .Div. 8-607.3 

physical properties .Div. 8-602.3 

stability .Div. 8-602.2 


See also: Grains (rocket pro¬ 
pellant); Motors, rocket; Pow¬ 
ders 

Propellants (specific) 

cast .Div. 8-604 

double-base.Div. 8-604.2 

perchlorate .Div. 8-604.1 

composite .Div. 3-370-M3 

Div. 8-601-M2 
Div. 8-601-M7 







































































Propellants-Pursuit curves 


composite (continued) 

Div. 8-603 

Protein deficiency 


drum dryer production method . 

..Div.8-603.1-M3 

effect on mustard gas lesions. 

. .Div. 9-312.132-M7 

molded. 

. .Div. 8-603.1 


Div. 9-312.132-M16 

solvent-extruded . 

. .Div. 8-603.2 

Proteins 


flashless 


denatured . 

..Div. 9-255-M3 

See: Powders, flashless 


reactions with sulfur mustards .... 

. .Div. 9-312.12 

gun . 

. .Div. 8-600 

Protek . 

..Div. 4-324.15-MI 


Div. 8-605 

PS 



Div. 8-607 

absorption by charcoal. 

. .Div. 10-202.156-Mil 

erosiveness. 

. .Div. 1-420.1 

experimentation . 

..Div. 10-202.156-M19 

thermochemical properties . 

. .Div. 1-210.2 


Div. 10-202.157-M6 

plastic . 

. .Div. 8-607.1 

PSD 


rocket . 

..Div. 3-110-M9 

See: Detectors, portable ship (PSD) 



Div. 3-300 

V function (toss-bombing). 

. Div.4-311.1-M7 


Div. 3-362 


Div. 4-312.2 


Div. 8-600 


Div. 14-329.17-M13 


Div. 8-603 


Div. 14-329.17-M14 


Div. 8-607 


Div. 14-329.17-M20 


Div. 8-607.5 

Psychomotor efficiency. 

. .Div. 17-435.22 

cast . 

..Div. 3-370-MI 

Psychrometers . 

. .Div. CP-344-M1 

colloidal. 


PTG 


double-base 


See: Projector test gear (PTG) 


See: Powders, double-base 

Div. 3-342-M2 

Pull-up angle 


cage-mounted . 

. .Div. 3-420-MI 

See: Angle, pull-up 


extrusion . 

. .Div. 3-342 

Pull-up time 


fast-burning . 

. .Div. 3-320-MI 

rocket-tossing . 

. .Div.4-316 

flow. 

. .Div. 3-352 


Div. 4-421.1 

foreign . 

. .Div. 3-310 

toss-bombing . 

. .Div.4-311.1 

JPH . 

. .Div. 3-330-M3 


Div. 4-316 


Div. 3-330-M5 

Pulse modulation 


JPN. 

. .Div. 3-330-M4 

jamming of. 

, ..Div. 15-211.323 


Div. 3-330-M5 

Pulse stretchers . 

. .Div. 15-311.22 

manufacture . 

. .Div. 3-340 

Pulsers (radar) . 

..Div. 14-231.4-MI 

properties . 

. .Div. 3-350 

Pulses 


statistical studies. 

..Div. AMP-606.2 

radar . 

..Div. 14-124 

tubular. 

. .Div. 3-354-MI 

length. 

, ..Div. 14-124.1 

types. 

. .Div. 3-360 

measurement. 

, . .Div. 14-252.2 


Div. 3-362 

shaped . 

.. .Div. 14-124.2 

See also: Propellants (specific) 


square .. 

. .Div. 14-241.1-M2 

cast; Propellants (specific) com¬ 



Div. 14-241.7-MI 

posite 


radio. 

.. .Div. 13-101.1 

unrotated projectile . 

. .Div. 8-607.1-Ml 

sonar 


Propeller modulation. 

. .Div. 14-324.1 

shaped . 

.. .Div. 6-632.01-M2 


Div. 15-241.4 

tailored . 

. ..Div. 6-632.01-M5 

Propeller unbalance tester . 

. .Div. 4-616 


Div. 6-632.01-M9 

Propellers 


Pumps 


aircraft (Japanese) . 

. .Div. 18-802.15-M3 

air (semi-variable). 

.. .Div. 9-413.11-M2 

arming (bomb). 

. .Div. 3-540-M6 

breather . 

. .Div. 10-201.1-M16 

marine . 

,. .Div. 17-323.53 

gas (electromagnetic) . 

.Div. 9-413.11-MI 

proximity fuze generator.. 

.. .Div. 4-232.21 

gear oil (Japanese). 

.. .Div. 18-802.12-M5 

sine-disc.. 

. ..Div. 12-1870 

liquid oxygen. 

. .Div. 11-103.2 

torpedo .. 

.. .Div.6-810.2-M7 


Div. 11-103.5-M3 


Div. 6-934 

titrimeter. 

. .Div. 9-413.11 

Propionate . 

.. .Div. 9-255-M14 

Purge pellets . 

.. .Div. 4-222.128 

Protective clothing 



Div. 8-603-M7 

See: Clothing, protective (against 



Div. 8-705-M2 

chemical warfare agents) 


PURS. 

. ..Div. AMP-502.1-M26 

Protective coatings 


Pursuit curves . 

. ..Div. AMP-502.11-M7 

See: Coatings, protective 



Div. AMP-502.11-M8 


Div. AMP-503.3-M1 

'SECRET " 711 



































































Pursuit curves- 


Quench cracking 


Pursuit curves (continued) 

Div. AMP-503.4-M2 
Div. AMP-503.6 

Div. AMP-503.7 

Div. AMP-504.51-M9 

Pyridine (continued) 

See also: DB-3 \4-(p-nitrobenzyl) 
pyridine] 

Pyridoxine deficiency 

Div. 10-202.14-M30 

PUSS (Pilot’s Universal Sighting 

Div. 16-111.5 

effects on mustard gas lesions. 

Pyrolytic plating 

. Div. 9-312.132-M9 

System). 

. .Div. 7-321.223 

See: Plating, pyrolytic 



Div. AMP-502.1-M24 
Div. AMP-502.1-M28 

Pyrotechnics . 

Pyruvate utilization 

Div. 11-202 

PWP 

Div. AMP-502.1-M30 

effects of sulfur mustard. 

. Div. 9-312.131-M13 
Div. 9-312.131-M20 

See: Phosphorus, plasticized white 
(PWP) 


Pyruvic acid starch paste. 

. Div. 9-514.1 

Div. 9-514.4-M2 

Pyridine. 

..Div. 10-201.1-M32 


Div.9-514.4-M3 



chemical warfare 

See: Sesquimustard (Q) 
in band-pass transducers 
in radar tubes. 


Q Sonars 
QB 

calibration 
gear . 


QB/JK 
QBE . 
QBF . 


QBG 

QC 


monitor 

projector 


QCJ 

QCL 

QCQ 

QCU 


Div. 6-612.34 
Div. 14-233.312-M2 
Div. 14-233.32 
Div. 14-233.43-M3 
Div. 14-241.41-M9 


Div. 6-556.1 
Div. 6-623.2-M2 
Div. 6-626.2-M2 
Div. 6-631.431 
Div. 6-642.11-M3 
Div. 6-631.11-M2 
Div. 6-556.1-M25 
Div. 6-621-M4 
Div. 6-621-M5 
Div. 6-631.431 
Div. 6-641.2-M2 
Div. 6-556.1-M13 
Div. 6-622.3-M3 
Div. 6-631 
Div. 6-631.11-MI 
Div. 6-631.22-MI 
Div. 6-631.432 
Div. 6-642.42 
Div. 6-641.1-MI 
Div. 6-641.1-M3 
Div. 6-554.1-M2 
Div.6-554.1-M4 
Div. 6-555-M2 
Div. 6-556.1-MI 
Div. 6-556.1-M21 
Div. 6-631.432-M3 
Div. 6-641.2-M5 
Div. 6-631.432-M4 
Div. 6-631.433-M6 
.Div. 6-556.1-M34 
Div. 6-631.432-M6 


See also: Transducers, magneto- 
strictive 

QDA/OKA . 

QFA . 

QFH. 

QFK . 

QFL . 

QGA. 

QGB. 

QGC. 

QH . 


composite system. 

monitor equipment 

receiver system. 

test equipment . 

See also: Scanning sonar 

QJA . 

QJB . 

QLA . 

trainer . 

See also: FM sonar 


Div. 6-570.21-M13 
Div. 6-323.1 
Div. 6-632.05-M3 
Div. 6-322.2-M2 
Div. 6-322.2-M4 
Div. 6-323.2-M6 
Div. 6-323.2-M8 
Div. 6-322.1 
Div. 6-555-M11 
Div. 6-631.31-M14 
Div. 6-554.1-M7 
Div. 6-632 
Div. 6-632.212 
Div. 6-644.22-M9 
Div. 6-632.4 
Div. 6-632.06 
Div. 6-632.03 
Div. 6-632.06 

Div. 6-631.43-M7 
Div. 6-556.1-M29 
Div. 6-635.3 
Div. 6-635.4-M4 


QMC-4 

See: Jeep 
Quado 

See: Indicators, quado 
Quartermaster Corps 

research studies .Div. 11-208 

Div. 11-208.3 

supply items .Div. 18-901 

Quartz substitutes.Div. 13-207.1 

Quasi-steady firing errors.Div. AMP-504.1-M17 

Quaternary salts (of carbamates) .Div. 9-222.4 

Quench cracking (armor steel) .Div. 18-201.1-M3 

Div. 18-201.1-M4 



712 

















































R 


Rabbits 


Type A presentation. 

.. .Div. 15-221.32 

toxicity 


Type B presentation. 

.. .Div. 15-221.33 

arsine . 

. .Div. 9-313.1-M4 

jamming systems 



Div. 9-362-M4 

See: Jammers and Jamming Sys¬ 


carbamate . 

..Div. 9-322.1-M9 

tems, radar 


Compound W . 

. .Div. 9-341-MI 

Japanese . 

...Div. 14-262.3 

nitrogen mustard . 

. .Div. 9-321.1-MI 

measurements.. 

. .Div. 14-250 


Div. 9-321.2-M3 


Div. 14-252 

surfur mustard . 

. .Div. 9-312.133 


Div. 14-252.5 


Div. 9-312.14-M6 

meteorology 



Div. 9-362-M4 

See: Meterology, wave propaga¬ 


See also: Eyes, rabbits 


tion; Radar forecasting 


Rack-lag time. 

. .Div. 4-317 

nomenclature index . 

. .Div. 14-510-M2 

Racks 


panel controls. 

,. .Div. 14-268 

bomb . 

. .Div. 12-1820 

siting of stations . 

..Div. CP-231.11 

underwater ordnance . 

..Div. 6-646.23 

tactical applications . 

Div. 14-320 

See also: Dispensers, underwater 


tests and test equipment. 

. .Div. 14-250 

ordnance 



Div. 14-251 

Racon. 

. .Div. 14-328.111-M4 


Div. 14-251.9 


Div. 14-328.112-M3 


Div. 14-253 


Div. 14-328.121-M4 


Div. 14-253.3 

Radar and Radar Systems 



Div. CP-202.2 

Radar. 

. .Div. 14-120 


Div. CP-202.31-Ml 

antijamming of . 

. .Div. 14-262.1-MI 

theory . 

..Div. CP-202 


Div. 15-221.21-M5 


Div. 14-100 


Div. 15-221.22-M2 


Div. 14-110 


Div. 15-221.23 

training and trainers . 

. .Div. 14-400 


Div. 15-222 


Div. 14-410 

camouflage . 

. .Div. 14-262.2 


Div. 14-411 


Div. CP-633 


Div. 14-411.5 

components. 

. .Div. 14-200 


Div. APP-213 


Div. 14-210 


Div. APP-213.3 


Div. 14-260 


Div. APP-620 

engineering . 

. .Div. 14-220 


Div. APP-624 

German . 

. .Div. 15-402.1-MI 

components. 

. .Div. 14-412 


Div. 15-711.1 

fatigue factors . 

..Div. APP-230 


Div. 15-711.2 

motor control unit . 

..Div. 14-412.3 

See also: Wurzburg radar 


supersonic . 

..Div. 14-411.1-M2 

glossaries . 

. .Div. 14-530 


Div. 14-411.11 

jamming of. 

. .Div. 14-262.1 


Div. 14-420 


Div. 15-220 


Div. 14-421 


Div. 15-221 


Div. 14-422 


Div. 15-221.13 


Div. 14-423 


Div. 15-401.1 

Radar cross-sections . 

. .Div. 15-822.1 


Div. 15-401.3 

See also: Echoes, radar, aircraft 



Div. 15-401.5 

Radar forecasting . 

. .Div. CP-110-M6 


Div. 15-402.1 


Div. CP-400 


Div. 15-403.1 


Div. CP-410 


Div. 15-403.2 


Div. CP-420 


Div. 15-403.3 

Australia and New Zealand. 

. .Div. CP-421 


Div. 15-404 

Great Britain and North Sea. 

. .Div. CP-422 

field tests. 

. .Div. 15-221.4 

India. 

. .Div. CP-423 

laboratory tests . 

. .Div. 15-221.3 

Pacific Ocean areas. 

Div. CP-424 


Div. 15-221.31 

United States . 

. Div. CP-425 

susceptibility. 

. .Div. 15-221.2 

See also: Meterology, wave propa¬ 


theory. 

..Div. 15-221.1 

gation 



713 















































Radar homing-Radiation Laboratory 


Radar homing 


See also: Microwave early warn¬ 


See: Bombs, radar homing (RHB); 


ing (MEW); Oboe; SCR-584; 


Guided missiles, radar homing; 


S-band; Wave propagation, cen¬ 


Homing devices 


timeter 


Radar industry production analysis .. 

. .Div. 14-600-M6 

shipboard. 

. .Div. 14-251.3-M3 

Radar navigation 



Div. 14-310 

See: Navigational radar 



Div. 14-310.3 

Radar ranging 



Div. 14-310.32 

See: Ranging, radar 



Div. 14-322.2 

Radar return 



Div. CP-212-M1 

See: Echoes, radar; Reflections, mi¬ 


jamming susceptibility. 

. .Div. 15-221.22 

crowave 


low-level coverage. 

. .Div. CP-202.32 

Radar systems. 

. .Div. 14-300 


Div. CP-202.4-M7 


Div. CP-202.3 


Div. CP-232.2-M9 

airborne ... 

. .Div. 14-235.1-M2 


Div. CP-232.2-M10 


Div. 14-310 


Div. 14-310.32-M4 


Div. 14-310.2 

operator training . 

. .Div. APP-213.2 


Div. 14-310.21 

range-only . 

. .Div. 14-310.32-MI 


Div. APP-326 

Summary reports for Division 14 . 

. .Div. 14-502 


Div. CP-621.2-M2 

X-band (3-cm) . 

..Div. 14-121.2-MI 

jamming susceptibility of. 

. .Div. 15-221.21 


Div. 14-121.2-M2 

Summary reports for Division 14 . 

..Div. 14-502 


Div. 14-310.32-M4 

weight analyses . 

. .Div. 14-310.213 


Div. CP-202.4-M7 

ground ... 

. .Div. 14-310 


Div. CP-232.2-M12 


Div. 14-310.1 


Div.CP-621.2-M2 


jamming susceptibility of. 

mountain system. 

Summary reports for Division 14 
K-band (1-cm) . 


See also: Indicators, ground po¬ 
sition (GPI); Wave propagation, 
centimeter 

P-band . 

S-band (10-cm). 


Div. 14-310.14 
Div. 14-501-M11 
Div. 14-502 
Div. CP-202.31 
Div. CP-202.4-M6 
Div. CP-612.5 
Div. CP-622.2-M1 
.Div. 15-221.23 
.Div. 14-322.1-M3 
Div. 14-322.1-M7 
.Div. 14-502 
.Div. 14-310.32-M2 
Div. 14-310.32-M4 
Div. CP-202.2 
Div. CP-202.4-M7 
Div. CP-231.221-M1 
Div. CP-333.2-M1 
Div. CP-612.3-M3 


.Div. CP-621.3-MI 
.Div. 14-121.2-MI 
Div. 14-251.3-M3 
Div. 14-310.32-M4 
Div. 14-322.2-M2 
Div. 15-221.2 
Div. CP-202.312 
Div. CP-202.4-M7 
Div. CP-223-M5 
Div. CP-232.2-M9 
Div. CP-232.2-M11 
Div. CP-622.2-M2 
Div. CP-623-M1 
Div. CP-623-M5 


See also: H t X; Indicators, ground 
position (GPI); Micro-H system; 

Wave propagation, centimeter 

Marks 4, 8 and 10.Div. APP-611.2-M9 

Div. APP-623 
Div. APP-624-M2 

Mark 12 .Div. APP-611.2-M14 

Div. APP-611.2-M16 
Div. APP-623-M4 

Mark 35 (trainer) .Div. 14-411.4-M9 

50-cm and 80-cm .Div. CP-223-M6 

Div. CP-223-M8 

1 1/2-meter and 3-meter.Div. CP-223-M9 

Div. CP-223-M12 

Radar Tube Model Shop reports.Div. 14-211.6 

Radford 

See: Ballistite; Powder, Radford 
sheet 
Radiation 

circular cylinders and spheres .Div. AMP-11-M4 

proximity fuzes .Div. 4-243.11-MI 

Div. 4-243.11-M3 
Div. 4-243.11-M5 
Div. 4-243.11-M10 
Div. 4-243.12-MI 

vehicles.Div. 4-243 

Div. 4-243.1 
Div. 4-243.2 
Div. 4-243.4 

thermal .Div. 3-241 

Div. 3-361.215 
Div. 14-121.2-M5 
Div. 16-310.1-M3 

Radiation Laboratory (MIT) 

Contract lists .Div. 14-520 


714 





























Radiation Laboratory-Rain 


Indices of reports . 

. .Div. 14-510 

measures . 

. .Div. 15-160 

Project lists. 

. .Div. 14-520 

Summary report for Division 6 


Summary reports . 

. .Div. 14-500 

See: Contract OEMsr-33 



Div. 14-501 

Radio countermeasures 


Radiators 


See: Countermeasures, radio 


fanned beam . 

. .Div. 14-234.326-MI 

Radio direction finding 


hemi-isotropic. 

. .Div. 14-234.112-M5 

See: Direction finders, radio (RDF) 


identification friend-or-foe . 

. Div. 14-321.14-M19 

Radio frequency 


oil (Japanese) . 

. .Div. 18-802.12-M8 

equipment and tests. 

. .Div. 14-233 

vertical. 

. .Div. 14-212.3-MI 


Div. 14-233.5 

See also: Antennas 


measurements. 

. .Div. 15-525 

Radio communications. 

. .Div. 14-261 

sources . 

. .Div. 14-232 


Div. CP-700 


Div. 14-234.52-M3 


Div. CP-730 

Radio industry production analysis .. 

. .Div. 14-600-M6 

antijamming of. 

. .Div. 15-180 

Radio-meteorological tables . 

..Div.CP-222.l-M9 


Div. 15-210 


Div. CP-222.2-M3 


Div. 15-211.22 


Div. CP-222.2-M4 


Div. 15-212 

Radio proximity fuzes 



Div. 15-212.1 

See: Fuzes, radio proximity 



Div. 15-212.13 

Radio pulse propagation 


jamming of. 

. .Div. 15-180 

See: Pulses, radio 



Div. 15-210 

Radio remote control 



Div. 15-211 

See: Guided missiles, radio-con¬ 



Div. 15-231-M3 

trolled; Remote control systems; 



Div. 15-231-M6 

Tanks, armored, German 



Div. 15-401.2 

Radio reporters 



Div. 15-401.21 

See: Reporters 



Div. 15-401.4 

Radio Research Laboratory 



Div. 15-402.2 

Document digests . 

. .Div. 15-122 


Div. 15-402.3 

Film list . 

. .Div. 15-123 


Div. 15-402.4 

Progress reports. 

. .Div. 15-121 

conversion to jamming equipment 

. .Div. 15-321.3 

Radio telegraph 


susceptibility to. 

. .Div. 15-211.1-M12 

See: Telegraphy 



Div. 15-211.2 

Radio telemetering 



Div. 15-211.22 

See: Telemetering 



Div. 15-211.23 

Radio telephone 


theory . 

..Div. 15-211.1 

See: Telephones, radio 


See also: Jammers and jam¬ 


Radio time comparator 


ming systems, radio communi¬ 


See: Comparators, radio time 


cations 


Radioactivity 


jungle influences . 

. .Div. CP-711 

See: specific radioactive substances 


over water . 

. .Div. CP-712 

and techniques (e.g . Sulfur mus¬ 


Southwest Pacific area influences .. 

. .Div. CP-713 

tard, radioactive) 


See also: Communications, ship- 


Radiography. 

Div. 17-323.7 

to-shore; Communications, voice 


See also: X-ray 


(training); Radio communications; 


Radiosonde . 

. Div. 13-102.2-MI 

Telegraphy; Telephone, radio 



Div. 14-122.2-MI 

Radio communications sets 



Div. 14-122.21-MI 

airborne. 

..Div. 15-211.214 


Div. CP-224-M5 

American. 

. .Div. 15-211.21 


Div. CP-341 

German . 

..Div. 15-211.22 


Div. CP-342-M1 

Japanese . 

. .Div. 15-211.23 

See also: Sounding and sounding 


mobile or portable. 

..Div. 15-211.211 

devices; Wired sonde 



Div. 17-436.44 

Radium . 

Div. 4-231.6-M2 

short range. 

. .Div. CP-732.1 

Radomes . 

. .Div. 14-234.5 

stationary. 

. .Div. 15-211.212 


Div. AMP-504.6-M4 

3,000 megacycle. 

. .Div. 13-201 


Div. CP-522.4 


Div. 13-201.1 

Railroads (infrared operations). 

. .Div. 16-432 

Radio Corporation of America 


Rain 


Final report on radio counter- 


effect on wave propagation. 

. .Div. 14-122.23 




Div. CP-511 



715 









































Rain-Ranging 


effect on wave propagation (cont’d) 

Div. CP-621.2 

selection of operators (Type R) ... 

.Div. APP-112 

size and concentration of drops .... 

. .Div. 4-740 

tests and examination . 

.Div. 7-200-M5 

See also: Antirain compounds 



Div. 7-220.1 

Randomness of an observation se- 



Div. 7-220.19-M4 

quence . 

. .Div. AMP-21-M1 

trainers . 

.Div. 7-220.21 

See also: Sampling inspection 



Div. 7-220.213 

Range clock. 

. .Div. 14-326.1-M6 


Div. APP-613.2 

Range drift. 

. .Div. APP-623-M4 


Div. APP-640-M2 

Range Finders and Range Finding 



Div. APP-640-M6 

Range finders. 

. .Div. 7-200 


Div. APP-651 


Div. 7-210 


Div. APP-652-M3 


Div. 7-210.1 


Div. APP-654 


Div. 7-210.19 

stadiametric system . 

.Div. 7-220.33-M4 

systems 


Summary reports for Division 7. 

.Div. 7-101 

internal adjuster . 

..Div. 7-210.112 


Div. 7-201 

optical . 

. .Div. 7-210.13 

Range-only radar 


tactical applications 


See: Airborne range only (ARO); 


aerial gunnery. 

. .Div. AMP-503.2-M2 

Radar systems, shipboard, range- 


antiaircraft . 

..Div. AMP-703.3 

only 


radar 


Range scope. 

.Div. 14-243.1-M5 

See: Ranging, radar 


Ranges 


rockets . 

. .Div. AMP-601.2-M2 

echo 


sonar 


See: Echo ranging 


See: Echo ranging; Sonar 


listening 


tests and testing equipment. 

. .Div. 7-220.19 

See: Listening (underwater), ranges 



Div. APP-653 

maximum (sonar) . 

, .Div. 6-570 

types 


deep water . 

Div. 6-570.21-M10 

auto-collimating. 

. .Div. 7-210.18 


Div. 6-570.21-Mil 

coincidence . 

. .Div. 7-210.14 

measurements. 

, .Div. 6-570.2 

See also: Reticles 


prediction . 

..Div. 6-570.1 

infrared . 

. .Div. 16-132-M4 

shallow water. 

.Div. 6-570.1 


Div. 16-305.2 


Div. 6-570.21-M11 

ortho-pseudoscopic . 

. .Div. 7-210.16 

radio communications . 

.Div. CP-732 

radio-optical ('10-cm'). 

. .Div. 7-210.13-M3 

rockets . 

.Div. 3-245 

short-based (15 inch) . 

. .Div. 7-210.17 

Ranging 


stereoscopic . 

. .Div. 7-210.11-M3 

aerial gunnery .. 

, .Div. AMP-503.2 


Div. 7-210.11-M4 

antiaircraft . 

.Div. AMP-703.3 


Div. 7-210.11-M8 

estimation equipment and trainers . 

.Div. APP-640 


Div. 7-210.14-MI 

gun . 

.Div. 17-434.4 


Div. 7-210.15 

Div. 17-434.41 


Div. 7-210.16-M2 

infrared . 

. .Div. 16-431.1-M2 


Div. 7-210.18-M3 

microphonic analysis. 

.Div. 17-434.411 


Div. 7-220.213-M4 

seismic analysis . 

Div. 17-434.412 

superimposed (13.5 ft). 

. .Div. 7-210.19-M2 

radar . 

, .Div. 4-730 

two-station . 

. .Div. 7-210.19-M4 


Div. 14-121.1-M5 

Range finding 



Div. 14-243 

automatic devices and aids . 

. .Div. 7-300 


Div. 14-245 

factors affecting 



Div. AMP-503.1-M13 

accuracy . 

..Div. 7-210.11 


Div. APP-623 

fatigue. 

. .Div. 7-220.16 


Div. CP-202.4 

interruption of operation . 

..Div. 7-220.17 


Div. CP-212 

sleep deprivation. 

..Div. 7-220.16-M4 


Div. CP-222-M7 

selection and training of personnel . 

..Div. 7-220 


Div. CP-231.11-M2 


Div. 7-220.2 

measurements. 

. Div. 14-212.5-M6 


Div. APP-216 


Div. 14-212.7-MI 


Div. APP-640-M3 


Div. 14-243.3 


Div. APP-640-M5 

precision . 

, .Div. 14-243.1 

selection of operators. 

..Div. 7-220.14 

toss-bombing . 

Div. 4-315 


Div. APP-110 

units. 

Div. 14-243.2 

selection of operators (Type O) . . 

. .Div. APP-111 

See also: H t X 




716 






















































Ranging-Reciprocity 


sound (atmospheric). 

binaural. 

computing methods . 

errors . 

nomographic. 

systems . 

See also: Underwater sound detec¬ 
tion and ranging (USDAR); Echo 
ranging; Infrared ranging and de¬ 
tection (IRRAD) 

RASD. 

Rasp sight. 

See also: Sights, rocket, aircraft- 
mounted 

RAT (signal generator) . 

Rats 

toxicity 

arsine . 

Compound W. 

nitrogen mustard. 


phosgene and diphosgene 
sulfur mustard . 


Raven. 

Rayon (gas-protective) . 

Razon. 

RBAT 

See: Relative bearing animated 
trainer (RBAT) 

RC-156 transmitter. 


RC-183 

See: AN/APT-3 (RC-183, Mandrel) 
RCG 

See: Reverberation-controlled gain 
(RCG) 

RDF 

See: Direction finders, radio (RDF) 

RDX 

See: Cyclonite (RDX); Cyclotol 
(RDX-B) 

Reactance 

See: Tubes, reactance; Switching, 
reactance 

Rebecca-H. 

Rebreathers. 


Div. 17-434 
Div. 17-434.32 
Div. 17-434.1 
Div. 17-434.2 
Div. 17-434.1 -M2 
Div. 17-434.33 
Div. 17-434.3 


Div. 14-234.33-M4 
,Div. 7-132 

.Div. 15-620-M5 

.Div. 9-313.1-M4 
.Div. 9-341-MI 
.Div. 9-321.1-M9 
Div. 9-321.1-M10 
Div.9-321.TM15 
Div. 9-361.3-M2 
.Div. 9-331.1-M4 
Div. 9-331.1-M7 
.Div. 9-312.13-M2 
Div. 9-312.132 
Div. 9-312.14-M6 
Div. 9-312.14-M8 
Div. 9-522.12-M10 
.Div. 15-401.5 
.Div. 9-541.11-M4 
Div. 9-541.11-M5 
.Div. 5-232.2 
Div.7-122.4-Ml 


.Div. 14-327.3 
Div. 14-328.113-M3 
.Div. 10-203 
Div. 11-102.222 


Receivers 

azon and razon (link).Div. 5-232.21 

direction-finding 
See: Direction finders 

radar.Div. 14-240 

Div. 14-241 

airborne early warning.Div. 15-312 

aircraft gun-laying .Div. 14-24I.2-M2 

antijamming.Div. 14-262.1-M1 

beacon .Div. 14-322.1-M8 

crystal-video .Div. 14-233.12-M8 

loran.Div. 14-327.111 

moving target identification.Div. 14-263-M11 

noise.Div. 14-125-M9 

Div. 14-241.1 

theory.Div. 14-241.1 

types.Div. 14-241.2 

radio communications .Div. 17-438.1-MI 

German .Div. 15-211.22-M2 

Div. 15-401.2-M5 
Div. 15-401.2-M6 

jamming susceptibility.Div. 15-211.2 

Japanese.Div. 15-211.23-M4 

pulse signal.Div. 13-203.4 

ARB .Div. 15-211.1-M11 

Div. 15-211.214-M6 
Div. 17-438.2-M3 

R-21 (for AN/ARQ-11).Div. 15-321.23-M2 

See also: Radio communications 

radio countermeasures.Div. 15-310 

Div. 15-315 

accessories .Div. 15-314 

radio frequency response of..Div. 15-527 

search.Div. 15-311 

Div. 15-311.5 

airborne.Div. 15-311.1 

airborne (radar).Div. 15-311.12 

airborne (radio communications) . . .Div. 15-311.11 


Div. 15-322.121-MI 

Div. 15-322.121-M2 

Div. 15-322.124 

automatic.. 

components.. 

panoramic. 

.Div. 15-311.3 

Div. 15-331.11-M2 

.Div. 15-311.2 

.Div. 13-203.2 

Div. 13-203.3 

Div. 15-311.4 

Div. 15-353-MI 
Div. 15-353-M3 


recording. 

.Div. 15-311.3 


ARC-1 . 

.Div. 15-311.111 


ARR-5, -7 and -24. 

.Div. 15-311.112 


setting-on. 

.Div. 15-232-M5 


sonar 



Asdic. 

.Div. 6-631.13-M3 


pro-submarine . 

.Div. 6-632.03-M11 


See: Echo ranging; Hydro¬ 
phones; Listening (underwater); 

QH, receiver system 

television .Div. 5-311-M2 

Reciprocity (magnetostriction trans¬ 
ducers) .Div. 6-612.512 


717 




























































Recognition-Reflections 


Recognition 

See: Detection; Identification; 

Sound, underwater, recognition; 
Trainers, echo recognition group 


Recognition systems (near infrared) ... .Div. 16-304 

plane-to-plane .Div. 16-304.2 

ship-to-ship.Div. 16-304.1 

Recoil 

See: Muzzle brakes; Mortars, re¬ 
coilless 

Reconnaissance (infrared).Div. 16-460 

amphibious night operations.Div. 16-434.2 


See: Television, reconnaissance 

Recorders and Recording 

Recorders 

applications 


antenna pattern.Div. 14-234.4-M7 

carbon dioxide.Div. 17-322.2-M6 

depth charge pattern .Div. 6-323-M2 

synchronous linear.Div. APP-611.5 

fuzes (variable-time).Div. 4-617 

gunnery 

error.Div. APP-612 

jamming 

pulse amplitude.Div. 15-221.4-M6 

rockets 

pressure .Div. 3-611-M5 

temperature-time.Div. 3-615-M2 

search receiver.Div. 15-311.31 

sonar.Div. 6-612.53-M7 

automatic frequency response.Div. 6-553.5-MI 

echo-recognition 

See: Trainers, echo recognition 

group 

range.Div. 6-553.5 

Div. 6-644.21-M10 

specific devices 

chemical.Div. 6-540.31-Ml 

Div. 6-632.04-M6 

operational bearing.Div. 6-326.1 

oscillograph .Div. 6-651.2 

portable polar chart.Div. 6-553.5-M2 

Div. 6-612.53-M19 
Div. 6-645.31 

slant range correction .Div. 6-644.21-M12 

sound range.Div. 3-627 

sound range (dry paper).Div. 17-434.34 

sound range (trainers) .Div. 6-322.1 

strip map.Div. 16-310.313-MI 

tape.Div. 3-625.2-M4 

Div. 7-312.2 
Div. 9-413.2 
Div. 9-422.111-M2 

tape (magnetic) .Div. 15-263.1 

Recording 

jamming .Div. 15-630 

magnetic .Div. 13-206.6 

Div. 17-500 

radio.Div. 13-304.2 

underwater sound.Div. 6-645.2 


Rectification (air) 

See: Air, rectification 
Rectifiers 

aerial photography 
See: Photogrammetry 
crystal . 


conversion loss and gain 
noise. 


properties . 

types. 

See also: Crystals 

direct current. 

engine compressor.. 

high-frequency. 

K-band. 

linear .. 

oxygen . 

variable-time fuze.. 

Red squill . 

Reflection and Reflectors 
Reflectance 

See: Aeroreflectance 
Reflection coefficients 
proximity fuze objectives 

underwater sound. 

wave propagation . 


atmospheric layers 
ground. 


water 


Reflections 

acoustic (from domes) 
microwave. 


aircraft . 

corner reflectors 
curved surfaces 

earth or ground 
guided missiles 
targets . 


Div. 

14-233.1 

Div. 

14-233.134 

Div. 

14-251.71-M2 

Div. 

15-384 

Div. 

15-384.1 

Div. 

14-233.14 

Div. 

14-125-M6 

Div. 

14-233.131 

Div. 

14-233.15 

Div. 

14-233.151 

Div. 

14-233.13 

Div. 

14-233.11 

Div. 

14-233.132 

Div. 

11-102.1-MI 

Div. 

14-233.133 

Div. 

14-233.152-M3 

Div. 

15-221.1-M3 

Div. 

11-104.1-M2 

Div. 

4-235 

Div. 

9-721-M3 


.Div. 4-624 
.Div. 6-612.51-M9 
Div. 14-252.1-M4 
Div. CP-530 
Div. CP-531 
Div. CP-222.1-M4 
Div. CP-222.1-M5 
Div. 14-122.11-M2 
Div. CP-231.21-M2 
Div. CP-532 
Div. CP-532.1 
.Div. 14-122.11-M2 
Div. 14-122.112-MI 
Div. CP-110-M12 
Div. CP-532 
Div. CP-532.2 

Div. AMP-201-M7 
Div. AMP-201 -M8 
Div. 14-122.11 
Div. 15-820 
Div. 15-830 
Div. 14-122.113-M2 
Div. 15-822 
Div. 15-241.31 
Div. 14-122.111 
Div. CP-531-M4 
Div. 16-240 
Div. 15-830-MI 
Div. 14-122.113 
































































Reflections-Respiration 


water.Div. 14-122.11-M2 

Div. 14-122.112 
Div. 14-122.113-M6 
Div. 14-122.114-M2 
Div. 14-234.325-M2 
Div. 14-234.325-M3 

See also: Echoes, radar 

optical .Div. 6-530.23 

underwater sound.Div. 6-510.4-M3 

Div. 6-530 
Div. 6-530.1 

measurements.Div. 6-530.2 

submarine .Div. 6-530.1-M3 

Div. 6-530.22 

submarine models.Div. 6-530.23 

surface .Div. 6-520.11-Ml 

surface craft .Div. 6-530.21 

See also: Aeroreflectance 
Reflectors 

autocollimating .Div. 16-422.2-MI 

radar.Div. CP-611 

paraboloid.Div. 14-234.22-M2 

Div. 14-234.22-M3 
Div. 14-234.22-M11 
Div. 14-234.231 
Div. 14-234.4-MI 

45° .Div. 14-234.22-M6 

See also: Confusion reflectors; 

Corner reflectors 

Refractaloy .Div. 1-420.35 

Refraction 

aerial gunnery .Div. AMP-502.1-M35 

radio wave .Div. 14-122.12-MI 

Div. 14-213-M2 
Div. CP-202.32 
Div. CP-211-M3 
Div. CP-222 
Div. CP-233-M5 

Refractive index (wave propagation) ... .Div. CP-211-M12 

Div. CP-222.1 
Div. CP-323-M2 
Div. CP-333-M4 
Div. CP-336.2 

modified.Div. 14-122.12-M4 

Div. 14-122.24 
Div. CP-222.2 
Div. CP-333.3-M5 

Refractories.Div. 18-704 

pouring box.Div. 18-704.2 

Regenerative chemicals 
See: Chemicals, regenerative 

Regenerators.Div. 11-104.13 

Relative bearing animated trainer 

(RBAT) .Div. 6-326.2-M2 

Div. 6-326.2-M4 

Relay controllers.Div. 7-112.4-MI 

Relay interpolators.Div. 7-312.1 

Div. AMP-12 

Relay radar.Div. 14-266 

Div. 14-267-M4 


Relay radar (continued) Div. 14-267-M7 

Div. 14-321.14-M9 

Relays (toss-bombing).Div. 4-328.4 

tests.Div. 4-328.41 

Release altitude 

rockets .Div. 4-412.4-M2 

toss-bombing.Div. 4-321.2-M4 

Div. 4-321.3 

Releases 

bomb .Div. 14-329.143-MI 

Div. 14-411.4 

squib-actuated .Div. 6-646.23 

toss-bombing .Div. 4-324.11 

Div. 4-328.5 

Remote control systems .Div. 14-214 

jamming vulnerability.Div. 15-211.213 

See also: Guided missiles; Tanks, 
armored, German 

Remote indication systems.Div. 14-214 

Repeaters 

echo 

See: Echo repeaters 

passive .Div. CP-721 

signal .Div. 15-315 

Reporters 

variable-time fuze.Div. 4-222.113-M5 

Div. 4-222.221 
Div. 4-222.127-M2 
Div. 4-611 

yaw .Div. 4-222.221 -M7 

Div. 4-412.2-M2 

Resins 

adsorbent usage.Div. 10-202.1-M3 

Div. 10-202.143-M2 
Div. 10-202.143-M3 
Div. 10-202.21 

methyl methacrylate.Div. 4-234.1-MI 

tropical deterioration.Div. TD-101.2 

Resistance-Capacitance Project .Div. 4-211.23-M6 

Resistors .Div. 14-211.1 

metallized-glass .Div. 14-251.1-M8 

photocell .Div. 4-238.41 

See also: Circuits, variable-time 
fuze, MC-380 

toss-bombing .Div. 4-328.2 

variable-time fuze.Div. 4-236 

Div. 4-238.41 

Resnatrons .Div. 14-232.3 

Div. 15-323-MI 
Div. 15-342 

Resojets .Div. AMP-101.1-M14 

Resolvers .Div. 14-212.61 

Div. 14-413-M2 
Div. AMP-503.5-M13 

Resolving power (aerial photography) . .Div. 16-111.6 

Resonant modes (magnetrons).Div. 14-232.12 

Div. 14-232.17-M2 

Resonators.Div. 14-111-M6 

Div. 14-241.4-MI 

Respiration in gas masks.Div. 11-204 


CR 


719 



























































Respiration-Rocket types 


instantaneous penetration . 

.Div. 11-204.1 

Rigid bodies 


Respirators 


See: Mechanics of rigid bodies 


See: Gas masks 


Ring stacks (laminated). 

..Div. 6-612.1-M6 

Respiratory tract (chemical warfare 



Div. 6-612.61 

medicine). 

.Div. 9-110-M2 

B-19B . 

..Div. 6-612.611 


Div. 9-386 

B-19D, F and G. 

. .Div. 6-612.612 


Div. 9-331.1-M5 

B-19H. 

. .Div. 6-612.613 

Reticles . 

. .Div.7-112.11-M5 

B-19J. 

. .Div. 6-612.614 


Div. 7-210.11-M4 

B-19K. 

. .Div. 6-612.615 


Div. 7-210.3 

B-19L . 

. .Div. 6-612.616 


Div. 16-161.4 

Ripple firing mechanism. 

. .Div. 3-491.214 

accuracy. 

.Div. 7-210.34 

Ritchie Project . 

. .Div. 12-900-M3 

imperfections . 

.Div. 7-210.32 

Rivets. 

. .Div. 18-900-M2 

patterns and designs. 

.Div. 7-210.31 

Roc. 



Div. APP-611.1-M6 

See: Bombs, medium-angle diri¬ 


See also: Height finders; Range 


gible (Roc) 


finders, types, coincidence; Range 


Rochelle salts 


finding, factors affecting, accuracy 


See: Crystals, piezoelectric; Hydro¬ 


Retrieving gear (torpedo) 


phones, crystal 


See: Torpedo components, retriev- 


Rockefeller Institute of Medical Re¬ 


ing gear 


search 


Retrobombing 


Progress reports on chemical war¬ 


See: Bombing, retro 


fare . 

..Div. 9-124 

Reverberation (underwater sound) .... 

. .Div. 6-510.22-M7 

Rockets and Rocketry 



Div. 6-520 

Rocket grenades 



Div. 6-520.1 

antitank (2.36-inch). 

. .Div. 3-320-M4 

deep water . 

. .Div. 6-520.22 


Div. 3-551.1 

frequency characteristics . 

. .Div. 6-520.3 


Div. 6-722.2 


Div. 6-635.1-M4 


Div. 8-604.2-M6 


Div. 6-635.13 

follow-through (T-l). 

. .Div. 3-551.3-M4 

measurements. 

. .Div. 6-520.2 

high-velocity (T-59) . 

. .Div. 3-551.3 


Div. 6-921.1 

See also: Bombs, chemical warfare 


shallow water. 

. .Div. 6-520.21 

(CWB) 


Reverberation-controlled gain (RCG) 

. .Div. 6-631.12 

Rocket propellants 


Reverberation suppression filter 


See: Propellants, rocket 


(RSF) 


Rocket targets 


See: Filters, reverberation suppres¬ 


See: Targets, rocket 


sion (RSF) 


Rocket tossing . 

. .Div. 4-400 

RGD 



Div. 4-420 

See: Oscillators, reaction grid de¬ 



Div. 4-421 

tection 



Div. 14-329.17-N 

RH 



Div. AMP-606.1 

See: Sulfur mustards 


equipment. 

..Div. 4-422 

RHB 


tests. 

..Div. 4-423 

See: Bombs, radar homing (RHB) 


Rocket types . 

. .Div. 3-500 

Rhengol. 

. .Div. 9-243 


Div. 3-590 

Riboflavin deficiency and mustard 


aircraft . 

. .Div. 3-530 

lesions. 

..Div. 9-312.132-M10 


Div. 3-531 

Ribose utilization (effect of mustard 



Div. 3-531.6 

gas) . 

..Div. 9-312.131-M11 


Div. 3-532 

Riccati 



Div. 3-532.31 

See: Equations, Riccati-type 



Div. 4-236-M7 

Ricin 



Div. 4-243.12-MI 

See: Compound W 



Div. 4-412.1-MI 

Ricochet (underwater projectiles) . ... 

. .Div. 3-713-M3 


Div. 4-412.2-M4 


Div. AMP-401.1 


Div.4-412.4-M4 

Rifles 



Div.4-412.4-M6 

German . 

..Div. 18-801.23 


Div. 4-422.1-M3 

Japanese . 

. .Div. 18-802.23 


Div. 7-131-MI 

See also: Guns 



Div. 14-323.6-M 


720 









































Rocket types 


aircraft (continued) Div. 14-323.6-M4 

Div. AMP-601.2 

high-velocity.Div. 4-236-M7 

Div. 4-243.22-M4 
Div. 4-244.2 

high-velocity (5-inch) .Div. 3-245-M5 

Div. 3-551.2 
Div. 4-243.22-M2 
Div. 4-412.1-M4 
Div. 4-412.1-M6 
Div. 4-412.3-M4 
Div. 4-412.3-M5 
Div. 4-422.1-M5 
Div. 4-422.1-M6 
Div. 6-722.6-M2 

non-rotating .Div. 3-245-M4 

Div. 3-532.3-M5 
Div. 3-561 

special types.Div. 3-532 

2.25-inch .Div. 3-531.1 

Div. 3-532.31-M3 
Div. 3-532.31-M4 
Div. 4-411.4 
Div.4-412.1-M4 
Div. 4-412.1-M7 
Div. 14-323.6-M3 

3.5- inch .Div. 3-531.2 

Div. 3-532.31 
Div. 3-711 -M2 
Div. 3-713-M2 
Div. 3-721-M2 
Div. 4-243.22-M4 
Div. 4-411.4 
Div. 4-412.1-M2 
Div. 4-412.1-M5 
Div. 4-422.1-M2 
Div. 14-323.6-M3 
Div. AMP-406 
Div. AMP-603 

4.5- inch .Div. 3-320-M5 

Div. 3-415-M10 
Div. 3-430-M7 
Div. 3-531.3 
Div. 4-412.2-MI 
Div. 4-412.3 
Div. AMP-605 
Div. AMP-606-M4 

5-inch.Div. 3-532.31 

Div. 4-243.22-M4 
Div. 4-411.4 
Div. 4-412.1-M2 
Div. 4-412.1-M7 
Div. 4-412.1-M10 
Div. 4-412.3-M5 
Div. 14-323.6-M3 
Div. AMP-603-M1 
Div. AMP-603-M3 

11.75-inch.Div. 3-491.1-M2 

Div. 3-530-M2 
Div. 3-531.4 


11.75 (continued) Div. 3-532.31-M5 

Div. 3-853 
Div. 4-412.1-M3 
Div. 4-412.1-M6 
Div. 4-412.1-M9 
Div. AMP-406-M4 

antiaircraft (2.25-inch) .Div. 6-722.1 

antisubmarine 

See: Rockets, performance fac¬ 
tors, underwater behavior 
antitank 

See: Rocket grenades, antitank 
(2.36-inch) 

artillery .Div. 3-422.2 

barrage.Div. 3-520 

Div. AMP-902-M5 

fragmentation.Div. 3-521 

personnel training.Div. 3-520-M4 

4.5-inch .Div. 3-245-M2 

Div. 3-520 
Div. 3-521-M2 
Div. 3-852 

carrier-based.Div. 3-532.32 

chemical warfare (CWR).Div. 3-571 

Div. 6-722.7-M4 

demolition (7.2-inch).Div. 3-594 

fin-stabilized .Div. 3-220-M6 

Div. 3-561 

dispersion .Div. 3-245-M4 

Div. 3-532.3-M5 
Div. 3-561.1 

foreign 

German .Div. 6-722.7-M3 

Div. 8-607.3-M9 

Japanese (20-cm) .Div. 18-802.24-M4 

high-velocity.Div. 3-550 

Div. 3-551 

stabilized (5-inch) .Div. 3-243.4 

See also: Rocket types, aircraft, 
high-velocity 

long-range high-altitude .Div. 3-230 

Div. 3-595 

low-velocity.Div. 3-221-M2 

Div. 3-221-M3 

non-rotating 

See: Rocket types, fin-stabilized 

plane-to-plane .Div. 4-211.1-M3 

Div. 4-211.1-M5 

See also: Fire, plane-to-plane; 

Rocket types, aircraft 
rotating 

See: Rocket types, spin-stabilized 

special-purpose .Div. 3-593 

specifically named 

Budd (4.5-inch).Div. 3-591-M2 

Div. 4-222.23-M4 
Div. 4-412.2-MI 

California Institute of Tech 
nology (CIT) 


Div. 3-245 
Div. 3-510 



































Rocket types-Rotary joints 


CIT (continued) 

Div. 4-412.4-M3 

Rockets (continued) 

Div. 6-722.7 

HCSR (5-inch) . 

.Div. 3-243.4 

components. 

...Div. 3-400 

RP-3 . 

.Div. 4-412.1-M7 


Div. 4-411 

T-22 . 

.Div. 4-222.121-M11 

fire control 


T-87 . 

. .Div. 4-222.125-MI 

See: Fire control, rockets 


VAR . 

.Div. 3-721-M4 

motors 


Mark 7. 

.Div. 4-222.124-MI 

See: Motors, rocket 



Div. 4-222.127-MI 

tubes. 

.. .Div. 3-410-MI 


Div. 4-412.4-M3 

performance factors. 

.. .Div. 3-240 

Mark 8. 

.Div. 4-222.129-M3 

accuracy. 

.. .Div. 3-249 


Div. 4-222.223-M3 


Div. 3-573-M3 

Mark 9. 

.Div. 4-243.22-MI 

blast effects (on aircraft). 

.. .Div. 3-247 

2.37-inch . 

.Div. 6-722.3 

deceleration 


3.25-inch . 

. .Div. 4-413-M2 

See: Deceleration, antiaircraft 



Div. 4-413-M3 

rockets 


4.5-inch. 

.Div. 6-722.5 

experimentation. 

.. .Div. 3-600 

21 3/8-inch . 

.Div. 6-722.7-M2 

malalignment . 

. .Div. 3-242 

spin-stabilized. 

... .Div. 3-220-M2 


Div. 3-520-M8 


Div. 3-220-M6 

mal-launching . 

.. .Div. 3-243.4 


Div. 3-243.1-M5 


Div. 3-562.1-MI 


Div. 3-249-M4 

motion . 

.. .Div. 4-412.2 


Div. 3-561-MI 

See also: Yaw, rocketry 



Div. 3-562 

propellant influences on design . 

.. .Div. 3-370 


Div. 3-591 

radiation (electromagnetic). 

. .Div. 4-243.12 


Div. 8-705-M2 


Div. 4-243.22 


Div. AMP-606-M3 

radiation (thermal) . 

.. .Div. 3-241 

dispersion .. 

.Div. 3-562.1 


Div. 3-361.215 

German (15-cm). 

.Div. 6-722.7-M3 

shipment problems. 

. ..Div. 3-880 

3.5-inch . 

.Div. 3-243.4 

stability . 

. ..Div. 3-243 


Div. 3-562.2 

tests and test equipment. 

.. .Div. 3-600 


Div. 6-722.4 


Div. 3-610 


Div. AMP-406-M5 


Div. 3-620 

4.5-inch . 

.Div. 3-320-M6 


Div. 4-413 


Div. 3-591-M2 

underwater behavior . 

.. .Div. 3-710 


Div. 3-591-M3 


Div. 3-721 

5-inch. 

.Div. 3-110-M10 


Div. 6-722 


Div. 3-110-M11 


Div. AMP-406 


Div. 3-243.4 

versus Baka. 

.. .Div. AMP-604 


Div. 3-562.2 

Rodent control . 

.. .Div. 9-700 


Div.6-722.6-Ml 


Div. 9-720 

step-motor. 

.Div. 3-580 

Rodenticides. 

...Div. 9-721 

take-off 


Roll 



See: Jet propulsion equipment, 
take-off unit 
vertical 

See: Bombing, vertical (antisub¬ 
marine) 

Rocketry .Div. 

Div. 

Div. 

Div. 

Div. 

Abstracts of technical reports.Div. 

Bibliographies of Division 3 .Div. 

Indices of Division 3 reports.Div. 

Summary of reports of Division 3 ... .Div. 

Rockets .Div. 

Div. 

Div. 

Div. 


3- 210 

4- 400 
7-130 
AMP-600 
AMP-606 
3-120 
3-130 
3-140 
3-110 

3- 200 

4- 410 
4-412.4 
6-722 


gun .Div. AMP-502.13-M11 

correction.Div. AMP-502.142 

Div. AMP-503-M4 

ship.Div. 14-234.33-MI 

Div. 14-600-M5 

Roller loader .Div. 6-646.23-M7 

Roof prisms 
See: Prisms, roof 

Roof System reports.Div. 14-501-M3 

Div. 14-502-M2 

Rooster .Div. 14-328.121-M4 

Ropes (confusion reflectors).Div. 15-241.2 

Rosebud and Rosebups .Div. 14-328.121 

Ross process 

See: Cyclonite (RDX), Ross process 

Rotaflail .Div. 17-121.1 

Rotary joints (radar transmission).Div. 14-225-MI 

Div. 14-233.421-M3 


722 

























































Rotary joints-Sauereisen 


Rotary joints (radar transmission) (cont’d)Div. 14-233.422 RPEB-2 .Div. 4-222.225 


Rotary shakers.Div. 4-614 RRLG .Div. 4-211.22 

Rotation Div. 4-232.21-M7 

aeroballistics.Div. AMP-502.142 RRP 

scanning sonar.Div. 6-632.6 See: Fuzes, radio-proximity, rocket 

Rotors RSF 

cryptographic .Div. 13-304.1 See: Filters, reverberation suppres- 

proximity-fuze generator.Div. 4-232.22 sion (RSF) 

Div. 4-238.523-M5 Rubber 

scanning sonar.Div. 6-632.61-M8 incendiary mixtures .Div. 11-301.3-M3 

Div. 6-632.63 Div. 11-301.3-M4 

Rotoscopes.Div. 6-632.1 underwater sound apparatus.Div. 6-612.43 

design.Div. 6-632.11 Rug 

performance tests .Div. 6-632.12 See: AN/APQ-2 (Rug) 

Div. 6-643.3-M3 


s 


S-band 

polarization. 

reflection coefficients 
transmission . 


See also: Radar systems, S-band 
(10-cm) 

S-221, -222, -300 and -426 chloroamides 

S-300 chloroamide. 

S-328 chloroamide. 

S-330 chloroamide. 

S-436 chloroamide. 

S-461 chloroamide. 


SA (removal by charcoal) 


.Div. CP-540-M7 
.Div.CP-532.l-Ml 
.Div. CP-222.2-M2 
Div. CP-232.2-M9 
Div. CP-232.2-M11 
Div. CP-333.2-M1 
Div.CP-612.3-Ml 
Div. CP-612.3-M3 
Div. CP-622.2-M3 
Div. CP-622.3-M2 
Div. CP-632-M1 


.Div. 9-511.4-M3 
.Div. 9-511.4-M3 
.Div. 9-511.1 
Div. 9-511.4-M3 
.Div. 9-511.2 
Div. 9-511.4-M3 
.Div. 9-511.4-M3 
Div. 9-541.21-M2 
.Div. 9-511.3 
Div. 9-511.4-M3 
Div. 9-541.113-M4 
Div. 9-541.21-M3 
Div. 9-541.22-M5 
Div. 9-541.22-M8 
Div. 9-542-MI 
Div. 9-542-M4 
.Div. 10-201.1-M6 
Div. 10-202.1-M5 
Div. 10-202.15-M2 
Div. 10-202.15-M5 
Div. 10-202.154-M28 
Div. 10-202.156-M13 
Div. 10-202.156-M15 


SA (removal by charcoal) (continued) 
Sabot 

See: Projectiles, sabot 
Sabotage 

See: Incendiaries, sabotage; Fuels, 
sabotage 

Sagging tests (oil tankers) . 

Sakae (Japanese aircraft).. 

Salcomine .. 

toxicity. 

See also: Cobalt compounds 

Sally (Japanese aircraft) . 

Salves 

See: Ointments 
Salvos 

one-dimensional. 

rocket . 

Sambo films. 

Sambo modulations . 

Sampling inspection. 

SAMS 

See: Speedometers, steady-state 
acoustic marine (SAMS) 

Sandstorms (radar attenuation by) ... 
Sandwiches 
See: Radomes 
Sangamo attack teacher 
See: QFA 
SASAT 

See: Teachers, shipboard antisub¬ 
marine attack (SASAT) 

Sauereisen . 


Div. 10-202.16 


.Div. 18-602.1-M6 
Div. 18-602.1-M8 
.Div. 18-802.12 
.Div. 11-102.211 
Div. 11-102.212 
Div. 11-102.212-M16 
Div. 11-102.212-M18 

Div. 18-802.11-M10 


.Div. AMP-801.1-M11 
.Div. 4-245-MI 
,Div. 14-132-M5 
Div. 14-132-M6 
Div. 14-324.1-M2 
Div. 4-770-MI 
Div. AMP-22.1 


Div. CP-511-MI 


Div. 14-251.1-M8 



723 







































Saw-tooth modulation-SCR-598 


Saw-tooth modulation .Div. 6-635.1-Mi 

Scanners and Scanning 
Scanners 

bolometer .Div. 16-310.221-M3 

guided missiles.Div. 5-531 

to-and-fro .Div. 5-331-MI 

Div. 5-331-M3 

wide-angle.Div. 5-331-M2 

See also: Flares, guided missiles 

optical .Div. 16-132-MI 

Div. 16-143 

radar.Div. 14-234.32 

Div. 14-234.326 

aircraft.Div. 14-234.326-M2 

sector .Div. 14-214.2-M4 

Div. 14-214.3-M2 

Scanning (radar).Div. 14-234.3 

Div. 14-234.31 

conical .Div. 14-234.321 

electrical .Div. 14-234.324 

rapid.Div. 14-234.322 

spiral.Div. 14-234.325 

Scanning sonar .Div. 6-551-M16 

Div. 6-612.21-M31 
Div. 6-632 

frequency modulation .Div. 6-635.11 

See also: Depth-scanning sonar, 

Integrated Type B (DSS); Sweeps 
Scattering 

circular cylinders and spheres .Div. AMP-11-M4 

electromagnetic radiation .Div. 14-111-M11 

Div. 14-122.113-MI 
Div. 14-122.113-M7 
Div. 14-122.114-M2 
Div. 14-124.2-M2 
Div. CP-510 
Div. CP-512 
Div. CP-621.7 

light .Div. 16-112.3 

Div. AMP-202 
Div. CP-512-M1 

atmospheric .Div. 7-210.111 

underwater sound.Div. 6-510.22-M7 

Div. 6-520.11 
Div. AMP-201-M5 

Schering bridge 

See: Bridges, Schering 

Schmidt optics.Div. 5-421.1-M2 

Div. 16-421.21 

Schumann-Furnas graphs .Div. 10-202.157-M8 

Scoring and Scoring Devices 
Scoring 

personnel classification and evalua¬ 
tion tests.Div. APP-410 

Div. APP-413 
Div. APP-522 

range finding tests.Div. 7-220.15 

Scoring devices 

gunnery training.Div. 17-443.3 

Div. 17-443.4 


gunnery training (continued) Div. APP-612 

electronic.Div. 17-443.35 

rocket targets.Div. 3-625.2 

tracking training.Div. APP-611.2-M17 

See also: Grades (for examinations); 

Indicators, firing-error 

Scorpion .Div. 11-302.31 

Scotopic visibility curve .Div. 16-170-M2 

SCR-268 .Div. 15-221.23-MI 

Div. 15-221.23-M2 
Div. 15-221.23-M3 
Div. 15-222.1-M12 

SCR-270-71 .Div. APP-213.3-M1 

SCR-296 .Div. 15-222.1-M7 

Div. 15-222.1-M10 

SCR-300-A.Div. 15-211.211-M3 

SCR-502 

See: Direction finders, radio, SCR-502 

SCR-511-B.Div. 15-211.211-M10 

SCR-521-A.Div. 15-221.21-MI 

SCR-522-A.Div. 15-212.11-MI 

SCR-536 .Div. 15-211.211-M8 

SCR-545 .Div. 15-221.23-M5 

Div. 15-322.15-M6 

SCR-582 . Div. 14-242.5-M2 

Div. 14-310.11-M3 
Div. 14-321.3 
Div. 14-328.121-M5 

SCR-584 .Div. 14-241.3-M8 

Div. 14-242.3-M11 
Div. 14-243.21 
Div. 14-244.2-M3 
Div. 14-251.3-M4 
Div. 14-265.1-M3 
Div. 14-265.3-MI 
Div. 14-265.4-MI 
Div. 14-323.31-MI 
Div. 14-323.31-M4 
Div. 14-323.4-M3 
Div. 14-329.132-M5 
Div. 14-329.132-M7 
Div. 14-329.132-M8 
Div. 14-329.16 
Div. 14-411.5-MI 
Div. 14-411.5-M2 

MTI modification kit (MC-642).Div. 14-263-M5 

Div. 14-263-M6 

trainers.Div. APP-611.2-M5 

Div. APP-611.4-M3 
Div. APP-611.4-M4 

SCR-587 .Div. 15-311.111-MI 

Div. 15-311.111-M2 
Div. 15-311.21-M5 
Div. 15-331.1-M2 

SCR-598 .Div. 14-214.1-M2 

Div. 14-214.1-M3 
Div. 14-231.1-M4 
Div. 14-243.2-M4 
Div. 14-323.4-M2 



724 
















































SCR-608-Servomechanisms 


SCR-608 . 

..Div. 15-211.212-M3 

trainers. 

. .Div. 14-411.1 

SCR-609 . 

Div. 15-401.2-M6 
..Div. 15-211.211-M2 

See also: Ship search 
ground. 

. .Div. 14-321.3 


Div. 15-211.212-M3 

shipboard. 

. .Div. 14-234.112-M4 

SCR-615. 

Div. 15-401.2-M6 
. .Div. 14-322.1-M2 


Div. 14-234.113-M2 

Div. 14-310.32-M2 

SCR-617. 

Div. 14-328.121-M5 
..Div. 15-221.21-M2 

Search receivers 

Div. 14-321.2 

SCR-620 . 

..Div. 14-328.112-M2 

See: Receivers, seatch 



Div. 14-328.112-M3 

Searchlight sonar . 

. .Div. 6-551-M16 

SCR-648 . 

..Div. 15-221.4-M3 


Div. 6-633 

SCR-717-B. 

..Div. 15-221.21-M3 

Searchlights 



Div. 15-222.1-M2 

linked. 

..Div. 16-441-M4 


Div. 15-222.1-M8 

radar-controlled (jamming of) .... 

. .Div. 15-230 

SCR-720 . 

..Div. 14-263.1-M3 

See also: Headlights 



Div. 15-221.21-M4 

Secure echo sound equipment (SESE) . 

. .Div. 6-634.2 

SCR-808 . 

..Div. 15-211.212-M3 

See-saw 


SCR-828 . 

Div. 15-321.3-M4 
. .Div. 15-722-M3 

See: Signals, see-saw 

Selectometers . 

. .Div. APP-521-M3 

Scrambling (time division) . 

. .Div. 13-301.3-M3 

Div. 13-301.31 

Selenium 

chemical warfare compounds ... 

. .Div. 9-214 

Screen cage (radar). 

Div. 13-304.3 

. .Div. 14-251.9-MI 

photoconducdve cells. 

Selenium hexafluoride (SeF 6 ) 

protection against. 

Div. 9-219-M3 
. .Div. 16-302.13 

Screening (antiaircraft and antisub¬ 
marine) . 

..Div. 6-201 

. .Div. 9-550 

Div. 10-202.156-M2 

See also: Merchant vessel screening 
(MVS) 


radioactive. 

Div. 10-202.156-M12 
. .Div. 10-402.35-M6 

Screens 

acoustic (underwater) . 

. .Div. 6-552-M2 

Self-noise 

See: Noise, undenuater, self 


See also: Shielding, acoustic 

blast-reduction (Trulock). 

cathode-ray tube . 

Div. 6-553.4 

Selsyns . 

. .Div. 14-214.2 

. .Div. 2-522-M3 

Semi-mustard (CH) 

. .Div. 14-242.23 

detection and determination.. 

,. .Div. 9-422.118-MI 

Div. 14-242.233 

preparation and analysis. 

.. .Div. 9-212.114 

cascade. 

. .Div. 14-242.231 

toxicity studies . 

.. .Div. 9-312.12-M7 

dark-trace . 

. .Div. 14-242.22-M2 


Div. 9-312.121 


Div. 14-242.232 

Div. 15-314.22 

Sequential analysis. 

Div. 9-312.14-M3 
.. .Div. 4-770-M2 

long-persistence . 

. .Div. 14-242.231-M4 


Div. AMP-21.1 

Div. 14-242.231-M5 
Div. 15-241-M4 

Serial correlation (aerial gunnery) ... 

Div. AMP-503.1-M5 
...Div. AMP-502.141-M2 

photography of . 

..Div. 15-221.13-M4 

Servomechanisms. 

. ..Div. AMP-302.2 

Div. 15-344.1 

fire control and range finding. 

.. .Div. 7-101-MI 

microwave reflecting. 

. .Div. 14-234.22-M4 


Div. 7-320 

plan position indicator . 

Div. CP-611-M1 
. .Div. 6-551-M15 

clutch. 

Div. 7-321.2 
. ..Div.7-321.21-M2 

radar echo-reducing (submarines) .. 

. .Div. 15-242 

design and theory. 

.. .Div. 7-321 

smoke 

See: Smoke, screening 


electric . 

Div. 7-321.1 
.. .Div.7-321.2-M6 

Scrolls (laminated). 

,. .Div. 6-612.63 


Div. 7-321.21 

SDO sodium nitrate mixtures. 

. .Div. 11-301.3-M2 

hydraulic (in combination). 

.. .Div. 7-321.2-M6 

Search (antiaircraft and antisub¬ 
marine) . 

,. .Div. 6-201 

pneumatic. 

Div. 7-321.21 
.. .Div. 7-321.22 

See also: Aircraft, interception 

Div. AMP-703.4 

guided missiles. 

Div. 7-321.224 
.. .Div. 5-350 

by radar; Detection, submarines; 


radar . 

.. .Div. 14-214.3 

Tracking 


underwater . 

. .Div. 6-553.5-M2 

Search radar.. 

.. .Div. 14-321 


Div. 6-645.3 

airborne. 

...Div. 14-321.1 





725 



























































SESE-Shock front 


SESE 

See: Secure echo sound equipjnent 


(SESE) 

Sesquimustard (Q) 

detection and determination .Div. 9-421.1-M2 

Div. 9-422.8-M4 
Div. 9-422.8-M7 

preparation and analysis.Div. 9-212.11-M10 

Div. 9-212.113 

toxicity studies.Div. 9-312.1-M2 

Div. 9-312.1-M3 
Div. 9-360-MI 

Settings 

fuzes .Div. AMP-704-M5 

Div. AMP-704-M9 

height finders.Div. APP-652-M1 

range finders 

monocular.Div. 7-210.14 

stereoscopic.Div. 7-210.11-M6 

Div. 7-210.33 
Div. 7-210.112-M4 


Div. 7-210.112-M6 
Div. APP-216-M4 
Div. APP-651.1-M1 

sights 

gun (dme-of-flight).Div. AMP-503.6-M38 

toss-bombing.Div. 4-323.2 

s 2 f 10 

See: Disulfur decafluoride (S t F 10, 

Compound 1120) 

Sferics.Div. 13-103.1 

SG 

See: Antennas, SG 
SGM 

See: Monitors, sound gear (SGM); 

Ring stacks (laminated) 

Shakers 

See: Rotary shakers 
Shaped charges 

See: Charges, shaped 
Shaping 

See: Amplifiers, shaping 
Shells 

aerosol and war gas dispersion.Div. 10-504 

Div. 10-504.2 

antiaircraft .Div. 8-301 

Div. 8-405-M8 
Div. AMP-705.1-M3 
Div. AMP-705.1-M6 

Japanese.Div. 18-802.21-M25 

Div. 18-802.21-M35 
Div. 18-802.21-M36 

See also: Bursts, antiaircraft shell 

defective.Div. 1-540 

howitzer (105-mm).Div. 3-521-M2 

liquid-filled.Div. 11-203.6 

mortar 

chemical (4.2-inch).Div. 3-851 

German .Div. 18-801.21-Mll 

Div. 18-801.21-M24 


Japanese .Div. 18-802.21-M17 

Div. 18-802.21-M29 

nose shapes.Div. 4-514 

radiation properties and resis¬ 
tance .D 

D 

M-43.D 

D 
D 
D 
D 
D 
D 

M-56.D 

D 
D 
D 
D 

T-25 .D 

D 
D 

60-mm .D 

155-mm .D 

D 

shrapnel (5-inch) .D 

See also: Ammunition; Ord¬ 
nance; Projectiles 
Shielding 

acoustic .Div. AMP-201-M5 

Div. AMP-201-M9 
Div. AMP-201-Mil 

See also: Screens, acoustic (un¬ 
derwater) 

diathermy .Div. 13-207.2 

Ship identification 
See: Identification friend-or-foe 
(IFF); Corner reflectors 

Ship search.Div. 14-321.12 

See also: Search radar, airborne 
Ship welding 

See: Welding, ship 
Ships 


bomb damage.Div. AMP-804.2 

bottom cleaning and protection.Div. 11-206.1 

Div. 11-206.11 
Div. 11-206.12 

Liberty.Div. 18-602.1 

oil tankers .Div. 18-602.1 

refrigerated cargo .Div. 18-602.1-M11 

speeds.Div. AMP-204 

troop (Type C-4) .Div. 18-602.1-M8 

turning.Div. 12-1910 

Victory.Div. 18-602.1-M10 

Div. 18-602.1-M11 

welded steel.Div. 18-602 

Div. 18-602.1-M11 

Shock 

air and earth.Div. 2-100 

conical .Div. AMP-101.1-M6 

Shock front (underwater explosion) ... .Div. 6-510.12-M4 


v. 4-243.13 
v. 4-243.23 
v. 4-238.213-M3 
v. 4-243.13-MI 
v. 4-243.23-MI 
v. 4-243.23-M2 
v. 4-513-MI 
v. 4-514-MI 
v. 4-514-M3 
v. 4-211.23-MI 
v. 4-243.13-MI 
v. 4-243.23 
v. 4-513-M3 
v. 4-514-M3 
v. 4-511 
v. 4-513-M3 
v. 4-513-M4 
v. 6-713-M2 
v. 4-243.13-M2 
v. 4-243.23-MI 
v. AMP-705.1 



726 















































Shock impulse-Sights 


Shock impulse (mine clearance).Div. 17-122.1 

Shock mounting (radar equipment)_Div. 14-221 

Shock tubes.Div. 2-111.11-M10 

Shock waves 

See: Waves, shock 
Shoes 

improvement of.Div. 11-208.34 

lasts (Japanese) .Div. 18-801.3-M7 

sterilization.Div. 11-206.9-M3 

thread .Div. 11-206.9-MI 

Shoran .Div. 14-327.2 

Shot peening .Div. 18-103.2 

Shrapnel 

See: Shells, shrapnel (5-inch) 

Shrink-proofing of textiles .Div. 11-208.13 

Shroud ring tails (torpedo).Div. 6-721.2 

Div: 6-810.1-M5 
Div. 6-810.2-M6 
Div. AMP-405.3 

Shutters 

antiglare .Div. 16-144 

camera .Div. 16-111.12 

Div. 16-301.2-M3 

Gaussian .Div. AMP-801.4-M3 

near infrarad equipment.Div. 16-301.2 

photocell test.Div. 4-231.52-M2 

telescope .Div. 16-423-M2 

Siacci tables.Div. AMP-503.1-M10 

Sights and Sighting 
Sight depression angle 

See: Angle, sight depression 
Sight settings 

See: Settings, sights, gun (time- 
of-flight); Settings, sights, toss¬ 
bombing 
Sighting 
bombs 

See: Bombsights and Bombsight¬ 
ing 

gunnery .Div. APP-611.1 

aerial .Div. APP-611.1-M5 

Div. AMP-502.1 
Div. APP-611.1-M8 
Div. APP-611.1-M11 

aerial (training).Div. APP-221.2 

Div. APP-611.1-M7 

antiaircraft .Div. 7-112.1 

Div. 7-112.11 
Div. AMP-703.1 
Div. APP-611.1-M3 
Div. APP-611.1-M13 
Div. APP-611.1-M14 

rocket tossing.Div. 4-422.1 

rockets .Div. AMP-601.2 

aircraft.Div. 3-450-M2 

Div. 3-532.3-M4 
Div. 14-323.6-MI 
Div. AMP-601.2 

toss-bombing .Div. 4-323 


Sighting System (Pilot’s Universal) 

See: PURS; PUSS 

Sights .Div. AMP-502.1 

Div. APP-611.1 
Div. 7-220.32 

antiaircraft .Div. 7-112.1 

Div. AMP-703.1 
Div. APP-611.1-M14 

See also: Sights; lead computing, 

M-7 

bombing 

See: Bombsights and Bomb¬ 
sighting 

camera .Div. AMP-502.14-M5 

check.Div. APP-611.11 

Div. APP-612-M3 

compensating .Div. AMP-502.1-M32 

Div. AMP-502.12-M20 

field artillery .Div. APP-611.1-M9 

gyroscopic .Div. AMP-502.1-M14 

Div. AMP-502.1-M22 
Div. AMP-502.12-M22 
Div. AMP-502.13-M20 

Mark 18 (K-15) .Div. AMP-502.12 

Div. AMP-502.13-M4 
Div. AMP-503.2-M23 
Div. AMP-503.3-M7 

lead computing.Div. 4-323.1-MI 

Div. 4-326.1-M4 
Div. AMP-503.2-M3 
Div. AMP-503.6 
Div. AMP-703.1-M2 
Div. APP-610-M4 
Div. APP-611.1-M12 
Div. APP-611.1-M14 

gyroscopic .Div. 7-112.11 

Div. 14-323.12-M4 
Div. AMP-503.6-M4 
Div. AMP-503.6-M7 

tail gun.Div. AMP-502.1-M4 

trainers.Div. APP-611.1-M12 

Div. APP-611.1-M14 
Div. APP-611.11 

M-7.Div. APP-611.1-M13 

Div. APP-611.11 
Div. APP-611.2-M12 
Div. APP-611.2-M18 

See also: Leads 

pedestal (B-29) .Div. APP-610-M5 

Div. APP-611.1 
Div. APP-611.2-M23 

radar.Div. 14-323.12 

See also: Bombsights and Bomb¬ 
sighting, radar; Sights, torpedo 
(radar) 

rate.Div. AMP-502.1-M33 

Div. AMP-503.6-M35 

reflex.Div. 16-112.2 

Div. 16-161.1-M3 

remote control .Div. APP-610-M5 















































Sights-Simulators 


remote control (continued) Div. APP-611.1 

Div. APP-611.2-M13 
Div. APP-611.2-M23 

rocket.Div. 14-323.6-M7 

Div. AMP-601.2 

aircraft-mounted .Div. 3-450 

Div. 4-411.4 
Div. 14-323.6-M2 

See also: Rasp sight; Grasp 
sight 

Draper-Davis .Div. AMP-503.7-M9 

Div. AMP-601.2-M12 

gyroscopic .Div. AMP-601.2-M11 

Div. AMP-601.2-M15 

PARS .Div. AMP-601.2-M5 

Div. AMP-601.2-M6 

Peanut .Div. AMP-601.2-M10 

rocket-tossing .Div. 4-422.1 

tanks and tank destroyers.Div. APP-611.1-M9 

torpedo (radar) .Div. 14-323.5-M2 

Div. 14-323.5-M4 

torpedo angular bomb (TABS).Div. AMP-802-M7 

toss-bombing.Div. 4-323 

Div. 4-323.1 

alignment .Div. 4-312.1 

vector .Div. AMP-502.1-M33 

Div. AMP-502.12-M2 
Div. AMP-503.4-M8 

windvane (own-speed) .Div. AMP-502.1-M1 

K-3, -4, -8, -9, -12, and -16.Div. AMP-502.11 

K-10 and K-13 .Div. AMP-502.12 

K-ll .Div. 4-323.1-M2 

Div. AMP-502.12 

K-14 .Div.4-323.1-M3 

Mark 14 .Div.7-lll-M2 

Div. APP-611.2-M28 

Mark 15 .Div. APP-611.1-M1 

Div. APP-611.1-M6 
Div. APP-611.2-M11 

Mark 21 .Div. 4-323.1-M2 

Div. AMP-502.13-M4 
Div. AMP-502.13-M6 

Mark 22 .Div. AMP-502.13 

Mark 23 .Div. AMP-502.12-M16 

Div. AMP-502.13 

Mark 25 .Div. AMP-502.12 

N-8 .Div. AMP-503.4-M2 

S-l to S-8.Div. AMP-502.13 

Signals and Signalling 
Signal generators 
See: Generators, signal 
Signal return 

See: Echoes, radar; Reflections, 


microwave 
Signal-to-noise ratio 

radar.Div. 15-221.12 

underwater .Div. 6-632-M4 

Signal units (radar trainers) .Div. 14-412.1 

Signalling 

supersonic .Div. 17-436.45 


728 


See also: Noise, jungle 

telegraphic .Div. 6-560.31-M2 

Div. 15-211.321 

Signalling systems (near infrared).Div. 16-304 

plane-to-plane .Div. 16-304.2 

ship-to-ship.Div. 16-304.1 

Signals 

jamming (against radio communi¬ 
cations) .Div. 15-211.3 

Div. 15-211.32 
Div. 17-436.1-M2 

multicarrier homodyne .Div. 15-211.321-M4 

magnetic airborne detection .Div. 6-440 

Div. 6-442 

V-maneuver.Div. 6-451.1-M13 

microwave test .Div. 14-121.2-M7 

radar .Div. CP-630 

Div. CP-631 

patterns .Div. CP-224-M5 

radio relaying of.Div. 14-267-M4 

stability .Div. 14-122.113-M7 

Div. 14-122.114 
Div. CP-632 

strength curves.Div. CP-211-M2 

video.Div. 14-234.33-M5 

radio communications .Div. 17-436.1 

masking of .Div. 17-436.1-M3 

see-saw .Div. 15-840 

smoke 

See: Smoke signals 

Silent Knight.Div. 15-311.124-M4 

Silent fathometers.Div. 6-634.1 

Silica gels 

See: Gels, silica; Protek 
Silicon 

crystal rectifiers .Div. 14-233.1-M2 

Div. 14-233.111 
Div. 14-233.112 
Div. 14-233.132-M2 

photoconductive cells.Div. 16-302.14 

Sillimanite substitute.Div. 18-704.1 

Silver 

gas detection use .Div. 9-413.3-M2 

recovery of mustard-combined en¬ 
zymes .Div. 9-312.12-M9 

Div. 9-312.12-M10 

Silver nitrate 

inactivation of urease.Div. 9-312.12-M7 

Div. 9-312.12-M8 

nitrogen mustard determination.Div. 9-422.122 

ointment .Div. 9-515-M4 


Div. 9-522.12-M14 

Silverware 

See: Aluminum ware; Flatware 


(silver-plated) 

Simulators 

antenna (for AN/APS-6).Div. 14-412-M4 

doppler (Nosmo).Div. 14-412-M7 

fading.Div. 14-412-M2 

inductive echo .Div. 6-321.5-MI 



































































Simulators-Snake 


land mass .Div. 14-412-MI 

submarine barometer .Div. 6-325 

Simultaneous lobe comparison (SLC) ... .Div. 6-631.411 


Div. 6-631.412 
Div. 6-631.42 
Div. 6-631.421 
Div. 6-631.43 
Div. 6-631.431 
Div. 6-631.432 
Div. 6-631.433 
Div. 6-632.311-M5 

Sine curves (hyperbolic) .Div. AMP-13-M10 

Sine-disc propeller 
See: Propellers, sine-disc 
Sine sweep 

See: Echoscopes, sine sweep 
Sinking probabilities 

See: Ships, bomb damage 


Sirens . 

.Div. 

17-414 

692 submarine sonar 



See: Sonar systems, 692 submarine 



Ski pole shafts . 

.Div. 

11-208.33-MI 

Skiatrons . 

.Div. 

14-242.22 

Skid (aerial) . 

.Div. 

AMP-502.14-M11 


Div. 

AMP-502.14-M13 


Div. 

AMP-504.6-M5 


Div. 

AMP-601.2-M13 

Skin 



arsine toxicity. 

.Div. 

9-313.1-M4 


Div. 

9-362-M4 

burns . 

.Div. 

9-312.136 


Div. 

9-383 

carbon-impregnant irritation. 

.Div. 

9-541.13 

distribution of lewisite and mus¬ 



tard in. 

.Div. 

9-362-M2 

healing of lesions . 

.Div. 

9-530 


Div. 

9-514.4 

nitrogen mustard toxicity . 

.Div. 

9-361.1 

protective and therapeutic treatment 



See: Ointments; Therapeutic 



agents 



sulfur mustard toxicity . 

.Div. 

9-312.13 


Div. 

9-312.136 


Div. 

9-361.1 

guinea pigs. 

.Div. 

9-312.135 

Pigs. 

.Div. 

9-312.134 

rabbits . 

.Div. 

9-312.133 


Div. 

9-362-M4 

rats . 

.Div. 

9-312.132 


Div. 

9-312.13-M2 


Div. 

9-522.12-M10 

vesicant effects on. 

.Div. 

9-110-M3 


Div. 9-360-M2 
Div. 9-360-M3 

Skink 

See: Scorpion 
Skip-bombing 

See: Bombing, skip 


SLC 

See: Simultaneous lobe compari¬ 
son (SLC) 

Slewing 

gyro sights . 

machine gun sights . 

Slide rules 

antenna . 

buoyancy computations. 

range finder . 

shipboard antisubmarine attack 

teacher. 

sound ray paths. 

Slope-o-meters . 

Slurries 

decontaminant . 

explosive . 

SM radar. 

trainer . 

Small object detection (SOD) 

See: Detection, small object (SOD); 
Detectors, small object (SOD) 

Smecho. 

Smoke 

cloud movements. 

generation. 


physical properties 
particle size 

screening . 


toxic 


detection and analysis 

See also: Aerosols; Fog 
Smoke floats. 

Smoke pots. 

Smoke signals. 

Smoothers . 

Smoothing. 


Snake 


. .Div. 

AMP-503.6-M4 

. .Div. 

7-220.32 

. .Div. 

14-234.6-M5 

. .Div. 

6-501.321-M2 

. .Div. 

APP-651-M1 

. .Div. 

6-323.2-M2 

. .Div. 

6-510.11-M3 

. .Div. 

9-414.1-MI 

Div. 

10-501.11-M9 

. .Div. 

9-562-M8 

. .Div. 

8-803 

. .Div. 

14-322.2-MI 

. .Div. 

14-411.5-M4 


Div. 

6-643.22 

. .Div. 

10-501 

. .Div. 

10-302.1 

Div. 

10-502 

Div. 

10-504.12 

Div. 

10-504.2-M11 

Div. 

10-504.21 

Div. 

10-504.4 

. .Div. 

10-501.1 

. .Div. 

10-501.11 

Div. 

10-501.2-MI 

. .Div. 

10-302.1 

Div. 

10-501 

Div. 

10-502 

Div. 

10-504.12-M3 

. .Div. 

9-210 

Div. 

9-422.42 

Div. 

10-504.12-M3 

Div. 

10-504.4 

. .Div. 

9-127 

Div. 

9-422.6 


3-810 

Div. 

10-501.21-MI 


10-501.21 


10-501.23 


7-313 

Div. 

7-313.2 

. .Div. 

7-313 

Div. 

7-313.1 

Div. 

14-244.4 

Div. 

AMP-703.4-M11 

Div. 

AMP-704-M12 


See: Mines, clearance, by amphibi¬ 
ous Snake device 



729 


















































SND-Sounding 


SND 

See: Detectors, scanning Nan (SND) 

Snow 

See: Vehicles, snow 

Soap (aluminum) .Div. 11-303.11-M8 

Div. 11-303.11-M11 

SOD 

See: Detectors, small object (SOD); 

Detection, small object (SOD) 

Soda lime 

gas absorption .Div. 9-550-MI 

Div. 10-201.1-M9 
Div. 10-202.143-M3 
Div. 10-202.152-M2 
Div. 10-202.156-M8 
Div. 10-202.2-M2 
Div. 10-202.2-M4 


substitutes.Div. 10-202.15-M25 

Sodium hydroxide 
determination of nitrogen mustard 

(HN-3) .Div. 9-422.8-M13 

Sodium thiosulfate (as mustard anti¬ 
dote) .Div. 9-522.21-MI 

Soil 

dielectric constant and loss.Div. CP-522.3 

explosive effects in.Div. 2-240 


SOL 

See: Locators, small object (SOL) 


Solder 

corrosion by toxic agents.Div. 9-254-M4 

for glass.Div. 14-131.12 

gold-copper alloy .Div. 15-346-M2 

Solids (plastic deformation of) .Div. 2-430 

Div. 2-431 
Div. 18-902.11 

Sonar 

industrial research.Div. 6-120 

jamming of.Div. 6-651.3 

officer selection .Div. 6-312 

officer training .Div. 6-322 

Div. 6-325 

operations research.Div. 6-200 

Div. 6-600 

operator selection .Div. 6-310 

Div. 6-311 

operator training and trainers.Div. 6-300 


Div. 6-320 
Div. 6-321 
Div. 6-321.3 
Div. 6-321.4 
Div. 6-323 
Div. 6-324 


Summary reports of Division 6.Div. 6-100 

university research .Div. 6-110 

Sonar calibration 
See: Calibration, sonar 

Sonar systems.Div. 6-556 

British and Canadian.Div. 6-556.2 

depth-scanning 


See: Depth-scanning sonar, Inte¬ 
grated Type B (DSS) 
searchlight 

See: Searchlight sonar 

SR.Div.6-633.1-Ml 

ultimate 

See: Depth-scanning sonar, Inte¬ 
grated Type B (DSS) 

US Navy .Div. 6-556.1 

692 submarine .Div. 6-633.3 

See also: Depth-scanning sonar. In¬ 
tegrated Type B (DSS); FM sonar; 

Q Sonars; Scanning sonar; XQHA 
sonar; XQKA sonar 

Sonavision.Div. 6-632-M10 

Sonde 

See: Radiosonde; Wired sonde 
Sonic gear monitor 
See: Monitors, sound gear (SGM); 


Ring stacks (laminated) 

Sound 

effect on range finding accuracy ... .Div. 7-220.18 

measurements.Div. 17-420 

army vehicles .Div. 17-421 

artillery and machine guns.Div. 17-422 

See also: Noise control and re¬ 
duction 

transmission .Div. 17-430 

underwater .Div. 6-500 

audibility.Div. 6-560.21 

beam patterns.Div. 6-510.11-M9 

Div. 6-522-M7 

diffraction theory .Div. 6-510.11-M6 

directivity .Div. 6-551 -M2 

Div. 6-560.2 
Div. 6-612.21 
Div. 6-612.51-M4 


Div. 6-633.2-M6 


explosive (in shallow water).Div. 6-510.12-M5 

instruments.Div. 6-640 

Div. 6-645 

measurements.Div. 6-510.2 

Div. 6-645.15 

range.Div. 6-510.41 

recognition .Div. 6-560 

Div. 6-560.1 

recognition (non-aural) .Div. 6-560.4 

surveys .Div. 6-501.2 

See also: Noise 

Sound chambers (anechoic).Div. 17-436.323-M3 

Sound-powered telephones 


See: Telephones, sound-powered 
Sound ranging (atmospheric) 

See: Ranging, sound (atmospheric) 

Sounding and Sounding Devices 

depth .Div. 14-600-M4 

meteorological .Div. 14-122.2-MI 

Div. CP-342 

See also: Radiosonde; Wired 
sonde 


730 


















































SP-Steady-state 


SP (feed-in trainer) 
Spacing 

bombing .. 


optimum . 

zero. 

Spark gaps . 

rotary 

See: Modulators, rotary spark 
gap 

series . 

Spark plugs (Japanese).. 

Speaker selection 

See: Telephones, talkers (selection) 

Spectrogeographs. 

Spectographs. 

Spectrometers (infrared) . 


Div. 14-411.5-M10 

Div. AMP-801.2-M5 
Div. AMP-801.3 
Div. AMP-803.3-M7 
Div. AMP-804.2-M4 
Div. AMP-803.1-M10 
Div. 14-231.2-M2 


Div. 14-231.21 
Div. 18-802.12-M13 


Div. 16-271 
Div. 13-302.1 
Div. 16-310.221-MI 
Div. 16-310.23 


Spectrophotometry 
See: Photometry, detection of 
toxics 

Spectroscope (audio).Div. 14-251.5-M3 

Speech 

intelligibility.Div. 17-435.11 

Div. 17-436.31 
Div. 17-630-MI 
Div. APP-218.2 

See also: Telephone, talkers 

masking.Div. 15-211.322-MI 

noise factors.Div. 17-435 

Div. 17-435.1 
Div. 17-436.3-M2 

submarine phraseology 
See: Communications, submarine 
internal, phraseology 

Speech privacy systems.Div. 13-300 

Div. 13-304 

See also: Coding systems; Decoding 
systems 
Speedometers 


acoustic marine (AMS).Div. 6-642.4 

acoustic marine pinging (AMPS).Div. 6-642.42 

marine .Div. 17-323.51 

phase acoustic marine (PAMS) .Div. 6-642.43 

steady-state acoustic marine (SAMS) .. .Div. 6-642.41 

SPEP.Div. 6-612.41-M21 

Div. 6-612.43 
Div. 6-612.716 
Div. 6-932 


Spheres 

cavitation of. 

copper crusher.. 

plastic deformation of.. 

radio diffraction around.. 

Spherimeters. 

Sphereogives. 

Sphinx Project . 

See also: Detectors, scanning NAN 
(SND) 


Div. AMP-401.2 
Div. 2-431.21 
Div. 2-431.21 
Div. CP-231.21-M1 
,Div. AMP-503 
,Div. 6-712-M4 
.Div. 17-434.5-M2 


Spin 

rockets .Div. 3-243.2 

underwater projectiles.Div. 3-714 

Div. 6-646.11-M2 

Spinner rockets 

See: Rocket types, spin-stabilized 
Spinners 

antenna .Div. 14-214.3-MI 

Div. 14-214.3-M2 
Div. 14-234.52-M2 
Div. 14-234.6-MI 
Div. 14-234.6-M2 

airborne.Div. 15-331.2 

shipboard.Div. 15-331.4 

spiral-scan .Div. 14-234.325-MI 

stabilized .Div. 14-234.33-M2 

See also: Direction finders, radio 
(RDF), airborne 

Split projector test unit (SPTU) .Div. 6-553-M8 

Div. 6-641.13 

Spoofs.Div. 15-222.2-MI 

Spotted Dick test .Div. 10-202.15-M15 

Sprayers 

See: Generators (e.g.. Aerosol) 

Spring hammer box.Div. AMP-302.1 

SPTU 

See: Split projector test unit 
(SPTU) 

Squibs 

bomb release.Div. 6-646.23 

rocket ignition.Div. 3-421 

Squids.Div. 6-721.5 

Squirrel-cage magnetron 
See: Donutron 

SRB .Div. 14-329.2-M2 

SSD 

See: Detectors, stabilized ship (SSD) 

SSV trainer.Div. 14-411.5-M3 

Stacks 

Harvard.Div. 6-631.23-MI 

HP-II .Div. 6-612.55-M14 

laminated.Div. 6-612.71 

See also: Ring stacks, laminated 
Stabilizers 

camera .Div. 7-321.224-M5 

guided missiles .Div. 5-360-M2 

line voltage (electronic) .Div. 14-235.2-M3 

Stadiameters .Div. 16-112.4 

Starters (Japanese inertia) .Div. 18-802.12-M9 

Static 

See: Interference, static; Noise, 
radio communications, static; Pre¬ 
cipitation static 

Stationary time series .Div. 7-313.1 

Statistical analysis.Div. AMP-20 

Div. AMP-21 

applications.Div. AMP-22 

graphs and tables .Div. AMP-11-M6 

production problems.Div. AMP-22.2 

Steady-state acoustic marine speed- 




SECRET 


731 






























































Steady-state-Sub-carriers 


ometer (SAMS) 

See: Speedometers, steady-state 

acoustic marine (SAMS) 

Steel 

corrosion by toxic agents.Div. 9-254 

heat treatment 

See: Armor steel, heat-treated; 

Steel, types, alloy (heat-treated) 


plastic deformation of. 

,. .Div. 

2-431.11 

shot-peening effects 



See: Shot peening 



tensile properties. 

. .Div. 

2-432.1 

types 



alloy . 

,. .Div. 

18-207-M5 


Div. 

18-601.22 


Div. 

18-601.32 


Div. 

18-902.12-M6 

allov ('heat-treated). 

. .Div. 

2-432.1-M3 

carbon . 

,. .Div. 

2-432.1-MI 


Div. 

2-432.1-M4 


Div. 

18-902.12-M3 


Div. 

18-902.12-M9 

cast . 

. .Div. 

2-432.1-Ml 


Div. 

18-207-M5 

Hadfield. 

. .Div. 

18-206-MI 

hull construction . 

. .Div. 

18-602.51 

See also: Welding, ship 



low-alloy . 

. .Div. 

18-601.32 

manganese. 

,. .Div. 

2-432.1-M4 


Div. 

18-902.12-M9 

mild . 

,. .Div. 

2-210-M4 


Div. 

2-433-M5 


Div. 

11-206-M3 

National Emergency. 

. .Div. 

2-432.1-M4 


Div. 

18-207-MI 


Div. 

18-902.12-M9 


Div. 

18-902.12-M13 

non-allov . 

.. Div. 

18-401-Ml 

non-magnetic 



See: Armor steel, non-magnetic 



ordnance . 

. .Div. 

18-600 


Div. 

18-601 


Div. 

18-601.22 

See also: Gun steel; Gun tube 



steel 



razor blade (French) . 

.. Div. 

18-803.2-MI 

rivet . 

. . Div. 

18-900-M2 

SAE. 

. .Div. 

2-432.1-M2 


Div. 

18-902.12-M5 


Div. 

18-902.12-M13 


Div. 

18-902.12-M15 

stainless. 

.. Div. 

14-223-M3 


Div. 

18-902.12-M6 

structural. 

. .Div. 

18-600 

Steel forgings 



quenched . 

. .Div. 

18-302.4-MI 

tempered . 

. .Div. 

18-302.4-MI 

Stellite . 

Div. 

1-420.31 


Step writers 

See: Pedographs 


Stereographs (tracer) 

See: Tracer stereographs 
Stereopsis 

See: Tests, specific fields of activity, 
stereo acuity 

Sternutators.Div. 9-218 

Div. 9-231.4 

Stevephones.Div. 6-612.716-M2 

Stibitz computing machine 
See: Computing machines, Stibitz 
(Model B) 

Stibitz superposition approximation ... .Div. AMP-703.5-M5 
Stills 

See: Distilling plants; Water, pot¬ 
able 

Stingeree 

See: Antennas, Stingeree 
Stopwatch 

See: AN/URQ-1 (Stopwatch) 

Storage batteries 
See: Batteries, storage 


Straight-line courses (aerial gunnery) .. .Div. AMP-503.6-M11 

Div. AMP-503.7-M10 

Strain 

firing (field guns) .Div. 17-453 

plastic.Div. 2-434 

Div. 18-902.11-M2 

propagation (metals).Div. 18-902.11 

rate (metals).Div. 18-902.15 

Strain analyzers 
See: Analyzers, strain 

Strapping (magnetrons).Div. 14-232.13 

Streamers (explosive).Div. 8-302 

Stress 

gun barrels.Div. 1-320 

transient .Div. 1-210.1-MI 


See also: Gun barrels, erosion. 


mechanical factors 
plastic 

See: Strain, plastic 

projectiles .Div. 1-520-MI 

Div. 1-530 

shearing.Div. AMP-404-M4 

rockets (thermal) .Div. AMP-602-M3 

welded joints .Div. 18-601.15 

Div. 18-602.4-M2 

locked-up.Div. 18-601.16 

Div. 18-602.1 

multiaxial .Div. 18-602.2 

Div. 18-602.21 

residual .Div. 18-402.2 

Div. 18-601.171-M2 
Div. 18-602.1 
Div. 18-602.11 

Stroboscopes .Div. 6-635.22-M4 

Strontium carbonate purification .Div. 14-232.141-M6 

Stubs (transmission lines).Div. 14-233.421 

Sub-carriers.Div. 17-436.51 

See also: Telemetering 




732 




»• 




















































Submarine marker buoy-Sunshade 


Submarine marker buoy 


field experiments (continued) 

Div. 10-402.2-M12 

See: Buoys, submarine marker 


Sulfur fluorides . 

. .Div. 9-200-M3 

Submarine-simulating decoys 



Div. 9-312.2 

See: Noisemakers 


Sulfur monochloride. 

. .Div. 9-212.2-M6 

Submarine voice tubes 


Sulfur mustards 


See: Communications, submarine 


absorption by charcoal. 

. .Div. 10-202.155-M2 

internal 



Div. 10-202.19-M2 

Submarines 


aerosol clouds. 

. .Div. 10-504 

acoustical treatment. 

. .Div. 6-652 


Div. 10-504.1 

attacks against. 

.Div. 6-112.3 

bomb dispersion of . 

. .Div. 11-203.521 

by surface craft. 

. .Div. 3-732 

detection and determination . 

. .Div. 9-413.1-MI 

See also: Subsurface warfare 



Div. 9-413.1-M2 

evasion devices. 

Div. 6-501.3-MI 


Div. 9-413.3-MI 


Div. 6-651.12 


Div. 9-415-MI 


Div. 6-651.3-MI 


Div. 9-415-M3 


Div. 6-651.41 


Div. 9-421.1-M2 

listening. 

. .Div. 6-530.22-M2 


Div. 9-422.11 


Div. 6-623 


Div. 9-422.111 

sailing and operating directions .... 

. .Div. 6-501.31 


Div. 9-422.118 

submergence and diving. 

. .Div. 6-501.3 


Div. 9-422.13 


Div. 6-501.32 


Div. 9-422.8 


Div. 6-501.321 

preparation and analysis. 

. .Div. 9-212.11 


Div. 6-501.322 

radioactive . 

. .Div. 9-312.13-M4 


Div. 6-530.22 


Div. 9-312.13-M5 

Subrefracting atmospheric layer. 

. .Div. CP-223-M13 


Div. 9-312.134 

Subsight. 

..Div. 6-635.2-MI 

systemic effects. 

. .Div. 9-312.14 


Div. 6-635.23 


Div. 9-361.3 

Subsurface warfare . 

. .Div. 6-112.1 

therapeutic treatment for . 

,. .Div. 9-124-M3 

See also: Submarines, attacks 



Div. 9-511.3-M2 

against 



Div. 9-511.3-M3 

Succinic acid ointment. 

,. .Div. 9-514.2 


Div. 9-512-MI 

Sulfadiazine ointment . 

.. .Div.^lkl-MS 


Div. 9-512-M4 


Div.9-514.1-M6 


Div. 9-514.1-M2 


Div. 9-515-M3 


Div. 9-522 

Sulfathiazole ointment. 

.. .Div. 9 522.12-M9 


Div. 9-522.1 

Sulfides. 

.. .Div. 9-212.1 


Div. 9-522.12 


Div. 9-212.2-M7 


Div. 9-523.1 

Sulfonamides . 

.. .Div. 9-530-M2 

toxicity studies. 

. . .Div. 9-124-M2 

Sulfones 



Div. 9-124-M3 

preparation and analysis. 

.. .Div. 9-212.3 


Div. 9-212.5-M3 

toxicity studies . 

.. .Div. 9-312.1-M2 


Div. 9-312.1 


Div. 9-312.3 


Div. 9-360 

See also: Divinyl sulfone (DVS) 



Div. 9-361 

Sulfonium salts . 

.. .Div. 9-212.3-M2 


Div. 9-362 

Sulfur (radioactive). 

. ..Div.9-312.13-M4 


Div. 9-384-M3 


Div. 9-312.13-M5 


Div. 9-387-M4 


Div. 10-402.35-M3 

vaporization . 

. ..Div. 11-203.512-M17 

Sulfur compounds 



Div. 11-203.523 

preparation and analysis. 

.. .Div. 9-212 

See also: Levinstein mustard 



Div. 9-212.5 

Sulfur trioxide smoke . 

.. .Div. 9-422.42 


Div. 9-255-M9 

Sulfuric acid (sulfur mustard detec¬ 


toxicity studies . 

.. .Div.9-312 

tion) . 

.. .Div. 9-422.117 

Sulfur dioxide (S0 2 ) 


Sun glasses . 

.. .Div. 16-423-M4 

absorption by charcoal . 

.. .Div. 10-201.1-M8 

Sunfiring . 

.. .Div.4-222.224-M18 


Div. 10-202.156-M14 


Div. 4-222.224-M19 

detection and determination . 

.. .Div. 10-401.111-M4 


Div. 4-222.224-M23 


Div. 10-402.2-M13 


Div. 4-222.224-M25 


Div. 10-402.2-M16 


Div. 4-247 

field experiments .... 

.. .Div. 10-302.2-MI 

Sun-obscuring devices . 

.. .Div. 16-423 


Div. 10-402.2-M11 

Sunshade (for height finder) . 

.. .Div. 7-210.2-M2 


SECRET 


733 














































Superchargers-T anks 


Superchargers (turbo-). 

,. .Div. 18-502 

transmission lines . 

. .Div. 14-233.424 

Superrefraction (radio waves). 

,. .Div. CP-223 


Div. 15-372.1 


Div. CP-224-M14 

transmit-receive 



Div. CP-424-M1 

See: Tubes, transmit-receive (TR) 


Superspeed wind tunnel 


transmitter disconnect . 

. .Div. 14-233.312-M8 

See: Tunnel, superspeed wind 


vacuum . 

. .Div. 14-230-M2 

Sweeps 


Switching 


circular. 

. .Div. 14-242.5-MI 

lobe . 

. .Div. 15-222.1-M9 


Div. 14-323.4-MI 


Div. 15-333.51-MI 

delayed. 

. .Div. 14-242.5-M2 

reactance . 

. .Div. 15-221.12-M4 

linear . 

. .Div. 6-632.02 

SWOD 



Div. 14-212.5-M6 

See: Bombs, homing glide 


spiral . 

. .Div. 6-632.02 

Sword arm depth angle transducer 


Switches and Switching 


See: Transducers, Asdic, sword arm 


Switches 


depth angle 


antenna . 

. .Div. 15-372.1-M3 

Synchro test units. 

. .Div. 6-645.33 


Div. 15-372.1-M4 


Div. 14-214.4 

antitransmit-receive 



Div. 14-251.8 

See: Tubes, antitransmit-receive 


Synchronizers (radar). 

. .Div. 14-231-MI 

(ATR) 



Div. 14-242 

electronic ... 

. .Div. 6-631.3-M2 


Div. 14-242.12-M9 


Div. 6-635.241-M2 


Div. 14-321.14-M10 


Div. 6-921.3-MI 

Synchroscopes. 

. .Div. 14-241.31-M2 

gas 



Div. 14-251.7 

See: Tubes, gas, switch 



Div. 14-251.72 



System Group reports (radar). 

. .Div. 14-502-MI 



T [fcis(/3-chloroethyl) thioethyl ether]... . Div. 9-212.3-M3 

Div. 9-422.8-M4 
Div. 9-422.8-M7 

T-junctions (wave guides) .Div. 14-233.422 

T-15 and T-29 
See: Weasel 


Tanks 

armored. 

Baker . 

escape from 
flotation of light 


T-86 

See: Gun carriage, amphibious 
(motor) 

TABS 

See: Sights, torpedo angular bomb 
(TABS) 

Tachometers. 

German . 

Tactical range recorder teacher 
See: QFL 
Tails 

mortar shell. 

rocket . 

torpedo . 

Take-off (jet-assisted) 

See: Jet-propulsion equipment, 
take-off unit 
Tankers 

See: Ships, oil tankers 


German 


gun turrets for . 

Marmon-Herrington. 

.Div. 4-621.1 noise reduction in 

Div. 17-323.82 See: Noise control and reduc- 

Div. 18-801.12-M7 tion, tanks 

Valentine (Mark III) . 

M-3. 

Div. 4-513 
Div. 3-470 
Div. 6-810.1-M3 
Div. AMP-405.3-M4 


IVI . 

oil (Japanese) 
sonic gear test 


.Div. AMP-901 
.Div. 12-1512 
.Div. APP-413-M2 
.Div. 12-900-MI 
Div. 12-900-M3 
.Div. 15-831 
Div. 18-801.22-M2 
Div. 18-801.24 
.Div. 12-1600-MI 
Div. 12-1600-M2 
Div. 12-1710-MI 


.Div. 12-1710-M4 
.Div. 12-1710-M2 
Div. 12-1710-M3 
Div. 12-1710-M10 
Div. 12-1710-M11 
Div. 12-1710-M13 
Div. 12-1710-M14 
Div. 12-1710-M15 
Div. 12-1511 
Div. 18-802.12-M6 
Div. 6-553.4 
Div. 6-612.52-M3 


734 






































T anks-T elescopes 


sonic gear test (continued) 

Div. 6-612.53-M2 

attack (continued) 

Div. 6-632.05 

Tarage balls. 

.Div. 3-611-M8 

bearing. 

..Div. 6-321.1 

Target altitude . 

Div. AMP-705.1-M4 


Div. 6-321.21 

Target doppler indicator (TDI) 


See also: Indicators, bearing de¬ 


See: Indicators, target doppler 


viation (BDI), trainers 


(TDI) 


conning officer attack (COAT) .... 

. .Div. 6-322.2 

Target function 


periscope . 

. .Div. 6-325.1-M4 

photoelectric proximity fuzes. 

. .Div. 4-222.21-M3 

shipboard antisubmarine attack 



Div. 4-222.222-M2 

(SASAT).. 

. .Div. 6-323.2 


Div. 4-222.225-M2 

tactical range recorder. 

. .Div. 6-322.1 


Div. 4-222.225-M3 

Technics (analytical) 



Div. 4-618 

See: Computations 


radio-proximity fuze. 

. .Div. 4-222.12-M2 

Tees (G-Band) . 

. .Div. 14-233.31-MI 


Div. 4-222.128-M10 

Telegraphy 



Div. 4-222.129-M4 

antijamming of . 

Div. 15-190 


Div. 4-222.129-M5 


Div. 15-210-MI 

Target penetration 



Div. 15-212.12 

See: Penetration 


flash . 

. .Div. 13-206.3 

Target return 


jamming of. 

. .Div. 15-190 

See: Reflections, microwave, tar- 



Div. 15-210-MI 

gets; Echoes, radar 



Div. 15-211-M2 

Targets 



Div. 15-211.1-M5 

acoustic . 

. .Div. 17-443.33 


Div. 15-211.321 

g ra y. 

..Div. AMP-801.4-M4 

theory . 

. .Div. 6-560.1-Ml 

plates (diffuse) . 

..Div. AMP-801.4 

time division scrambling. 

. .Div. 13-304.3 

radar . 

. .Div. 14-122.113-M3 

Telemetering . 

,. .Div. 17-436.5 


Div. 14-253.2 


Div. 17-436.511 


Div. CP-202.4-M3 

See also: Sub-carriers 



Div. CP-600 

Telemetering retardation meter 



Div. CP-610 

See: Meters, telemetering retarda¬ 



Div. CP-612 

tion 



Div. CP-612.4 

Telephones 



Div. CP-612.6 

microwave . 

.. .Div. 13-200.3 

aircraft . 

. .Div. CP-612.5 


Div. CP-203.1-M2 

moving ground . 

. .Div. 14-310.13-M2 

optical . 

,. .Div. 16-303.1-M2 


Div. 14-321.13 

radar.. 

. .Div. CP-202.5 

See also: Moving target identifi¬ 


radio. 

. .Div. 13-200.2-M3 

cation (MTI) 



Div. 14-327.114-M2 

ship. 

..Div. CP-612.1 


Div. CP-203.1 

surface . 

. .Div. CP-612.3 

antijamming of .. 

.. .Div. 15-212.11 

towed . 

. .Div. CP-612.2 

jamming of. 

.. .Div. 15-211-MI 

rocket . 

. .Div. 4-412.4-MI 


Div. 15-211.1-M10 


Div. 3-625 


Div. 15-211.322 


Div. 4-412.4-M8 

sound-powered. 

. ..Div.APP-218.3-M1 

toss-bombing . 

. .Div. 4-311-M8 


Div. 17-436.43 

underwater 


talkers (selection) .. 

.. .Div. APP-130 

reflectivity . 

. .Div. 6-530.22 


Div. APP-218.1-M2 

submarine practice. 

. .Div. 6-323.3 


Div. APP-218.31 


Div. 6-651.4-MI 


Div. 17-441.1 

towed . 

. .Div. 6-643.12 

talkers (training) . 

. ..Div. APP-218.1-M2 


Div. 6-643.21 


Div. APP-218.2-M1 

visibility (camouflage factor) 

. .Div. 16-250 


Div. APP-218.3 

Tartaric acid ointment ... 

. .Div. 9-514.4-M2 


Div. APP-218.31-M2 


Div.9-514.4-M3 

See also: Speech, intelligibility 


TDI 


Telephony 


See: Indicators, target doppler 


underwater . 

.. .Div. 6-623.42 

(TDI) 


Telescopes. 

.Div. 16-120 

Teachers 



Div. 16-180-MI 

attack . 

. .Div. 6-323.1 

antioscillation-mounted . 

. . .Div. 16-123 


Div. 6-326.3-M2 

binocular. 

.. .Div. 16-421.11-M2 


735 




















































Telescopes-Therapeutic agents 


burst-control.Div.APP-611.4-M3 

electron .Div. 16-421-M3 

Div. 16-421.1 
Div. 16-440 

infrared 

aircraft.Div. 16-421.11-MI 

Div. 16-433 

image-forming .Div. 16-421 

Div. 16-431.1-MI 
Div. 16-460-MI 

night.Div. 16-121 

Div. 16-121.1 
Div. 16-123 

panoramic (M-12) .Div. APP-611.12 

tank .Div. 16-122 

tracking .Div. 7-210.15-M4 

ultraviolet .Div. 16-421-M2 

wide-angle.Div. 16-121-M3 

Div. 16-122-MI 

Television 

block equipment.Div. 5-420 

conversion units.Div. 5-421 

dissectors .Div. 5-421.22 

reconnaissance .Div. 13-206.5 

telemetering application .Div. 17-436.522 

transmitting equipment (airborne) . . .Div. 5-400 

See also: Bombs, television- 
equipped radio-controlled 
Temperature 

effect of changes on radar.Div. 14-224 

effect on wave propagation and 

transmission .Div. CP-321 

Div. CP-332-M3 
Div. CP-333.3 

measuring instruments.Div. 14-122.2-M2 

rocket tests .Div. 3-615 

stratification .Div. 7-210.11-M2 

Temperature gradients (sea water).Div. 6-510.221-M5 

Div. 6-520.1 

Temperature profile.Div. 10-301.2 

Templates (range and height finders) . . .Div. APP-652-M1 


Div. APP-653-M3 

Tenney plotting board 
See: Plotting board, Tenney 
Terminal ballistics 

See: Ballistics, terminal 
Terry 

See: AN/APG-21 (Terry) 

Testing gun 

See: Guns, erosion-testing 


Tests.Div. APP-300 

Div. APP-320 

evaluation and validation of.Div. APP-411 

general types 

activity-preference.Div. APP-521-M2 

emotional.Div. 7-220.11 

neurotic.Div. 7-220.11 

psychological.Div. 7-220.11 

specific fields of activity 

arithmetical computation .Div. APP-411 


mechanical aptitude.Div. APP-112 

Div. APP-325 

radar screen interpretation.Div. APP-326 

spatial relations.Div. APP-323 

stereo acuity.Div. 7-220.12 

Div. 7-220.13 
Div. 7-220.15 

vernier acuity.Div. 7-220.12 

word intelligibility .Div. APP-218.2-M10 

Div. APP-218.2-M12 

work readiness.Div. APP-316 

Div. APP-328 

specific personnel .Div. APP-310 

code receiver .Div. APP-317-M7 

electrician’s mate .Div. APP-420-M2 

gunner’s mate.Div. APP-311 

officer selection .Div. APP-319-M1 

signalmen’s achievement .Div. APP-312 

torpedoman.Div. APP-311-M2 

specifically designated 

New London-NDRC Question¬ 
naire .Div. APP-324 

NROTC Selective.Div. APP-411-M1 

US Navy Aptitude.Div. APP-322 

US Navy Arithmetical Reasoning .. .Div. APP-327 

US Navy Basic Classification.Div. APP-411-M3 

Div. APP-412-M1 

US Navy General Classification.Div. APP-112 

Div. APP-321-M7 
Div. APP-327 
Div. APP-414 

US Navy Mechanical Aptitude.Div. APP-325 

US Navy Officer Qualification.Div. APP-319 

US Navy Reading.Div. APP-327 

Tetramethyldiaminodiphenylmethane 

detection of arsenicals .Div. 9-422.24 

Tetramethyldiaminothiobenzophenone 

detection of toxics.Div. 9-411.4-M2 

Tetramethylolcylopentanone tetranitrate 
See: Fivonite 

Tetranitromethane .Div. 6-830.2 

Div. 8-110.11-M3 

Tetritols .Div. 8-110.2-M2 

Tetrodes.Div. 15-343.243 

Tetryl process.Div. 8-607.3-M3 

Texas testing machine (pursuit 

curves) .Div. AMP-503.7-M14 

Textiles 

See: Fabrics 
TG 

See: Thiodiglycol (TG) 

TGI Project .Div. 14-324-M2 

Thallium compounds.Div. 9-217 

Thallous sulfide 

photoconductive cells.Div. 16-302.11 

Theodolites.Div. 4-323.2-M4 

Div. 4-323.2-M5 
Div. 16-141 

Therapeutic agents and interme¬ 
diates 


736 





































































Therapeutic agents-Torpedo components 


chemical warfare. 

..Div. 9-126 

No. 2050 . 

. .Div. 4-231.1-M10 


Div. 9-520 


Div. 4-231.1-M12 


Div. 9-526 


Div. 4-231.11-M2 

See also: Ointments, prophylactic 



Div. 4-328.2-MI 

and therapeutic (chemical war- 


Thyrite . 

. .Div. 4-236.1 

fare) 


Time-varied gain (TVG). 

. .Div. 6-631.11 

Thermistor bridge 


Timers 


See: Bridges, thermistor 


electronic interval . 

. .Div. 6-646.21-M6 

Thermistors . 

. .Div. 14-252.42 


Div. 9-413.1-M4 


Div. 15-521.11 

pro-submarine . 

. .Div. 6-632.02-M10 


Div. 16-310.221 

QH sonar . 

. .Div. 6-632.02 


Div. 17-451 

Tin compounds 


Thermite. 

. .Div. 11-301.3-M2 

preparation and analysis. 

. .Div. 9-216 

Thermocouples . 

. .Div. 10-301.2-MI 

toxicity studies. 

. .Div. 9-316 


Div. 10-301.2-M2 

Tippy model 



Div. 15-521.3-M4 

See: Rotoscopes 



Div. 15-525-M2 

Tires 



Div. 16-310.21 

aircraft (Japanese). 

. .Div. 18-802.11-M6 


Div. AMP-602-M4 


Div. 18-802.11-M18 

Thermometers (oxygen vapor pres- 


pneumatic (substitutes) . 

. .Div. 12-1840 

sure) . 

. .Div. 11-104.2 

Titania ceramics . 

..Div. 14-131.11-M2 

Thermopiles. 

. .Div. 16-310.21 

Titanium 


Thickeners 


See: Alloys, titanium 


See: Vesicants, thickeners; Fuel, 


Titanium tetrachloride smoke . 

. .Div. 9-422.42 

thickened 


Titration . 

..Div. 9-422.115-M4 

Thiocarbazones 



Div. 9-422.22 

detection of arsenicals . 

. .Div. 9-422.21 


Div. 9-422.8-M4 


Div. 9-422.8-M10 


Div. 9-422.8-M7 


Div. 9-422.8-M14 

electrolytic. 

..Div. 9-422.112-M4 

synthesis. 

..Div. 9-411.4-M3 

mercurimetric. 

. .Div. 9-422.118-M2 

Thiodiglycol (TG) 



Div. 9-422.13-M3 

determination. 

. .Div. 9-415-M3 

potentiometric . 

..Div. 1-650-MI 

evaporation and oxidation. 

. .Div. 9-512-M4 


Div. 9-413.1-MI 


Div. 10-501.12-MI 


Div. 9-413.1-M3 

sulfur mustard synthesis. 

. .Div. 9-212.111 


Div. 9-415-M3 

Thioketones . 

..Div. 9-411.4-M5 


Div. 9-422.122 

See also: Ketenes and Ketones 



Div. 9-422.8-M2 

Thionvl chloride. 

..Div. 9-212.111-M2 

Titrimeters . 

. .Div. 9-413.1 


Div. 9-212.2-M6 


Div. 9-422.111-M4 


Div. 9-213.1 


Div. 9-422.8-M12 


Div. 10-401.1-MI 


Div. 9-543.2-M3 

Thiophosgene.’.. 

. .Div. 9-212.4 

TLR 


Thitsiol . 

. .Div. 9-243 

See: Triangulation-listening-ranging 


Through-the-hull listening system .... 

. .Div. 6-622.3 

system (TLR) 


Thrust line (angle of attack). 

. .Div. 4-311.4 

TNT 


Thymol derivatives . .. 

. .Div. 9-222.4-M3 

See: Trinitrotoluene 


Thynite . 

..Div. TD-101.6-M1 

Toluene. 

, .Div. 8-110.12-MI 

Thyratrons . 

. .Div. 4-231-M2 

Topside system 



Div. 4-231.1 

See: JP-1, topside listening system 



Div. 4-231.11-MI 

Torpedoes 



Div. 4-238.212-M3 

Torpedo components 



Div. 4-238.521-M6 

control systems. 

. .Div. 6-820 


Div. 4-238.521-M7 


Div. 6-820.1 


Div. 4-324.22-M2 


Div. 6-820.2 


Div. 14-231.22 


Div. 7-321.222 

hydrogen . 

. .Div. 14-231.221 

depth . 

. .Div. 6-820 

micro . 

..Div. 4-231.1-M3 


Div. 6-820.22 

noise-generating. 

. .Div. 15-343.23 


Div. 6-921.4-MI 

photo . 

..Div. 4-231.1-M6 


Div. 6-923-M5 

tests . 

. .Div. 4-231.11 


Div. 7-321.222-M2 



737 


















































Torpedo components-Touvet (Capt. Guy) 


depth (continued) 

Div. 7-321.222-M4 

Mark 13. 

. .Div. 3-722.3-MI 

electronic. 

. .Div. 6-931 


Div. 6-721.2 

glide-angle.. 

..Div. 6-921.4-M4 


Div. 6-810.1-M6 


Div. 6-921.4-M5 


Div. 6-810.2-M6 


Div. 6-921.4-M6 


Div. 6-820.1-M2 

gyro-rate-of-turn . 

..Div. 6-921.4-M7 


Div. 6-820.21-M2 

steering . 

. .Div. 6-820 


Div. 6-820.22-M3 


Div. 6-820.21 


Div. 6-820.22-M4 


Div. 6-921.4-MI 


Div. 6-910 

heads (shaped-charge). 

. .Div. 8-402-M3 


Div. 6-911.1 

nose spigots. 

. .Div. AMP-405.3-M6 


Div. AMP-405.3-M3 

noses. 

. .Div. 6-721.2 . 


Div. AMP-405.3-M8 

power plant. 

. .Div. 6^3<f 

Mark 21. 

..Div. 6-911.2 

retrieving gear. 

. .Djyr^935 

Mark 24. 

..Div. 6-911.3 

suspension bands .—rr: 

7 ^f)iv. 6-721.2-M8 

bangalore. 

. .Div. 3-592-M3 

Torpedo operation and performance . . 

. .Div. 3-722 

Bowler . 

. .Div. 6-924 


Div. 6-721 

echo-ranging. 

. .Div. 6-920 


Div. 6-800 

Bell Telephone Laboratories, Inc. 

. .Div. 6-923 


Div. 7-140 

British . 

. .Div. 6-924 


Div. AMP-405 

General Electric Company . 

. .Div. 6-922 


Div. AMP-405.3 

German . 

. .Div. 6-925 

aiming . 

. .Div. AMP-405.2 

Harvard type . 

. .Div. 6-921 

dart tests. 

. .Div. 6-810.22 


Div. 6-921.4 

launching . 

. .Div. 3-722.4 

Fido . 

. .Div. 6-721.1 


Div. 6-700 

Geier . 

. .Div. 6-925 

pattern measurements . 

. .Div. 6-932 

Japanese (18-inch; Type 91) . 

. .Div. 18-802.24-M2 

recovery of . 

. .Div. 6-810.21-M7 

listening (homing). 

. .Div. 6-910 

water entry. 

. .Div. 6-810.2 

magnetic . 

. .Div. 12-1430 

Torpedo protection 


submarine-launched . 

. .Div. 6-910 

merchant vessel 



Div. 6-912 

See: Harbor defense, antitorpedo 


surface-launched . 

. .Div. 6-910 

nets; Merchant vessel protection; 



Div. 6-912 

Nets, antitorpedo 


Mark 18. 

. .Div. 6-910 

Torpedo tossing. 

,. .Div. 4-340 


Div. 6-912.1 


Div. 14-329.17-M11 


Div. 6-923-M2 

Torpedo types 


Mark 22. 

. .Div. 6-912.2 

acoustic . 

, . .Div. 6-900 

Mark 27. 

. .Div. 6-912.3 


Div. 6-911 

Mark 28. 

. .Div. 6-912.4 


Div. 6-912 

Uncle Tom. 

. .Div. AMP-405.3-M7 


Div. 6-912.1-M2 

zig-zag . 

. .Div. AMP-405.5-M2 

countermeasures to. 

..Div. 6-651.11 

Mark 12 . 

. .Div. AMP-405.3-M1 

aerial . 

, . .Div. 3-531.6 

Mark 14 . 

. .Div. 6-721.3 


Div. 6-115 


Div. 6-923-M5 


Div. 6-124 

Mark 15 . 

..Div. 6-721.3 


Div. 6-810.1 

Mark 25 . 

. .Div. 6-721.4 


Div. 6-830-MI 


Div. 6-800-M6 


Div. 6-911 


Div. 6-820 


Div. AMP-405.1 

Mark 26 . 

. .Div. 6-721.3 


Div. AMP-405.3-M2 

Projectile 61 . 

. .Div. 6-721.1 


Div. AMP-405.3-M4 

Torpex. 

..Div. 8-109-M8 

evasive tactics of targets from 

.. .Div. AMP-405.1-MI 


Div. 8-202-M12 


Div. AMP-405.1-M6 

Torque 


flight in air. 

.. .Div. 6-810.1 

generator bearings . 

. .Div. 4-232.23-MI 

German . 

. ..Div. 18-801.3-M8 

propeller . 

. .Div. 4-232.21 

launching. 

.. .Div.6-810.1-M5 

Torque saturation. 

. .Div. 14-214.3-M7 


Div. 6-810.21-M3 


Div. 14-214.3-M9 


Div. AMP-405.1-M2 


Div. AMP-302.2 


Div. AMP-405.1-M4 

Toss bombing 


trajectories 


See: Bombing, toss 


See: Trajectories, torpedo 


Touvet, Captain Guy . 

. .Div. 16-303.3-M3 


738 




























































Towed Bird-Trajectories 


Towed Bird .Div. 6-452 

Toxicity Laboratory 

Progress reports on chemical warfare. .Div. 9-125 

TR 


See: Tubes, transmit-receive 

Tracer fire . 

Tracer stereographs . 

Tracers 

dead-reckoning. 

directional pattern (underwater) 

explosive . 

radioactive . 


Tracking . 

applications 
aerial gunnery 

antiaircraft . . 


radar 


automatic devices and aids ... 

hand and foot control. 

handwheel control (tandem) 

performance factors 
accuracy . 


errors 


systems and types 
aided . 


azimuth 


blind. 

central ... 
continuous 
direct 


.Div. 7-111-MI 
.Div. AMP-703.5 

.Div. 17-313 
Div. 6-644.11 
.Div. 6-612.53-M8 
Div. 6-645.31 
.Div. 8-700 
Div. 8-701 
.Div. 9-362-M2 
Div. 10-202.154-M5 
Div. 10-202.154-M7 
Div. 10-202.154-M12 
.Div. 7-200 
Div. 7-201 

.Div. AMP-503.2 
Div. APP-611.2-M9 
.Div. AMP-703.4 
Div. 7-220.34-M3 
Div. 7-220.34-M4 
Div. 7-220.34-M5 
.Div. 14-244 
Div. 14-244.1 
Div. 14-244.2 
Div. 14-244.21 
Div. 14-323.32-M3 
Div. 15-232-MI 
Div. CP-202.12 
.Div. 7-300 
.Div. 7-220.33 
.Div. 7-220.31 
Div. 7-220.311 

.Div. APP-611.2 
Div. 7-220.18-M2 
Div. 7-220.18-M4 
Div. 7-220.311 
.Div. 7-210.33-M7 
Div. 7-220.211-M2 
Div. AMP-503.2-M3 
Div. APP-611.2-M10 
Div. 14-244.1-M3 

Div. 7-220.312-MI 
Div. 14-244.3 
Div. AMP-503.2-M13 
.Div. 7-220.18-M2 
Div. 7-220.18-M4 
Div. 14-234.33-M3 
Div. APP-611.2-M10 
.Div. APP-611.2-M24 
.Div. 7-220.32 
.Div. 7-220.34-MI 
.Div. 7-220.16-M12 


direct (continued) 

make-and-break . 
on-target . 

optical . 

range . 


rate. 

sine wave. 

velocity. 

trainers and training 

Foxboro . 

Tufts . 


US Navy stereo (Mark II) 


D 

D 

D 

.D 

.D 

D 

D 

D 

.D 

D 

.D 

D 

D 

D 

D 

.D 

D 

.D 

D 

.D 

D 

.D 

D 

D 

D 

.D 

D 

.D 

D 

D 

D 

D 

.D 


v. 7-220.311-M5 
v. 7-220.312-MI 
v. 7-220.33-M4 
v. 7-220.34-MI 
v. APP-611.2-M12 
v. APP-611.2-M15 
v. APP-611.2-M18 
v. APP-611.2-M25 
v. 7-220.3 
v. 7-220.34 
v. APP-611.2-M5 
v. APP-611.2-M8 
v. 14-234.33-M3 
v. 14-244.2-MI 
v. 14-244.5-MI 
v. APP-611.11-M6 
v. APP-611.2-M23 
v. 14-243.2-M4 
v. 14-322.3-M2 
v. 7-220.312-MI 
v. AMP-503.2 
v. APP-221.1 
v. APP-611.11-M3 
v. APP-611.11-M6 
v. APP-611.2 
v. APP-611.2 
v. APP-613.2 
v. APP-611.2-M4 
v. APP-611.2-M7 
v. 7-220.15 
v. 7-220.19 
v. 7-220.211 
v. 7-220.15 


Div. 7-220.19 
Div. 7-220.212 

Traffic control radar.Div. 14-322 

component parts .Div. 14-322.3 

ground.Div. 14-322.1 

shipboard.Div. 14-322.2 

Trail correction (train bombing) .Div. AMP-803.1-M7 

Trainers .Div. APP-600 

Div. APP-690 

animated .Div. 6-326.2 

antijamming and jamming 


See: Jammers and Jamming Sys¬ 
tems, practice 

echo recognition group .Div. 6-321.4 

group operator .Div. 6-321.3 

magnetic attack (MAT) .Div. 6-461 

pantograph attack.Div. 6-461-M5 

personnel 

See: Personnel, training 

range indicator .Div. 6-326 

See also: Trainers listed under spe¬ 
cific instruments or types of op¬ 
eration (e.g. Indicators, bearing de¬ 
viation (BDI) trainers; Tracking, 


trainers and training) 

Trajectories .Div. 1-220.2 

chemical warfare grenade (CWG) ... .Div. 3-572 



739 

















































Trajectories-Transmission lines 


electron . 

. .Div. 15-346-M5 

magnetostriction (continued) 

Div. 6-612.34 

mortar shell . 

. ..Div.4-512 


Div. 6-612.54-M5 

rocket . 

.. .Div. 3-531.5 


Div. 6-612.8 


Div. 3-625-M2 


Div. 6-632.01-M4 


Div. AMP-603 


Div. 6-632.51 

aircraft . 

.. .Div. 3-532.3-M4 

artificial. 

..Div. 6-612.53-M17 


Div. 4-412.1 


Div. 6-632.51-M6 


Div. 14-323.6-MI 


Div. 6-632.51-M10 


Div. 14-323.61 

band-pass. 

. .Div. 6-612.34 

aircraft (3.5-inch) . 

.. .Div. 3-531.2-M4 

Drisko. 

..Div. 6-612.71-M13 


Div. 3-711-M2 


Div. 6-612.71-M24 


Div. 14-323.61-MI 

funnel . 

. .Div. 6-612.8-M17 

aircraft (5-inch) . 

.. .Div. 3-531.2-M4 

honeycomb . 

. .Div. 6-612.7 


Div. 14-323.61-MI 

longitudinally-vibrating . 

..Div. 6-612.7 

aircraft (11.75-inch) . 

.. .Div. 14-323.61-M2 

materials . 

. .Div. 6-612.4 

drop formulas for aircraft. 

.. .Div. 4-412.1 

measurements and measuring in¬ 



Div. AMP-603-M3 

struments . 

. .Div. 6-612.5 


Div. AMP-603-M4 


Div. 6-612.51 

target . 

.. .Div. 3-625-M2 


Div. 6-612.52 

underwater . 

.. .Div. 3-711 


Div. 6-612.53 


Div. AMP-406-M7 

plate . 

. .Div. 6-612.8 

torpedo . 

.. .Div. 6-810.21 

practice target . 

. .Div. 6-554.4-M5 


Div. 6-923-M3 

radially-vibrating. 

. .Div. 6-612.6 

toss-bombing . 

.. .Div. 4-311.1-M3 

scroll stack . 

. .Div. 6-612.63-M5 


Div. 4-313 


Div. 6-612.63-M6 


Div. 14-329.17-M4 

sonic gear monitor 



Div. 14-329.17-M9 

See: Ring stacks (laminated) 


underwater projectiles . 

.. .Div. AMP-402 

tube. 

. .Div. 6-612.8 

Transceivers 


See also: Hydrophones, magneto¬ 


Dina-Dinamate . 

.. .Div. 15-321.11-M4 

striction, tube 


radio communications (Japanese) . 

.. .Div. 15-211.23-M8 

See also: Hydrophones; Projectors, 


sonar crystal . 

.. .Div. 6-554.4-M6 

sonar 


Transducers . 

. .Div. 6-554 

Transformer Model Shop reports . 

Div. 14-211.4 


Div. 6-554.4-M5 

Transformers 



Div. 6-554.4-M14 

radar . 

..Div. 14-211.4 


Div. 6-610 

fuzed quartz output ... 

Div. 14-232.111-M7 


Div. 6-642.44 

pulse. 

. Div. 14-211.41 

Asdic. 

.. .Div. 6-556.2 


Div. 14-212.3-M2 


Div. 6-570.21-M3 


Div. 14-212.3-M3 


Div. 6-633.24 


Div. 14-212.5-M3 

sword arm depth angle. 

. . .Div. 6-556.1-M27 

radio countermeasures. 

. .Div. 15-381.1 


Div. 6-556.2-M6 

Transmission 



Div. 6-612.717 

coastal artillery firing data. 

. .Div. 7-111.2 

calibration. 

. . .Div. 6-554 

far infrared radiation . 

. .Div. 16-310.1 

crystal . 

.. .Div. 6-553.2-M8 

radio wave measurements . 

. .Div. 15-524 


Div. 6-553.2-M11 


Div. CP-222.2-M2 


Div. 6-611 

underwater sound. 

. .Div. 6-510 


Div. 6-611.2 


Div. 6-510.1 


Div. 6-612.54-M3 


Div. 6-510.11 


Div. 6-621-M4 


Div. 6-510.5 


Div. 6-626.2-M2 


Div. 6-651.2-MI 


Div. 6-633.22-MI 

See also: Sound, transmission; 



Div. 6-634.2-M4 

Wave propagation 


design. 

. ..Div. 6-611.2 

Transmission lines 


piezoelectric. 

.. .Div. 6-632.52 

radar . 

. .Div. 14-233.4 

magnetostriction. 



Div. 14-233.41 


Div. 6-612.1 


Div. 14-233.42 


Div. 6-612.22 


Div. 14-233.43 


Div. 6-612.3-MI 

coaxial . 

. .Div. 14-233.41-M3 


Div. 6-612.31 


Div. 14-233.413 




















































Transmission lines-Tube hydrophones 


coaxial (continued) Div. 14-234.21 -M5 

Div. 14-234.21-M6 
Div. 15-371.2 

radio countermeasures.Div. 15-370 

Div. 15-371 
Div. 15-372 

Transmi tter-recei vers 

See: Transceivers 

Transmitters.Div. 13-102.21-MI 

Div. 14-230 
Div. 14-411.5-M7 
Div. 15-321.12-MI 
Div. 15-321.13 
Div. 17-438.2-M3 

jamming 

See: Jammers and Jamming Sys¬ 
tems; Generators, interference 


loran.Div. 14-327.112 

television 

See: Television, transmitting 

equipment, airborne 

underwater sound pulse .Div. 6-632.01 

RC-183 

See: AN/APT-3 (RC-183, Man¬ 
drel) 

Transmitting Tube Section reports_Div. 14-232.113-MI 

Div. 14-232.19-MI 

Transponders 

S-band radar .Div. 14-321.14-M4 

Div. 14-324-MI 

target raft.Div. 14-328.2-MI 

Trap force measurements .Div. AMP-900-M10 

Traps 

bubble-wire.Div. 4-222.121-MI 

Div. 4-222.121-M2 

rocket.Div. 3-460 

Div. 4-222.121 
Div. 4-222.128-M34 

Traverse elevation coordinates (track¬ 
ing) .Div. AMP-703.4-M1 

Trees (obstacles to wave propagation) . .Div. 13-200.2-M4 

Div. CP-231.22 
Div. CP-231.221 

Trestles (temporary highway).Div. 12-1200-M3 

Div. 12-1200-M11 
Div. 12-1200-M13 

Triangle solvers.Div. 7-122.3 

electrical .Div. 6-644.23-MI 

graphical .Div. 6-644.22-MI 

See also: Directors, antiaircraft gun 
Triangulation-listening-ranging sys¬ 
tem (TLR) .Div. 6-623.3 

Div. 6-631.21-M11 

Tricresylphosphate .Div. 3-361.514-MI 

Triethylboron.Div. 9-251 

Trifluorosalicylaldehyde preparation .. .Div. 11-102.211-M30 

Div. 11-102.211-M31 
Div. 11-102.211-M33 
Div. 11-102.211-M37 


Triggered gap 
See: Spark gaps 
Triggering 

photoelectric proximity fuzes.Div. 4-222.224-M16 

sights ..Div* APP-611.1-M5 

Div. APP-611.2-M13 

Trigonometric functions.Div. AMP-11-M1 

Trihedral prisms 
See: Mirrors, triple 

Trimeric phosphonitrilic chloride.Div. 9-252-M2 

Trinitrobenzene.Div. 8-110.11-M2 

Trinitrotoluene .Div. 8-105-M5 

Div. 8-203.1-MI 


cast .. 

Triodes 

lighthouse 

See: Tubes, lighthouse 
Sylvania (2C-4 and 6D-4) . 

underwater sound. 

variable-time fuze. 

NR-3/NS-3 . 

Raytheon. 

SA-780A. 

GE (L-3, ZP-449 and ZP-522). 

L-200 . 

RCA (6D-4 and 884). 


SB-811 and -846 . 

Triplanes. 

Tripods (German antiaircraft) 
Trippers . 


Trombone. 

Troop feeding. 

Tropical deterioration 

See: Fungi and tropical deteri 
oration 
Troposphere 

wave propagation . 


curves 


meteorology 


See also: Atmosphere, lower, 
wave propagation 
Tuba 

See: Jammers and Jamming Sys¬ 
tems, radar, ground (A-500) Tuba 
Tube hydrophones 
See: Hydrophones, magnetostric- 


.Div. 2-112-M2 


.Div. 15-343.241 
Div. 15-343.243-M2 
.Div. 6-645.11-M4 
.Div. 4-231.3 
.Div. 4-231-M2 
.Div. 4-231.3-MI 
.Div. 4-231-MI 
.Div. 15-351.2 
. Div. 5-j346-M4 
.Div. 15-343.241 
Div. 15-343.242 
Div. 15-343.243-M2 
.Div. 14-211.62 
.Div. 6-643.21 
.Div. 18-801.23-M23 
.Div. 6-432.1-MI 
Div. 6-432.2-M2 
Div. 6-432.2-M5 
.Div. 14-233.43-MI 
, .Div. 11-208.32 


Div. CP-110-M3 
Div. CP-110-M9 
Div. CP-221-M2 
,Div. CP-221-M3 
Div. CP-223-M1 
Div. CP-223-M3 
.Div. CP-312 
Div. CP-333-M2 
Div. CP-336.1-M3 
Div. CP-344-M4 
Div. CP-424-M1 


Trigger units 


,Div. 14-412.2 

SECRE T I 


741 
















































Tube hydrophones-Typewriters 


tion, tube; Transducers; magneto- 


photoelectric. 

.. .Div. 16-302.21 

striction, tube 


cathode-ray . 

.. .Div. 15-344-M2 

Tube tester. 

Div. 6-612.8-MI 

noise-generating. 

.. .Div. 15-343 


Div. 15-515-M2 


Div. 15-343.1 

Tubes 



Div. 15-343.21 

antitransmit-receive (ATR). 

Div. 14-233.31-M8 

power. 

. ..Div. 14-231.21-MI 


Div. 14-233.311-M4 


Div. 14-231.4-M6 


Div. 14-233.32 

radar . 

.. .Div. 14-211.6 

cathode-ray . 

. .Div. 14-211.3-M5 

receiver . 

.. .Div. 14-241.4 


Div. 14-242.2 

reactance . 

.. .Div.6-631.31-M7 


Div. 14-242.21 


Div. 15-345 


Div. 14-242.24 

television. 

.. .Div. 5-421.2 


Div. 15-344 


Div. 13-206.5 

long afterglow. 

. .Div. 15-222.1-M3 

transmit-receive (TR) 

.. .Div. 14-233.31 

screen patterns . 

. .Div. 15-344.1 

transmitter (low-power) ... 

.. .Div. 14-232.2 

See also: Tubes, photoelectric, 


vapor detector. 

.. .Div. 9-412.1 

cathode-ray 



Div. 9-422.23 

clamping . 

. .Div. 14-241.4-M3 

vericon 


dark-trace . 

. .Div. 14-242.232-MI 

See: Vericon 



Div. 15-314.22 

Tufts trainer 


dissector 


See: Tracking, trainers and train¬ 


See: Television, dissectors 


ing, Tufts 


duplex-screen . 

. .Div. 14-242.231-M6 

Tung oil 


electron gun ratchet. 

. .Div. 17-436.2-MI 

See: Oil, fuze potting 


electronic 


Tungar rectifier bulbs. 

.. .Div. 15-343.22-MI 

radar and radio countermeasures . 

. .Div. 15-340 

Tungsten points. 

.. .Div. 14-233.11 


Div. 15-346 

Tuning 


Radiation Laboratory reports of .. 

. .Div. 14-503-MI 

automatic (jamming systems) . 

.. .Div. 15-411 

underwater sound. 

. .Div. 6-645.11 

magnetrons . 

.. .Div. 14-232.16 

variable-time fuze. 

. .Div. 4-231 

radar indicators. 

.. .Div. 14-242.12-MI 

gas 


radio-proximity fuzes. 

.. .Div. 4-233.1 

noise generating. 

. .Div. 15-343.2 

search receivers . 

.. .Div. 15-311.21 


Div. 15-343.21-M4 

Tunnel 



Div. 15-343.21-M5 

high speed water . 

.. .Div. 6-711 


Div. 15-343.24 


Div. 6-720 


Div. 15-343.243 

superspeed wind . 

. ..Div. 2-410 

switch. 

..Div. 14-233.311 

Turbines (gas). 

.. .Div. 18-502 


Div. 14-233.424 

T urbo-superchargers 


high-vacuum thermionic. 

. .Div. 14-232.143-M7 

See: Superchargers (turbo-) 


hot-cathode arc . 

. .Div. 15-343.22 

Turrets (gun) 



image 


antiaircraft machine gun. 

.Div. AMP-705.1-M7 

head-mounted. 

. .. .Div. 16-421.11 


Div. AMP-705.1-M8 

See also: Telescopes, electron 


ball. 

.Div. AMP-502.2-M6 

image orthicon . 

... .Div. 5-421.21 

Maxson.. 

.Div. 7-210.15-M5 

lighthouse. 

... .Div. 14-232.2 

motor-driven. 

.Div. 14-244.21-M3 


Div. 14-241.42 

nose (B-29) . 

.Div. AMP-504.21-M15 


Div. 14-310.212 

remote control (B-29) . 

.Div. 16-112.11-MI 


Div. 15-353-M2 


Div. 16-112.12 

McNally. 

.. ..Div. 14-241.41-M3 


Div. 16-112.13 


Div. 14-241.413-MI 


Div. AMP-502.1-M14 


Div. 14-241.413-M2 

Watermelon . 

.Div. AMP-502.12-M17 


Div. 15-351.1-M3 

Turtle. 

.Div. 12-1510 

microwave destruction. 

. .. .Div. 8-303 

TVG 


multi-element. 

_Div. 6-632.63-M15 

See: Time-varied gain (TVG) 


Nehrgaard. 

... .Div. 15-351.2-M3 

Typewriters (telegraphic) . 

. .. .Div. 17-426-M2 

neon . 

. .. .Div. 4-231.6 




m 

























































u 


U-block vibration 

variable-time fuzes .Div. 4-238.6 

Ultra short wave transmission 
See: Wave propagation, ultra short 

Ultraviolet.Div. 16-400 

devices and equipment .Div. 16-420 

light sources .Div. 16-412 

Div. 16-422.2 

tactical applications .Div. 16-430 

Uncle Tom 

See: Torpedoes, Uncle Tom 
Underwater sound detection and 

ranging (USDAR) .Div. 6-633.23 

Radio Corporation of America.Div. 6-554.4 


Underwater Sound Reference Labor¬ 


atories 

Final report for Division 6 
See: Contract OEMsr-1130 

Unified radar bombsight (URBS).Div. 14-329.143-M2 

Unionmelt process (welding) .Div. 18-601.171-M3 


University of California, Division of 
War Research 


Completion report for Division 6 
See: Contracts OEMsr-30, NObs- 
2074 
UOL 

See: Locators, underwater object 
(UOL) 

URBS 

See: Unified radar bombsight 
(URBS) 


Urea peroxide decontaminant .Div. 9-512-MI 

Urease inactivation.Div. 9-312.12-M7 

Div. 9-312.12-M8 
Div. 9-312.12-M10 

Urine (sulfur mustard effects).Div. 9-312.14-M6 

See also: Nitric acid (from urine) 

Urushiol .Div. 9-243 

US Navy tests 
See: Tests, US Navy 
USDAR 

See: Underwater sound detection 
and ranging (USDAR) 



V-beam (radar) .Div. 14-322.1-M8 

Div. 14-322.1-M13 

Vacuum tubes 
See: Tubes, electronic 

Val (Japanese aircraft).Div. 18-802.11-M4 

Div. 18-802.13-M5 

Valine .Div. 9-312.121-M2 

Div. 9-312.121-M3 

Valves 

exhaust (Japanese) .Div. 18-802.12-M4 

intake (Japanese) .Div. 18-802.12-M4 

oxygen (German) .Div. 18-801.13-M4 

solenoid .Div. 4-327-MI 

torpedo-regulating.Div. 7-321.222-M3 

vacuum-regulating .Div. 7-321.224-M3 

Vanes 

anemometer .Div. 10-301.11 

Vanillylamides .Div. 9-221.5 

Vaporizers.Div. 11-103.2 

Div. 11-103.5 

VAR 

See: Rockets, VAR 

Variable-drive (T-18, for gun carriage). .Div. APP-611.2-M26 
Variable-time fuzes 

See: Fuzes, variable-time 

Varistors .Div. 4-236.1 


Varistors (continued) Div. 4-238.41-Ml 

Div. 6-632.63 

Varnish (insulating usage) .Div. TD-101.4-M1 

VASB 

See: Bombs, vertical antisubmarine 
(VASB) 

Vegetable toxics 
See: Plant products 
Vehicles 

amphibious.Div. 12-800 

Div. 12-1600 

See also: DUKW; Gun carriage, 
amphibious self-propelled; Jeep; 

Paddy vehicle; Weasel 


land combat. 


12-1500 


Div. 

12-1700 

snow . 

.Div. 

12-500-MI 


Div. 

12-500-M3 


Div. 

12-1920 

track laying 




See: Turtle 


Velocity 

impact 

See: Impact velocity 
projectile 

See: Projectiles, velocity 


743 
































Velocity-W are 


residual . 

. .Div. 2-210-M7 

range- and height-finding . 

,. .Div. 7-230 

Velocity memory (tracking) . 

. .Div. 14-244.5-M3 


Div. 7-230.2 

Vergence (binocular) . 

. .Div. 7-230.21 

See also: Corneal tissue; Eyes 


Verhoeff Stereopsis Test. 

. .Div. 7-220.12-M2 

Vision threshold. 

. .Div. 16-470 

Vericon . 

..Div. 5-421.23 

Vitamins A and B 


Vermin control . 

Div. 11-208.31 

effect on mustard gas lesions. 

. .Div. 9-312.132 

Vernier acuity tests 



Div. 9-522.12-M10 

See: Tests, vernier acuity 


Vixen adapter. 

. .Div. 14-329.145 

Very short wave transmission 


Voflag impulse signalling system . .. . 

. .Div. 15-212.11-M9 

See: Wave propagation, ultra short 


Volt boxes (Japanese) . 

. .Div. 18-802.12-M15 

Vesicants 


Voltage dividers. 

. .Div. 4-512-M2 

airplane spray. 

. .Div. 11-203.522 


Div.7-lll.2-Ml 

applicator . 

..Div. 9-371 

Voltage measurements. 

. .Div. 4-621 

comparative toxicity studies. 

. .Div. 9-360 


Div. 14-212.8-M5 

thickener. 

. .Div. 11-203.512 

Voltage regulators. 

. .Div. 14-212.8-M6 

See also: specific vesicants (e.g. 



Div. 14-235.2 

Thiodiglycol) 



Div. 15-517-M3 

Vibrating reed 


Voltmeters. 

. .Div. 15-516 

See: Gyroscopes, substitutes 


Ballantine . 

..Div. 14-251.1-M13 

Vicalloy . 

. .Div. 6-612.42-M4 

peak . 

. .Div. 6-645.15-M4 


Div. 6-612.42-M9 


Div. 15-384 

Vicar. 

. .Div. 3-551.5 


Div. 15-516-MI 

Victory ships 


probe . 

. .Div. 15-516-M2 

See: Ships, Victory 


pulse. 

. .Div. 14-252.2-MI 

View finders (aerial photography) .... 

. .Div. 16-111.2 

vacuum tube . 

. .Div. 6-641.1-M5 

Village Inn. 

. .Div. 14-323.31-M2 


Div. 6-645.15-M4 

Viscometers. 

. .Div. 8-606-M8 


Div. 7-220.211-M3 

Visibility (ocean water) . 

. .Div. 6-501-MI 

Volumetric determination of toxics 


Vision 


See: Titration 


night aids. 

. .Div. 16-121 

VP 



Div. 16-123-MI 

See: Detection, magnetic airborne 



Div. 16-123-M2 

(MAD); Ring stacks (laminated) 



Div. 16-144-M3 

VT fuzes 



Div. 16-170 

See: Fuzes, variable-time 


oscilloscope operation effects . 

. .Div. APP-318-M4 

Vulture 



Div. APP-318-M5 

See: AN/APG-13B (Vulture) 




W (chemical warfare) 


echoes (continued) 

Div. 6-540.31-MI 

See: Compound W 


mathematical theory. 

. .Div. 6-540.1 

W-frequency (loading of variable¬ 


thermal . 

Div. 6-540.4 

time fuzes) . 

. .Div. 4-233.1-M3 

Walnut shells (as charcoal substitute) . 

. .Div. 10-202.134-M3 

Wakes . 


War gases 



Div. 12-1930 

See: Gases, war 



Div. AMP-204 

War materiel 


acoustic . 

. .Div. 6-540.3 

foreign . 

. .Div. 18-800 

submarine. 

,. .Div. 6-530.22 


Div. 18-803 


Div. 6-540.31 

German . 

. .Div. 18-801 

surface craft . 

,. .Div. 6-530.21 

Japanese . 

. .Div. 18-802 


Div. 6-540.32 


Div. 18-802.3 

echoes. 


Ware 



Div. 6-530.22-M3 

See: Aluminum ware; Flatware 



Div. 6-540 

(silver-plated) 



* 

SECRET 

'4 


744 
















































Warheads-Wave propagation 


Warheads 


anomalous (non-standard) . 

,. .Div. 14-122.12-M2 

See: Heads, torpedo 



Div. CP-221 

Wasmansdorff noise peak limiter .... 

. Div. 17-438.2-MI 


Div. CP-224-M15 

Water 



Div. CP-232 

camouflage of. 

. .Div. 16-261 


Div. CP-232.2 

contaminants . 

Div. 9-211.11-M3 


Div. CP-334 


Div. 9-212.11 


Div. CP-335-M1 


Div. 9-212.3-M3 


Div. CP-410-M2 


Div. 9-212.5-M2 

atmospheric . 

. .Div. CP-200 


Div. 9-213-M6 


Div. CP-201 


Div. 9-221.1-M12 


Div. CP-221-Ml 


Div. 9-223.1-M5 

centimeter. 

..Div. 14-122.21 


Div. 9-252.1-M2 


Div. 14-122.22 


Div. 9-321.1 


Div. CP-110 


Div. 9-322.1-M4 


Div. CP-202.312 

decontamination and purification .. 

. .Div. 9-422-M2 


Div. CP-211-M6 


Div. 9-561 


Div. CP-211-M11 


Div. 11-203.72 


Div. CP-224 


Div. 11-207.1 


Div. CP-231.12-MI 

density . 

. .Div. 6-501.322 


Div. CP-231.22 

dielectric constant and loss. 

. .Div. CP-522.1 


Div. CP-231.221 

potable. 

. Div. 11-203.7 


Div. CP-231.222-M2 

Div. 11-203.71 


Div. CP-231.223 

Water entry 



Div. CP-232.2 

projectiles . 

..Div. 3-713 


Div. CP-333 


Div. 12-2000-M6 


Div. CP-510-M3 


Div. AMP-401 


Div. CP-510-M4 


Div. AMP-405.3-M5 


Div. CP-510-M7 

torpedoes. 

. .Div. 3-722.2 


Div. CP-511 


Div. 6-810.2 


Div. CP-521-M1 


Div. AMP-405.3 


Div. CP-522.11 

Water organisms 



Div. CP-522.12 

effect of chemical warfare agents . . 

. .Div. 9-381 


Div. CP-532 

Water vapor 



Div. CP-532.2 

aviator’s oxygen. 

. Div. 11-106.21 


Div. CP-622.2 

dielectric constant and loss. 

. .Div. CP-522.12 


Div. CP-622.4 

Wattmeters . 

. .Div. 15-371.1-M8 


Div. CP-623-M1 


Div. 15-521.1 

earth’s curvature (influences of) .., 

, . .Div. CP-231.12 


Div. 17-436.512 

measurements and measuring in¬ 


direct-reading (Littlefuse) . 

. .Div. 14-252.41-M7 

struments .. 

.. .Div. 15-500 

microwave. 

. .Div. 14-252.4-MI 


Div. 15-520 


Div. 14-252.4-M3 

meteorological factors 



Div. 14-252.4-M7 

See: Meteorology, wave propa¬ 



Div. 15-521.11-M2 

gation 


recording . 

. .Div. 6-553-M10 

microwave 


thermal . 

..Div. 6-612.53-M13 

See: Microwaves 


thermocouple . 

. .Div. 6-553-M4 

millimeter . 

. .Div. CP-510-M5 


Div. 6-553-M7 


Div. CP-511-M11 

Wave front corrugations (in sound 



Div. CP-522.11-M2 

transmission) . 

. .Div. 17-433 

obstacles to. 

,. .Div. CP-231.2 

Wave guides. 

. .Div. 14-233.41 


Div. CP-231.21 


Div. 14-233.412 

over-ground. 

.. .Div. 14-122.121 


Div. 15-371.1 


Div. 14-122.2-M4 

X-band . 

. .Div. 14-233-M2 


Div. 14-122.21 


Div. 14-233.412-M14 


Div. CP-221.1-M2 

Wave propagation. 

. .Div. 13-200.2 


Div. CP-223 


Div. 14-122 


Div. CP-231 


Div. 14-122.1 


Div. CP-231.1 


Div. 15-810 


Div. CP-233 


Div. AMP-200 


Div. CP-311-M4 


SECRET 


745 































Wave propagation-Winches 


over-ground (continued) 

Div. CP-334 

Weasel . 

. .Div. 12-500 

over-water . 

.Div. 14-122.122 


Div. 12-530 


Div. 14-122.2-M4 

M-29. 

. .Div. 12-530 


Div. 14-122.22 

T-15 . 

. .Div. 12-510 


Div. CP-222-M8 

T-29 . 

. .Div. 12-520 


Div. CP-223 

Weather forecasting 



Div. CP-232 

See: Radar forecasting 



Div. CP-232.1 

Weatherproofing . 

..Div. 14-225 


Div. CP-232.2 

Weiner’s theory of prediction . 

. .Div. AMP-13-M21 


Div. CP-233 

Welding and Weldability 



Div. CP-311-M4 

Weldability 



Div. CP-344-M5 

armor plate (oxygen cutting). 

. .Div. 18-601.173 

ultra short . 

.. .Div. CP-110 

heat-resistant alloys ... 

. .Div. 18-504 


Div. CP-211-MI 

steel . 

. .Div. 18-202-M2 


Div. CP-224 


Div. 18-601.17 


Div. CP-231.222-M3 


Div. 18-602.52 

Summary reports for Division CP . 

.. .Div. CP-100 

Welding. 

. .Div. 18-600 

transmission media . 

. .Div. CP-230 

arc. 

. .Div. 18-601.1 

X-band (tests and measurements) . 

.. .Div. 14-252 

armor plate. 

. .Div. 18-204.1 


Div. 14-252.1-M7 


Div. 18-600 


Div. CP-222.3-M1 


Div. 18-601 


Div. CP-333.2-M1 

crack-sensitivity ... 

. .Div. 18-601.174 


Div. CP-522.4 

direct . 

. .Div. 18-601.172 


Div. CP-532.1-M3 

flash . 

. .Div. 18-601.2 


Div. CP-612.3-M1 

alloy steels . 

. .Div. 18-601.22 


Div. CP-612.3-M3 

aluminum . ... 

..Div. 18-601.21 

2- to 10-meter. 

.. .Div. CP-224-M1 

H-plates. 

. .Div. 18-601.131-M6 


Div. CP-224-M3 


Div. 18-601.131-M9 


Div. CP-231.222-M2 


Div. 18-601.133-M2 


Div. CP-622.4 


Div. 18-601.134 

Wavemeters. 

.. .Div. 15-525-MI 


Div. 18-601.171-M2 

Waves. 

. . .Div.12-1940 


Div. 18-601.171-M3 

blast . 

.. .Div. 2-112 

non-destructive . 

. .Div. 18-601.23 

detonation. 

. . .Div. 8-402-M11 

ordnance . 

. .Div. 18-600 


Div. 8-502 


Div. 18-601 

non-linear motion. 

.. .Div. AMP-101.1-M9 

ship. 

. .Div. 18-602 

plastic. 

. . .Div. 2-433 

cleavage fracture . 

..Div. 18-602.3 

rarefaction . 

.. .Div. AMP-101.1-M4 

fatigue tests. 

. .Div. 18-602.4 

shock . 

.. .Div. 2-120 

spot. 

. .Div. 18-601.3 


Div. 8-403 v 

aluminum alloys . 

. .Div. 18-601.33 


Div. 17-443.1 

armor plate. 

. .Div. 18-601.32 


Div. AMP-101.1 

low-alloy steels 

. .Div. 18-601.32 

underwater 


Well-loggers . 

..Div. 17-111.2-M7 

explosive . 

.. .Div. 6-510.12 

WFA-1 (calibration) . 

. .Div. 6-556.1-M36 


Div. 6-510.23 

Whale. 

. .Div. 6-612.71-M29 

internal . 

. ..Div. 6-501.4 


Div. 6-643.24 

shock . 

.. .Div. 2-131 

Wheel spoke 


sonic sound. 

.. .Div. 6-510.21 

See: Martin resilient wheel spoke 


supersonic sound . 

.. .Div. 6-510.22 

Whetlerite 


Waxes. 

.. .Div. 8-801 

See: Charcoal 


See also: Ceresin wax 


Whiskers (altimeter). 

. .Div. 4-322.41 

WCA-2. 

.. .Div. 6-626.2 

White and Griffis strain theory. 

. .Div. 2-434-M2 

WEA-1 . 

.. .Div. 6-323.2-M5 

White phosphorus 



Div.6-612.8-M2 

See: Phosphorus, plasticized white 



Div. 6-612.8-M5 

(PWP) 



Div. 6-631.433 

Whitney 



Div. 6-641.2-M2 

See: Equations, Whitney’s 


calibration. 

.. .Div. 6-556.1 

Wightman pneumatic suspension 


WEA-2. 

.. .Div. 6-323.2-M5 

See: Bogie wheel (suspension) 




Winches (electrical) . 

Div. APP 680 


746 





























































Wind-Xylene 


Wind . 

effect on flame thrower range. 

effect on magnetic airborne detec¬ 
tion tactics . 

effect on sound transmission in 

shallow water. 

Wind correction 

rockets and mortar shells. 

toss-bombing . 

Wind resistance 

See: Air resistance, toss-bombing 
corrections 

Window (confusion reflector). 


Windows 

domes. 

wave guides . 

Winterscopes. 

Wire (communications) 

fault locator. 

laying by aircraft .. 
tropical deterioration 


.Div. 12-1940 Wired sonde ...Div. 14-122.2-MI 

.Div. 11-303.41 Div. CP-341 

See also: Sounding and Sounding 
.Div. 6-443-M5 Devices, meteorological 

Wobbulators.Div. 14-241.41-M10 

.Div. 6-510.221-M5 Wonderlic Intelligence Test.Div. 7-220.15-M7 

Wood 

.Div. 4-422.1-M3 burning tests .Div. 11-304.1 

Div. 4-512-M4 Div. 11-304.11 

.Div. 4-312.4 charcoal .Div. 10-202.12 

Div. 14-329.17-M18 Wood tick (DDT effects).Div. 10-602.23-M2 

Woofus.Div. AMP-902-M5 

Wound Healing Project .Div. 9-522-MI 

WPPR .Div. 4-210 

.Div. 15-222.2-M2 Div. 4-212.3-MI 

Div. 15-241 Wulfeck Stereopsis Test .Div. 7-220.12-M5 

Div. 15-241.4 Div. 7-220.14-M5 

Div. 15-322.124-M7 Wurzburg radar.Div. 15-221.4-M3 

Div. 15-322.15-M2 

.Div. 6-555 Div. 15-322.15-M5 

.Div. 14-233.422-M6 synthetic giant.Div. 15-221.4-Ml 

Div. 14-233.423 Div. 15-221.4-M2 

.Div. 14-251.72-M8 WVXS specifications 

.Div. 13-207.3 See: Gun tubes, wrought, improve- 

.Div. 13-207.31 ments 

.Div. 13-207.32 Wyolite .Div. 10-202.2-MI 

.Div. TD-101.3 



X-JO-3 .Div. 14-242.3-MI 

X-MBT 

See: Jammers and Jamming Sys¬ 
tems, radar, shipboard (X-MBT) 


Elephant 

X-ray 

radar equipment (emission from) ... .Div. 14-600-M2 
rocketry 

double-base powders.Div. 3-361.31-MI 

propellents .Div. 3-624.22 

ship plates (residual stresses).Div. 18-602.11 

See also: Radiography 

Xerogels.Div. 10-202.21-Ml 

Div. 10-202.21-M2 
XG 

See: Hammer bottles 


XNAG 

See: Noisemakers, 

XNAG 

XQHA sonar . 

calibration. 

design.. 

tests . 

XQKA sonar . 

XT-1 

See: Tracking, radar 

XT-3. 

Xylene .. 


mechanical. 


Div. 6-632.22 
Div. 6-554.4-M13 
Div. 6-554.4-M14 
Div. 6-632.221 
Div. 6-632.222 
Div. 6-633.2-M5 
Div. 6-632.312-M8 
Div. 6-632.312-M9 


Div. 14-310.11-MI 
Div. 10-601.1-MI 


SECRET 


747 












































Y 


Yaw 

aerial gunnery .Div. AMP-502.142 

spherimeter correction.Div. AMP-503-M4 

chemical warfare grenade (CWG) ... .Div. 3-573-M2 
rocketry .Div. 3-243.1-M3 


Div. 3-243.4 
Div. 3-614 
Div. 4-222.221-M7 
Div. 4-412.2-MI 
Div. 4-412.2-M2 

Yaw machine .Div. 3-614-MI 

Div. 4-222.224-M19 


Yeast cells 

divinyl sulfone toxicity .Div. 9-312.111 

Div. 9-312.3 

effect of various toxic agents.Div. 9-255-M3 

Div. 9-382 

nitrogen mustard toxicity.Div. 9-321.1-M16 

sulfur mustard toxicity .Div. 9-312.11 

Div. 9-312.111 
Div. 9-312.12 

Yehudi Project.Div. 16-262 

Yokogawa (Japanese aircraft).Div. 18-802.12-M7 

Young’s modulus .Div. 6-612.42-M12 



See: Disulfur decafluoride (S t F 10 Z, 

Compound 1120) 

18-902.13-M5 
18-802.11-M4 
18-802.12-MI 


Zeke (Japanese aircraft) (continued) Div. 18-802.12-M15 

Zero Catcher .Div. 15-312.1 

Zero drift (radar) .Div. APP-623-M4 

Zero-stage units (photoelectric) .Div. 4-222.23-M3 


Div. 4-238.42 


Zamac II .Div. 

Zeke (Japanese aircraft) .Div. 


Div. 



748 


















I 


MICROFILM REELS 









MICROFILM REEL CATALOGUE 

According to Divisions 


Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 

Index No. 

Reel 

Number 

From 

To 

From 

To 

1 

100-MI 

210.1-M8 

417 

4 

222.129-MI 

231.2-M3 

399 

1 

210.1-M9 

210.3-M3 

418 

4 

231.3-MI 

232.23-M8 

400 

1 

210.3-M4 

310-M5 

419 

4 

232.23-M9 

238.3-M2 

401 

1 

310-M6 

340-M2 

420 

4 

238.3-M3 

242.12-M4 

402 

1 

340-M3 

400-M3 

421 

4 

242.13-MI 

311-M5 

403 

1 

400-M4 

410.2-M3 

422 

4 

311-M6 

321.1-M5 

404 

1 

410.3-MI 

420.31-M2 

423 

4 

321.11-MI 

325-M8 

405 

1 

420.31-M3 

420.32-M4 

424 

4 

325-M9 

412.1-MI 

406 

1 

420.32-M5 

510.1-M3 

425 

4 

412.1-M2 

422.1-M5 

407 

1 

510.1-M4 

530-M3 

426 

4 

422.1-M6 

770-M3 

408 

1 

530-M4 

650-M2 

427 

5 

10-MI 

221-M2 

409 

O 

4m 

100-MI 


219 

5 

221-M3 

222-M6 

410 

2 

110-MI 

11L11-M6 

220 

5 

222-M7 

231-M5 

411 

2 

111.11-M7 

120-M8 

221 

5 

232.1-MI 

240-MI 

412 - 

2 

130-MI 


222 

5 

240-M2 

320-M2 (Sec. I, II) 

413 

2 

131-Ml' 

210-MI 

223 

5 

320-M2 (Sec. Ill, 

331-M3 

414 

2 

210-M2 

220-M15 

224 


IV) 



2 

220-M16 

240-M6 

225 

5 

332-MI 

350-M4 

415 

2 

240-M7 

300-MI 

226 

5 

360-MI 

421.23-MI 

416 

2 

310-MI 

410-M4 

227 

6 Vol. 1 

111.1-MI 

112-MI (cont) 

365 

2 

420-MI 

431.22-M6 

228 

6 Vol. 1 

112-MI 

112.11-Ml (cont) 

366 

2 

431.22-M7 

510-MI 

229 

6 Vol. 1 

112.11-MI 

112.2-MI 

367 

2 

510-M2 

521-M3 

230 

6 Vol. 1 

112.3-MI 

125-MI 

368 

2 

521-M4 

540-M2 

231 

6 Vol. 2B 

201-MI 

201-M8 

197 

3 

110-MI 

110-M6 

428 

6 Vol. 4 

300-MI 

312-M3 

277 

3 

110-M7 

120-M3 (cont) 

429 

6 Vol. 4 

321.1-MI 

322.1-M3 

278 

3 

120-M3 


430 

6 Vol. 4 

322.1-M4 

323.2-M6 

279 

3 

130-MI 

211-M2 

431 

6 Vol. 4 

323.2-M7 

326.3-M5 

280 

3 

211-M3 

222-M2 

432 

6 Vol. 5 

401-Ml 

423.2-M4 

202 

3 

222-M3 

248-M3 

433 

6 Vol. 5 

424-MI 

432.2-M6 

203 

3 

249-MI 

320-M5 

434 

6 Vol. 5 

441-MI 

442-M6 

204 

3 

320-M6 

350-MI 

435 

6 Vol. 5 

442-M7 

451-M2 

205 

3 

351-MI 

361.21-M2 

436 

6 Vol. 5 

451.1-MI 

470-M7 

206 

3 

361.21-M3 

361.23-MI 

437 

6 Vols. 6-9 

500-MI 

501.12-M3 

105 

3 

36154-MI* 

361.514-M5 

438 

6 Vols. 6-9 

501.2-MI 

510.11-M4 

106 

3 

361.514-M6 

400-MI 

439 

6 Vols. 6-9 

510.11-M5 

510.21-MI 

107 

3 

400-M2 

415-M10 

440 

6 Vols. 6-9 

510.21-M2 

510.23-M12 

108 

3 

420-MI 

450-M3 

441 

6 Vols. 6-9 

510.23-M13 

520.2-MI 

109 

3 

460-MI 

491.21-MI 

442 

6 Vols. 6-9 

520.2-M2 

530.23-M3 

110 

3 

491.211-MI 

491.232-M10 

443 

6 Vols. 6-9 

530.23-M4 

540.4-M2 


3 

491.233-MI 

520-M4 

444 


560.1-MI 

560.21-M5 

111 

3 

520-M5 

531.2-M4 

445 

6 Vols. 6-9 

560.21-M6 

570.21 -M12 

112 

3 

531.3-MI 

532.2-M2 

446 

6 Vols. 6-9 

570.21-M13 

580.33-M3 

113 

3 

532.2-M3 

540-M5 

447 

6 Vols. 10-11 

551-MI 

551-M5 

16 

3 

540-M6 

570-M2 

448 

6 Vols. 10-11 

551-M6 

552-Mil 

17 

3 

570-M3 

610-M3 

449 

6 Vols. 10-11 

552-M12 

553.2-M5 

18 

3 

610-M4 

615-M2 

450 

6 Vols. 10-11 

553.2-M6 

554.1-M5 

19 

3 

621-MI 

626-MI 

451 

6 Vols. 10-11 

554.1-M6 

554.4-MI 

20 

3 

626-M2 

722.4-M2 

452 

6 Vols. 10-11 

554.4-M2 

555-M22 

21 

3 

722.4-M3 

821-MI 

453 

6 Vols. 10-11 

555-M23 

556.1-M28 

22 

3 

821-M2 

831-M5 

454 

6 Vols. 10-11 

556.1-M29 

556.2-M7 

23 

3 

831-M6 

880-MI 

455-456 

6 Vol. 12 

600-MI 

611.2-M6 

356 

4 

100-MI 

100-M2 

394 

6 Vol. 13 

612.1-MI 

612.22-M9 

12 

4 

100-M3 

211.1-M5 

395 

6 Vol. 13 

612.22-M10 

612.511-M7 

13 

4 

211.1-M6 

211.23-M4 

396 

6 Vol. 13 

612.512-MI 

612.62-M5 

14 

4 

211.23-M5 

222.111-M3 

397 

6 Vol. 13 

612.62-M6 

612.713-M6 

15 

4 

222.112-MI 

222.128-M39 

398" 

"6 Vol. 13 

“St 

612.713-M7 

612.8-M20 

16 















Reel Catalogue According to Divisions (cont’d) 


Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 

Index No. 

Reel 

Number 

From 

To 

From 

To 

6 Vol. 14 

621-MI 

622.1-M5 

198 

8 

110-MI 

110.3-MI 

318 

6 Vol. 14 

622.2-MI 

623.2-M6 

199 

8 

110.3-M2 

201-M2 

319 

6 Vol. 14 

623.2-M7 

624.3-M2 

200 

8 

201-M3 

202-M18 

320 

6 Vol. 14 

624.3-M3 

6262-M4 

201 

8 

203-MI 

400-M3 

321 

6 Vol. 15' 

631-MI 

631.31-M4 

357 

8 

400-M4 

402-MI (cont) 

322 

6 Vol. 15 

631.31-M5 

631.45-M4 

358 

8 

402-MI 

405-MI (cont) 

323 

6 Vol. 15 

631.45-M5 

633.24-M3 

359 

8 

405-Ml 

406-M9 

324 

6 Vol. 15 

633.3-MI 

634.2-M4 

360 

8 

500-MI 

501-M2 

325 

6 Vol. 16 

632-MI 

632.12-M5 

9 

8 

501-M3 

602.2-M2 

326 

6 Vol. 16 

632.12-M6 

632.41-M7 

10 

8 

602.2-M3 

602.2-M18 

327 

6 Vol. 16 

632.41-M8 

632.62-M15 

11 

8 

602.2-M19 

603.1-M7 

328 

6 Vol. 16 

632.62-M16 

632.63-M16 

12 

8 

603.1-M8 

604.2-MI (cont) 

329 

6 Vol. 17 

635.1-MI 

635.213-M4 

361 

8 

604.2-MI (cont) 


330 

6 Vol. 17 

635.22-MI 

635.5-M7 

362 

8 

604.2-MI (cont) 


331 

6 Vol. 18 

641.1-MI 

642.2-MI 

281 

8 

604.2-MI (cont) 


332 

6 Vol. 18 

642.2-M2 

644.12-M3 

282 

8 

604.2-MI 

605.1-M2 

333 

6 Vol. 18 

644.13-Ml 

645.13-M3 

283 

8 

605.1-M3 

607-MI (cont) 

334 

6 Vol. 18 

645.14-MI 

646.21-M6 

284 

8 

607-MI 

607.4-M3 

335 

6 Vol. 18 

646.21-M7 

647-MI 

285 

8 

607.4-M4 

607.5-M2 (cont) 

336 

6 Vol. 19 

651-MI 

651.32-M4 

392 

8 

607.5-M2 

607.6-MI 

337 

6 Vol. 19 

651.32-M5 

653-MI 

393 

8 

607.6-M2 

701-MI 

338 

6 Vol. 20 

700-MI 

721.2-M3 

363 

8 

701-M2 

803-M2 

339 

6 Vol. 20 

721.2-M4 

723-M6 

364 

9 

10-MI 

10-M3 

457 

6 Vol. 21 

800-MI 

810.1-M5 

190 

9 

110-MI 

110-M2 

458 

6 Vol. 21 

810.1-M6 

830.21-M2 

191 

9 

110-M3 

125-MI 

459 

6 Vol. 22 

900-MI 

911.1-MI 

192 

9 

125-M2 (cont) 


460 

6 Vol. 22 

911.1-M2 

912-MI 

193 

9 

125-M2 

200-M8 

461 

6 Vol. 22 

912.1-MI 

920-M4 

194 

9 

200-M9 

212.112-Mil 

462 

6 Vol. 22 

921.1-MI 

923-M5 

195 

9 

212.112-M12 

213-M7 

463 

6 Vol. 22 

923-M6 

935-M3 

196 

9 

213-M8 

221.1-M9 (cont) 

464 

7 

101-MI 

101-M2 (Vols.I, 


9 

221.1-M9 

222.4-M2 

465 



II, HI) 

244 

9 

222.4-M3 

231.2-M2 

466 

7 

101-M2 (Vols.IV, 



9 

231.2-M3 

241-M8 

467 


V) 


245 

9 

241-M9 

300-MI 

468 

7 

111-MI 

112.2-M4 

246 

9 

300-M2 

312.12-M2 

469 

7 

112.2-M5 

112.2-M15 

247 

9 

312.12-M3 

313.1-MI 

470 

7 

112.2-M16 

121.2-MI 

248 

9 

313.1-M2 

322.1-M6 

471 

7 

122.1-MI 

122.3-M5 

249 

9 

322.1-M 7 

361.2-M2 

472 

7 

122.3-M6 

201-M2 

250 

9 

361.3-MI 

386.2-M2 

473 

7 

201-M3 

201-M5 

251 

9 

386.2-M3 

413.3-M3 

474 

7 

201-M6 

201-M8 

252 

9 

413.3-M4 

421.2-M2 

475 

7 

210-MI 

210.11-M7 

253 

9 

421.3-MI 

422.115-M3 

476 

7 

210.11-M8 

210.15-M3 

254 

9 

422.115-M4 

422.7-M4 

477 

7 

210.15-M4 

210.31-M9 

255 

9 

422.7-M5 

511.2-M3 

478 

7 

210.31-M10 

220.12-M6 

256 

9 

511.3-MI 

522.11-M5 

479 

7 

220.12-M7 

220.14-M12 

257 

9 

522.12-MI 

540-MI 

480 

7 

220.15-MI 

220.311-MI 

258 

9 

540-M2 

541.113-MI 

481 

7 

220.311-M2 

312.2-MI 

259 

9 

541.113-M2 

542.1-M3 

482 

7 

312.2-M2 

321.2-M2 

260 

9 

542.1-M4 

562-MI 

483 

7 

321.2-M3 

324-M2 

261 

9 

562-M2 

600-M9 

484 

8 

10-MI 

101-M15 

311 

9 

600-M10 

713-M2 

485 

8 

101-M16 

101.2-M2 

312 

9 

721-MI 

832-M2 

486 

8 

101.2-M3 

103.1-M8 

313 

10 

101-MI 

200-M7 

340 

8 

103.1-M9 

105-M3 

31f 

10 

200-M8 

201.22-M5 

341 

8 

105-M4 

109-M2 

315 

10 

201.22-M6 

202.1-M10 

342 

8 

109-M3 


316 

10 

202.1-M11 

202.13-M13 

343 

8 

109-M3 (cont) 

110-MI (cont) 

317 

10 

202.13-M14 

202.131-M8 

344 


7b2 













Reel Catalogue According to Divisions (cont’d) 


Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 

Index No. 

Reel 

Number 

From 

To 

From 

To 

10 

202.131-M9 

202.141-M10 

345 

13 

103.1-MI 

104.1-M2 

179 

10 

202.141-Mil 

202.154-M9 

346 

13 

200-MI 

200.2-M2 

180 

10 

202.154-M10 

202.157-M8 

347 

13 

200.2-M3 

201.2-MI 

181 

10 

202.16-MI 

300-M2 

348 

13 

202.1-Ml 

204-M3 

182 

10 

300-M3 

402.2-M2 

349 

13 

204-M4 

207.2-MI 

183 

10 

402.2-M3 

500-MI 

350 

13 

207.31-Ml 

302-MI 

184 

10 

500-M2 

501.11-M8 

351 

13 

302-M2 

303-M2 

185 

10 

501.11-M9 

502-M5 

352 

13 

303-M3 

304.3-MI 

186 

10 

502-M6 

504.2-M9 

353 

13 Vol. 2B 

1941-MI 

1944-M6 

186 

Id 

504.2-M10 

602.121-MI 

354 

13 Vol. 2B 

1944-M7 

1944-M13 

187 

10 

602.121-M2 

602.23-M4 

355 

13 Vol.2B 

1944-M14 

1944-M28 

188 

11 

101-MI 

101-M7 

143 

13 Vol. 2B 

1945-MI 

N.D.-M4 

189 

11 

101-M8 

102-MI 

144 

14 

111-MI 

111-M6 

44 

11 

102-M2 

102.1-MI 

145 

14 

111-M7 

121.1-M2 

45 

11 

102.1-M2 

102.111-M4 

146 

14 

121.1-M2 



11 

102.111-M5 

102.21-M7 

147 


(Chap. 22) 

122.1-MI 

46 

11 

102.211-MI 

102.211-M9 

148 

14 

122.1-M2 

122.13-M5 

47 

11 

102.211-M10 

102.211-M34 

149 

14 

122.2-MI 

131.1-M2 

48 

11 

102.211-M35 

102.212-M12 

150 

14 

131.1-M3 

132-M2 

49 

11 

102.212-M13 

103.1-M6 

151 

14 

132-M3 

132-M5 

50 

11 

103.1-M7 

103.4-M5 

152 

14 

132-M6 

211.4-M5 

51 

11 

103.4-M6 

104.11-M4 

153 

14 

211.4-M6 

212.1-M2 

52 

11 

104.12-MI 

104.12-M3 

154 

14 

212.1-M3 

212.8-M9 

53 

11 

104.12-M4 

104.2-M3 

155 

14 

213-MI 

214.4-M6 

54 

11 

104.2-M4 

106.21-M5 

156 

14 

214.5-MI 

231-M5 

55 

11 

106.21-M6 

200.1-M4 

157 

14 

231-M6 

231.221-M3 

56 

11 

200.1-M5 

200.1-M7 

158 

14 

231.221-M4 

232.1 -M8 

57 

11 

200.1-M8 


159 

14 

232.11-MI 

232.14-M2 

58 

11 

201.1-MI 

203.4-M3 

160 

14 

232.141-MI 

232.18-M2 

59 

11 

203.4-M4 

203.522-MI 

161 

14 

232.19-MI 

233.111-M13 

60 

11 

203.523-MI 

204.2-M6 

162 

14 

233.111-M14 

233.13-M2 

61 

11 

204.2-M7 

206.11-M5 (Part I) 

163 

14 

233.13-M3 

233.31-M7 

62 

11 

206.11-M5 



14 

233.31-M8 

233.412-M17 

63 


(Part II) 

206.41-M2 

164 

14 

233.412-M18 

233.423-M10 

64 

11 

206.5-MI 

208.12-MI 

165 

14 

233.423-M11 

234.122-M18 

65 

11 

208.12-M2 

208.22-M3 

166 

14 

234.123-MI 

234.233-M3 

66 

11 

208.22-M4 

208.41-M2 

167 

14 

234.31-MI 

234.33-M5 

67 

11 

208.42-MI 

301.144-M2 

168 

14 

234.4-MI 

234.52-M3 

68 

11 

301.144-M3 

301.15-M12 

169 

14 

234.6-MI 

241.32-M8 

69 

11 

301.16-MI 

301.4-M5 

170 

14 

241.4-MI 

241.42-M3 

70 

11 

301.4-M6 

302.13-M3 

171 

14 

241.42-M4 

242.21-M3 

71 

11 

302.2-MI 

302.322-M4 

172 

14 

242.22-MI 

242.233-M2 

72 

11 

302.322-M5 

302.52-MI 

173 

14 

242.233-M3 

243.1-M4 

73 

11 

302.52-M2 

303.11-M8 

174 

14 

243.1-M5 

251-MI 

74 

11 

303.11-M9 

303.13-M4 

175 

14 

251.1-MI 

251.3-M7 

75 

11 

303.14-MI 

304.21-M7 

176 

14 

251.3-M8 

251.6-M12 

76 

12 

100-MI 

300-Mil 

1 

14 

251.6-M13 

252.41-M9 

77 

12 

400-MI 

510-M5 

2 

14 

252.42-MI 

261.1-MI 

78 

12 

510-M6 

1000-M3 

3 

14 

261.1-M2 

264-M6 

79 

12 

1100-MI 

1420-M5 

4 

14 

264-M7 

265.1-M8 

80 

12 

1420-M6 

1710-M5 

5 

14 

265.1-M9 

310.1-MI 

81 

12 

1710-M6 

1820-M2 

6 

14 

310.11-MI 

310.212-M3 

82 

12 

1820-M3 

1860-MI 

7 

14 

310.213-MI 

321.14-M3 

83 

12 

1860-M2 

1920-M3 

8 

14 

321.14-M4 

321.14-M16 

84 

12 

1930-MI 

2000-M6 

9 

14 

321.14-M17 

322.1-M4 

85 

13 

100-MI 

101.21-M4 

177 

14 

322.1-M5 

322.2-M4 

86 

13 

101.3-MI 

102.21-M9 

178 

14 

322.3-MI 

323.12-M6 

87 
















Reel Catalogue According to Divisions (cont’d) 


Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 

Index No. 

Reel 

Number 

From 

To 

From 

To 

14 

323.12-M7 

323.2-M10 

88 

16 

310.221-M6 

310.322-MI 

273 

14 

323.2-Mil 

323.5-MI 

89 

16 

310.322-M2 

411.1-M5 

274 

14 

323.5-M2 

323.6-M7 

90 

16 

411.11-MI 

430-MI 

275 

14 

323.6-M8 

327-M2 

91 

16 

431-MI 

470-MI 

276 

14 

327-M3 

327.114-M5 

92 

17 

100-MI 

111.3-MI 

369 

14 

327.114-M6 

328.112-M4 

93 

17 

111.3-M2 

122.1-M4 

370 

14 

328.113-MI 

329.11-M2 

94 

17 

122.2-MI 

222.1-M2 

371 

14 

329.12-MI 

329.132-M3 

95 

17 

222.1-M3 

312-M2 

372 

14 

329.132-M4 

329.16-MI 

96 

17 

312-M3 

322.2-MI 

373 

14 

329.16-M2 

411.1-M2 

97 

17 

322.2-M2 

323.61-M3 

374 

14 

411.1-M3 

411.4-MI 

98 

17 

323.61-M4 

323.81-MI 

375 

14 

411.5-MI 

422.1-M3 

99 

17 

323.82-MI 

422-M3 

376 

14 

422.1-M4 

501-M9 

100 

17 

423-MI 

425-M7 

377 

14 

501-M10 

501-Mil 

101 

17 

425-M8 

434.2-M2 

378 

14 

501-M12 

501-M15 

102 

17 

434.2-M3 

434.411-MI 

379 

14 

501-M16 

503-M3 

103 

17 

434.412-MI 

435.12-M2 

380 

14 

504-MI 

600-M6 

104 

17 

435.12-M3 

435.22-M2 

381 

15 

110-MI 


286 

17 

435.23-MI 

436.2-M3 

382 

15 

110-MI (cont) 


287 

17 

436.2-M4 

436.31-M9 

383 

15 

110-MI (cont) 

121-MI 

288 

17 

436.321-MI 


384 

15 

122-MI 

211-MI 

289 

17 

436.321-M2 

436.324-M2 

385 

15 

211-M2 

211.2I4-M? 

290 

17 

436.324-M3 

436.51-M3 

386 

15 

211.214-M3 

221.12-M2 

291 

17 

436.51-M4 

437.3-MI 

387 

15 

221.12-M3 

221.33-M2 

292 

17 

438.1-MI 

443-MI 

388 

15 

221.4-MI 

232-M6 

293 

17 

443-M2 

443.23-M3 

389 

15 

241-MI 

250-MI 

294 

17 

443.23-M4 

452-MI 

390 

15 

250-M2 

311.124-M4 

295 

17 

453-MI 

630-MI 

391 

15 

311.125-MI 

313.22-M2 

296 

18 

10-MI 

101.1-M3 

114 

15 

313.22-M3 

322.15-M6 

297 

18 

101.1-M4 

101.12-M6 

115 

15 

322.16-MI 

331.1-MI 

298 

18 

101.12-M7 

102-M3 

116 

15 

331.1-M2 

332-M2 

299 

18 

102-M4 

102.12-M5 

117 

15 

332-M3 

333.21-M4 

300 

18 

102.12-M6 

102.3-M2 

118 

15 

333.21-M5 

341-MI 

301 

18 

102.3-M3 

103.2-M4 

119 

15 

341-M2 

341.4-M8 

302 

18 

103.3-MI 

201.1-MI 

120 

15 

341.4-M9 

341.6-M5 

303 

18 

201.1-M2 

202.12-MI 

121 

15 

341.6-M6 

343.243-MI 

304 

18 

202.12-M2 

207-MI 

122 

15 

343.243-M2 

371.1-M9 

305 

18 

207-M2 

302.3-Ml 

123 

15 

371.1-M10 

402.1-MI 

306 

18 

302.3-M2 

401-M2 

124 

15 

402.1-M2 

403.2-M3 

307 

18 

402.1-MI 

502.1-M3 

125 

15 

403.3-MI 

513-M7 

308 

18 

502.1-M4 

503-MI 

126 

15 

513-M8 

640-M2 

309 

18 

503-M2 

601.131-M4 

127 

15 

641-MI 

840-MI 

310 

18 

601.131-M5 

601.14-M4 

128 

16 

101-MI 

111.11-M8 

262 

18 

601.15-MI 

601.171-M6 

129 

16 

111.11-M9 

111.3-Mil 

263 

18 

601.171-M7 

601.22-M7 

130 

16 

111.3-M12 

111.6-M4 

264 

18 

601.23-MI 

601.33-MI 

131 

16 

112.1-MI 

121.1-MI 

265 

18 

601.33-M2 

602.1-Mil 

132 

16 

121.1-M2 

144-M3 

266 

18 

602.11-MI 

602.4-M2 

133 

16 

150-MI 

161.12-MI 

267 

18 

602.51-MI 

702-M10 

134 

16 

161.12-M2 

180-M2 

268 

18 

703-MI 

801.21-M19 

135 

16 

180-M3 

250-MI 

269 

18 

801.21-M20 

801.3-M3 

136 

16 

250-M2 (Part I, 



18 

801.3-M4 

802.12-M19 

137 


Sect. II, Supp. 7) 


269A 

18 

802.12-M20 

802.21-M15 

138 

16 

250-M2 (Part I, 



18 

802.21-Ml 6 

802.23-M20 

139 


Sect. II, Supp. 8) 

273-MI 

269B 

18 

802.23-M21 

902.11-M6 

140 

16 

281-MI 

302.11-M5 

270 

18 

902.11-M7 

902.15-M2 

141 

16 

302.11-M6 

304.1-M2 

271 

18 

902.2-MI 

902.4-M2 

142 

16 

304.2-MI 

310.221-M5 

272 

AMP 

11-Ml 

11-M4 

23 


754 












Reel Catalogue According to Divisions (contfd) 


Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 


Index No. 

Reel 

From 

To 

From 

To 

Number 

AMP 

11-M5 

21.1-M4 (Sect. 1-3) 

24 

APP 

212-MI 

215-MI 

208 

AMP 

21.1-M4 (Sect. 4, 



APP 

216-MI 

218.2-M7 

209 


App.) 

101.1-M12 

25 

APP 

218.2-M8 

311-MI 

210 

AMP 

101.1-M13 

201-M8 

26 

APP 

311-M2 

318-M5 

211 

AMP 

201-M9 

401-Ml 

27 

APP 

318-M6 

411-M2 

212 

AMP 

401-M2 

404-MI 

28 

APP 

411-M3 

521-M2 

213 

AMP 

404-M2 

406-M7 

29 

APP 

521-M3 

611.1-M7 

214 

AMP 

407-MI 

502.1 -M34 

30 

APP 

611.1-M8 

611.3-M6 

215 

AMP 

502.1-M35 

502.14-M7 

31 

APP 

611.3-M7 

690-M4 

216 

AMP 

502.14-M8 

503.2-M3 

32 

CP 

100-MI 

100-M4 

232 

AMP 

503.2-M4 

503.5-M8 

33 

CP 

110-MI 

202-MI 

233 

AMP 

503.5-M9 

503.7-M4 

34 

CP 

202.1-MI ' 

203.1-MI 

234 

AMP 

503.7-M5 

504.1-M17 

35 

CP 

203.1-M2 

211-M16 

235 

AMP 

504.1-M18 

504.41-M8 

36 

CP 

212-MI 

222.1-M6 

236 

AMP 

504.41-M9 

504.51-M6 

37 

CP 

222.1-M7 

231.22-M3 

237 

AMP 

504.51-M7 

606.2-MI 

38 

CP 

231.221-MI 

233-M7 

238 

AMP 

700-MI 

703.4-M8 

39 

CP 

233-M8 

333.1-M2 

239 

AMP 

703.4-M9 

801.1-M5 

40 

CP 

333.1-M3 

425-MI 

240 

AMP 

801.1-M6 

803.1-M9 

41 

CP 

425-M2 

532.1-MI 

241 

AMP 

803.1-M10 

804.3-MI 

42 

CP 

532.1-M2 

621.1-M2 

242 

AMP 

804.3-M2 

902-M2 

43 

CP 

621.1-M3 

732.1-M2 

243 

AMP 

902-M3 

905.2-M4 

44 

TD 

100-MI 

101.3-M3 (cont) 

217 

APP 

110-MI 

211-MI 

207 

TD 

101.3-M3 

102.4-MI 

218 
















MICROFILM REEL CATALOGUE 

According to Reels 


Reel 

Number 

Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 

Index No. 

From 

To 

From 

To 

1 

12 

100-MI 

300-Mil 

51 

14 

132-M6 

211.4-M5 

2 

12 

400-MI 

510-M5 

52 

14 

211.4-M6 

212.1-M2 

3 

12 

510-M6 

1000-M3 

53 

14 

212.1-M3 

212.8-M9 

4 

12 

1100-MI 

1420-M5 

54 

14 

213-MI 

214.4-M6 

5 

12 

1420-M6 

1710-M5 

55 

14 

214.5-MI 

231-M5 

6 

12 

1710-M6 

1820-M2 

56 

14 

231-M6 

231.221-M3 

7 

12 

1820-M3 

1860-MI 

57 

14 

231.221-M4 

232.1-M8 

8 

12 

1860-M2 

1920-M3 

58 

14 

232.11-MI 

232.14-M2 

9 

12 

1930-MI 

2000-M6 

59 

14 

232.141-MI 

232.18-M2 


6 Vol. 16 

632-MI 

632.12-M5 

60 

14 

232.19-MI 

233.111-M13 

10 

6 Vol. 16 

632.12-M6 

632.41-M7 

61 

14 

233.111-M14 

233.13-M2 

11 

6 Vol. 16 

632.41-M8 

632.62-M15 

62 

14 

233.13-M3 

233.31-M7 

12 

6 Vol. 16 

632.62-M16 

632.63-M16 

63 

14 

233.31-M8 

233.412-M17 


6 Vol. 13 

612.1-MI 

612.22-M9 

64 

14 

233.412-M18 

233.423-M10 

13 

6 Vol. 13 

612.22-M10 

612.511-M7 

65 

14 

233.423-Mil 

234.122-M18 

14 

6 Vol. 13 

612.512-MI 

612.62-M5 

66 

14 

234.123-MI 

234.233-M3 

15 

6 Vol. 13 

612.62-M6 

612.713-M6 

67 

14 

234.31-Ml 

234.33-M5 

16 

6 Vol. 13 

612.713-M7 

612.8-M20 

68 

14 

234.4-MI 

234.52-M3 


6 Vols. 10-11 

551-MI 

551-M5 

69 

14 

234.6-MI 

241.32-M8 

17 

6 Vols. 10-11 

551-M6 

552-Mil 

70 

14 

241.4-MI 

241.42-M3 

18 

6 Vols. 10-11 

552-M12 

553.2-M5 

71 

14 

241.42-M4 

242.21-M3 

19 

6 Vols. 10-11 

553.2-M6 

554.1-M5 

72 

14 

242.22-MI 

242.233-M2 

20 

6 Vols. 10-11 

554.1-M6 

554.4-MI 

73 

14 

242.233-M3 

243.1-M4 

21 

6 Vols. 10-11 

554.4-M2 

555-M22 

74 

14 

243.1-M5 

251-MI 

22 

6 Vols. 10-11 

555-M23 

556.1-M28 

75 

14 

251.1-MI 

251.3-M7 

23 

6 Vols. 10-11 

556.1-M29 

556.2-M7 

76 

14 

251.3-M8 

251.6-M12 


AMP 

11-MI 

11-M4 

77 

14 

251.6-M13 

252.41-M9 

24 

AMP 

11-M5 

21.1-M4 (Sect. 1-3) 

78 

14 

252.42-MI 

261.1-MI 

25 

AMP 

21.1-M4 (Sect. 4, 


79 

14 

261.1-M2 

264-M6 



App.) 

101.1-M12 

80 

14 

264-M7 

265.1-M8 

26 

AMP 

101.1-M13 

201-M8 

81 

14 

265.1-M9 

310.1-MI 

27 

AMP 

201-M9 

401-Ml 

82 

14 

310.11-MI 

310.212-M3 

28 

AMP 

401-M2 

404-MI 

83 

14 

310.213-MI 

321.14-M3 

29 

AMP 

404-M2 

406-M7 

84 

14 

321.14-M4 

321.14-M16 

30 

AMP 

407-MI 

502.1-M34 

85 

14 

321.14-M17 

322.1-M4 

31 

AMP 

502.1-M35 

502.14-M7 

86 

14 

322.1-M5 

322.2-M4 

32 

AMP 

502.14-M8 

503.2-M3 

87 

14 

322.3-MI 

323.12-M6 

33 

AMP 

503.2-M4 

503.5-M8 

88 

14 

323.12-M7 

323.2-M10 

34 

AMP 

503.5-M9 

503.7-M4 

89 

14 

323.2-M11 

323.5-MI 

35 

AMP 

503.7-M5 

504.1-M17 

90 

14 

323.5-M2 

323.6-M7 

36 

AMP 

504.1-Ml 8 

504.41-M8 

91 

14 

323.6-M8 

327-M2 

37 

AMP 

504.41-M9 

504.51-M6 

92 

14 

327-M3 

327.114-M5 

38 

AMP 

504.51-M7 

606.2-MI 

93 

14 

327.114-M6 

328.112-M4 

39 

AMP 

700-MI 

703.4-M8 

94 

14 

328.113-MI 

329.11-M2 

40 

AMP 

703.4-M9 

801.1-M5 

95 

14 

329.12-MI 

329.132-M3 

41 

AMP 

801.1-M6 

803.1-M9 

96 

14 

329.132-M4 

329.16-MI 

42 

AMP 

803.1-M10 

804.3-MI 

97 

14 

329.16-M2 

411.1-M2 

43 

AMP 

804.3-M2 

902-M2 

98 

14 

411.1-M3 

411.4-MI 

44 

AMP 

902-M3 

905.2-M4 

99 

14 

411.5-MI 

422.1-M3 


14 

111-MI 

111-M6 

100 

14 

422.1-M4 

501-M9 

45 

14 

111-M7 

121.1-M2 

101 

14 

501-M10 

501-Mil 

46 

14 

121.1-M2 


102 

14 

501-M12 

501-M15 



(Chap. 22) 

122.1-MI 

103 

14 

501-M16 

503-M3 

47 

14 

122.1-M2 

122.13-M5 

104 

14 

504-MI 

600-M6 

48 

14 

122.2-MI 

131.1-M2 

105 

6 Vols. 6-9 

500-MI 

501.12-M3 

49 

14 

131.1-M3 

132-M2 

106 

6 Vols. 6-9 

501.2-MI 

510.11-M4 

50 

14 

132-M3 

132-M5 

107 

6 Vols. 6-9 

510.11-M5 

510.21-MI 


756 












Reel Catalogue According to Reels (contfd) 


Reel 

Number 

Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 

Index No. 

From 

To 

From 

To 

108 

6 Vols. 6-9 

510.21-M2 

510.23-M12 

164 

11 

206.11-M5 


109 

6 Vols. 6-9 

510.23-M13 

520.2-MI 



(Part II) 

206.41-M2 

110 

6 Vols. 6-9 

520.2-M2 

530.23-M3 

165 

11 

206.5-MI 

208.12-MI 

111 

6 Vols. 6-9 

530.23-M4 

540.4-M2 

166 

11 

208.12-M2 

208.22-M3 



560.1-Ml 

560.21-M5 

167 

11 

208.22-M4 

208.41-M2 

112 

6 Vols. 6-9 

560.21-M6 

570.21-M12 

168 

11 ' 

208.42-MI 

301.144-M2 

113 

6 Vols. 6-9 

570.21-M13 

580.33-M3 

169 

11 

301.144-M3 

301.15-M12 

114 

18 

10-MI 

101.1-M3 

170 

11 

301.16-MI 

301.4-M5 

115 

18 

101.1-M4 

101.12-M6 

171 

11 

301.4-M6 

302.13-M3 

116 

18 

101.12-M7 

102-M3 

172 

11 

302.2-MI 

302.322-M4 

117 

18 

102-M4 

102.12-M5 

173 

11 

302.322-M5 

302.52-MI 

118 

18 

102.12-M6 

102.3-M2 

174 

11 

302.52-M2 

303.11-M8 

119 

18 

102.3-M3 

103.2-M4 

175 

11 

303.11-M9 

303.13-M4 

120 

18 

103.3-MI 

201.1-MI 

176 

11 

303.14-MI 

304.21-M7 

121 

18 

201.1-M2 

202.12-MI 

177 

13 

100-MI 

101.21-M4 

122 

18 

202.12-M2 

207-MI 

178 

13 

101.3-MI 

102.21-M9 

123 

18 

207-M2 

302.3-MI 

179 

13 

103.1-MI 

104.1-M2 

124 

18 

302.3-M2 

401-M2 

180 

13 

200-MI 

200.2-M2 

125 

18 

402.1-MI 

502.1-M3 

181 

13 

200.2-M3 

201.2-MI 

126 

18 

502.1-M4 

503-MI 

182 

13 

202.1-MI 

204-M3 

127 

18 

503-M2 

601.131-M4 

183 

13 

204-M4 

207.2-MI 

128 

18 

601.131-M5 

601.14-M4 

184 

13 

207.31-MI 

302-MI 

129 

18 

601.15-MI 

601.171-M6 

185 

13 

302-M2 

303-M2 

130 

18 

601.171-M7 

601.22-M7 

186 

13 

303-M3 

304.3-MI 

131 

18 

601.23-MI 

601.33-MI 


13 Vol. 2B 

1941-MI 

1944-M6 

132 

18 

601.33-M2 

602.1-Mil 

187 

13 Vol. 2B 

1944-M7 

1944-M13 

133 

18 

602.11-Ml 

602.4-M2 

188 

13 Vol. 2B 

1944-M14 

1944-M28 

134 

18 

602.51-Ml 

702-M10 

189 

13 Vol.2B 

1945-MI 

N.D.-M4 

135 

18 

703-MI 

801.21-M19 

190 

6 Vol. 21 

800-MI 

810.1-M5 

136 

18 

801.21-M20 

801.3-M3 

191 

6 Vol. 21 

810.1-M6 

830.21-M2 

137 

18 

801.3-M4 

802.12-M19 

192 

6 Vol. 22 

900-MI 

911.1-MI 

138 

18 

802.12-M20 

802.21-M15 

193 

6 Vol. 22 

911.1-M2 

912-MI 

139 

18 

802.21-Ml 6 

802.23-M20 

194 

6 Vol. 22 

912.1-MI 

920-M4 

140 

18 

802.23-M21 

902.11-M6 

195 

6 Vol. 22 

921.1-MI 

923-M5 

141 

18 

902.11-M7 

902.15-M2 

196 

6 Vol. 22 

923-M6 

935-M3 

142 

18 

902.2-MI 

902.4-M2 

197 

6 Vol. 2B 

201-MI 

201-M8 

143 

11 

101-MI 

101-M7 

198 

6 Vol. 14 

621-MI 

622.1-M5 

144 

11 

101-M8 

102-MI 

199 

6 Vol. 14 

622.2-MI 

623.2-M6 

145 

11 

102-M2 

102.1-MI 

200 i 

6 Vol. 14 

623.2-M7 

624.3-M2 

146 

11 

102.1-M2 

102.111-M4 

201 

6 Vol. 14 

624.3-M3 

626.2-M4 

147 

11 

102.111-M5 

102.21-M7 

202 i 

6 Vol. 5 

401-MI 

423.2-M4 

148 

11 

102.211-MI 

102.211-M9 

203 i 

6 Vol. 5 

424-MI 

432.2-M6 

149 

11 

102.211-M10 

102.211-M34 

204 i 

6 Vol. 5 

441-MI 

442-M6 

150 

11 

102.211-M35 

102.212-M12 

205 i 

6 Vol. 5 

442-M7 

451-M2 

151 

11 

102.212-M13 

103.1-M6 

206 i 

6 Vol. 5 

451.1-MI 

470-M7 

152 

11 

103.1-M7 

103.4-M5 

207 

APP 

110-MI 

211-MI 

153 

11 

103.4-M6 

104.11-M4 

208 

APP 

212-MI 

215-MI 

154 

11 

104.12-MI 

104.12-M3 

209 

APP 

216-MI 

218.2-M7 

155 

11 

104.12-M4 

104.2-M3 

210 

APP 

218.2-M8 

311-MI 

156 

11 

104.2-M4 

106.21-M5 

211 

APP 

311-M2 

318-M5 

157 

11 

106.21-M6 

200.1-M4 

212 

APP 

318-M6 

411-M2 

158 

11 

200.1-M5 

200.1-M7 

213 

APP 

411-M3 

521-M2 

159 

11 

200.1-M8 


214 

APP 

521-M3 

611.1-M7 

160 

11 

201.1-MI 

203.4-M3 

215 

APP 

611.1-M8 

611.3-M6 

161 

11 

203.4-M4 

203.522-MI 

216 

APP 

611.3-M7 

690-M4 

162 

11 

203.523-MI 

204.2-M6 

217 

TD 

100-MI 

101.3-M3 (cont) 

163 

11 

204.2-M7 

206.11-M5 (Part I) 

218 

TD 

101.3-M3 

102.4-MI 


757 













219 

220 

221 

222 

223 

224 

225 

226 

227 

228 

229 

230 

231 

232 

233 

234 

235 

236 

237 

238 

239 

240 

241 

242 

243 

244 

245 

246 

247 

248 

249 

250 

251 

252 

253 

254 

255 

256 

257 

258 

259 

260 

261 

262 

263 

264 

265 

266 

267 

268 

269 


Reel Catalogue According to Reels (coni'd) 


Division 

Number 


2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

CP 

CP 

CP 

CP 

CP 

CP 

CP 

CP 

CP 

CP 

CP 

CP 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 


Index No. 

Reel 

Number 

Division 

Number 

Index No. 

From 

To 

From 

To 

100-MI 


271 

16 

302.11-M6 

304.1-M2 

110-MI 

111.11-M6 

272 

16 

304.2-MI 

310.221-M5 

111.11-M7 

120-M8 

273 

16 

310.221-M6 

310.322-MI 

130-MI 


274 

16 

310.322-M2 

411.1-M5 

131-MI 

210-MI 

275 

16 

411.11-MI 

430-MI 

210-M2 

220-M15 

276 

16 

431-MI 

470-MI 

220-M16 

240-M6 

277 

6 Vol. 4 

300-MI 

312-M3 

240-M7 

300-MI 

278 

6 Vol. 4 

321.1-MI 

322.1-M3 

310-MI 

410-M4 

279 

6 Vol. 4 

322.1-M4 

323.2-M6 

420-MI 

431.22-M6 

280 

6 Vol. 4 

323.2-M7 

326.3-M5 

431.22-M7 

510-MI 

281 

6 Vol. 18 

641.1-MI 

642.2-MI 

510-M2 

521-M3 

282 

6 Vol. 18 

642.2-M2 

644.12-M3 

521-M4 

540-M2 

283 

6 Vol. 18 

644.13-MI 

645.13-M3 

100-MI 

100-M4 

284 

6 Vol. 18 

645.14-MI 

646.21-M6 

110-MI 

202-MI 

285 

6 Vol. 18 

646.21-M7 

647-Ml 

202.1-Ml 

203.1-MI 

286 

15 

110-MI (cont) 


203.1-M2 

211-M16 

287 

15 

110-MI (cont) 


212-MI 

222.1-M6 

288 

15 

110-MI 

121-MI 

222.1-M7 

231.22-M3 

289 

15 

122-MI 

211-MI 

231.221-MI 

233-M7 

290 

15 

211-M2 

211.214-M2 

233-M8 

333.1-M2 

291 

15 

211.214-M3 

221.12-M2 

333.1-M3 

425-MI 

292 

15 

221.12-M3 

221.33-M2 

425-M2 

532.1-MI 

293 

15 

221.4-MI 

232-M6 

532.1-M2 

621.1-M2 

294 

15 

241-Ml 

250-MI 

621.1-M3 

732.1-M2 

295 

15 

250-M2 

311.124-M4 

101-MI 

101-M2 (Vols. I, 

296 

15 

311.125-MI 

313.22-M2 

101-M2 (Vols. 

II, HI) 

297 

15 

313.22-M3 

322.15-M6 

IV, V) 


298 

15 

322.16-MI 

331.1-MI 

111-MI 

112.2-M4 

299 

15 

331.1-M2 

332-M2 

112.2-M5 

112.2-M15 

300 

15 

332-M3 

333.21-M4 

112.2-M16 

121.2-MI 

301 

15 

333.21-M5 

341-MI 

122.1-MI 

122.3-M5 

302 

15 

341-M2 

341.4-M8 

122.3-M6 

201-M2 

303 

15 

341.4-M9 

341.6-M5 

201-M3 

201-M5 

304 

15 

341.6-M6 

343.243-MI 

201-M6 

201-M8 

305 

15 

343.243-M2 

371.1-M9 

210-MI 

210.11-M7 

306 

15 

371.1-M10 

402.1-MI 

210.11-M8 

210.15-M3 

307 

15 

402.1-M2 

403.2-M3 

210.15-M4 

210.31-M9 

308 

15 

403.3-MI 

513-M7 

210.31-M10 

220.12-M6 

309 

15 

513-M8 

640-M2 

220.12-M7 

220.14-M12 

310 

15 

641-MI 

840-MI 

220.15-MI 

220.311-MI 

311 

8 

10-MI 

101-M15 

220.311-M2 

312.2-MI 

312 

8 

101-M16 

101.2-M2 

312.2-M2 

321.2-M2 

313 

8 

101.2-M3 

103.1-M8 

321.2-M3 

324-M2 

314 

8 

103.1-M9 

105-M3 

101-MI 

111.11-M8 

315 

8 

105-M4 

109-M2 

111.11-M9 

111.3-M11 

316 

8 

109-M3 (cont) 


111.3-M12 

111.6-M4 

317 

8 

109-M3 

110-MI (cont) 

112.1-MI 

121.1-MI 

318 

8 

110-MI 

110.3-MI 

121.1-M2 

144-M3 

319 

8 

110.3-M2 

201-M2 

150-MI 

161.12-MI 

320 

8 

201-M3 

202-M18 

161.12-M2 

180-M2 

321 

8 

203-MI 

400-M3 

180-M3 

250-MI 

322 

8 

400-M4 

402-MI (cont) 

250-M2 (Part I, 


323 

8 

402-MI 

405-MI (cont) 

Sect. II,Supp.7) 


324 

8 

405-MI 

406-M9 

250-M2 (Part I, 


325 

8 

500-MI 

501-M2 

Sect. II.Supp. 8) 

273-MI 

326 

8 

501-M3 

602.2-M2 

281-MI 

302.11-M5 

327 

8 

602.2-M3 

602.2-M18 


SECRET 
















Reel Catalogue According to Reels (cont’d) 


Reel 

Number 

Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 

Index No. 

From 

To 

From 

To 

328 

8 

602.2-M19 

603.1-M7 

385 

17 

436.321-M2 

436.324-M2 

329 

8 

603.1-M8 

604.2-Ml (cont) 

386 

17 

436.324-M3 

436.51-M3 

330 

8 

604.2-MI (cont) 


387 

17 

436.51-M4 

437.3-MI 

331 

8 

604.2-MI (cont) 


388 

17 

438.1-MI 

443-MI 

332 

8 

604.2-Ml (cont) 


389 

17 

443-M2 

443.23-M3 

333 

8 

604.2-MI 

605.1-M2 

390 

17 1 

443.23-M4 

452-MI 

334 

8 

605.1-M3 

607-MI (cont) 

391 

17 

453-MI 

630-MI 

335 

8 

607-MI 

607.4-M3 

392 

6 Vol. 19 

651-MI 

651.32-M4 

336 

8 

607.4-M4 

607.5-M2 (cont) 

393 

6 Vol. 19 

651.32-M5 

653-MI 

337 

8 

607.5-M2 

607.6-MI 

394 

4 

100-MI 

100-M2 

338 

8 

607.6-M2 

701-MI 

395 

4 

100-M3 

211.1-M5 

339 

8 

701-M2 

803-M2 

396 

4 

211.1-M6 

211.23-M4 

340 

10 

101-MI 

200-M7 

397 

4 

211.23-M5 

222.111-M3 

341 

10 

200-M8 

201.22-M5 

398 

4 

222.112-MI 

222.128-M39 

342 

10 

201.22-M6 

202.1-M10 

399 

4 

222.129-MI 

231.2-M3 

343 

10 

202.1-Mil 

202.13-M13 

400 

4 

231.3-MI 

232.23-M8 

344 

10 

202.13-M14 

202.131-M8 

401 

4 

232.23-M9 

238.3-M2 

345 

10 

202.131-M9 

202.141-M10 

402 

4 

238.3-M3 

242.12-M4 

346 

10 

202.141-M11 

202.154-M9 

403 

4 

242.13-MI 

311-M5 

347 

10 

202.154-M10 

202.157-M8 

404 

4 

311-M6 

321.1-M5 

348 

10 

202.16-MI 

300-M2 

405 

4 

321.11-MI 

325-M8 

349 

10 

300-M3 

402.2-M2 

406 

4 

325-M9 

412.1-MI 

350 

10 

402.2-M3 

500-MI 

407 

4 

412.1-M2 

422.1-M5 

351 

10 

500-M2 

501.11-M8 

408 

4 

422.1-M6 

770-M3 

352 

10 

501.11-M9 

502-M5 

409 

5 

10-MI 

221-M2 

353 

10 

502-M6 

504.2-M9 

410 

5 

221-M3 

222-M6 

354 

10 

504.2-M10 

602.121-MI 

411 

5 

222-M7 

231-M5 

355 

10 

602.121-M2 

602.23-M4 

412 

5 

232.1-MI 

240-MI 

356 

6 Vol. 12 

600-MI 

611.2-M6 

413 

5 

240-M2 

320-M2 (Sec. I, II) 

357 

6 Vol. 15 

631-MI 

631.31-M4 

414 

5 

320-M2 (Sec. 

358 

6 Vol. 15 

631.31-M5 

631.45-M4 



HI, IV) 

331-M3 

359 

6 Vol. 15 

631.45-M5 

633.24-M3 

415 

5 

332-MI 

350-M4 

360 

6 Vol. 15 

633.3-MI 

634.2-M4 

416 

5 

360-MI 

421.23-MI 

361 

6 Vol. 17 

635.1-MI 

635.213-M4 

417 

1 

100-MI 

210.1-M8 

362 

6 Vol. 17 

635.22-MI 

635.5-M7 

418 

1 

210.1-M9 

210.3-M3 

363 

6 Vol. 20 

700-MI 

721.2-M3 

419 

1 

210.3-M4 

310-M5 

364 

6 Vol. 20 

721.2-M4 

723-M6 

420 

1 

310-M6 

340-M2 

365 

6 Vol. 1 

111.1-MI 

112-MI (cont) 

421 

1 - 

340-M3 

400-M3 

366 

6 Vol. 1 

112-MI 

112.11-Ml (cont) 

422 

1 

400-M4 

410.2-M3 

367 

6 Vol. 1 

112.11-MI 

112.2-MI 

423 

1 

410.3-MI 

420.31-M2 

368 

6 Vol. 1 

112.3-MI 

125-MI 

424 

1 

420.31-M3 

420.32-M4 

369 

17 

100-MI 

111.3-MI 

425 

1 

420.32-M5 

510.1-M3 

370 

17 

111.3-M2 

122.1-M4 

426 

1 

510.1-M4 

530-M3 

371 

17 

122.2-MI 

222.1-M2 

427 

1 

530-M4 

650-M2 

372 

17 

222.1-M3 

312-M2 

428 

3 

110-MI 

110-M6 

373 

17 

312-M3 

322.2-MI 

429 

3 

110-M7 

120-M3 (cont) 

374 

17 

322.2-M2 

323.61-M3 

430 

3 

120-M3 


375 

17 

323.61-M4 

323.81-MI 

431 

3 

130-MI 

211-M2 

376 

17 

323.82-MI 

422-M3 

432 

3 

211-M3 

222-M2 

377 

17 

423-MI 

425-M 7 

433 

3 

222-M3 

248-M3 

378 

17 

425-M8 

434.2-M2 

434 

3 

249-MI 

320-M5 

379 

17 

434.2-M3 

434.411-Ml 

435 

3 

320-M6 

350-MI 

380 

17 

434.412-MI 

435.12-M2 

436 

3 

351-MI 

361.21-M2 

381 

17 

435.12-M3 

435.22-M2 

437 

3 

361.21-M3 

361.23-MI 

382 

17 

435.23-MI 

436.2-M3 

438 

3 

361.24-MI 

361.514-M5 

383 

17 

436.2-M4 

436.31-M9 

439 

3 

361.514-M6 

400-MI 

384 

17 

436.321-Ml 


440 

3 

400-M2 

415-M10 














Reel Catalogue According to Reels (confd) 


Reel 

Number 

Division 

Number 

Index No. 

Reel 

Number 

Division 

Number 

Index No. 

From 

To 

From 

To 


441 

3 

420-MI 

450-M3 

465 

9 

221.1-M9 

222.4-M2 


442 

3 

460-MI 

491.21-MI 

466 

9 

222.4-M3 

231.2-M2 


443 

3 

491.211-MI 

491.232-M10 

467 

9 

231.2-M3 

241-M8 


444 

3 

491.233-MI 

520-M4 

468 

9 

241-M9 

300-MI 


445 

3 

520-M5 

531.2-M4 

469 

9 

300-M2 

312.12-M2 


446 

3 

531.3-MI 

532.2-M2 

470 

9 

312.12-M3 

313.1-MI 


447 

3 

532.2-M3 

540-M5 

471 

9 

313.1-M2 

322.1-M6 


448 

3 

540-M6 

570-M2 

472 

9 

322.1-M7 

361.2-M2 


449 

3 

570-M3 

610-M3 

473 

9 

361.3-MI 

386.2-M2 


450 

3 

610-M4 

615-M2 

474 

9 

386.2-M3 

413.3-M3 


451 

3 

621-MI 

626-MI 

475 

9 

413.3-M4 

421.2-M2 


452 

3 

626-M2 

722.4-M2 

476 

9 

421.3-MI 

422.115-M3 


453 

3 

722.4-M3 

821-Ml 

All 

9 

422.115-M4 

422.7-M4 


454 

3 

821-M2 

831-M5 

478 

9 

422.7-M5 

511.2-M3 


455-456 

3 

831-M6 

880-MI 

479 

9 

511.3-MI 

522.11-M5 


457 

9 

10-MI 

10-M3 

480 

9 

522.12-MI 

540-MI 


458 

9 

110-MI 

110-M2 

481 

9 

540-M2 

541.113-MI 


459 

9 

110-M3 

125-MI 

482 

9 

541.113-M2 

542.1-M3 


460 

9 

125-M2 (cont) 


483 

9 

542.1-M4 

562-MI 


461 

9 

125-M2 

200-M8 

484 

9 

562-M2 

600-M9 


462 

9 

200-M9 

212.112-Mil 

485 

9 

600-M10 

713-M2 


463 

9 

212.112-M12 

213-M7 

486 

9 

721-MI 

832-M2 


464 

9 

213-M8 

221.1-M9 (cont) 







RECLASSIFIED 

By authority Secretary of 

OCT 1 y i960 

Defense memo 2 August 1960 


LIBRARY OF CONGRESS 



LC REGU LATION; BEFORE SERVICING 

OR REPRODU 7 ' ■ ATT FART OF THIS 
DOCUMENT, ALT, C..A£ 1 TCATION 

MARKINGS MUST i>E CAXCeDIED; / 

































OCT 1 y iggo 

***** memo 2 August ^ 

UmARy 0i: comsEsa 


1 is-ssip 


















